<?xml version="1.0" encoding="utf-8"?>
  <!DOCTYPE SvenDictionary SYSTEM "./svendict.dtd">
  <SvenDictionary Name="CSME">
     <!--
    ============================================================================
    Copyright 2015-2019 Intel Corporation All Rights Reserved.

    The source code, information and material ("Material") contained herein is
    owned by Intel Corporation or its suppliers or licensors, and title to such
    Material remains with Intel Corporation or its suppliers or licensors. The
    Material contains proprietary information of Intel or its suppliers and
    licensors. The Material is protected by worldwide copyright laws and treaty
    provisions. No part of the Material may be used, copied, reproduced,
    modified, published, uploaded, posted, transmitted, distributed or disclosed
    in any way without Intel's prior express written permission. No license
    under any patent, copyright or other intellectual property rights in the
    Material is granted to or conferred upon you, either expressly, by
    implication, inducement, estoppel or otherwise. Any license under such
    intellectual property rights must be express and approved by Intel in
    writing.

    Unless otherwise agreed by Intel in writing, you may not remove or alter
    this notice or any other notice embedded in Materials by Intel or Intel's
    suppliers or licensors in any way.
    ============================================================================  

        FW Version     : 15.40.15.2416
        Unique BuildID : 27367691 

     -->
  <Guids>
         <!-- Groups (16, 17, 18) are used by CSE -->
         <Guid
           ID =  "{00000000-0010-0000-0000-000000000000}"
           Mask = "{00000000-ffff-0000-0000-000000000000}"
         />
         <Guid
           ID =  "{00000000-0011-0000-0000-000000000000}"
           Mask = "{00000000-ffff-0000-0000-000000000000}"
         />
         <Guid
           ID =  "{00000000-0012-0000-0000-000000000000}"
           Mask = "{00000000-ffff-0000-0000-000000000000}"
         />
    </Guids>
  <Options>
        <Option Name="supressRawEvents"          Value="True"/>
        <Option Name="useCatalogNameAsSource"    Value="True"/>
    </Options>

  <Origins>
    <Origin ID="0x00000001"><![CDATA[ROM]]></Origin>
    <Origin ID="0x00000002"><![CDATA[RBE]]></Origin>
    <Origin ID="0x00000003"><![CDATA[KERNEL]]></Origin>
    <Origin ID="0x00000004"><![CDATA[PGRM]]></Origin>
    <Origin ID="0x0000000A"><![CDATA[DNX]]></Origin>
    <Origin ID="0x0000001F"><![CDATA[MKHI]]></Origin>
    <Origin ID="0x00000020"><![CDATA[PRTC]]></Origin>
    <Origin ID="0x00000021"><![CDATA[POLICY]]></Origin>
    <Origin ID="0x00000022"><![CDATA[SKUMGR]]></Origin>
    <Origin ID="0x00000023"><![CDATA[CFGMGR]]></Origin>
    <Origin ID="0x00000024"><![CDATA[PWDMGR]]></Origin>
    <Origin ID="0x00000025"><![CDATA[BIOS_COMM]]></Origin>
    <Origin ID="0x00000026"><![CDATA[PMCONTEXT]]></Origin>
    <Origin ID="0x00000027"><![CDATA[GFX_SRV]]></Origin>
    <Origin ID="0x00000028"><![CDATA[AMT]]></Origin>
    <Origin ID="0x00000029"><![CDATA[FSP]]></Origin>
    <Origin ID="0x0000002A"><![CDATA[HOTHAM]]></Origin>
    <Origin ID="0x0000002B"><![CDATA[PUNIT_MAILBOX]]></Origin>
    <Origin ID="0x0000002C"><![CDATA[PM]]></Origin>
    <Origin ID="0x0000002D"><![CDATA[GECI]]></Origin>
    <Origin ID="0x0000002E"><![CDATA[RMT_STORAGE]]></Origin>
    <Origin ID="0x0000002F"><![CDATA[CP_ASSIST]]></Origin>
    <Origin ID="0x00000030"><![CDATA[BUP]]></Origin>
    <Origin ID="0x00000031"><![CDATA[FPF]]></Origin>
    <Origin ID="0x00000032"><![CDATA[RAVDM]]></Origin>
    <Origin ID="0x00000033"><![CDATA[USBR]]></Origin>
    <Origin ID="0x00000034"><![CDATA[CSE_TRACE]]></Origin>
    <Origin ID="0x00000035"><![CDATA[ESPI]]></Origin>
    <Origin ID="0x00000036"><![CDATA[GDE]]></Origin>
    <Origin ID="0x00000037"><![CDATA[TLS]]></Origin>
    <Origin ID="0x00000038"><![CDATA[IP_COM]]></Origin>
    <Origin ID="0x00000039"><![CDATA[CLS]]></Origin>
    <Origin ID="0x0000003A"><![CDATA[TCB]]></Origin>
    <Origin ID="0x0000003B"><![CDATA[PTT]]></Origin>
    <Origin ID="0x0000003C"><![CDATA[DAL_IVM]]></Origin>
    <Origin ID="0x0000003D"><![CDATA[DAL_SDM]]></Origin>
    <Origin ID="0x0000003E"><![CDATA[DAL_LNC]]></Origin>
    <Origin ID="0x0000003F"><![CDATA[ADSP]]></Origin>
    <Origin ID="0x00000040"><![CDATA[IUNIT]]></Origin>
    <Origin ID="0x00000041"><![CDATA[MAESTRO]]></Origin>
    <Origin ID="0x00000042"><![CDATA[LOADER]]></Origin>
    <Origin ID="0x00000043"><![CDATA[ED]]></Origin>
    <Origin ID="0x00000044"><![CDATA[STORAGE]]></Origin>
    <Origin ID="0x00000046"><![CDATA[ASAN]]></Origin>
    <Origin ID="0x00000047"><![CDATA[ICC]]></Origin>
    <Origin ID="0x00000048"><![CDATA[CRYPTO]]></Origin>
    <Origin ID="0x00000049"><![CDATA[VFS]]></Origin>
    <Origin ID="0x0000004A"><![CDATA[ISHA]]></Origin>
    <Origin ID="0x0000004B"><![CDATA[CP]]></Origin>
    <Origin ID="0x0000004C"><![CDATA[WLAN]]></Origin>
    <Origin ID="0x0000004D"><![CDATA[SDM]]></Origin>
    <Origin ID="0x0000004E"><![CDATA[HECI]]></Origin>
    <Origin ID="0x0000004F"><![CDATA[GPIO]]></Origin>
    <Origin ID="0x00000050"><![CDATA[IPC]]></Origin>
    <Origin ID="0x00000051"><![CDATA[FWUPDATE]]></Origin>
    <Origin ID="0x00000052"><![CDATA[PWR_DRV]]></Origin>
    <Origin ID="0x00000053"><![CDATA[BUS_DRV]]></Origin>
    <Origin ID="0x00000054"><![CDATA[MCA_BOOT]]></Origin>
    <Origin ID="0x00000055"><![CDATA[MCA_SRV]]></Origin>
    <Origin ID="0x00000056"><![CDATA[HEAP_MGR]]></Origin>
    <Origin ID="0x00000057"><![CDATA[TOUCH]]></Origin>
    <Origin ID="0x00000058"><![CDATA[RMTWAKE]]></Origin>
    <Origin ID="0x00000059"><![CDATA[SIGMA]]></Origin>
    <Origin ID="0x0000005B"><![CDATA[MCTP_CLIENT]]></Origin>
    <Origin ID="0x0000005C"><![CDATA[TRACE]]></Origin>
    <Origin ID="0x0000005D"><![CDATA[WAPPS]]></Origin>
    <Origin ID="0x0000005E"><![CDATA[SYSLIB]]></Origin>
    <Origin ID="0x0000005F"><![CDATA[SMBUS]]></Origin>
    <Origin ID="0x00000081"><![CDATA[LPSS_I2C]]></Origin>
    <Origin ID="0x00000084"><![CDATA[LPSS_PT]]></Origin>
    <Origin ID="0x00000088"><![CDATA[SRVLIB]]></Origin>
    <Origin ID="0x00000089"><![CDATA[SEC_MSG]]></Origin>
    <Origin ID="0x0000008A"><![CDATA[IP_LOADING]]></Origin>
    <Origin ID="0x0000008B"><![CDATA[ELOG]]></Origin>
  </Origins>
  <Messages IdSize="64Bit">
    <Message ID="0x80860002004A0800"><![CDATA["isha_mctp_client_init(): Failed to open MCTP port"]]></Message>
    <Message ID="0x80860002004A0808"><![CDATA["isha_mctp_client_update_buf_state(): request_size_diff or response_size_diff are too big"]]></Message>
    <Message ID="0x80860002004A0801"><![CDATA["isha_mctp_handle_incoming_message(): Message size is too small - ignoring"]]></Message>
    <Message ID="0x80860002004A0802"><![CDATA["isha_mctp_handle_incoming_message(): mctp_recieve failed. status = %d"]]></Message>
    <Message ID="0x80860002004A0803"><![CDATA["isha_mctp_handle_incoming_message(): vdm header mismatch - ignoring the message"]]></Message>
    <Message ID="0x80860002004A0804"><![CDATA["isha_mctp_handle_incoming_message(): message handler returned with failure %d"]]></Message>
    <Message ID="0x80860002004A0807"><![CDATA["isha_mctp_handle_incoming_message() message was larger than expected, remaining request size = %d"]]></Message>
    <Message ID="0x80860002004A0805"><![CDATA["isha_mctp_handle_incoming_message(): mctp_send failed, status = %d, errno = %d"]]></Message>
    <Message ID="0x80860002004A0806"><![CDATA["isha_mctp_handle_incoming_message(): response sent, size %d"]]></Message>
    <Message ID="0x80860002004A0C06"><![CDATA["isha_mctp_debug_configure_ish_dbg_register(): problem reading trace config file, nbytes: %d "]]></Message>
    <Message ID="0x80860002004A0C09"><![CDATA["isha_mctp_debug_configure_ish_dbg_register(): write debug value %d, is OEM dbg enabled %d? (is debug set %d?)"]]></Message>
    <Message ID="0x80860002004A0C00"><![CDATA["Secure Token: ISH debug enabled"]]></Message>
    <Message ID="0x80860002004A0C0A"><![CDATA["isha_mctp_debug_read_sec_token_snowball is dbg enabled %d? err (0x%x)?"]]></Message>
    <Message ID="0x80860002004A0C01"><![CDATA["isha_mctp_debug_client_init(): status = %d"]]></Message>
    <Message ID="0x80860002004A080E"><![CDATA["isha_mctp_debug_process_header not enough memory left in request/response buffers"]]></Message>
    <Message ID="0x80860002004A080F"><![CDATA["isha_mctp_debug_process_header failed to update request and response buffers"]]></Message>
    <Message ID="0x80860002004A0C08"><![CDATA["isha_mctp_debug_service_process_get_config(): failed to read config file. status: (%d). errno: (%d)"]]></Message>
    <Message ID="0x80860002004A0C0B"><![CDATA["isha_mctp_debug_service_process_get_config(): status: (%d). value %d"]]></Message>
    <Message ID="0x80860002004A0C07"><![CDATA["isha_mctp_debug_service_process_set_config(): failed to write config file. status: (%d). errno: (%d)"]]></Message>
    <Message ID="0x80860002004A0C0C"><![CDATA["isha_mctp_debug_service_process_set_config(): status: (%d). value %d"]]></Message>
    <Message ID="0x80860002004A0C02"><![CDATA["isha_mctp_debug_handle_incoming_message(): debug command recieved: get_dbg_config"]]></Message>
    <Message ID="0x80860002004A0C03"><![CDATA["isha_mctp_debug_handle_incoming_message(): debug command recieved: set_dbg_config"]]></Message>
    <Message ID="0x80860002004A0C04"><![CDATA["isha_mctp_debug_handle_incoming_message(): debug command recieved: unknown command %d."]]></Message>
    <Message ID="0x80860002004A0C05"><![CDATA["isha_mctp_debug_handle_incoming_message(): status = %d"]]></Message>
    <Message ID="0x80860002004A1400"><![CDATA["isha_mctp_storage_client_init(): status %d"]]></Message>
    <Message ID="0x80860002004A141A"><![CDATA["isha_mctp_handle_storage_read_command() attempt to read file 0x%x file_content_len 0x%x"]]></Message>
    <Message ID="0x80860002004A1403"><![CDATA["isha_mctp_handle_storage_read_command failed to update internal buffer state"]]></Message>
    <Message ID="0x80860002004A1417"><![CDATA["isha_mctp_handle_storage_write_command() attempt to write file 0x%x, starting from offset %d, len %d"]]></Message>
    <Message ID="0x80860002004A1404"><![CDATA["isha_mctp_handle_storage_write_command()  failed to update internal buffer state. file 0x%x"]]></Message>
    <Message ID="0x80860002004A1414"><![CDATA["isha_mctp_handle_storage_write_command()  nothing to write. file 0x%x"]]></Message>
    <Message ID="0x80860002004A1413"><![CDATA["isha_mctp_handle_storage_write_command() try to open failed, open new file"]]></Message>
    <Message ID="0x80860002004A1405"><![CDATA["isha_mctp_handle_storage_write_command() failed to write, errno = %d"]]></Message>
    <Message ID="0x80860002004A1415"><![CDATA["isha_mctp_handle_storage_write_command() file 0x%x status 0x%x"]]></Message>
    <Message ID="0x80860002004A1406"><![CDATA["isha_mctp_handle_storage_write_command() failed, %d bytes were written, expected %d bytes. file 0x%x"]]></Message>
    <Message ID="0x80860002004A1416"><![CDATA["isha_mctp_handle_storage_write_command() file 0x%x status 0x%x"]]></Message>
    <Message ID="0x80860002004A1419"><![CDATA["isha_mctp_handle_storage_delete_command() attempt to delete file 0x%x"]]></Message>
    <Message ID="0x80860002004A1418"><![CDATA["isha_mctp_handle_storage_getsize_command() attempt to get size file 0x%x"]]></Message>
    <Message ID="0x80860002004A1409"><![CDATA["isha_mctp_handle_storage_getsize_command(): response buffer is smaller than needed to reply correctly. remaining size = %d"]]></Message>
    <Message ID="0x80860002004A140A"><![CDATA["isha_mctp_handle_storage_getsize_command(): response buffer is smaller than needed to reply correctly. remaining size = %d"]]></Message>
    <Message ID="0x80860002004A140B"><![CDATA["isha_mctp_handle_storage_getsize_command(): file not exists file 0x%x"]]></Message>
    <Message ID="0x80860002004A140C"><![CDATA["isha_mctp_handle_storage_getsize_command(): open failed, errno = %d file 0x%x"]]></Message>
    <Message ID="0x80860002004A141B"><![CDATA["isha_mctp_storage_retrieve_vfs_file_instance() got a file ID that is not in the ISH range of files file (0x%x) instances %d"]]></Message>
    <Message ID="0x80860002004A140E"><![CDATA["isha_mctp_storage_handle_incoming_message() message is smaller than a header size. ignoring!"]]></Message>
    <Message ID="0x80860002004A140F"><![CDATA["isha_mctp_storage_handle_incoming_message() failure updating buffer state, res = %d"]]></Message>
    <Message ID="0x80860002004A1410"><![CDATA["isha_mctp_storage_handle_incoming_message() failure updating buffer state, res = %d"]]></Message>
    <Message ID="0x80860002004A1411"><![CDATA["isha_mctp_storage_handle_incoming_message() failure reteriving file instance from request, res = %d file (0x%x)"]]></Message>
    <Message ID="0x80860002004A1412"><![CDATA["isha_mctp_storage_handle_incoming_message(), got new request, command = %d file (0x%x)"]]></Message>
    <Message ID="0x80860002004A1800"><![CDATA["isha_register_ed_events(): Failed to open /dev/events, fd = %d, errno = %d"]]></Message>
    <Message ID="0x80860002004A1801"><![CDATA["isha_register_ed_events(): Unable to register for event dispatcher, res = %d"]]></Message>
    <Message ID="0x80860002004A1802"><![CDATA["isha_set_pg_entry_override(): sys_pg_override(enable=%d) failed, res = %d"]]></Message>
    <Message ID="0x80860002004A1803"><![CDATA["isha_set_pg_entry_override(): sys_pg_override(enable=%d) success"]]></Message>
    <Message ID="0x80860002004A1810"><![CDATA["isha_init(): Failed to initialize client, quiting!"]]></Message>
    <Message ID="0x80860002004A1804"><![CDATA["isha_init(): Failed to register to power events"]]></Message>
    <Message ID="0x80860002004A1805"><![CDATA["[ISHA] isha_init(): Registered to power events"]]></Message>
    <Message ID="0x80860002004A1806"><![CDATA["isha_main_loop(): Select error, num_fds = %d, errno = %d"]]></Message>
    <Message ID="0x80860002004A1807"><![CDATA["isha_main_loop(): Event received: notify_cause = %d, event_group = %d, event_id = %d"]]></Message>
    <Message ID="0x80860002004A180A"><![CDATA["isha_configure_imr(): bup_imr_open failed, fd = %d, errno = %d"]]></Message>
    <Message ID="0x80860002004A180C"><![CDATA["isha_configure_imr(): bup_get_imr_params failed, errno = %d"]]></Message>
    <Message ID="0x80860002004A1811"><![CDATA["isha_configure_imr(): IMR size is 0 "]]></Message>
    <Message ID="0x80860002004A1812"><![CDATA["isha_configure_imr(): IMR size is 0 and failed to log status to NVAR"]]></Message>
    <Message ID="0x80860002004A1813"><![CDATA["isha_configure_imr(): IMR size is 0 and failed to log status to NVAR"]]></Message>
    <Message ID="0x80860002004A1814"><![CDATA["isha_configure_imr(): IMR size is too small %d"]]></Message>
    <Message ID="0x80860002004A180D"><![CDATA["isha_configure_imr(): bup_set_imr_permissions failed, status = %d"]]></Message>
    <Message ID="0x80860002004A1808"><![CDATA["[ISHA] main(): Start"]]></Message>
    <Message ID="0x80860002004A181A"><![CDATA["[ISHA] main(): check ISH capability"]]></Message>
    <Message ID="0x80860002004A180E"><![CDATA["[ISHA] main(): skumgr_get_feature_state failed, return code = %d"]]></Message>
    <Message ID="0x80860002004A180F"><![CDATA["[ISHA] ISH is disabled in the current sku, exiting"]]></Message>
    <Message ID="0x80860002004A1809"><![CDATA["[ISHA] main(): END. Status=%d Exit %d"]]></Message>
    <Message ID="0x80860002004A1819"><![CDATA["[ISHA] main(): END, ISH process had encountered an error, exiting silently as it is not boot critical. Status=%d"]]></Message>
    <Message ID="0x80860002004A0412"><![CDATA["isha_dd_client_get_next_entry - retval = %d"]]></Message>
    <Message ID="0x80860002004A0425"><![CDATA["isha_dd_client_read_partition_manifest(): Failed to open ISHC manifest file"]]></Message>
    <Message ID="0x80860002004A0426"><![CDATA["isha_dd_client_read_partition_manifest(): bytes_read < sizeof(bootloader_manifest_header)"]]></Message>
    <Message ID="0x80860002004A0427"><![CDATA["isha_dd_client_read_partition_manifest(): bootloader_manifest_header.size > MANIFEST_SIZE_MAX_VALUE. manifest_header.size = %d"]]></Message>
    <Message ID="0x80860002004A0428"><![CDATA["isha_dd_client_read_partition_manifest(): Could not allocate buffer for manifest"]]></Message>
    <Message ID="0x80860002004A0429"><![CDATA["isha_dd_client_read_partition_manifest(): bytes_read < bootloader_manifest_header.size * sizeof(uint32_t)"]]></Message>
    <Message ID="0x80860002004A0413"><![CDATA["isha_bup_reset: Loading ISH BUP"]]></Message>
    <Message ID="0x80860002004A0414"><![CDATA["isha_bup_reset malloc failed"]]></Message>
    <Message ID="0x80860002004A0415"><![CDATA["isha_bup_reset sdm_init failed"]]></Message>
    <Message ID="0x80860002004A0416"><![CDATA["isha_bup_reset sdm_read failed"]]></Message>
    <Message ID="0x80860002004A0417"><![CDATA["isha_bup_reset size too big"]]></Message>
    <Message ID="0x80860002004A041B"><![CDATA["isha_bup_reset: ISH BUP file size %d"]]></Message>
    <Message ID="0x80860002004A0418"><![CDATA["isha_bup_reset: retval = %d"]]></Message>
    <Message ID="0x80860002004A0400"><![CDATA["isha_dd_client_handle_doomsday_message(): IPC receive error = %d"]]></Message>
    <Message ID="0x80860002004A0419"><![CDATA["isha_dd_client_handle_doomsday_message received malformed IPC message"]]></Message>
    <Message ID="0x80860002004A0401"><![CDATA["isha_dd_client_handle_doomsday_message(): Incoming DD message: %u "]]></Message>
    <Message ID="0x5600020092A0F400"><![CDATA["[PERF],TMS,%x,%d,%d,%d,%u,%u"]]></Message>
    <Message ID="0x80860002004A0402"><![CDATA["isha_dd_client_handle_doomsday_message(): isha_bup_reset status = %d"]]></Message>
    <Message ID="0x80860002004A0410"><![CDATA["isha_dd_send_bup(): failed to read the next entry"]]></Message>
    <Message ID="0x80860002004A041A"><![CDATA["ISH bup read completed, EOF reached"]]></Message>
    <Message ID="0x5600020092A0F401"><![CDATA["[PERF],TME,%x,%d,%d,%d,%u,%u"]]></Message>
    <Message ID="0x80860002004A0403"><![CDATA["[ISHA ERROR] isha_dd_client_handle_doomsday_message(): IPC receive error = %d, errno = %d"]]></Message>
    <Message ID="0x80860002004A0404"><![CDATA["isha_dd_client_handle_doomsday_message(): ISH BUP entry was sent. res=%d"]]></Message>
    <Message ID="0x80860002004A0405"><![CDATA["isha_dd_client_handle_doomsday_message(): timer_add failed, res=%d"]]></Message>
    <Message ID="0x80860002004A0406"><![CDATA["isha_dd_client_handle_event(): Failed to get IPC driver notification flags: status = %d, errno = %d"]]></Message>
    <Message ID="0x80860002004A0407"><![CDATA["isha_dd_client_handle_event(): Got IPC driver notifications: ipc_dd_fd, flags = [0x%08X]"]]></Message>
    <Message ID="0x80860002004A0408"><![CDATA["isha_dd_client_handle_event(): Failed to ack msgs cleared: status = %d, errno = %d"]]></Message>
    <Message ID="0x80860002004A040E"><![CDATA["ISH connection reset"]]></Message>
    <Message ID="0x80860002004A0409"><![CDATA["isha_dd_client_handle_event(): IPC DD client is operational"]]></Message>
    <Message ID="0x80860002004A040A"><![CDATA["isha_dd_client_init(): Failed to register to ipc, fd = %d"]]></Message>
    <Message ID="0x80860002004A040B"><![CDATA["isha_dd_client_init(): Registered to IPC driver (DD)"]]></Message>
    <Message ID="0x80860002004A040C"><![CDATA["isha_dd_client_init(): error initializing timer context"]]></Message>
    <Message ID="0x80860002004A040D"><![CDATA["isha_dd_client_init(): Initialized timer context (DD)"]]></Message>
    <Message ID="0x80860002004A1C0C"><![CDATA["isha_heci_client_uninit, destroy client"]]></Message>
    <Message ID="0x80860002004A1C01"><![CDATA["Failed to create heci client, errno=%d"]]></Message>
    <Message ID="0x80860002004A1C0B"><![CDATA["isha_heci_client_init() Failed feeding read buffer to heci lib, ret=%d"]]></Message>
    <Message ID="0x80860002004A1C04"><![CDATA["ish_heci_client_handle_request() got file after EOP!"]]></Message>
    <Message ID="0x80860002004A1C05"><![CDATA["ish_heci_client_handle_request() data size too small, ignoring! size=%d"]]></Message>
    <Message ID="0x80860002004A1C0D"><![CDATA["ish_heci_client_handle_request() invalid header parameters, ignoring! p_header->Length=%d, p_data->size=%d, p_header->Command=%d"]]></Message>
    <Message ID="0x80860002004A1C0E"><![CDATA["ish_heci_client_handle_request() request size too small, ignoring! size=%d"]]></Message>
    <Message ID="0x80860002004A1C0F"><![CDATA["ish_heci_client_handle_request() file content size is too big, ignoring! size=%d"]]></Message>
    <Message ID="0x80860002004A1C07"><![CDATA["ish_heci_client_handle_request() Set File - failed to write file BIOS2ISH: IshStatus=%d, errno=%d"]]></Message>
    <Message ID="0x80860002004A1C06"><![CDATA["ish_heci_client_handle_request() Set File - failed to write file, file was truncated. bytes_written = %d"]]></Message>
    <Message ID="0x80860002004A1C10"><![CDATA["ish_heci_client_handle_request() Set File - File was written successfully!"]]></Message>
    <Message ID="0x80860002004A1C02"><![CDATA["ish_heci_connection_async_complete(): op->request = %d, op->status = %d"]]></Message>
    <Message ID="0x80860002004A1C03"><![CDATA["async command was aborted. request = %d, status = %d"]]></Message>
    <Message ID="0x80860002004A1C09"><![CDATA["ish_heci_connection_async_complete(): Failed feeding read buffer to heci lib, ret=%d request = %d, status = %d"]]></Message>
    <Message ID="0x80860002004A1C0A"><![CDATA["Set File - failed replying to BIOS: IshStatus=%d, errno=%d request = %d"]]></Message>
    <Message ID="0x80860002004A1C00"><![CDATA["error calling heci_handle_select_events. errno = %d"]]></Message>
    <Message ID="0x80860002004A1C08"><![CDATA["error calling heci_fd_set. errno = %d"]]></Message>
    <Message ID="0x80860002004A0001"><![CDATA["isha_boot_client_read_partition_manifest(): Failed to open ISHC manifest file"]]></Message>
    <Message ID="0x80860002004A0002"><![CDATA["isha_boot_client_read_partition_manifest(): bytes_read < sizeof(bootloader_manifest_header)"]]></Message>
    <Message ID="0x80860002004A0003"><![CDATA["isha_boot_client_read_partition_manifest(): bootloader_manifest_header.size > MANIFEST_SIZE_MAX_VALUE. manifest_header.size = %d"]]></Message>
    <Message ID="0x80860002004A0004"><![CDATA["isha_boot_client_read_partition_manifest(): Could not allocate buffer for manifest"]]></Message>
    <Message ID="0x80860002004A0005"><![CDATA["isha_boot_client_read_partition_manifest(): bytes_read < bootloader_manifest_header.size * sizeof(uint32_t)"]]></Message>
    <Message ID="0x80860002004A0006"><![CDATA["isha_boot_client_read_binary_metadata(): Failed to open ish_main metadata file"]]></Message>
    <Message ID="0x80860002004A0007"><![CDATA["isha_boot_client_read_binary_metadata(): bytes_read < sizeof(metadata_header)"]]></Message>
    <Message ID="0x80860002004A0008"><![CDATA["isha_boot_client_read_binary_metadata(): metadata_header.length > ISH_BIN_METADATA_MAX_SIZE"]]></Message>
    <Message ID="0x80860002004A0009"><![CDATA["isha_boot_client_read_binary_metadata(): Could not allocate buffer for metadata, size requested %d"]]></Message>
    <Message ID="0x80860002004A000A"><![CDATA["isha_boot_client_read_binary_metadata(): bytes_read < metadata_header.length"]]></Message>
    <Message ID="0x80860002004A000B"><![CDATA["isha_boot_client_auth_iup_manifest() start"]]></Message>
    <Message ID="0x80860002004A000C"><![CDATA["isha_boot_client_auth_iup_manifest(): ldr_verify_manifest_for_usage failure, err = %d"]]></Message>
    <Message ID="0x80860002004A000E"><![CDATA["isha_boot_client_auth_iup_manifest(): failed to open ldr_fd"]]></Message>
    <Message ID="0x80860002004A0032"><![CDATA["isha_boot_client_write_hash_file(): failed to read hash data file"]]></Message>
    <Message ID="0x80860002004A002F"><![CDATA["isha_boot_client_load_main_module_from_uma(): error in crypto_dma_and_hash, res:  %d"]]></Message>
    <Message ID="0x80860002004A0030"><![CDATA["isha_boot_client_load_main_module_from_uma(): hash mismatch"]]></Message>
    <Message ID="0x80860002004A002E"><![CDATA["isha_boot_client_load_main_module_from_uma(): ISH kernel Loaded. Size: %d bytes..."]]></Message>
    <Message ID="0x80860002004A000F"><![CDATA["isha_boot_client_load_main_module(): isha_boot_client_auth_iup_manifest() Loading the ISH kernel to UMA..."]]></Message>
    <Message ID="0x80860002004A0010"><![CDATA["isha_boot_client_load_main_module(): Could not init sdm context, res = %d, errno = %d"]]></Message>
    <Message ID="0x80860002004A0011"><![CDATA[" sha_boot_client_load_main_module(): SDM read operation failed, res = %d, errno = %d"]]></Message>
    <Message ID="0x80860002004A0012"><![CDATA["ISH Binary loading failure (integrity error)"]]></Message>
    <Message ID="0x80860002004A0013"><![CDATA["isha_boot_client_load_main_module(): trying to copy outside ISH IMR range. target_adress: 0x%x, bytes_read: 0x%x "]]></Message>
    <Message ID="0x80860002004A002D"><![CDATA["isha_boot_client_load_main_module(): isha_boot_client_write_hash_file res = %d"]]></Message>
    <Message ID="0x80860002004A0014"><![CDATA[" isha_boot_client_load_main_module(): ISH kernel Loaded. Size: %d bytes..."]]></Message>
    <Message ID="0x80860002004A0017"><![CDATA["isha_boot_client_handle_boot_init_message(): Received boot init request"]]></Message>
    <Message ID="0x80860002004A0029"><![CDATA["ISH kernel loaded succesfully to the memory."]]></Message>
    <Message ID="0x80860002004A002A"><![CDATA["ISH binary failed to load - not enough memory"]]></Message>
    <Message ID="0x80860002004A002B"><![CDATA["ISH binary authentication failure"]]></Message>
    <Message ID="0x80860002004A002C"><![CDATA["ISH kernel loading failure - unexpected issue"]]></Message>
    <Message ID="0x80860002004A001B"><![CDATA["isha_boot_client_handle_boot_init_message(): Sent boot init response: status = %u, base_offset = 0x%x, sram_addr = 0x%x, fw_size = %u bytes"]]></Message>
    <Message ID="0x80860002004A001C"><![CDATA["ISHA load time = %u us, ISHA init response time = %u us"]]></Message>
    <Message ID="0x80860002004A001D"><![CDATA["isha_boot_client_handle_boot_message(): Handle incoming boot message, command...."]]></Message>
    <Message ID="0x80860002004A001E"><![CDATA["isha_boot_client_handle_boot_message(): Failed to receive IPC message: res = %d, errno = %d"]]></Message>
    <Message ID="0x80860002004A001F"><![CDATA["isha_boot_client_handle_boot_message(): boot message command %d"]]></Message>
    <Message ID="0x80860002004A0020"><![CDATA["isha_boot_client_handle_boot_message(): boot message db 0x%08x, data 0x%08x 0x%08x 0x%08x 0x%08x"]]></Message>
    <Message ID="0x80860002004A0031"><![CDATA["isha_boot_client_handle_boot_message ERROR received malformed IPC message"]]></Message>
    <Message ID="0x5600020092A0F000"><![CDATA["[PERF],TMS,%x,%d,%d,%d,%u,%u"]]></Message>
    <Message ID="0x5600020092A0F001"><![CDATA["[PERF],TME,%x,%d,%d,%d,%u,%u"]]></Message>
    <Message ID="0x80860002004A0021"><![CDATA["isha_boot_client_handle_event(): Failed to get IPC driver notification flags: ipc_boot_fd, status = %d, errno = %d"]]></Message>
    <Message ID="0x80860002004A0022"><![CDATA["Got IPC driver notifications: flags = [0x%08X]"]]></Message>
    <Message ID="0x80860002004A0023"><![CDATA[" isha_boot_client_handle_event(): Failed to ack msgs clrd: ipc_boot_fd, status = %d, errno = %d"]]></Message>
    <Message ID="0x80860002004A0024"><![CDATA[" isha_boot_client_handle_event(): IPC BOOT client is operational"]]></Message>
    <Message ID="0x80860002004A0025"><![CDATA["isha_boot_client_init(): Failed to register to ipc boot , fd = %d"]]></Message>
    <Message ID="0x80860002004A0026"><![CDATA["isha_boot_client_init(): Registered to IPC driver (BOOT)"]]></Message>
    <Message ID="0x80860002004A0027"><![CDATA["isha_boot_client_init(): Failed to set main client policy, status = %d, errno = %d"]]></Message>
    <Message ID="0x80860002004A0028"><![CDATA["isha_boot_client_init(): Main client's policy is set"]]></Message>
    <Message ID="0x80860002004A1000"><![CDATA["isha_mctp_loader_client_init(): status %d"]]></Message>
    <Message ID="0x80860002004A1003"><![CDATA["isha_mctp_loader_handle_get_eom(): EOM status: %d, manuf_state: 0x%x"]]></Message>
    <Message ID="0x80860002004A1002"><![CDATA["isha_mctp_loader_handle_get_eom(): failed to get EOM. status %d, manuf_state: 0x%x"]]></Message>
    <Message ID="0x80860002004A1004"><![CDATA["isha_mctp_loader_process_header() not enough memory left in request/response buffers"]]></Message>
    <Message ID="0x80860002004A1005"><![CDATA["isha_mctp_loader_handle_incoming_message(): loader command recieved: Get_EOM."]]></Message>
    <Message ID="0x80860002004A1006"><![CDATA["isha_mctp_loader_handle_incoming_message(): loader command recieved: App_auth."]]></Message>
    <Message ID="0x80860002004A1007"><![CDATA["isha_mctp_loader_handle_incoming_message(): loader command recieved: unknown command %d"]]></Message>
    <Message ID="0x808600020053049C"><![CDATA["Error! get_device_ptr: Invalid handle"]]></Message>
    <Message ID="0x8086000200530418"><![CDATA["Registering interrupt to different process is not allowed!  Device %d , caller_tid: 0x%x, target_tid: 0x%x"]]></Message>
    <Message ID="0x8086000200530419"><![CDATA["couldn't register interrupt for  Device %d"]]></Message>
    <Message ID="0x808600020053041C"><![CDATA["sys_interrupt_control -disable int for  Device %d , write  reg offset %08X, reg_val %08X"]]></Message>
    <Message ID="0x808600020053041E"><![CDATA["couldn't deregister interrupt for  Device %d"]]></Message>
    <Message ID="0x808600020053042B"><![CDATA["Error! Failed to set BME"]]></Message>
    <Message ID="0x8086000200530431"><![CDATA["Exit Setting drv_set_pme for  Device %d  No PME Cap, return error"]]></Message>
    <Message ID="0x8086000200530432"><![CDATA["Device %d  is in D3 and PME can't be changed, flag as error"]]></Message>
    <Message ID="0x808600020053043D"><![CDATA["bussrv_set_isolation (iosf_device_ptr == NUL) for  Device %d  isolation_state = 0x%02X isolation_type = 0x%2X"]]></Message>
    <Message ID="0x808600020053043E"><![CDATA["bussrv_set_isolation (No pmcsr or pricid caps) for  Device %d  isolation_state = 0x%02X isolation_type = 0x%2X"]]></Message>
    <Message ID="0x808600020053043F"><![CDATA["bussrv_set_isolation (power_state == D3) for  Device %d  isolation_state = 0x%02X isolation_type = 0x%2X"]]></Message>
    <Message ID="0x8086000200530480"><![CDATA["Error! drv_set_pwr_state: Invalid pwr_state_to_set"]]></Message>
    <Message ID="0x80860002005304A5"><![CDATA["Device %d  has wrong power-state. curr_power_state = %d, expected %d"]]></Message>
    <Message ID="0x80860002005304A6"><![CDATA["Device %d  got corrected curr_power_state = %d, expected %d"]]></Message>
    <Message ID="0x80860002005304A7"><![CDATA["Device %d  still has wrong power-state. curr_power_state = %d, expected %d"]]></Message>
    <Message ID="0x8086000200530481"><![CDATA["Error! bussrv_set_pwr_state: Invalid pwr_state_to_set"]]></Message>
    <Message ID="0x808600020053046D"><![CDATA["pwr_state_cm0_to_cmoff()"]]></Message>
    <Message ID="0x808600020053046F"><![CDATA["pwr_state_cmx_pg_entry()"]]></Message>
    <Message ID="0x80860002005304BD"><![CDATA["Error! bussrv_procman_set_dev_driver_procid: Device does not exist, ProcID: 0x%x, driver_PID: 0x%x, IBDF: 0x%x"]]></Message>
    <Message ID="0x8086000200530476"><![CDATA["Error! drv_procman_open: Invalid procman service handle"]]></Message>
    <Message ID="0x80860002005304B4"><![CDATA["Error! drv_bupdrv_open: Invalid bup_busdrv service handle"]]></Message>
    <Message ID="0x8086000200530477"><![CDATA["Error! drv_maestro_open: Invalid maestro service handle"]]></Message>
    <Message ID="0x8086000200530475"><![CDATA["Error! drv_pmdrv_open: Invalid pmdrv service handle"]]></Message>
    <Message ID="0x8086000200530406"><![CDATA["Error! bussrv_drv_open_cb error code %d"]]></Message>
    <Message ID="0x8086000200530407"><![CDATA["Error! bussrv_drv_open_cb error code %d"]]></Message>
    <Message ID="0x808600020053040A"><![CDATA["Error! bussrv_drv_open_cb error code %d"]]></Message>
    <Message ID="0x808600020053049B"><![CDATA["Error! bussrv_acquire_device: Invalid g_bus_drv_ctx.iosf_dev_array_ptr[device_index].ibdf_val"]]></Message>
    <Message ID="0x808600020053040B"><![CDATA["Error! bussrv_drv_open_cb error code %d"]]></Message>
    <Message ID="0x808600020053040D"><![CDATA["Error! bussrv_drv_open_cb error code %d"]]></Message>
    <Message ID="0x8086000200530451"><![CDATA["Error! got unknown ioctl requext %x"]]></Message>
    <Message ID="0x8086000200530452"><![CDATA["bussrv_drv_pm_events_handler(): PWR state transitioning to CM0U_ENTRY_WARN"]]></Message>
    <Message ID="0x8086000200530454"><![CDATA["PM_CSE_STATE_CMOFF_PD entry"]]></Message>
    <Message ID="0x808600020053040F"><![CDATA["PM_CSE_STATE_CM0_PG || PM_CSE_STATE_CM3_PG exit"]]></Message>
    <Message ID="0x8086000200530453"><![CDATA["PM_CSE_STATE_CM0_PG || PM_CSE_STATE_CM3_PG entry"]]></Message>
    <Message ID="0x808600020053040E"><![CDATA["PM_CAUSE_HOST_SX_ENTRY || PM_CSE_STATE_CM3 entry"]]></Message>
    <Message ID="0x808600020053040C"><![CDATA["live host cold/warm reset flow CM0-NU"]]></Message>
    <Message ID="0x8086000200530409"><![CDATA["drv_transition_complete_handling"]]></Message>
    <Message ID="0x80860002005304A9"><![CDATA["Device %d  has no driver, put to D3 power_state"]]></Message>
    <Message ID="0x8086000200530458"><![CDATA["Error! Unexpected event received"]]></Message>
    <Message ID="0x8086000200530459"><![CDATA["Terminating the driver process"]]></Message>
    <Message ID="0x8086000200530497"><![CDATA["Error! main: Invalid bus_drv_init"]]></Message>
    <Message ID="0x8086000200530498"><![CDATA["Error! main: Invalid g_bus_drv_ctx.ed_fd"]]></Message>
    <Message ID="0x808600020053045F"><![CDATA["driver exiting the main, return code %d"]]></Message>
    <Message ID="0x8086000200442402"><![CDATA["[NVM LIB] Failed to open nvm_handoff file. errno: %d, caller TID: 0x%08x"]]></Message>
    <Message ID="0x808600020044240B"><![CDATA["[NVM LIB] nvm_handoff_open: Failed to register to nvm notifications. errno: %d, caller TID: 0x%08x"]]></Message>
    <Message ID="0x8086000200442417"><![CDATA["[NVM LIB] Failed to open DEV_FD_NVM_INFO file. errno: %d, caller TID: 0x%08x"]]></Message>
    <Message ID="0x8086000200442403"><![CDATA["[NVM LIB] nvm_host_request_ownership"]]></Message>
    <Message ID="0x8086000200442408"><![CDATA["[NVM LIB] nvm_host_request_ownership() invalid params, caller TID: 0x%08x"]]></Message>
    <Message ID="0x8086000200442415"><![CDATA["[NVM LIB] nvm_is_handoff_permitted"]]></Message>
    <Message ID="0x8086000200442416"><![CDATA["[NVM LIB] nvm_is_handoff_permitted() invalid params, caller TID: 0x%08x"]]></Message>
    <Message ID="0x8086000200442404"><![CDATA["[NVM LIB] nvm_cse_take_owenership"]]></Message>
    <Message ID="0x8086000200442405"><![CDATA["[NVM LIB] nvm_handoff_get_info() invalid params, caller TID: 0x%08x"]]></Message>
    <Message ID="0x8086000200442406"><![CDATA["[NVM LIB] nvm_handoff_end_of_services()"]]></Message>
    <Message ID="0x808600020044240A"><![CDATA["[NVM LIB] nvm_prohibit_handoff, caller TID: 0x%08x"]]></Message>
    <Message ID="0x8086000200442407"><![CDATA["[NVM LIB] nvm_permit_handoff, caller TID: 0x%08x"]]></Message>
    <Message ID="0x8086000200442419"><![CDATA["[NVM LIB] nvm_handoff_pm_open()"]]></Message>
    <Message ID="0x8086000200442418"><![CDATA["[NVM LIB] Failed to open nvm_hdof_pm file. errno: %d, caller TID: 0x%08x"]]></Message>
    <Message ID="0x8086000200442409"><![CDATA["[NVM LIB] nvm_handoff_pm_drv_register()"]]></Message>
    <Message ID="0x808600020044241A"><![CDATA["[NVM LIB] nvm_critical_section_start()"]]></Message>
    <Message ID="0x8086000200442413"><![CDATA["[NVM LIB] nvm_critical_section_start, caller TID: 0x%08x, consumer: %x"]]></Message>
    <Message ID="0x808600020044241B"><![CDATA["[NVM LIB] nvm_critical_section_end()"]]></Message>
    <Message ID="0x8086000200442414"><![CDATA["[NVM LIB] nvm_critical_section_start, caller TID: 0x%08x, consumer: %x"]]></Message>
    <Message ID="0x8086000200442400"><![CDATA["[NVM LIB] nvm_ioctl(): invalid fd: %d, caller TID: 0x%08x"]]></Message>
    <Message ID="0x8086000200442401"><![CDATA["[NVM LIB] nvm_ioctl(): return error. status: %d caller TID: 0x%08x"]]></Message>
    <Message ID="0x80860002004B2001"><![CDATA["[GfxInfo Lib] Errno %#x: Failed getting CPU type."]]></Message>
    <Message ID="0x5600030092C84C00"><![CDATA["[GfxInfo Lib] CPU type is 0x%x."]]></Message>
    <Message ID="0x80860002004B2002"><![CDATA["[GfxInfo Lib] Error: Invalid CPU type: %#x"]]></Message>
    <Message ID="0x8086000200370401"><![CDATA["[TLS_ISO][LIB] tls_isolated_conn_init(): Start"]]></Message>
    <Message ID="0x8086000200370402"><![CDATA["[TLS_ISO][LIB] tls_isolated_conn_init(): ConnectionHandle = 0x%x"]]></Message>
    <Message ID="0x8086000200370403"><![CDATA["[TLS_ISO][LIB] tls_isolated_conn_init(): DetailedStatus = %d"]]></Message>
    <Message ID="0x8086000200370404"><![CDATA["[TLS_ISO][LIB] tls_isolated_conn_init(): End, Status = 0x%x"]]></Message>
    <Message ID="0x8086000200370405"><![CDATA["[TLS_ISO][LIB] tls_isolated_deinit(): Start"]]></Message>
    <Message ID="0x8086000200370406"><![CDATA["[TLS_ISO][LIB] tls_isolated_deinit(): End, Status = 0x%x"]]></Message>
    <Message ID="0x8086000200370407"><![CDATA["[TLS_ISO][LIB] tls_isolated_conn_deinit(): Start"]]></Message>
    <Message ID="0x8086000200370408"><![CDATA["[TLS_ISO][LIB] tls_isolated_conn_deinit(): End"]]></Message>
    <Message ID="0x8086000200370409"><![CDATA["[TLS_ISO][LIB] tls_isolated_conn_established(): Start"]]></Message>
    <Message ID="0x808600020037040A"><![CDATA["[TLS_ISO][LIB] tls_isolated_conn_established(): IsConnectionEstablished = 0x%x"]]></Message>
    <Message ID="0x808600020037040B"><![CDATA["[TLS_ISO][LIB] tls_isolated_conn_established(): End, Status = 0x%x"]]></Message>
    <Message ID="0x808600020037040C"><![CDATA["[TLS_ISO][LIB] tls_isolated_conn_set_params(): Start"]]></Message>
    <Message ID="0x808600020037040D"><![CDATA["[TLS_ISO][LIB] tls_isolated_conn_set_params(): mg_create_by_fd() failed, errno = %d"]]></Message>
    <Message ID="0x808600020037040E"><![CDATA["[TLS_ISO][LIB] tls_isolated_conn_set_params(): DetailedStatus = 0x%x"]]></Message>
    <Message ID="0x808600020037040F"><![CDATA["[TLS_ISO][LIB] tls_isolated_conn_set_params(): mg_revoke() failed, errno = %d"]]></Message>
    <Message ID="0x8086000200370410"><![CDATA["[TLS_ISO][LIB] tls_isolated_conn_set_params(): End, Status = 0x%x"]]></Message>
    <Message ID="0x8086000200370411"><![CDATA["[TLS_ISO][LIB] tls_isolated_internal_input_func(): Start"]]></Message>
    <Message ID="0x8086000200370412"><![CDATA["[TLS_ISO][LIB] tls_isolated_internal_input_func(): mg_create_by_fd() failed, errno = %d"]]></Message>
    <Message ID="0x8086000200370413"><![CDATA["[TLS_ISO][LIB] tls_isolated_internal_input_func(): DetailedStatus = 0x%x"]]></Message>
    <Message ID="0x8086000200370414"><![CDATA["[TLS_ISO][LIB] tls_isolated_internal_input_func(): mg_revoke() failed, errno = %d"]]></Message>
    <Message ID="0x8086000200370415"><![CDATA["[TLS_ISO][LIB] tls_isolated_internal_input_func(): End, Status = 0x%x"]]></Message>
    <Message ID="0x8086000200370416"><![CDATA["[TLS_ISO][LIB] tls_isolated_conn_client_handshake(): Start"]]></Message>
    <Message ID="0x8086000200370417"><![CDATA["[TLS_ISO][LIB] tls_isolated_conn_client_handshake(): End"]]></Message>
    <Message ID="0x8086000200370418"><![CDATA["[TLS_ISO][LIB] tls_isolated_get_buffer(): Start"]]></Message>
    <Message ID="0x8086000200370419"><![CDATA["[TLS_ISO][LIB] tls_isolated_get_buffer(): mg_create_by_fd() failed, errno = %d"]]></Message>
    <Message ID="0x808600020037041A"><![CDATA["[TLS_ISO][LIB] tls_isolated_get_buffer(): DetailedStatus = 0x%x"]]></Message>
    <Message ID="0x808600020037041B"><![CDATA["[TLS_ISO][LIB] tls_isolated_get_buffer(): mg_revoke() failed, errno = %d"]]></Message>
    <Message ID="0x808600020037041C"><![CDATA["[TLS_ISO][LIB] tls_isolated_get_buffer(): End, Status = 0x%x"]]></Message>
    <Message ID="0x808600020037041D"><![CDATA["[TLS_ISO][LIB] tls_isolated_get_send_buffer(): Start"]]></Message>
    <Message ID="0x808600020037041E"><![CDATA["[TLS_ISO][LIB] tls_isolated_get_send_buffer(): End"]]></Message>
    <Message ID="0x808600020037041F"><![CDATA["[TLS_ISO][LIB] tls_isolated_get_receive_buffer(): Start"]]></Message>
    <Message ID="0x8086000200370420"><![CDATA["[TLS_ISO][LIB] tls_isolated_get_receive_buffer(): End"]]></Message>
    <Message ID="0x8086000200370421"><![CDATA["[TLS_ISO][LIB] tls_isolated_conn_encrypt(): Start"]]></Message>
    <Message ID="0x8086000200370422"><![CDATA["[TLS_ISO][LIB] tls_isolated_conn_encrypt(): End"]]></Message>
    <Message ID="0x8086000200370423"><![CDATA["[TLS_ISO][LIB] tls_isolated_conn_decrypt(): Start"]]></Message>
    <Message ID="0x8086000200370424"><![CDATA["[TLS_ISO][LIB] tls_isolated_conn_decrypt(): End"]]></Message>
    <Message ID="0x8086000200370425"><![CDATA["[TLS_ISO][LIB] tls_isolated_conn_set_cipher_list(): Start"]]></Message>
    <Message ID="0x8086000200370426"><![CDATA["[TLS_ISO][LIB] tls_isolated_conn_set_cipher_list(): mg_create_by_fd() failed, errno = %d"]]></Message>
    <Message ID="0x8086000200370427"><![CDATA["[TLS_ISO][LIB] tls_isolated_conn_set_cipher_list(): DetailedStatus = 0x%x"]]></Message>
    <Message ID="0x8086000200370428"><![CDATA["[TLS_ISO][LIB] tls_isolated_conn_set_cipher_list(): mg_revoke() failed, errno = %d"]]></Message>
    <Message ID="0x8086000200370429"><![CDATA["[TLS_ISO][LIB] tls_isolated_conn_set_cipher_list(): End, Status = 0x%x"]]></Message>
    <Message ID="0x808600020037042A"><![CDATA["[TLS_ISO][LIB] tls_isolated_create_alert_message(): Start"]]></Message>
    <Message ID="0x808600020037042B"><![CDATA["[TLS_ISO][LIB] tls_isolated_create_alert_message(): DetailedStatus = 0x%x"]]></Message>
    <Message ID="0x808600020037042C"><![CDATA["[TLS_ISO][LIB] tls_isolated_create_alert_message(): End, Status = 0x%x"]]></Message>
    <Message ID="0x808600020037042D"><![CDATA["[TLS_ISO][LIB] tls_isolated_alerts(): Start"]]></Message>
    <Message ID="0x808600020037042E"><![CDATA["[TLS_ISO][LIB] tls_isolated_alerts(): DetailedStatus = 0x%x"]]></Message>
    <Message ID="0x808600020037042F"><![CDATA["[TLS_ISO][LIB] tls_isolated_alerts(): AlertId = 0x%x"]]></Message>
    <Message ID="0x8086000200370430"><![CDATA["[TLS_ISO][LIB] tls_isolated_alerts(): AlertClass = 0x%x"]]></Message>
    <Message ID="0x8086000200370431"><![CDATA["[TLS_ISO][LIB] tls_isolated_alerts(): End, Status = 0x%x"]]></Message>
    <Message ID="0x8086000200370432"><![CDATA["[TLS_ISO][LIB] tls_isolated_convert_error_id_to_alert_id(): Start"]]></Message>
    <Message ID="0x8086000200370433"><![CDATA["[TLS_ISO][LIB] tls_isolated_convert_error_id_to_alert_id(): End"]]></Message>
    <Message ID="0x8086000200370434"><![CDATA["[TLS_ISO][LIB] tls_isolated_get_last_alert(): Start"]]></Message>
    <Message ID="0x8086000200370435"><![CDATA["[TLS_ISO][LIB] tls_isolated_get_last_alert(): End"]]></Message>
    <Message ID="0x8086000200370436"><![CDATA["[TLS_ISO][LIB] tls_isolated_cert_chain_get_length(): Start"]]></Message>
    <Message ID="0x8086000200370437"><![CDATA["[TLS_ISO][LIB] tls_isolated_cert_chain_get_length(): mg_create_by_fd() failed, errno = %d"]]></Message>
    <Message ID="0x8086000200370438"><![CDATA["[TLS_ISO][LIB] tls_isolated_cert_chain_get_length(): mg_revoke() failed, errno = %d"]]></Message>
    <Message ID="0x8086000200370439"><![CDATA["[TLS_ISO][LIB] tls_isolated_cert_chain_get_length(): End, Status = 0x%x"]]></Message>
    <Message ID="0x808600020037043A"><![CDATA["[TLS_ISO][LIB] tls_isolated_cert_chain_get_cert_info(): Start"]]></Message>
    <Message ID="0x808600020037043B"><![CDATA["[TLS_ISO][LIB] tls_isolated_cert_chain_get_cert_info(): mg_create_by_fd() failed, errno = %d"]]></Message>
    <Message ID="0x808600020037043C"><![CDATA["[TLS_ISO][LIB] tls_isolated_cert_chain_get_cert_info(): mg_revoke() failed, errno = %d"]]></Message>
    <Message ID="0x808600020037043D"><![CDATA["[TLS_ISO][LIB] tls_isolated_cert_chain_get_cert_info(): End, Status = 0x%x"]]></Message>
    <Message ID="0x808600020037043E"><![CDATA["[TLS_ISO][LIB] tls_isolated_crl_init(): Start"]]></Message>
    <Message ID="0x808600020037043F"><![CDATA["[TLS_ISO][LIB] tls_isolated_crl_init(): End, Status = 0x%x"]]></Message>
    <Message ID="0x8086000200370440"><![CDATA["[TLS_ISO][LIB] tls_isolated_conn_deinit(): Start"]]></Message>
    <Message ID="0x8086000200370441"><![CDATA["[TLS_ISO][LIB] tls_isolated_conn_deinit(): End"]]></Message>
    <Message ID="0x8086000200370442"><![CDATA["[TLS_ISO][LIB] tls_isolated_cert_store_create(): Start"]]></Message>
    <Message ID="0x8086000200370443"><![CDATA["[TLS_ISO][LIB] tls_isolated_cert_store_create(): End, Status = 0x%x"]]></Message>
    <Message ID="0x8086000200370444"><![CDATA["[TLS_ISO][LIB] tls_isolated_add_cert(): Start"]]></Message>
    <Message ID="0x8086000200370445"><![CDATA["[TLS_ISO][LIB] tls_isolated_add_cert(): mg_create_by_fd() failed, errno = %d"]]></Message>
    <Message ID="0x8086000200370446"><![CDATA["[TLS_ISO][LIB] tls_isolated_add_cert(): mg_revoke() failed, errno = %d"]]></Message>
    <Message ID="0x8086000200370447"><![CDATA["[TLS_ISO][LIB] tls_isolated_add_cert(): End, Status = 0x%x"]]></Message>
    <Message ID="0x8086000200370448"><![CDATA["[TLS_ISO][LIB] tls_isolated_cert_store_add_cert(): Start"]]></Message>
    <Message ID="0x8086000200370449"><![CDATA["[TLS_ISO][LIB] tls_isolated_cert_store_add_cert(): End"]]></Message>
    <Message ID="0x808600020037046E"><![CDATA["[TLS_ISO][LIB] tls_isolated_cert_store_add_key(): Start"]]></Message>
    <Message ID="0x808600020037046F"><![CDATA["[TLS_ISO][LIB] tls_isolated_cert_store_add_key(): End"]]></Message>
    <Message ID="0x808600020037044A"><![CDATA["[TLS_ISO][LIB] tls_isolated_cert_store_destroy(): Start"]]></Message>
    <Message ID="0x808600020037044B"><![CDATA["[TLS_ISO][LIB] tls_isolated_cert_store_destroy(): End"]]></Message>
    <Message ID="0x808600020037044C"><![CDATA["[TLS_ISO][LIB] tls_isolated_set_conn_cert_data(): Start"]]></Message>
    <Message ID="0x808600020037044D"><![CDATA["[TLS_ISO][LIB] tls_isolated_set_conn_cert_data(): End, Status = 0x%x"]]></Message>
    <Message ID="0x8086000200370470"><![CDATA["[TLS_ISO][LIB] tls_isolated_conn_set_conn_client_chain(): Start"]]></Message>
    <Message ID="0x8086000200370471"><![CDATA["[TLS_ISO][LIB] tls_isolated_conn_set_conn_client_chain(): mg_create_by_fd() failed, errno = %d"]]></Message>
    <Message ID="0x8086000200370472"><![CDATA["[TLS_ISO][LIB] tls_isolated_conn_set_conn_client_chain(): DetailedStatus = 0x%x"]]></Message>
    <Message ID="0x8086000200370473"><![CDATA["[TLS_ISO][LIB] tls_isolated_conn_set_conn_client_chain(): mg_revoke() failed, errno = %d"]]></Message>
    <Message ID="0x8086000200370474"><![CDATA["[TLS_ISO][LIB] tls_isolated_conn_set_conn_client_chain(): End, Status = 0x%x"]]></Message>
    <Message ID="0x808600020037044E"><![CDATA["[TLS_ISO][LIB] tls_isolated_crl_add(): Start"]]></Message>
    <Message ID="0x808600020037044F"><![CDATA["[TLS_ISO][LIB] tls_isolated_crl_add(): End"]]></Message>
    <Message ID="0x8086000200370450"><![CDATA["[TLS_ISO][LIB] tls_isolated_verify(): Start"]]></Message>
    <Message ID="0x8086000200370451"><![CDATA["[TLS_ISO][LIB] tls_isolated_verify(): mg_create_by_fd() failed, errno = %d"]]></Message>
    <Message ID="0x8086000200370452"><![CDATA["[TLS_ISO][LIB] tls_isolated_verify(): mg_create_by_fd() failed, errno = %d"]]></Message>
    <Message ID="0x8086000200370453"><![CDATA["[TLS_ISO][LIB] tls_isolated_verify(): mg_revoke() failed, errno = %d"]]></Message>
    <Message ID="0x8086000200370454"><![CDATA["[TLS_ISO][LIB] tls_isolated_verify(): mg_revoke() failed, errno = %d"]]></Message>
    <Message ID="0x8086000200370455"><![CDATA["[TLS_ISO][LIB] tls_isolated_verify(): End, Status = 0x%x"]]></Message>
    <Message ID="0x8086000200370456"><![CDATA["[TLS_ISO][LIB] tls_isolated_crl_verify(): Start"]]></Message>
    <Message ID="0x8086000200370457"><![CDATA["[TLS_ISO][LIB] tls_isolated_crl_verify(): End"]]></Message>
    <Message ID="0x8086000200370458"><![CDATA["[TLS_ISO][LIB] tls_isolated_crl_search_for_serial(): Start"]]></Message>
    <Message ID="0x8086000200370459"><![CDATA["[TLS_ISO][LIB] tls_isolated_crl_search_for_serial(): End"]]></Message>
    <Message ID="0x808600020037045A"><![CDATA["[TLS_ISO][LIB] tls_isolated_cert_chain_create(): Start"]]></Message>
    <Message ID="0x808600020037045B"><![CDATA["[TLS_ISO][LIB] tls_isolated_cert_chain_create(): ChainHandle = 0x%x"]]></Message>
    <Message ID="0x808600020037045C"><![CDATA["[TLS_ISO][LIB] tls_isolated_cert_chain_create(): End, Status = 0x%x"]]></Message>
    <Message ID="0x808600020037045D"><![CDATA["[TLS_ISO][LIB] tls_isolated_cert_chain_destroy(): Start"]]></Message>
    <Message ID="0x808600020037045E"><![CDATA["[TLS_ISO][LIB] tls_isolated_cert_chain_destroy(): End"]]></Message>
    <Message ID="0x808600020037045F"><![CDATA["[TLS_ISO][LIB] tls_isolated_cert_store_add_cert(): Start"]]></Message>
    <Message ID="0x8086000200370460"><![CDATA["[TLS_ISO][LIB] tls_isolated_cert_store_add_cert(): End"]]></Message>
    <Message ID="0x8086000200370461"><![CDATA["[TLS_ISO][LIB] tls_isolated_cert_chain_verify(): Start"]]></Message>
    <Message ID="0x8086000200370462"><![CDATA["[TLS_ISO][LIB] tls_isolated_cert_chain_verify(): End"]]></Message>
    <Message ID="0x8086000200370463"><![CDATA["[TLS_ISO][LIB] tls_isolated_cert_chain_is_extension_critical(): Start"]]></Message>
    <Message ID="0x8086000200370464"><![CDATA["[TLS_ISO][LIB] tls_isolated_cert_chain_is_extension_critical(): SessionHandle = %d"]]></Message>
    <Message ID="0x8086000200370465"><![CDATA["[TLS_ISO][LIB] tls_isolated_cert_chain_is_extension_critical(): CertChainIndex = %d"]]></Message>
    <Message ID="0x8086000200370466"><![CDATA["[TLS_ISO][LIB] tls_isolated_cert_chain_is_extension_critical(): CertInfo = %d"]]></Message>
    <Message ID="0x8086000200370467"><![CDATA["[TLS_ISO][LIB] tls_isolated_cert_chain_is_extension_critical(): IsCritical = %d"]]></Message>
    <Message ID="0x8086000200370468"><![CDATA["[TLS_ISO][LIB] tls_isolated_cert_chain_is_extension_critical(): End, Status = 0x%x"]]></Message>
    <Message ID="0x8086000200370469"><![CDATA["[TLS_ISO][LIB] tls_isolated_lib_open(): Start"]]></Message>
    <Message ID="0x808600020037046A"><![CDATA["[TLS_ISO][LIB] tls_isolated_lib_open(): Failed to open FD to service. FD = %d, Errno = %d"]]></Message>
    <Message ID="0x808600020037046B"><![CDATA["[TLS_ISO][LIB] tls_isolated_lib_open(): End"]]></Message>
    <Message ID="0x808600020037046C"><![CDATA["[TLS_ISO][LIB] tls_isolated_lib_close(): Start"]]></Message>
    <Message ID="0x808600020037046D"><![CDATA["[TLS_ISO][LIB] tls_isolated_lib_close(): End"]]></Message>
    <Message ID="0x8086000200260031"><![CDATA["[PmContext] Context parameter is NULL."]]></Message>
    <Message ID="0x8086000200260032"><![CDATA["[PmContext] Error reading PM Context, status = 0x%x"]]></Message>
    <Message ID="0x8086000200260033"><![CDATA["[PmContext] Bad src_cse_state %d"]]></Message>
    <Message ID="0x8086000200260034"><![CDATA["[PmContext] Bad dst_cse_state %d"]]></Message>
    <Message ID="0x8086000200260035"><![CDATA["[PmContext] Bad src_host_state %d"]]></Message>
    <Message ID="0x8086000200260036"><![CDATA["[PmContext] Bad dst_host_state %d"]]></Message>
    <Message ID="0x8086000200260037"><![CDATA["[PmContext] Bad boot_type %d"]]></Message>
    <Message ID="0x8086000200260000"><![CDATA["[PmContext] Pm Context: "]]></Message>
    <Message ID="0x8086000200260001"><![CDATA["[PmContext] Host State: Src S0 (%d)"]]></Message>
    <Message ID="0x8086000200260002"><![CDATA["[PmContext] Host State: Src S1 (%d)"]]></Message>
    <Message ID="0x8086000200260003"><![CDATA["[PmContext] Host State: Src S3 (%d)"]]></Message>
    <Message ID="0x8086000200260004"><![CDATA["[PmContext] Host State: Src S4 (%d)"]]></Message>
    <Message ID="0x8086000200260005"><![CDATA["[PmContext] Host State: Src S5 (%d)"]]></Message>
    <Message ID="0x8086000200260006"><![CDATA["[PmContext] Host State: Src Unknown (%d)"]]></Message>
    <Message ID="0x8086000200260007"><![CDATA["[PmContext] Host State: Dst S0 (%d)"]]></Message>
    <Message ID="0x8086000200260008"><![CDATA["[PmContext] Host State: Dst S1 (%d)"]]></Message>
    <Message ID="0x8086000200260009"><![CDATA["[PmContext] Host State: Dst S3 (%d)"]]></Message>
    <Message ID="0x808600020026000A"><![CDATA["[PmContext] Host State: Dst S4 (%d)"]]></Message>
    <Message ID="0x808600020026000B"><![CDATA["[PmContext] Host State: Dst S5 (%d)"]]></Message>
    <Message ID="0x808600020026000C"><![CDATA["[PmContext] Host State: Dst Unknown (%d)"]]></Message>
    <Message ID="0x808600020026000D"><![CDATA["[PmContext] Cse State: Src CM0 (%d)"]]></Message>
    <Message ID="0x8086000200260010"><![CDATA["[PmContext] Cse State: Src CM0-PG (%d)"]]></Message>
    <Message ID="0x808600020026000E"><![CDATA["[PmContext] Cse State: Src CM0-NU (%d)"]]></Message>
    <Message ID="0x8086000200260012"><![CDATA["[PmContext] Cse State: Src CMOFF-PD (%d)"]]></Message>
    <Message ID="0x8086000200260013"><![CDATA["[PmContext] Cse State: Src Unknown (%d)"]]></Message>
    <Message ID="0x8086000200260014"><![CDATA["[PmContext] Cse State: Dst CM0 (%d)"]]></Message>
    <Message ID="0x8086000200260017"><![CDATA["[PmContext] Cse State: Dst CM0-PG (%d)"]]></Message>
    <Message ID="0x8086000200260015"><![CDATA["[PmContext] Cse State: Dst CM0-NU (%d)"]]></Message>
    <Message ID="0x8086000200260019"><![CDATA["[PmContext] Cse State: Dst CMOFF-PD (%d)"]]></Message>
    <Message ID="0x808600020026001A"><![CDATA["[PmContext] Cse State: Dst Unknown (%d)"]]></Message>
    <Message ID="0x808600020026001B"><![CDATA["[PmContext] Boot Type: Normal (%d)"]]></Message>
    <Message ID="0x808600020026001C"><![CDATA["[PmContext] Boot Type: Recovery (%d)"]]></Message>
    <Message ID="0x808600020026001D"><![CDATA["[PmContext] Boot Type: CSE Os Disabled (%d)"]]></Message>
    <Message ID="0x808600020026001F"><![CDATA["[PmContext] Boot Type: Unknown (%d)"]]></Message>
    <Message ID="0x8086000200260020"><![CDATA["[PmContext] Cause: Global Reset (%d)"]]></Message>
    <Message ID="0x8086000200260021"><![CDATA["[PmContext] Cause: Pseudo Global Reset (%d)"]]></Message>
    <Message ID="0x8086000200260022"><![CDATA["[PmContext] Cause: CSE Reset (%d)"]]></Message>
    <Message ID="0x8086000200260023"><![CDATA["[PmContext] Cause: Host Power Cycle Reset (%d)"]]></Message>
    <Message ID="0x8086000200260024"><![CDATA["[PmContext] Cause: Host Non Power Cycle Reset (%d)"]]></Message>
    <Message ID="0x8086000200260025"><![CDATA["[PmContext] Cause: CSE Power Off (%d)"]]></Message>
    <Message ID="0x8086000200260027"><![CDATA["[PmContext] Cause: Host SX Entry (%d)"]]></Message>
    <Message ID="0x8086000200260028"><![CDATA["[PmContext] Cause: Host SX Exit (%d)"]]></Message>
    <Message ID="0x8086000200260029"><![CDATA["[PmContext] Cause: Power Source Change (%d)"]]></Message>
    <Message ID="0x808600020026002A"><![CDATA["[PmContext] Cause: CM3 Policy Change (%d)"]]></Message>
    <Message ID="0x808600020026002B"><![CDATA["[PmContext] Cause: CM0-PG Entry (%d)"]]></Message>
    <Message ID="0x808600020026002C"><![CDATA["[PmContext] Cause: CM0-PG Exit (%d)"]]></Message>
    <Message ID="0x808600020026002F"><![CDATA["[PmContext] Cause: Unknown (%d)"]]></Message>
    <Message ID="0x8086000200260030"><![CDATA["[PmContext] Attribs: 0x%08X "]]></Message>
    <Message ID="0x8086000200260038"><![CDATA["[PmContext] PM Context is NULL."]]></Message>
    <Message ID="0x8086000200260039"><![CDATA["[PmContext] PM Context is Invalid."]]></Message>
    <Message ID="0x808600020026003C"><![CDATA["[PmContext] PM Context is NULL."]]></Message>
    <Message ID="0x808600020026003D"><![CDATA["[PmContext] PM Context is Invalid."]]></Message>
    <Message ID="0x5600020087C81C00"><![CDATA["Can not open file, fd = %d, errno = %d"]]></Message>
    <Message ID="0x5600020087C81C01"><![CDATA["Read failed, errno = %d"]]></Message>
    <Message ID="0x5600020087C81C02"><![CDATA["Can not open file, fd = %d  errno = %d"]]></Message>
    <Message ID="0x5600020087C81C03"><![CDATA["Failed to write to file, errno = %d "]]></Message>
    <Message ID="0x5600020087C81C04"><![CDATA["Bytes to write: %d, bytesWritten to file: %d "]]></Message>
    <Message ID="0x5600010087C81C05"><![CDATA["FTP manifest size error, status = %d, manifest_size = %d"]]></Message>
    <Message ID="0x5600010087C81C06"><![CDATA["Malloc FAILED. Size: %d "]]></Message>
    <Message ID="0x5600010087C81C07"><![CDATA["FILE READ FAILED, status = %d, bytes_read = %d"]]></Message>
    <Message ID="0x5600010087C81C08"><![CDATA["Failed to open bpdt snowball, errno = %d"]]></Message>
    <Message ID="0x5600010087C81C09"><![CDATA["  Failed to read bpdt snowball, errno = %d"]]></Message>
    <Message ID="0x5600030087C81C0A"><![CDATA["MkhiHandleGetImageFwVersion(): partition_id: 0x%x"]]></Message>
    <Message ID="0x5600018087C81C0B"><![CDATA["MkhiHandleGetImageFwVersion(): partition_id: 0x%x not found"]]></Message>
    <Message ID="0x5600010087C81C0C"><![CDATA["nvm_handoff_open failed. errno: %d"]]></Message>
    <Message ID="0x5600010087C81C0D"><![CDATA["nvm_get_info failed. status: %d"]]></Message>
    <Message ID="0x5600010087C81C0E"><![CDATA["Failed checking if is spi device. status: 0x%x"]]></Message>
    <Message ID="0x5600020087C81C0F"><![CDATA["Not an SPI storage, command isn't supported."]]></Message>
    <Message ID="0x5600010087C81C10"><![CDATA["Failed checking whether host has access. status: 0x%x"]]></Message>
    <Message ID="0x8086000200500400"><![CDATA["[IPC_DRV_LIB] ipc_drv_register: Invalid client %d for peer %d"]]></Message>
    <Message ID="0x8086000200500407"><![CDATA["[IPC_DRV_LIB] ipc_drv_register: Invalid client %d for peer %d"]]></Message>
    <Message ID="0x8086000200500408"><![CDATA["[IPC_DRV_LIB] ipc_drv_register: Invalid client %d for peer %d"]]></Message>
    <Message ID="0x808600020050040D"><![CDATA["[IPC_DRV_LIB] ipc_drv_register: Invalid client %d for peer %d"]]></Message>
    <Message ID="0x8086000200500401"><![CDATA["[IPC_DRV_LIB] ipc_drv_register: Invalid peer %d"]]></Message>
    <Message ID="0x8086000200500402"><![CDATA["[IPC_DRV_LIB] ipc_drv_register: internal error"]]></Message>
    <Message ID="0x8086000200500403"><![CDATA["[IPC_DRV_LIB] ipc_drv_unregister: closing fd %d"]]></Message>
    <Message ID="0x8086000200500409"><![CDATA["[IPC_DRV_LIB] ipc_drv_send: fd %d - invalid msg size %d"]]></Message>
    <Message ID="0x808600020050040A"><![CDATA["[IPC_DRV_LIB] ipc_drv_send: fd %d - invalid msg buf - NULL"]]></Message>
    <Message ID="0x808600020050040B"><![CDATA["[IPC_DRV_LIB] ipc_drv_send: fd %d: memcpy failed, res %d, errno %d"]]></Message>
    <Message ID="0x808600020050040C"><![CDATA["[IPC_DRV_LIB] ipc_drv_send: fd %d: write() failed, res %d, errno %d"]]></Message>
    <Message ID="0x808600020050040F"><![CDATA["[IPC_DRV_LIB] ipc_drv_receive: fd %d: buffer too small (%d) for msg len %d"]]></Message>
    <Message ID="0x560002108A882000"><![CDATA["Hotham function: HothamApiGetPchPartId begin  "]]></Message>
    <Message ID="0x560001108A882001"><![CDATA["Hotham function exit error: HothamApiGetPchPartId, Message Content Error, Req buffer size mismatch  "]]></Message>
    <Message ID="0x560001108A882002"><![CDATA["SkuGetFwDebugSigningState failed  "]]></Message>
    <Message ID="0x560002108A882003"><![CDATA["HothamApiGetPchPartId, TestApiSupport %d, FskType %d "]]></Message>
    <Message ID="0x560001108A882004"><![CDATA["SkuGetPchDeviceId failed  "]]></Message>
    <Message ID="0x560001108A882005"><![CDATA["failed to open snowball with DFx PartID, fd is: %d .err is: %d "]]></Message>
    <Message ID="0x560001108A882006"><![CDATA["Hotham function exit: HothamApiGetPchPartId read part id file failed "]]></Message>
    <Message ID="0x560002108A882007"><![CDATA["Nonce generation successful, value is: 0x%x  "]]></Message>
    <Message ID="0x560002108A882008"><![CDATA[" DataToHash[0]: 0x%x "]]></Message>
    <Message ID="0x560001108A882009"><![CDATA["Hotham function exit: HothamApiGetPchPartId hash gen request failed  "]]></Message>
    <Message ID="0x560002108A88200A"><![CDATA[" hashed_part_ID[%d]: 0x%x "]]></Message>
    <Message ID="0x560001108A88200B"><![CDATA["Hotham function exit: HothamApiGetPchPartId hash is all 0 "]]></Message>
    <Message ID="0x560001108A88200C"><![CDATA["Hotham function exit: HothamApiGetPchPartId get prtc_time err  "]]></Message>
    <Message ID="0x560001108A88200D"><![CDATA["Hotham function exit: HothamApiGetPchPartId failed to rite nonce"]]></Message>
    <Message ID="0x560002108A88200E"><![CDATA["Hotham function exit: HothamApiGetPchPartId, Success  "]]></Message>
    <Message ID="0x560001108A88200F"><![CDATA["Hotham function: HothamCtlWriteToken too long input"]]></Message>
    <Message ID="0x560002108A882010"><![CDATA["Hotham HothamCtlWriteToken: size:%d header_type:%d , hdr_len dwords:%d header_version:%d vendor:0x%x  date:%d  "]]></Message>
    <Message ID="0x560001108A882011"><![CDATA["Hotham function: HothamCtlWriteToken header length too large"]]></Message>
    <Message ID="0x560001108A882012"><![CDATA["Hotham function: HothamCtlWriteToken invalid input"]]></Message>
    <Message ID="0x560001108A882013"><![CDATA["Hotham function: HothamCtlWriteToken IDLM forbidden"]]></Message>
    <Message ID="0x560001108A882014"><![CDATA["Hotham function: HothamCtlWriteToken too many parts in token"]]></Message>
    <Message ID="0x560001108A882015"><![CDATA["Hotham function: HothamCtlWriteToken too short input"]]></Message>
    <Message ID="0x560001108A882016"><![CDATA["Hotham function: HothamCtlWriteToken too many knobs in token"]]></Message>
    <Message ID="0x560001108A882017"><![CDATA["Hotham function: HothamCtlWriteToken too short input"]]></Message>
    <Message ID="0x560002108A882018"><![CDATA["Hotham function: HothamCtlWriteToken,Token Size:%d bytes  "]]></Message>
    <Message ID="0x560001108A882019"><![CDATA["Hotham function: HothamCtlWriteToken failed to open as O_RDONLY file: UTOK , errno:%d "]]></Message>
    <Message ID="0x560001108A88201A"><![CDATA["Hotham function: HothamCtlWriteToken, spi_flash_get_partition_info failed.Status:0x%x "]]></Message>
    <Message ID="0x560002108A88201B"><![CDATA["Hotham function: HothamCtlWriteToken,partition-size:0x%x type:%d "]]></Message>
    <Message ID="0x560001108A88201C"><![CDATA["Hotham function: HothamCtlWriteToken, HothamReadUtfl failed.Status:0x%x "]]></Message>
    <Message ID="0x560001108A88201D"><![CDATA["Hotham function: HothamCtlWriteToken, spi_flash_erase failed.Status:0x%x "]]></Message>
    <Message ID="0x560001108A88201E"><![CDATA["Hotham function: HothamCtlWriteToken failed to open file UTOK , errno:%d "]]></Message>
    <Message ID="0x560001108A88201F"><![CDATA["Hotham function: HothamCtlWriteToken, Status: 0x%x "]]></Message>
    <Message ID="0x560001108A882020"><![CDATA["Hotham function: HothamCtlWriteToken, HothamWriteUtfl failed.Status:0x%x "]]></Message>
    <Message ID="0x560002108A882021"><![CDATA["Hotham function: HothamCtlWriteToken,Status is 0x%x, bytes written %d "]]></Message>
    <Message ID="0x560001108A882022"><![CDATA["Hotham function: HothamCtlDeleteToken failed to open as O_RDONLY file UTOK , errno:%d "]]></Message>
    <Message ID="0x560001108A882023"><![CDATA["Hotham function: HothamCtlDeleteToken, spi_flash_get_partition_info failed.Status:0x%x "]]></Message>
    <Message ID="0x560001108A882024"><![CDATA["Hotham function: HothamCtlDeleteToken, HothamReadUtfl failed.Status:0x%x "]]></Message>
    <Message ID="0x560001108A882025"><![CDATA["Hotham function: HothamCtlDeleteToken failed to open as O_WRONLY file UTOK , errno:%d "]]></Message>
    <Message ID="0x560001108A882026"><![CDATA["Hotham function: HothamCtlDeleteToken, spi_flash_erase failed.Status:0x%x "]]></Message>
    <Message ID="0x560002108A882027"><![CDATA["Hotham function: HothamCtlDeleteToken Success "]]></Message>
    <Message ID="0x560001108A882028"><![CDATA["Hotham function: HothamCtlDeleteToken, HothamWriteUtfl failed.Status:0x%x "]]></Message>
    <Message ID="0x560002108A882029"><![CDATA["Hotham function entry: HothamCmdFlogGetSize  "]]></Message>
    <Message ID="0x560001108A88202A"><![CDATA["Hotham function exit error: HothamCmdFlogGetSize, Message Content Error, buffer size mismatch, ReqBuffSize: %x, HTM_FLOG_GET_SIZE_REQ_SIZE: %x  "]]></Message>
    <Message ID="0x560001108A88202B"><![CDATA["Hotham function: HothamCmdFlogGetSize failed to open as O_RDONLY file NDL_CRITICAL , errno:%d "]]></Message>
    <Message ID="0x560001108A88202C"><![CDATA["Hotham function: HothamCmdFlogGetSize, ndl_get_critical_error_count_API failed.Status: 0x%x "]]></Message>
    <Message ID="0x560002108A88202D"><![CDATA["Hotham function entry: HothamCmdFlogGetSize complete "]]></Message>
    <Message ID="0x560002108A88202E"><![CDATA["Hotham function entry: HothamCmdFlogGetLog  "]]></Message>
    <Message ID="0x560001108A88202F"><![CDATA["Hotham function exit error: HothamCmdFlogGetLog, Message Content Error, buffer size mismatch, ReqBuffSize: %x, HTM_FLOG_GET_LOG_REQ_SIZE: %x  "]]></Message>
    <Message ID="0x560001108A882030"><![CDATA["Hotham function: HothamCmdFlogGetLog failed to open as O_WRONLY file FCRI , errno:%d "]]></Message>
    <Message ID="0x560001108A882031"><![CDATA["Hotham function: HothamCmdFlogGetLog, spi_flash_get_partition_info failed.Status: 0x%x "]]></Message>
    <Message ID="0x560001108A882032"><![CDATA["Hotham function: HothamCmdFlogGetLog, malloc failed "]]></Message>
    <Message ID="0x560002108A882033"><![CDATA["Hotham function: HothamCmdFlogGetLog, PartitionInfo.size:0x%0X, &flogReadSize:0x%0X "]]></Message>
    <Message ID="0x560001108A882034"><![CDATA["Hotham function: HothamCmdFlogGetLog, spi_flash_read failed.Status:0x%x "]]></Message>
    <Message ID="0x560001108A882035"><![CDATA["Hotham function: HothamCmdFlogGetLog, flogReadSize too big:0x%x "]]></Message>
    <Message ID="0x560002108A882036"><![CDATA["Hotham function: HothamCmdFlogGetLog Success, size: %x "]]></Message>
    <Message ID="0x560002108A882037"><![CDATA["Hotham function entry: HothamCmdFlogGetLog complete "]]></Message>
    <Message ID="0x80860002004D001E"><![CDATA["***[SDM]  EINVAL"]]></Message>
    <Message ID="0x80860002004D000B"><![CDATA["***[SDM]  FindExtension failed"]]></Message>
    <Message ID="0x80860002004D000D"><![CDATA["***[SDM]  malloc of sdm context failed"]]></Message>
    <Message ID="0x80860002004D000C"><![CDATA["***[SDM]  Open data file failed"]]></Message>
    <Message ID="0x80860002004D000E"><![CDATA["***[SDM]  Bad LZMA header size"]]></Message>
    <Message ID="0x80860002004D000F"><![CDATA["***[SDM]  Bad LZMA context size"]]></Message>
    <Message ID="0x80860002004D0010"><![CDATA["***[SDM]  LZMA context malloc failed"]]></Message>
    <Message ID="0x80860002004D0011"><![CDATA["***[SDM]  LZMA Init context failed"]]></Message>
    <Message ID="0x80860002004D0013"><![CDATA["***[SDM]  >>> sdm_init()"]]></Message>
    <Message ID="0x80860002004D0000"><![CDATA["***[SDM]  EINVAL"]]></Message>
    <Message ID="0x80860002004D0001"><![CDATA["***[SDM]  ENOENT_1"]]></Message>
    <Message ID="0x80860002004D0002"><![CDATA["***[SDM]  No access to inf file"]]></Message>
    <Message ID="0x80860002004D0003"><![CDATA["***[SDM]  open inf failed"]]></Message>
    <Message ID="0x80860002004D0004"><![CDATA["***[SDM]  read inf failed"]]></Message>
    <Message ID="0x80860002004D001F"><![CDATA["***[SDM]  provided metadata buffer size =%d is not equal to the module metadata_size =%d "]]></Message>
    <Message ID="0x80860002004D0005"><![CDATA["***[SDM]  malloc for metadata failed"]]></Message>
    <Message ID="0x80860002004D0006"><![CDATA["***[SDM]  No metadata file"]]></Message>
    <Message ID="0x80860002004D0007"><![CDATA["***[SDM]  metadata open failed"]]></Message>
    <Message ID="0x80860002004D0008"><![CDATA["***[SDM]  metadata read failed"]]></Message>
    <Message ID="0x80860002004D0009"><![CDATA["***[SDM]  crypto hash failed"]]></Message>
    <Message ID="0x80860002004D000A"><![CDATA["***[SDM]  memcmp failed"]]></Message>
    <Message ID="0x80860002004D0014"><![CDATA["***[SDM]  <<< sdm_init() failed Returns: %d"]]></Message>
    <Message ID="0x80860002004D0015"><![CDATA["***[SDM]  <<< sdm_init() Succeeded"]]></Message>
    <Message ID="0x8086000200520007"><![CDATA["[PWR] Opened Pwr Ops (%d), errno %d"]]></Message>
    <Message ID="0x8086000200520008"><![CDATA["[PWR] Opened Pwr State (%d), errno %d"]]></Message>
    <Message ID="0x8086000200520009"><![CDATA["[PWR] Closing PM Ops (%d)"]]></Message>
    <Message ID="0x808600020052000B"><![CDATA["[PWR] Closing PM Pwr State (%d)"]]></Message>
    <Message ID="0x8086000200520000"><![CDATA["[PWR] pwr_ops_global_reset(): tid = 0x%x"]]></Message>
    <Message ID="0x8086000200520001"><![CDATA["[PWR] pwr_ops_unconditional_host_power_down(): tid = 0x%x"]]></Message>
    <Message ID="0x8086000200520006"><![CDATA["[PWR] pwr_ops_unconditional_power_down(): tid = 0x%x"]]></Message>
    <Message ID="0x8086000200520002"><![CDATA["[PWR] pwr_ops_host_power_up(): tid = 0x%x"]]></Message>
    <Message ID="0x8086000200520003"><![CDATA["[PWR] pwr_ops_host_warm_reset(): tid = 0x%x"]]></Message>
    <Message ID="0x8086000200520004"><![CDATA["[PWR] pwr_ops_host_cold_reset(): tid = 0x%x"]]></Message>
    <Message ID="0x8086000200520005"><![CDATA["[PWR] pwr_ops_promote_host_warm_reset_to_global_reset(): tid = 0x%x, client_id = %d"]]></Message>
    <Message ID="0x808600020052000E"><![CDATA["[PWR LIB] pm_maestro_init failed"]]></Message>
    <Message ID="0x808600020052000F"><![CDATA["[PWRLib] Opened Pwr Maestro (%d)"]]></Message>
    <Message ID="0x8086000200520010"><![CDATA["[PWR LIB] Closing PM Maestro (%d)"]]></Message>
    <Message ID="0x808600020044000C"><![CDATA["Failed bup_crypto_hmac_simple is_op1-true, error is : %d "]]></Message>
    <Message ID="0x808600020044000D"><![CDATA["Failed bup_crypto_hmac_simple is_op1-false, error is : %d "]]></Message>
    <Message ID="0x8086000200440000"><![CDATA["spi_rpmc_init: ioctl FAILED"]]></Message>
    <Message ID="0x8086000200440001"><![CDATA["spi_get_rpmc_device_info: null info"]]></Message>
    <Message ID="0x8086000200440004"><![CDATA["storage_rp_inc_ctr:failed creating hmac signature"]]></Message>
    <Message ID="0x8086000200440005"><![CDATA["storage_rp_inc_ctr: mg_create_by_fd FAILED"]]></Message>
    <Message ID="0x8086000200440006"><![CDATA["storage_rp_inc_ctr: ioctl FAILED"]]></Message>
    <Message ID="0x808600020044000F"><![CDATA["RPMC counter was not incremented after a successful inc command- considered as an attack!"]]></Message>
    <Message ID="0x8086000200440007"><![CDATA["storage_rp_get_ctr:failed creating hmac signature,  result is : %d "]]></Message>
    <Message ID="0x8086000200440008"><![CDATA["storage_rp_get_ctr: mg_create_by_fd FAILED"]]></Message>
    <Message ID="0x8086000200440009"><![CDATA["storage_rp_get_ctr: ioctl FAILED, result is : %d"]]></Message>
    <Message ID="0x808600020044000A"><![CDATA["storage_rp_get_ctr: wrong tag"]]></Message>
    <Message ID="0x808600020044000B"><![CDATA["storage_rp_get_ctr: failed calculating new signature after ioctl"]]></Message>
    <Message ID="0x808600020044000E"><![CDATA["storage_rp_get_ctr: result error"]]></Message>
    <Message ID="0x8086000200320508"><![CDATA["[VDM][LIB] vdm_open: failed, unexpected DMI2VdmCode code,  DMI2VdmCode 0x%x, Client %d"]]></Message>
    <Message ID="0x8086000200320506"><![CDATA["[VDM][LIB] vdm_open: failed, RangeStart is bigger than RangeEnd, Client %d"]]></Message>
    <Message ID="0x8086000200320505"><![CDATA["[VDM][LIB] vdm_open: failed, unexpected client %d"]]></Message>
    <Message ID="0x8086000200320500"><![CDATA["[VDM][LIB] vdm_open: failed, failed to open the vdm device for Client %d, fd %d"]]></Message>
    <Message ID="0x8086000200320501"><![CDATA["[VDM][LIB] vdm_open: ioctl failed, Client %d, fd %d, ioctl_status %d"]]></Message>
    <Message ID="0x8086000200320509"><![CDATA["[VDM][LIB] vdm_close: fd = %d"]]></Message>
    <Message ID="0x8086000200320512"><![CDATA["[VDM][LIB] vdm_close: failed, fd = %d"]]></Message>
    <Message ID="0x808600020032050C"><![CDATA["[VDM][LIB] vdm_write: invalid arguments: either invalid fd (= %d) or invalid VdmTxInfo"]]></Message>
    <Message ID="0x8086000200320502"><![CDATA["[VDM][LIB] vdm_write: failed, fd = %d, result = %d"]]></Message>
    <Message ID="0x808600020032050D"><![CDATA["[VDM][LIB] vdm_read: invalid arguments: either fd ( = %d) < 0 or provided buffer pointer is null or buffer size (= %u) is too small"]]></Message>
    <Message ID="0x8086000200320503"><![CDATA["[VDM][LIB] vdm_read: failed, fd = %d,  result = %d"]]></Message>
    <Message ID="0x808600020032050F"><![CDATA["[VDM][LIB] vdm_bist: invalid arguments: fd = %d"]]></Message>
    <Message ID="0x8086000200320504"><![CDATA["[VDM][LIB] vdm_bist: failed, fd = %d, result = %d"]]></Message>
    <Message ID="0x8086000200320510"><![CDATA["[VDM][LIB] vdm_bist: succeeded, fd = %d"]]></Message>
    <Message ID="0x8086000200430403"><![CDATA["[ED LIB] Ioctl %d Returned Error %d."]]></Message>
    <Message ID="0x8086000200430416"><![CDATA["[ED LIB] Converting status %d to EGENERIC."]]></Message>
    <Message ID="0x8086000200430405"><![CDATA["[ED LIB] Ioctl %d Returned Error %d."]]></Message>
    <Message ID="0x8086000200430406"><![CDATA["[ED LIB] Converting status %d to EGENERIC."]]></Message>
    <Message ID="0x8086000200430404"><![CDATA["[ED LIB] RegisterForEvent: Bad Group %d."]]></Message>
    <Message ID="0x8086000200430407"><![CDATA["[ED LIB] Ioctl %d Returned Error %d."]]></Message>
    <Message ID="0x8086000200430408"><![CDATA["[ED LIB] Converting status %d to EGENERIC."]]></Message>
    <Message ID="0x808600020043041F"><![CDATA["[ED LIB] : Bad return buffer or return buffer size, event (0x%x)."]]></Message>
    <Message ID="0x8086000200430420"><![CDATA["[ED LIB] Cannot specify DO NOT NOTIFY with a return buffer, event (0x%x)"]]></Message>
    <Message ID="0x8086000200430421"><![CDATA["[ED LIB] Event context buffer too large. %d bytes. Maximum size %d bytes."]]></Message>
    <Message ID="0x8086000200430417"><![CDATA["[ED LIB] Failed to publish event with return data while other one is queued."]]></Message>
    <Message ID="0x8086000200430418"><![CDATA["[ED LIB] ED Failed memory grant creation."]]></Message>
    <Message ID="0x8086000200430409"><![CDATA["[ED LIB] Ioctl %d Returned Error %d."]]></Message>
    <Message ID="0x808600020043040A"><![CDATA["[ED LIB] Converting status %d to EGENERIC."]]></Message>
    <Message ID="0x8086000200430419"><![CDATA["[ED LIB]: Event context buffer too large. %d bytes. Maximum size %d bytes."]]></Message>
    <Message ID="0x808600020043040B"><![CDATA["[ED LIB]: Ioctl %d Returned Error %d."]]></Message>
    <Message ID="0x808600020043040C"><![CDATA["[ED LIB]: Converting status %d to EGENERIC."]]></Message>
    <Message ID="0x808600020043041A"><![CDATA["[ED LIB]:Event context buffer too large. %d bytes. Maximum size %d bytes."]]></Message>
    <Message ID="0x808600020043040D"><![CDATA["[ED LIB] Ioctl %d Returned Error %d."]]></Message>
    <Message ID="0x808600020043040E"><![CDATA["[ED LIB] Converting status %d to EGENERIC."]]></Message>
    <Message ID="0x808600020043041B"><![CDATA["[ED LIB] notify_cause, event_group, or event_id is NULL."]]></Message>
    <Message ID="0x808600020043041C"><![CDATA["[ED LIB] Publish Return Buffer too small. Some data lost. event (0x%x) "]]></Message>
    <Message ID="0x808600020043040F"><![CDATA["[ED LIB] Ioctl %d Returned Error %d. "]]></Message>
    <Message ID="0x8086000200430410"><![CDATA["[ED LIB] Converting status %d to EGENERIC. "]]></Message>
    <Message ID="0x808600020043041D"><![CDATA["[ED LIB] NULL consumer_data_buffer with non-zero data size. event (0x%x)"]]></Message>
    <Message ID="0x808600020043041E"><![CDATA["[ED LIB] Memory Grant Creation Failed. event (0x%x)"]]></Message>
    <Message ID="0x8086000200430411"><![CDATA["[ED LIB] Ioctl %d Returned Error %d."]]></Message>
    <Message ID="0x8086000200430412"><![CDATA["[ED LIB] Converting status %d to EGENERIC."]]></Message>
    <Message ID="0x8086000200430413"><![CDATA["[ED LIB] Ioctl %d Returned Error %d."]]></Message>
    <Message ID="0x8086000200430414"><![CDATA["[ED LIB] Ioctl %d Returned Error %d."]]></Message>
    <Message ID="0x8086000200430415"><![CDATA["[ED LIB] Ioctl %d Returned Error %d."]]></Message>
    <Message ID="0x80860002004F0011"><![CDATA["[GPIO LIB] invalid fd provided."]]></Message>
    <Message ID="0x80860002004F0012"><![CDATA["[GPIO LIB] invalid parameters provided."]]></Message>
    <Message ID="0x80860002004F0013"><![CDATA["[GPIO LIB] ioctl failed with status %d."]]></Message>
    <Message ID="0x80860002004F0014"><![CDATA["[GPIO LIB] failed to allocate memory"]]></Message>
    <Message ID="0x808600020042040E"><![CDATA["LDRLIB: ldr_start_load_process() returned EINVAL"]]></Message>
    <Message ID="0x8086000200420401"><![CDATA["LDRLIB: ldr_start_load_process(%d, %d) failed. returned (%d), errno (%d)."]]></Message>
    <Message ID="0x8086000200420402"><![CDATA["LDRLIB: ldr_abort_load_process() returned (%d)."]]></Message>
    <Message ID="0x8086000200420412"><![CDATA["LDRLIB: ldr_verify_manifest(): invalid header. returned EMANHDR"]]></Message>
    <Message ID="0x8086000200420413"><![CDATA["LDRLIB: ldr_verify_manifest() memory-grants failure. returned ENOMEM"]]></Message>
    <Message ID="0x8086000200420404"><![CDATA["LDRLIB: ldr_verify_manifest() failed. returned (%d), errno (%d)."]]></Message>
    <Message ID="0x808600020042041F"><![CDATA["LDRLIB: ldr_verify_manifest_for_usage(): Invalid arguments"]]></Message>
    <Message ID="0x8086000200420414"><![CDATA["LDRLIB: ldr_verify_manifest_for_usage(): invalid header, returned EMANHDR"]]></Message>
    <Message ID="0x8086000200420405"><![CDATA["LDRLIB: ldr_verify_manifest_for_usage() failed. returned (%d)."]]></Message>
    <Message ID="0x8086000200420415"><![CDATA["LDRLIB: ldr_get_anti_roll_back_status() returned EINVAL (NULL input or invalid fd)"]]></Message>
    <Message ID="0x8086000200420416"><![CDATA["LDRLIB: ldr_get_anti_roll_back_status(): memory-grants failure. returned ENOMEM"]]></Message>
    <Message ID="0x8086000200420406"><![CDATA["LDRLIB: ldr_get_anti_roll_back_status() failed.  returned (%d) errno (%d)."]]></Message>
    <Message ID="0x8086000200420407"><![CDATA["LDRLIB: ldr_commit_anti_roll_back_updates() failed. returned (%d) errno (%d)."]]></Message>
    <Message ID="0x8086000200420417"><![CDATA["LDRLIB: ldr_get_generic_dword returned EINVAL"]]></Message>
    <Message ID="0x8086000200420403"><![CDATA["LDRLIB: ldr_get_generic_dword(ioctl_num %d, id %d) failed. get unexpected data size (%d) from loader. returned EGENERIC."]]></Message>
    <Message ID="0x8086000200420408"><![CDATA["LDRLIB: ldr_get_generic_dword(ioctl_num %d, id %d) failed. returned (%d) errno (%d)."]]></Message>
    <Message ID="0x8086000200420409"><![CDATA["LDRLIB: ldr_set_generic_dword(ioctl_num %d, id %d, value %d) failed. returned (%d) errno (%d)."]]></Message>
    <Message ID="0x808600020042040C"><![CDATA["LDRLIB: ldr_install_keys() invalid input"]]></Message>
    <Message ID="0x808600020042040D"><![CDATA["LDRLIB: ldr_install_keys() invalid oem manifest size (%d)"]]></Message>
    <Message ID="0x808600020042040A"><![CDATA["LDRLIB: ldr_install_keys() failed. returned (%d) errno (%d)."]]></Message>
    <Message ID="0x808600020042040B"><![CDATA["LDRLIB: ldr_uninstall_keys() failed. returned (%d) errno (%d)."]]></Message>
    <Message ID="0x5600028090875C00"><![CDATA["VerifyManifest2K: Public key hash mismatch detected - Ignoring (set by OEM Debug Token)"]]></Message>
    <Message ID="0x5600028090875C01"><![CDATA["VerifyManifest3K: Public key hash mismatch detected - Ignoring (set by OEM Debug Token)"]]></Message>
    <Message ID="0x8086000200240404"><![CDATA["PwdMgrTestPassword Length failed"]]></Message>
    <Message ID="0x8086000200240405"><![CDATA["TestPassword breaking  index %d"]]></Message>
    <Message ID="0x8086000200240406"><![CDATA["PwdMgrTestPassword DoneBits should be 0xF and is 0x%x"]]></Message>
    <Message ID="0x8086000200302400"><![CDATA["FWSTS HECI instance out of range 0x%x."]]></Message>
    <Message ID="0x8086000200302401"><![CDATA["FWSTS HECI uninitialized instance 0x%x."]]></Message>
    <Message ID="0x8086000200302402"><![CDATA["FWSTS HECI 0x%x:REG 0x%x,write data = 0x%X, mask data = 0x%X."]]></Message>
    <Message ID="0x8086000200302403"><![CDATA["[HECI%d_CSE_GS1] write data = 0x%X, mask data = 0x%X."]]></Message>
    <Message ID="0x80860002005E0000"><![CDATA["Panic! TID: 0x%x, ARG: %d, CALLSTACK: 0x%X, 0x%X, 0x%X, 0x%X"]]></Message>
    <Message ID="0x8086000200304000"><![CDATA["[BUP_PM][LIB] bup_maestro_if_notify_pg_entry()"]]></Message>
    <Message ID="0x8086000200304001"><![CDATA["[BUP_PM][LIB] bup_maestro_if_notify_pg_entry(): %d uSec"]]></Message>
    <Message ID="0x8086000200304002"><![CDATA["[BUP_PM][LIB] bup_maestro_if_notify_pg_exit()"]]></Message>
    <Message ID="0x8086000200304003"><![CDATA["[BUP_PM][LIB] bup_maestro_if_notify_pg_exit(): %d uSec"]]></Message>
    <Message ID="0x8086000200304004"><![CDATA["[BUP_PM][LIB] bup_maestro_perform_bad_image_path: "]]></Message>
    <Message ID="0x8086000200304005"><![CDATA["[BUP_PM][LIB] bup_maestro_perform_bad_image_path(): Can't open FD"]]></Message>
    <Message ID="0x8086000200304007"><![CDATA["[BUP_PM][LIB] bup_maestro_perform_bad_image_path(): Write failed, bytes_num = %d, errno = 0x%x"]]></Message>
    <Message ID="0x808600020023040A"><![CDATA["CfgMgr Lib: mg_revoke failed"]]></Message>
    <Message ID="0x8086000200410402"><![CDATA["*** [MS_LIB] Ioctl %d Returned %d."]]></Message>
    <Message ID="0x8086000200410403"><![CDATA["*** [MS_LIB] Ioctl %d Returned %d."]]></Message>
    <Message ID="0x8086000200410404"><![CDATA["*** [MS_LIB] Ioctl %d Returned %d."]]></Message>
    <Message ID="0x8086000200410406"><![CDATA["*** [MS_LIB] Ioctl %d Returned %d."]]></Message>
    <Message ID="0x8086000200410407"><![CDATA["*** [MS_LIB] Ioctl %d (%d) Returned %d."]]></Message>
    <Message ID="0x80860002004E1800"><![CDATA["[HECIHANDOFF] heci_handoff_open(): Start for device %d"]]></Message>
    <Message ID="0x80860002004E1801"><![CDATA["[HECIHANDOFF] heci_handoff_open(): Return %d, errno %d"]]></Message>
    <Message ID="0x80860002004E1802"><![CDATA["[HECIHANDOFF] heci_handoff_close(): Start (FD:%d)"]]></Message>
    <Message ID="0x80860002004E1803"><![CDATA["[HECIHANDOFF] heci_handoff_close(): Return %d, errno %d"]]></Message>
    <Message ID="0x80860002004E1804"><![CDATA["[HECIHANDOFF] heci_handoff_perform(): Start (FD:%d). flags: %d"]]></Message>
    <Message ID="0x80860002004E1805"><![CDATA["[HECIHANDOFF] heci_handoff_perform(): Return %d, errno %d"]]></Message>
    <Message ID="0x80860002004E1806"><![CDATA["[HECIHANDOFF] heci_handoff_set_eop(): Start (FD:%d)"]]></Message>
    <Message ID="0x80860002004E1807"><![CDATA["[HECIHANDOFF] heci_handoff_set_eop(): Return %d, errno %d"]]></Message>
    <Message ID="0x80860002004E1808"><![CDATA["[HECIHANDOFF] heci_handoff_set_cbd(): Start (FD:%d)"]]></Message>
    <Message ID="0x80860002004E1809"><![CDATA["[HECIHANDOFF] heci_handoff_set_cbd(): Return %d, errno %d"]]></Message>
    <Message ID="0x80860002004E0400"><![CDATA["[HECILIB] heci_lib_allocate_and_reset_client_context(): malloc failed to allocate %d bytes, TID: %08x"]]></Message>
    <Message ID="0x80860002004E0425"><![CDATA["[HECILIB] heci_lib_return_request_to_user(): return buffer (XX) to client (client fd: %d connection id: %d)"]]></Message>
    <Message ID="0x80860002004E0422"><![CDATA["[HECILIB] heci_lib_process_event_async(): processing event: client fd: %d, connection id: %d, event %d, status: %d, buffer: (XX), ctx_handle: 0x%x"]]></Message>
    <Message ID="0x80860002004E0423"><![CDATA["[HECILIB] heci_lib_process_event_async() operation aborted (client fd: %d connection id: %d buffer: (XX) issue status: %d event status: %d)"]]></Message>
    <Message ID="0x80860002004E0424"><![CDATA["[HECILIB] heci_lib_process_event_async(): processing event (client fd: %d connection id: %d event %d status: %d buffer: (XX)) was finished"]]></Message>
    <Message ID="0x80860002004E0426"><![CDATA["[HECILIB] heci_lib_process_event_disconnect(): processing event. client fd: %d connection id: %d"]]></Message>
    <Message ID="0x80860002004E0428"><![CDATA["[HECILIB] heci_lib_process_event_connect(): processing event. client fd: %d"]]></Message>
    <Message ID="0x80860002004E0429"><![CDATA["[HECILIB] heci_lib_process_event_reset(): processing event. client fd: %d"]]></Message>
    <Message ID="0x80860002004E041F"><![CDATA["[HECILIB] heci_lib_process_select_events() started (client address: %d client fd: %d drain_all_events: %d)"]]></Message>
    <Message ID="0x80860002004E0438"><![CDATA["[HECILIB] heci_lib_process_select_events() failed - NULL handle or invalid fd, TID %08x"]]></Message>
    <Message ID="0x80860002004E0439"><![CDATA["[HECILIB] heci_lib_process_select_events() failed (client fd: %d) - few fd-sets are NULL and few not, TID: %08x"]]></Message>
    <Message ID="0x80860002004E0421"><![CDATA["[HECILIB] heci_lib_process_select_events() finished (client address: %d client fd: %d errno: %d)"]]></Message>
    <Message ID="0x80860002004E0432"><![CDATA["[HECILIB] heci_lib_fd_set() failed - NULL pointer or invalid fd (client fd: %d TID: %08x)"]]></Message>
    <Message ID="0x80860002004E0401"><![CDATA["[HECILIB] heci_create_client_ex(): Params validation failure! TID %08x"]]></Message>
    <Message ID="0x80860002004E0402"><![CDATA["[HECILIB] heci_create_client_ex(): Start properties: address: %d, max MTU: %d, max num of buffers: %d, max connections: %d, num connections saved contexts: %d, heci extended prod: 0x%x"]]></Message>
    <Message ID="0x80860002004E040D"><![CDATA["[HECILIB] heci_create_client_ex(): Unsupported device (%d)! TID %08x"]]></Message>
    <Message ID="0x80860002004E0403"><![CDATA["[HECILIB] heci_create_client_ex(): Context allocation failure! errno %d, TID %08x"]]></Message>
    <Message ID="0x80860002004E0404"><![CDATA["[HECILIB] heci_create_client_ex(): heci_ipc_open failed! device: %d fd: %d errno %d, TID %08x"]]></Message>
    <Message ID="0x80860002004E0405"><![CDATA["[HECILIB] heci_create_client_ex(): heci_ipc_client_create failed! (fd: %d errno %d, TID %08x)"]]></Message>
    <Message ID="0x80860002004E0406"><![CDATA["[HECILIB] heci_create_client_ex(): heci_lib_create_connection failed! (fd: %d errno %d, TID %08x)"]]></Message>
    <Message ID="0x80860002004E0417"><![CDATA["[HECILIB] heci_create_client_ex(): constant connection created. client fd: %d, connection id: %d"]]></Message>
    <Message ID="0x80860002004E0407"><![CDATA["[HECILIB] heci_create_client_ex(): client created. client address: %d client fd: %d TID: %08x"]]></Message>
    <Message ID="0x80860002004E0408"><![CDATA["[HECILIB] heci_accept_connection(): Start (client address: %d client fd: %d)"]]></Message>
    <Message ID="0x80860002004E0427"><![CDATA["[HECILIB] heci_accept_connection() failed - NULL handle or invalid fd, TID %08x"]]></Message>
    <Message ID="0x80860002004E043C"><![CDATA["[HECILIB] heci_accept_connection() failed - Try to create too many connection (client fd: %d max-connections: %d TID: %08x)"]]></Message>
    <Message ID="0x80860002004E0409"><![CDATA["[HECILIB] heci_accept_connection(): client address: %d, client fd: %d, connection id %d, errno %d"]]></Message>
    <Message ID="0x80860002004E040A"><![CDATA["[HECILIB] heci_reject_connection(): start (address: %d client fd: %d)"]]></Message>
    <Message ID="0x80860002004E040C"><![CDATA["[HECILIB] heci_disconnect(): Start (address: %d client fd: %d connection id: %d)"]]></Message>
    <Message ID="0x80860002004E040B"><![CDATA["[HECILIB] heci_destroy_client(): get invalid param (NULL pointer to handle), TID %08x"]]></Message>
    <Message ID="0x80860002004E040E"><![CDATA["[HECILIB] heci_destroy_client(): Start (address: %d client fd: %d)"]]></Message>
    <Message ID="0x80860002004E0410"><![CDATA["[HECILIB] heci_read_async(): Start (address: %d client fd: %d connection id: %d buffer: (XX))"]]></Message>
    <Message ID="0x80860002004E0411"><![CDATA["[HECILIB] heci_read_async() Parameters validation failed (client address: %d client fd: %d connection id: %d buffer: (XX) TID: %08x)"]]></Message>
    <Message ID="0x80860002004E042A"><![CDATA["[HECILIB] heci_read_async() failed because connection started close flow (connection id: %d buffer: (XX))"]]></Message>
    <Message ID="0x80860002004E042B"><![CDATA["[HECILIB] heci_read_async() failed because buffer is in use (connection id: %d buffer: (XX) TID: %08x)"]]></Message>
    <Message ID="0x80860002004E042C"><![CDATA["[HECILIB] heci_read_async() failed to create mg (fd: %d connection id: %d buffer: (XX) TID: %08x)"]]></Message>
    <Message ID="0x80860002004E042D"><![CDATA["[HECILIB] heci_read_async() failed - Too many buffers are in use (fd: %d connection id: %d buffer: (XX) TID: %08x)"]]></Message>
    <Message ID="0x80860002004E0412"><![CDATA["[HECILIB] heci_read_async() ipc read failed. start async abort flow! (fd: %d connection id: %d buffer: (XX) errno: %d)"]]></Message>
    <Message ID="0x80860002004E0413"><![CDATA["[HECILIB] heci_read_async() finished (address: %d fd: %d connection id: %d buffer: (XX) errno: %d)"]]></Message>
    <Message ID="0x80860002004E0414"><![CDATA["[HECILIB] heci_write_async(): Start ((address: %d client fd: %d connection id: %d buffer: (XX), ctx_handle: 0x%x, flags: 0x%x)"]]></Message>
    <Message ID="0x80860002004E0415"><![CDATA["[HECILIB] heci_write_async() Parameters validation failed (address: 0x%x client fd: %d connection handle: 0x%x connection id: %d buffer: (XX) TID: %08x)"]]></Message>
    <Message ID="0x80860002004E042E"><![CDATA["[HECILIB] heci_write_async() failed because connection started close flow (connection id: %d buffer: (XX))"]]></Message>
    <Message ID="0x80860002004E042F"><![CDATA["[HECILIB] heci_write_async() failed because buffer is in use (connection id: %d buffer: (XX) TID: %08x)"]]></Message>
    <Message ID="0x80860002004E0430"><![CDATA["[HECILIB] heci_write_async() failed to create mg (fd: %d connection id: %d buffer: (XX) TID: %08x)"]]></Message>
    <Message ID="0x80860002004E0431"><![CDATA["[HECILIB] heci_write_async() failed - Too many buffers are in use (fd: %d connection id: %d buffer: (XX) TID: %08x)"]]></Message>
    <Message ID="0x80860002004E0416"><![CDATA["[HECILIB] heci_write_async() ipc write failed. start async abort flow! (fd: %d connection id: %d buffer: (XX) errno: %d)"]]></Message>
    <Message ID="0x80860002004E0418"><![CDATA["[HECILIB] heci_write_async() finished (address: %d fd: %d connection id: %d buffer: (XX) errno: %d)"]]></Message>
    <Message ID="0x80860002004E041C"><![CDATA["[HECILIB] heci_handle_select_events() finished (return: %d errno: %d)"]]></Message>
    <Message ID="0x80860002004E041B"><![CDATA["[HECILIB] heci_handle_select_events_new() finished (client address: %d return: %d errno: %d)"]]></Message>
    <Message ID="0x80860002004E041E"><![CDATA["[HECILIB] heci_handle_single_select_event() finished (return: %d errno: %d)"]]></Message>
    <Message ID="0x80860002004E0433"><![CDATA["[HECILIB] heci_is_select_event_set() failed - NULL pointer or invalid fd (address: %d fd: %d  TID: %08x)"]]></Message>
    <Message ID="0x80860002004E0434"><![CDATA["[HECILIB] heci_get_client_fd() failed - NULL handle, TID %08x"]]></Message>
    <Message ID="0x80860002004E040F"><![CDATA["[HECILIB] heci_get_client_fd() return %d for client address %d"]]></Message>
    <Message ID="0x80860002004E043B"><![CDATA["[HECILIB] heci_is_fixed_address_client() return %d for client address %d (fd %d)"]]></Message>
    <Message ID="0x80860002004E0436"><![CDATA["[HECILIB] heci_is_fixed_address_client() failed - NULL handle, TID %08x"]]></Message>
    <Message ID="0x80860002004E0419"><![CDATA["[HECILIB] heci_async_notify: Start. address: %d client fd: %d"]]></Message>
    <Message ID="0x80860002004E0437"><![CDATA["[HECILIB] heci_async_notify() failed - NULL handle or invalid fd, TID %08x"]]></Message>
    <Message ID="0x80860002004E041A"><![CDATA["[HECILIB] heci_async_notify: Finished. address: %d client fd: %d return: %d errno: %d"]]></Message>
    <Message ID="0x80860002005401AF"><![CDATA["[MANUF_LIB] copy_manuf_file: copy failed, errno: %d"]]></Message>
    <Message ID="0x80860002005401B0"><![CDATA["[MANUF_LIB] read_manuf_file: read failed, errno: %d"]]></Message>
    <Message ID="0x80860002005401B6"><![CDATA["[MANUF_LIB] get_manufacturing_state - read manuf-data failed, data is invalid"]]></Message>
    <Message ID="0x8086000200200006"><![CDATA["[PRTC LIB] Is rtc clear ioctl failed %d"]]></Message>
    <Message ID="0x8086000200200007"><![CDATA["[PRTC LIB] Host time ioctl failed %d"]]></Message>
    <Message ID="0x8086000200200008"><![CDATA["[PRTC LIB] prtc_utc_to_local: invalid time zone!!!!"]]></Message>
    <Message ID="0x8086000200200009"><![CDATA["[PRTC LIB] drv_ntp_to_local: invalid time zone diff remain!!!! "]]></Message>
    <Message ID="0x808600020020000A"><![CDATA["[PRTC LIB] drv_ntp_to_local: invalid SECS_PER_HOUR!!!! "]]></Message>
    <Message ID="0x808600020020000B"><![CDATA["[PRTC LIB] drv_ntp_to_local: invalid seconds!!!! "]]></Message>
    <Message ID="0x808600020020000C"><![CDATA["[PRTC LIB] Invalid local time input"]]></Message>
    <Message ID="0x808600020020000D"><![CDATA["[PRTC LIB] drv_local_to_ntp: invalid time zone!!!! "]]></Message>
    <Message ID="0x808600020020000E"><![CDATA["[PRTC LIB] Alarm status ioctl failed %d"]]></Message>
    <Message ID="0x808600020020000F"><![CDATA["[PRTC LIB] Alarm ioctl failed %d"]]></Message>
    <Message ID="0x8086000200200010"><![CDATA["[PRTC LIB] Get counter ioctl failed %d"]]></Message>
    <Message ID="0x8086000200200011"><![CDATA["[PRTC LIB] Set counter ioctl failed %d"]]></Message>
    <Message ID="0x8086000200200012"><![CDATA["[PRTC LIB] Get scratch pad ioctl failed %d"]]></Message>
    <Message ID="0x8086000200200013"><![CDATA["[PRTC LIB] Set scratch pad ioctl failed %d"]]></Message>
    <Message ID="0x8086000200200000"><![CDATA["[PRTC LIB] Init failed, invalid parameter provided"]]></Message>
    <Message ID="0x8086000200200001"><![CDATA["[PRTC LIB] failed to get fd for minor %d"]]></Message>
    <Message ID="0x8086000200200002"><![CDATA["[PRTC LIB] Failed to get fd, invalid parameter provided or ctx is NULL"]]></Message>
    <Message ID="0x8086000200200003"><![CDATA["[PRTC LIB] Set time ioctl failed"]]></Message>
    <Message ID="0x8086000200200004"><![CDATA["[PRTC LIB] Get time ioctl failed"]]></Message>
    <Message ID="0x8086000200490E16"><![CDATA["Opening manifest failed"]]></Message>
    <Message ID="0x8086000200490E17"><![CDATA["Reading manifest failed"]]></Message>
    <Message ID="0x8086000200490E23"><![CDATA["csvn from manifest is 0xff"]]></Message>
    <Message ID="0x8086000200490E18"><![CDATA["Opening PASVN failed"]]></Message>
    <Message ID="0x8086000200490E19"><![CDATA["Reading PSVN failed"]]></Message>
    <Message ID="0x8086000200490E1A"><![CDATA["writing csvn failed"]]></Message>
    <Message ID="0x8086000200490E1B"><![CDATA["erazing  psvn failed"]]></Message>
    <Message ID="0x8086000200491878"><![CDATA["Opening PSVN failed"]]></Message>
    <Message ID="0x8086000200491879"><![CDATA["Reading PSVN failed, errno = %d"]]></Message>
    <Message ID="0x808600020049187A"><![CDATA["Opening manifest failed"]]></Message>
    <Message ID="0x808600020049187B"><![CDATA["Reading manifest failed, errno = %d"]]></Message>
    <Message ID="0x808600020049187C"><![CDATA["writing csvn failed, bytes written = %d, errno = %d"]]></Message>
    <Message ID="0x8086000200491886"><![CDATA["going to add postponed request"]]></Message>
    <Message ID="0x808600020049188F"><![CDATA["vfs: ignoring read/write request for a special file."]]></Message>
    <Message ID="0x8086000200491862"><![CDATA["mismatch on thread id const, expecting 0x%08x"]]></Message>
    <Message ID="0x8086000200491865"><![CDATA["Error: discarding the request from TID %d"]]></Message>
    <Message ID="0x80860002004918FD"><![CDATA["Error: failed to get notify reason from storage process. error = %d"]]></Message>
    <Message ID="0x8086000200491868"><![CDATA["warning illegal %d system call by %d"]]></Message>
    <Message ID="0x8086000200491869"><![CDATA["bad process,  who = %d, g_call_nr = %d"]]></Message>
    <Message ID="0x808600020049186B"><![CDATA["receive endpoint inconsistent (%x,  %x, %x), type=%d."]]></Message>
    <Message ID="0x80860002004918E6"><![CDATA["vfs_file_size_cache_init failed"]]></Message>
    <Message ID="0x80860002004918F5"><![CDATA["vfs_file_size_cache_init() failed to allocate cache buffer. cache index = %d"]]></Message>
    <Message ID="0x80860002004918F6"><![CDATA["vfs_file_size_cache_init() failed to init cache. cache index = %d"]]></Message>
    <Message ID="0x80860002004918F7"><![CDATA["Size-cache initiated successfully"]]></Message>
    <Message ID="0x8086000200491909"><![CDATA["init_files_size_table() failed to get file size table from storage. error = %d"]]></Message>
    <Message ID="0x808600020049190A"><![CDATA["is_file_size_trusted() failed to init blob buffer with size (%d)."]]></Message>
    <Message ID="0x808600020049190B"><![CDATA["is_file_size_trusted() - read file falied with status %d."]]></Message>
    <Message ID="0x808600020049190C"><![CDATA["is_file_size_trusted() - file 0x%x is corrupted. size is %d."]]></Message>
    <Message ID="0x8086000200491899"><![CDATA[" inconsistency between file information and driver request"]]></Message>
    <Message ID="0x8086000200491854"><![CDATA[" vfs ignoring close notification for pid %d"]]></Message>
    <Message ID="0x8086000200491855"><![CDATA[" driver aborted --> close completed for tid 0x%x"]]></Message>
    <Message ID="0x8086000200491856"><![CDATA[" driver aborted --> open cancelled for tid 0x%x"]]></Message>
    <Message ID="0x808600020049189A"><![CDATA["driver aborted --> close completed for tid 0x%x"]]></Message>
    <Message ID="0x808600020049189B"><![CDATA["driver aborted --> open cancelled for tid 0x%x"]]></Message>
    <Message ID="0x8086000200491857"><![CDATA["veryfy_pending_opcl_failed. pending filp = %x, major %x"]]></Message>
    <Message ID="0x8086000200491858"><![CDATA["filp_opcl_state %x, req_state %x"]]></Message>
    <Message ID="0x808600020049189D"><![CDATA[":FS: dev_notify: old driver for major %x (%d)"]]></Message>
    <Message ID="0x808600020049189E"><![CDATA[":vfs: unable to notify driver %X, error %d"]]></Message>
    <Message ID="0x80860002004918F2"><![CDATA["VFS: dev_open: no driver for major #%d, dev is %x caller is 0x%x"]]></Message>
    <Message ID="0x80860002004918A0"><![CDATA["dev_open_done_handler: verify_pending_opcl_state failed; res=%d, caller = %x"]]></Message>
    <Message ID="0x80860002004918A1"><![CDATA[":vfs: open for tid %x failed: %d"]]></Message>
    <Message ID="0x808600020049184E"><![CDATA["dev_open_done_handler: verify_pending_opcl_state failed; res=%d, caller = %x"]]></Message>
    <Message ID="0x808600020049185A"><![CDATA["dev_close for dead device, dev %x"]]></Message>
    <Message ID="0x80860002004918A2"><![CDATA[":VFS: dev_query: verify_pending_opcl_state failed; res=%d caller = %x"]]></Message>
    <Message ID="0x5600020092548800"><![CDATA["[PERF],TS,%x,%d,%d,%u,%u"]]></Message>
    <Message ID="0x80860002004918A3"><![CDATA["dead driver thread %x"]]></Message>
    <Message ID="0x80860002004918A4"><![CDATA[":fs: ELOCKED talking to %d"]]></Message>
    <Message ID="0x80860002004918A5"><![CDATA["call_task: can't send/receive r = 0x%x"]]></Message>
    <Message ID="0x80860002004918A6"><![CDATA[":FS: I/O on unmapped device number"]]></Message>
    <Message ID="0x80860002004918A7"><![CDATA["clone_opcl: no driver for dev %x"]]></Message>
    <Message ID="0x80860002004918A8"><![CDATA[":FS: clone_opcl: old driver for dev %x (%d)"]]></Message>
    <Message ID="0x80860002004918C7"><![CDATA[" DFS failure! counter=%d, going to cse reset"]]></Message>
    <Message ID="0x80860002004918B6"><![CDATA["trying to get TID of a not ready (%d) or none existent (%d) major %d"]]></Message>
    <Message ID="0x80860002004918B7"><![CDATA["dmap flags %x TID %x"]]></Message>
    <Message ID="0x80860002004918B9"><![CDATA["failed to get hadnler thread for filno %d"]]></Message>
    <Message ID="0x80860002004918BA"><![CDATA["failed to create grant for filno %d"]]></Message>
    <Message ID="0x80860002004918BB"><![CDATA["unable to send msg to remote filesystem %x"]]></Message>
    <Message ID="0x8086000200491839"><![CDATA["failed to get hadnler thread for filno %d"]]></Message>
    <Message ID="0x808600020049183B"><![CDATA["unable to send msg to remote filesystem %x"]]></Message>
    <Message ID="0x80860002004918BC"><![CDATA["unable to find handler thread for fileno 0x%x"]]></Message>
    <Message ID="0x808600020049180B"><![CDATA["fsusers_is_write_permitted() has failed!. error= %d"]]></Message>
    <Message ID="0x808600020049180C"><![CDATA["fs_write(): plfs_write() has failed!. error= %d"]]></Message>
    <Message ID="0x808600020049180E"><![CDATA["fs_delete_with_qouta(): fs_check_wo_and_quota() has failed!. error= %d"]]></Message>
    <Message ID="0x808600020049180F"><![CDATA["fs_delete_with_qouta(): fs_delete() has failed!. error= %d"]]></Message>
    <Message ID="0x8086000200491810"><![CDATA["plfs %d isn't ready"]]></Message>
    <Message ID="0x808600020049101C"><![CDATA["plfs %d isn't ready"]]></Message>
    <Message ID="0x8086000200491812"><![CDATA["plfs %d isn't ready"]]></Message>
    <Message ID="0x8086000200491814"><![CDATA["plfs %d isn't ready"]]></Message>
    <Message ID="0x8086000200491815"><![CDATA["plfs %d isn't ready"]]></Message>
    <Message ID="0x8086000200491816"><![CDATA["plfs %d isn't ready"]]></Message>
    <Message ID="0x80860002004918E5"><![CDATA["plfs %d isn't ready"]]></Message>
    <Message ID="0x8086000200491817"><![CDATA["plfs %d isn't ready"]]></Message>
    <Message ID="0x8086000200491819"><![CDATA["plfs %d isn't ready"]]></Message>
    <Message ID="0x808600020049181B"><![CDATA["plfs %d isn't ready"]]></Message>
    <Message ID="0x80860002004918EB"><![CDATA[" update_susram_error_log failed to open susram file"]]></Message>
    <Message ID="0x80860002004918EC"><![CDATA[" update_susram_error_log failed on read. read = %d, expected = %d"]]></Message>
    <Message ID="0x80860002004918EA"><![CDATA[" update_susram_error_log got unexpected presence flag type 0x%x"]]></Message>
    <Message ID="0x80860002004918ED"><![CDATA[" update_susram_error_log failed to open susram file"]]></Message>
    <Message ID="0x80860002004918EE"><![CDATA[" update_susram_error_log failed on write. read = %d, expected = %d"]]></Message>
    <Message ID="0x808600020049190D"><![CDATA["plsf_clean_file_system  - failed to delete afs file %d, status %d"]]></Message>
    <Message ID="0x808600020049190E"><![CDATA["plsf_clean_file_system  - failed to delete efs file %d, status %d"]]></Message>
    <Message ID="0x808600020049101D"><![CDATA[":SW Binding  - Cant write HASH flash status %d, errno %d, index %d"]]></Message>
    <Message ID="0x808600020049181F"><![CDATA["fs_can_write: can't update user info before media_initiated"]]></Message>
    <Message ID="0x8086000200491820"><![CDATA["warning: vfs cannot update quota for uid %d (no such user)"]]></Message>
    <Message ID="0x8086000200491822"><![CDATA["fs_can_write: used size exceeds the total size (mediaType = %d). uid = %d"]]></Message>
    <Message ID="0x8086000200491825"><![CDATA["fsusers_is_write_permitted: Wop quota equal to zero!"]]></Message>
    <Message ID="0x8086000200491826"><![CDATA["vfs cannot update quota for uid %d (no such user)"]]></Message>
    <Message ID="0x8086000200491828"><![CDATA["used quota size exceeds total quota size!. uid = %d,  media type = %d, used = %d, total = %d"]]></Message>
    <Message ID="0x8086000200491832"><![CDATA["enqueue_msg_callback failed. send the caller error message"]]></Message>
    <Message ID="0x8086000200491833"><![CDATA["add_postponed_request(): failed to allocate callback_arg_t"]]></Message>
    <Message ID="0x8086000200491834"><![CDATA["add_postponed_request() failed to add timer"]]></Message>
    <Message ID="0x8086000200491835"><![CDATA["no memory for new user entry!"]]></Message>
    <Message ID="0x808600020049183C"><![CDATA[" dmap error %d (tid = 0x%x)"]]></Message>
    <Message ID="0x808600020049183D"><![CDATA[" dmap error %d (tid = 0x%x)"]]></Message>
    <Message ID="0x808600020049183E"><![CDATA[" dmap error %d (tid = 0x%x)"]]></Message>
    <Message ID="0x80860002004918D9"><![CDATA[" dmap unmap error - invalid device"]]></Message>
    <Message ID="0x8086000200491880"><![CDATA["vfs cannot reply to pm query"]]></Message>
    <Message ID="0x80860002004918AA"><![CDATA["open failed on fetch name, returned %d"]]></Message>
    <Message ID="0x80860002004918AD"><![CDATA[":unknown file type!"]]></Message>
    <Message ID="0x80860002004918AF"><![CDATA["mkdir failed on new_node: %d - pid 0x%x"]]></Message>
    <Message ID="0x80860002004918B1"><![CDATA["open/close in progress for fd %d"]]></Message>
    <Message ID="0x80860002004918CC"><![CDATA["starting wop_write_counters_to_file.."]]></Message>
    <Message ID="0x80860002004918BF"><![CDATA["Error: during save WOP file!!!"]]></Message>
    <Message ID="0x80860002004918BE"><![CDATA[" WOP file saved to flash successfully!"]]></Message>
    <Message ID="0x80860002004918C6"><![CDATA["Error: during save WOP file!!!"]]></Message>
    <Message ID="0x8086000200491895"><![CDATA["failed to allocate buffer of size: %d"]]></Message>
    <Message ID="0x80860002004918C2"><![CDATA["fs_read failed with error: %d"]]></Message>
    <Message ID="0x80860002004918DD"><![CDATA["in readig wop file: read_bytes != size read_bytes=%d size=%d"]]></Message>
    <Message ID="0x80860002004918C8"><![CDATA["[WOP] failed to get WOP file size!"]]></Message>
    <Message ID="0x80860002004918D3"><![CDATA["[WOP] Failed to write WOP file"]]></Message>
    <Message ID="0x80860002004918CF"><![CDATA[":[wop]: write was blocked due to wo! uid=%d, current_credits=%d, actual_credits=%d, bytes_to_write=%d. updating and writing file.."]]></Message>
    <Message ID="0x8086000200491892"><![CDATA["going to add postponed request"]]></Message>
    <Message ID="0x8086000200491897"><![CDATA["Unable to update the counters file. This may happen on boot so we ignore it"]]></Message>
    <Message ID="0x80860002004918C9"><![CDATA["starting  wop init counter. waiting for plfs_ready.."]]></Message>
    <Message ID="0x80860002004918F3"><![CDATA["[WOP] unexpected WOP file size (%d)"]]></Message>
    <Message ID="0x80860002004918F4"><![CDATA["[WOP] failed to read WOP file. status 0x%x"]]></Message>
    <Message ID="0x80860002004918DE"><![CDATA["Detected a mismatch in wop file!"]]></Message>
    <Message ID="0x80860002004918E0"><![CDATA[" Error checking whether prtc was clear!"]]></Message>
    <Message ID="0x8086000200491A4A"><![CDATA[":the user %d exist in the system but not in wop file, init default wop credit, and then write file."]]></Message>
    <Message ID="0x80860002004918E8"><![CDATA["can't read pm context from maestro!"]]></Message>
    <Message ID="0x80860002004918E9"><![CDATA["vfs_power_event: mg_copyfrom return status: %d. len = %d"]]></Message>
    <Message ID="0x80860002004918C5"><![CDATA["failed to write delta time and last update to wop file"]]></Message>
    <Message ID="0x80860002004918F9"><![CDATA["in blob init fs_getfilesize failed!"]]></Message>
    <Message ID="0x8086000200491877"><![CDATA["failed to init wear-out counters. error = %d"]]></Message>
    <Message ID="0x80860002004918F8"><![CDATA["in wop init fs_getfilesize failed!"]]></Message>
    <Message ID="0x80860002004918B5"><![CDATA["file 0x%x is not a directory"]]></Message>
    <Message ID="0x80860002004918E7"><![CDATA["folder %d is not integrity protected"]]></Message>
    <Message ID="0x8086000200491A4B"><![CDATA["apply_dir(): fsusers_is_write_permitted() has failed!. wearout_bytes= %d error= %d"]]></Message>
    <Message ID="0x8086000200491881"><![CDATA["fsusers_is_write_permitted() has failed!. error= %d"]]></Message>
    <Message ID="0x8086000200491882"><![CDATA["going to add postponed request"]]></Message>
    <Message ID="0x8086000200490965"><![CDATA["[BLOB_SERV] ERROR: FAILED to set counter -"]]></Message>
    <Message ID="0x8086000200490966"><![CDATA["[BLOB_SERV] ERROR: FAILED to set counter --"]]></Message>
    <Message ID="0x8086000200490E26"><![CDATA["read_vfs_version_info - failed to read CSVN. status %d"]]></Message>
    <Message ID="0x8086000200490E1F"><![CDATA["init_vfs_version_info - initialize failed. status %d"]]></Message>
    <Message ID="0x8086000200490E1C"><![CDATA["vfs_force_reclaim_update_info - reclaim status %d"]]></Message>
    <Message ID="0x8086000200490E22"><![CDATA["write_vfs_version_info - write failed. status %d"]]></Message>
    <Message ID="0x8086000200490E24"><![CDATA["vfs_version_pre_migration - pre migration work failed. status %d"]]></Message>
    <Message ID="0x8086000200490E25"><![CDATA["vfs_version_post_migration - post migration work failed. status %d"]]></Message>
    <Message ID="0x8086000200490996"><![CDATA[" error occured in rpmc_start(), load_active_ar_table() failed, going to recovery flow -rpmc_ar_table_reset"]]></Message>
    <Message ID="0x808600020049099C"><![CDATA["rpmc_start() - failed to get binding counter. status %d"]]></Message>
    <Message ID="0x8086000200490999"><![CDATA["rpmc_start() - binding counter mismatch in AR table. AR table counter: %d. Actual counter %d"]]></Message>
    <Message ID="0x808600020049099A"><![CDATA[" rpmc_start Error, counter reach it max value"]]></Message>
    <Message ID="0x8086000200490804"><![CDATA[" rpmc_start() - powerloss handling - PL after MC incremented and before AR table was saved"]]></Message>
    <Message ID="0x808600020049097D"><![CDATA[" rpmc_start() - powerloss handling - PL after AR table was saved and before commit. Table MC: %d, Table CC_MC: %d, HW MC: %d, HW CC_MC: %d"]]></Message>
    <Message ID="0x8086000200490986"><![CDATA[" rpmc_start() - powerloss handling - PL on delete after AR table was saved and before commit"]]></Message>
    <Message ID="0x808600020049097F"><![CDATA["rpmc_start() - failed to delete file 0x%x"]]></Message>
    <Message ID="0x808600020049097E"><![CDATA[" rpmc_start() - powerloss handling - PL on write after AR table was saved and before commit"]]></Message>
    <Message ID="0x8086000200490985"><![CDATA[" rpmc_start() - powerloss handling - PL on write after AR table was saved and before the file was saved"]]></Message>
    <Message ID="0x8086000200490981"><![CDATA[" RPMC Error. status = %d, line %d"]]></Message>
    <Message ID="0x8086000200490998"><![CDATA[" rpmc_ar_table_reset Error, counter reach it max value"]]></Message>
    <Message ID="0x8086000200490983"><![CDATA["[BLOB_SERV] Invalid counter index %d"]]></Message>
    <Message ID="0x8086000200490984"><![CDATA["[BLOB_SERV] Error - RPMC wrapped key does not installed yet!"]]></Message>
    <Message ID="0x8086000200490997"><![CDATA["[BLOB_SERV] failed to call spi_rpmc_get_ctr counter id  = %d. Error: %d"]]></Message>
    <Message ID="0x8086000200490980"><![CDATA["[BLOB_SERV] failed to call spi_rpmc_inc_ctr counter id  = %d. Error: %d"]]></Message>
    <Message ID="0x808600020049098A"><![CDATA["[BLOB_SERV] Invalid arguments. counter index %d "]]></Message>
    <Message ID="0x8086000200490987"><![CDATA["[BLOB_SERV] Error - RPMC wrapped key %d does not installed yet!"]]></Message>
    <Message ID="0x808600020049098B"><![CDATA["[BLOB_SERV] failed to call spi_rpmc_get_ctr counter id  = %d . Error: %d"]]></Message>
    <Message ID="0x8086000200490E69"><![CDATA["vfs: failed wrapping VFS_RPMC_HMAC_0"]]></Message>
    <Message ID="0x8086000200490E68"><![CDATA["vfs: failed wrapping VFS_RPMC_HMAC_1"]]></Message>
    <Message ID="0x8086000200490E67"><![CDATA["vfs: rpmc_install_hmac_keys : wrong key type"]]></Message>
    <Message ID="0x8086000200490E29"><![CDATA["[BLOB_SERV] Error: failed to uninstall previous int non Intel key"]]></Message>
    <Message ID="0x8086000200490E08"><![CDATA["[BLOB_SERV] Error: could not allocate memory size %d!"]]></Message>
    <Message ID="0x80860002004900E6"><![CDATA["get_integrity_data_from_buffer_and_clear: bad arguments"]]></Message>
    <Message ID="0x80860002004900E7"><![CDATA["get_integrity_data_from_buffer_and_clear: bad unlock arguments"]]></Message>
    <Message ID="0x80860002004900E8"><![CDATA["verify_blob_icv_ex() Failure in verify_blob_icv, file: 0x%x, status: %d "]]></Message>
    <Message ID="0x80860002004900E5"><![CDATA["[BLOB_SERV] Error: integrity failure"]]></Message>
    <Message ID="0x80860002004905E3"><![CDATA["[BLOB_SERV] blob_install_keys() - failed to get psvn. status %d"]]></Message>
    <Message ID="0x80860002004905E4"><![CDATA["[BLOB_SERV] blob_install_keys() - failed to install key %d. status: %d"]]></Message>
    <Message ID="0x80860002004905E6"><![CDATA["[BLOB_SERV] blob_uninstall_storage_keys() - failed to uninstall key %d. status: %d"]]></Message>
    <Message ID="0x8086000200490E48"><![CDATA["Invalid RP counter %d"]]></Message>
    <Message ID="0x8086000200490E4B"><![CDATA["update_vfs_version_in_prtc failed to update VFS version. status = %d"]]></Message>
    <Message ID="0x8086000200490E4D"><![CDATA["disable_blob_init() - Blob manager already initiated."]]></Message>
    <Message ID="0x80860002004918FB"><![CDATA["get_boot_type(): no storage device was found!"]]></Message>
    <Message ID="0x8086000200490E30"><![CDATA["bup_srv_init_blob_seed() - bad payload size of CSVN file."]]></Message>
    <Message ID="0x8086000200490E31"><![CDATA["bup_srv_init_blob_seed() - buffer_copy_from failed."]]></Message>
    <Message ID="0x8086000200490E32"><![CDATA["bup_srv_update_blob_meta_data() - BUP SRV is not initiated yet"]]></Message>
    <Message ID="0x8086000200490E33"><![CDATA["bup_srv_verify_blob_meta_data() - Invalid authenticate block size (%d)"]]></Message>
    <Message ID="0x8086000200490E34"><![CDATA["bup_srv_verify_blob_meta_data() - Invalid payload size (%d)"]]></Message>
    <Message ID="0x8086000200490E37"><![CDATA["bup_srv_verify_blob_meta_data() - Invalid metadata of file 0x%x"]]></Message>
    <Message ID="0x8086000200490E66"><![CDATA["bup_srv_verify_blob_icv() Failed to copy integrity data, status: %d "]]></Message>
    <Message ID="0x8086000200490E38"><![CDATA["bup_srv_verify_blob_icv() - operation on file 0x%x is not allowed"]]></Message>
    <Message ID="0x8086000200490E45"><![CDATA["do_bup_srv_init() - this API allowed for BUP only"]]></Message>
    <Message ID="0x8086000200490E46"><![CDATA["do_bup_srv_verify_blob_icv() - this API allowed for BUP only"]]></Message>
    <Message ID="0x8086000200490E3A"><![CDATA["do_bup_srv_verify_blob_icv() - Invalid file number. fileno 0x%x is not valid"]]></Message>
    <Message ID="0x8086000200490944"><![CDATA["[BLOB_SERV] Error: could not allocate memory for AR table !"]]></Message>
    <Message ID="0x808600020049092D"><![CDATA["[BLOB_SERV] Error: Reset AR table Done!"]]></Message>
    <Message ID="0x808600020049092E"><![CDATA["[BLOB_SERV]  Optimize AR Table size from %d to %d "]]></Message>
    <Message ID="0x8086000200490DF4"><![CDATA["[BLOB_SERV]  Zombie file found in AR table "]]></Message>
    <Message ID="0x8086000200490942"><![CDATA["[BLOB_SERV] ar_table_scan_for_zombies: Unable to remove entry from AR table "]]></Message>
    <Message ID="0x808600020049092F"><![CDATA["[BLOB_SERV]  ar_table_scan_for_zombies: Unable to save AR table "]]></Message>
    <Message ID="0x8086000200490930"><![CDATA["[BLOB_SERV] init_meta_data: AR Tables not found PRTC flash"]]></Message>
    <Message ID="0x8086000200490945"><![CDATA["[BLOB_SERV] init_meta_data: AR Tables not found PRTC flash"]]></Message>
    <Message ID="0x8086000200490931"><![CDATA["[BLOB_SERV]  AR Tables not found  RPMC flash"]]></Message>
    <Message ID="0x8086000200490932"><![CDATA["[BLOB_SERV]  Cannot optimize AR table size"]]></Message>
    <Message ID="0x8086000200490933"><![CDATA["[BLOB_SERV]  Cannot Scan AR table for zombies"]]></Message>
    <Message ID="0x808600020049091A"><![CDATA["[BLOB_SERV] [VFS_BLOB] Post Blob Migration: re_optimaize_ar_table: Cannot optimize AR table size"]]></Message>
    <Message ID="0x8086000200490955"><![CDATA["[BLOB_SERV] [VFS_BLOB] Post Blob Migration: re_optimaize_ar_table: Cannot Scan AR table for zombies"]]></Message>
    <Message ID="0x8086000200490934"><![CDATA["[BLOB_SERV] Error: could not allocate memory for table entries!"]]></Message>
    <Message ID="0x8086000200490948"><![CDATA["set_record() - failed to get binding counter. status %d"]]></Message>
    <Message ID="0x808600020049093C"><![CDATA["[BLOB_SERV] Error: set_record could not find available/match record!"]]></Message>
    <Message ID="0x808600020049093D"><![CDATA["[BLOB_SERV]  AR table entry monotonic counter does not found"]]></Message>
    <Message ID="0x8086000200490943"><![CDATA["[BLOB_SERV]  RTC Reset bit set for this file"]]></Message>
    <Message ID="0x808600020049093E"><![CDATA["[BLOB_SERV]  AR table entry monotonic counter does not match file: %d table: %d table-RAND: %d file-RAND: %d"]]></Message>
    <Message ID="0x808600020049093F"><![CDATA["[BLOB_SERV] Error: could not allocate memory for  AR table !"]]></Message>
    <Message ID="0x8086000200490951"><![CDATA["create_tables() - failed to get binding counter. status %d"]]></Message>
    <Message ID="0x8086000200490940"><![CDATA["[BLOB_SERV] Error: could not convert AR table to file buffer!"]]></Message>
    <Message ID="0x8086000200490941"><![CDATA["[BLOB_SERV] Error: could not copy AR table to file buffer!"]]></Message>
    <Message ID="0x8086000200490918"><![CDATA["[BLOB_SERV] Error: could not copy AR table to file buffer!"]]></Message>
    <Message ID="0x8086000200490919"><![CDATA["[BLOB_SERV] Error: could not save AR table!"]]></Message>
    <Message ID="0x8086000200490959"><![CDATA["[BLOB_SERV] Error: could not create AR table file!"]]></Message>
    <Message ID="0x8086000200490979"><![CDATA["[BLOB_SERV] Error: could not save AR table!"]]></Message>
    <Message ID="0x808600020049095A"><![CDATA["[BLOB_SERV] Error: could not save AR table HASH to susram!"]]></Message>
    <Message ID="0x808600020049094F"><![CDATA["save_ar_table() - failed to get binding counter. status %d"]]></Message>
    <Message ID="0x8086000200490960"><![CDATA["[BLOB_SERV] Error: could not convert AR table to file buffer!"]]></Message>
    <Message ID="0x808600020049095D"><![CDATA["[BLOB_SERV] Error: could not copy AR table to file buffer!"]]></Message>
    <Message ID="0x808600020049095E"><![CDATA["[BLOB_SERV] Error: could not copy AR table entries to buffer!"]]></Message>
    <Message ID="0x808600020049097A"><![CDATA["[BLOB_SERV] Error: could not save AR table! %d"]]></Message>
    <Message ID="0x808600020049095F"><![CDATA["[BLOB_SERV] Error: could not save AR table HASH to susram! %d"]]></Message>
    <Message ID="0x808600020049091B"><![CDATA["[BLOB_SERV] Error: could not get file size!"]]></Message>
    <Message ID="0x808600020049091C"><![CDATA["[BLOB_SERV] Error: could not create buffer!"]]></Message>
    <Message ID="0x808600020049091D"><![CDATA["[BLOB_SERV] Failure during read AR table!. error = %d"]]></Message>
    <Message ID="0x808600020049091E"><![CDATA["[BLOB_SERV] Error: could not convert buffer to AR table struct !"]]></Message>
    <Message ID="0x8086000200490921"><![CDATA["load_active_ar_table() Table AR type is not aligned with actual AR type. Table AR type %d, Actual AR type %d"]]></Message>
    <Message ID="0x808600020049091F"><![CDATA["[BLOB_SERV] Error: could not allocate memory for table entries!"]]></Message>
    <Message ID="0x8086000200490920"><![CDATA["[BLOB_SERV] Error: could not convert buffer to AR table struct !"]]></Message>
    <Message ID="0x8086000200490990"><![CDATA["[BLOB_MGR] AR Table V.%d loaded successfully Table MC = %d: Reg MC = %d: "]]></Message>
    <Message ID="0x8086000200490961"><![CDATA["[BLOB_SERV]  Starting blob_rollback method"]]></Message>
    <Message ID="0x80860002004900E0"><![CDATA["[BLOB_SERV] Error: RPMB DRAM CACHE AR_TABLE verification failure"]]></Message>
    <Message ID="0x80860002004918FC"><![CDATA["get_ar_type(): no storage device was found!"]]></Message>
    <Message ID="0x80860002004918BD"><![CDATA["do_set_keys error: only BUP is allowed"]]></Message>
    <Message ID="0x808600020049183F"><![CDATA["vfs: do_set_keys error: can only be called once in boot"]]></Message>
    <Message ID="0x808600020049184D"><![CDATA["vfs: set keys error : wrong key type"]]></Message>
    <Message ID="0x8086000200490978"><![CDATA["[BLOB_SERV] Error: ar_table prtc LoadMngTables AR table and MC are reset!"]]></Message>
    <Message ID="0x808600020049096A"><![CDATA["[BLOB_SERV] Error: ar_table prtc LoadMngTables set RTC reset bit in table and recreate rand  due to RTC reset!"]]></Message>
    <Message ID="0x808600020049096B"><![CDATA["[BLOB_SERV] Error: ar_table prtc LoadMngTables AR table and MC are reset due to Rand mismatch!"]]></Message>
    <Message ID="0x808600020049096C"><![CDATA["[BLOB_SERV] Error: ar_table prtc prtc_ar_table_recovery_flow PL detected! MC reg: %d MC active table: %d,  rand active table:%d"]]></Message>
    <Message ID="0x808600020049096E"><![CDATA["[BLOB_SERV] Error: prtc_ar_table_recovery_flow. MC non-active table: %d rand non-active table:%d"]]></Message>
    <Message ID="0x8086000200490973"><![CDATA["[BLOB_SERV] Error: PL AR recovery flow power-loss occured after writing the file and before close change. prtc_close_change done!"]]></Message>
    <Message ID="0x8086000200490975"><![CDATA["[BLOB_SERV] Error: PL recovery flow - VFS: power-loss before writing the file. increase active table MC by 2"]]></Message>
    <Message ID="0x8086000200490976"><![CDATA["[BLOB_SERV] Error: VFS: PL recovery remove file and delete entry from table done! file no %d"]]></Message>
    <Message ID="0x8086000200490977"><![CDATA["[BLOB_SERV] Error: PL recovery flow file not exist. prtc_close_change done!"]]></Message>
    <Message ID="0x808600020049096D"><![CDATA["[BLOB_SERV] Error: ar_table prtc prtc_ar_table_recovery_flow reset AR table and MC due to PL !MC reg: %d MC table: %d,  rand tble:%d"]]></Message>
    <Message ID="0x8086000200490971"><![CDATA["[BLOB_SERV]  set_rtc_reset_for_specific_file Done!"]]></Message>
    <Message ID="0x8086000200490970"><![CDATA["[BLOB_SERV]  RTC Cleared !!!"]]></Message>
    <Message ID="0x8086000200490972"><![CDATA["[BLOB_SERV]  Rand register does not equal to rand in table"]]></Message>
    <Message ID="0x8086000200490947"><![CDATA["[BLOB_SERV] Error: could not read MC5!"]]></Message>
    <Message ID="0x8086000200490946"><![CDATA["[BLOB_SERV] Failure during read AR table!. error = %d"]]></Message>
    <Message ID="0x8086000200490E59"><![CDATA["update_unlock_override_occupancy - not supported unlock override file (0x%x)."]]></Message>
    <Message ID="0x8086000200490E57"><![CDATA["load_unlock_map_file - failed to find map file."]]></Message>
    <Message ID="0x8086000200490E58"><![CDATA["load_unlock_map_file - failed to read map file. status %d"]]></Message>
    <Message ID="0x8086000200490E55"><![CDATA["allocate_unlock_resources - failed to allocate file g_unlock_override_occupancy."]]></Message>
    <Message ID="0x8086000200490E56"><![CDATA["allocate_unlock_resources - failed to allocate unlock map file."]]></Message>
    <Message ID="0x8086000200490E5A"><![CDATA["unlock_srv_get_override_file_entry - failed to find override file."]]></Message>
    <Message ID="0x8086000200490E5F"><![CDATA["find_free_unlock_override_file - failed to find override file (0x%x)."]]></Message>
    <Message ID="0x8086000200490E60"><![CDATA["find_free_unlock_override_file - failed to delete override file (0x%x)."]]></Message>
    <Message ID="0x8086000200490E5B"><![CDATA["find_free_unlock_override_file - No free unlock override file."]]></Message>
    <Message ID="0x8086000200490E5C"><![CDATA["unlock_srv_allocate_override_file_entry - failed to find override file."]]></Message>
    <Message ID="0x8086000200490E5D"><![CDATA["unlock_srv_save_map_file - failed to find map file."]]></Message>
    <Message ID="0x8086000200490E5E"><![CDATA["unlock_srv_save_map_file - failed to save unlock map file."]]></Message>
    <Message ID="0x8086000200490E63"><![CDATA["set_live_unlock_in_rpfs - failed to open vfs_data."]]></Message>
    <Message ID="0x8086000200490E64"><![CDATA[" set_live_unlock_in_rpfs - failed on write. nbytes = %d"]]></Message>
    <Message ID="0x8086000200490E4E"><![CDATA["init_unlock_state - unexpected unlock file pointer or size (%d)."]]></Message>
    <Message ID="0x8086000200490E4F"><![CDATA["blob_get() Failed to copy integrity data, status: %d "]]></Message>
    <Message ID="0x8086000200490E40"><![CDATA["VFS in live unlock mode"]]></Message>
    <Message ID="0x8086000200490E50"><![CDATA["create_unlock_blob - Failed to create unlock file - status %d"]]></Message>
    <Message ID="0x8086000200490E61"><![CDATA["delete_unlock_override_files - failed to find override file (0x%x)."]]></Message>
    <Message ID="0x8086000200490E62"><![CDATA["delete_unlock_override_files - failed to delete override file (0x%x) status %d."]]></Message>
    <Message ID="0x8086000200490E6A"><![CDATA["init_unlock_srv() failed to get file size. status: 0x%x, size: %d"]]></Message>
    <Message ID="0x8086000200490E51"><![CDATA["init_unlock_srv() failed to read unlock file. status: 0x%x, size: %d"]]></Message>
    <Message ID="0x8086000200490E52"><![CDATA["init_unlock_srv() failed to identify unlock state, status: %d "]]></Message>
    <Message ID="0x8086000200490E53"><![CDATA["init_unlock_srv - Init failed with status %d"]]></Message>
    <Message ID="0x8086000200490E65"><![CDATA[" unlock_srv_migrate_files: failed to migrate unlock file. status %d "]]></Message>
    <Message ID="0x8086000200490923"><![CDATA["init_ar: failed to create AR table. status %d"]]></Message>
    <Message ID="0x8086000200490927"><![CDATA["init_ar: failed to initialize meta data. status %d"]]></Message>
    <Message ID="0x8086000200490924"><![CDATA["Error: AR TAble cannot be loaded"]]></Message>
    <Message ID="0x8086000200490925"><![CDATA["Error: AR TAble cannot be saved"]]></Message>
    <Message ID="0x8086000200490926"><![CDATA["Error: There is no available entry in AR Table"]]></Message>
    <Message ID="0x8086000200492037"><![CDATA["Rollback AR changes failed!. error= %d"]]></Message>
    <Message ID="0x8086000200492052"><![CDATA[" ar_delete_file() - Unable to read AR table "]]></Message>
    <Message ID="0x8086000200492054"><![CDATA[" ar_delete_file() Unable to update AR table"]]></Message>
    <Message ID="0x8086000200492055"><![CDATA[" ar_delete_file() Unable to remove entry from AR table "]]></Message>
    <Message ID="0x8086000200490928"><![CDATA["ar_verify_reply_protection: Failed to initialize AR. status %d "]]></Message>
    <Message ID="0x808600020049204D"><![CDATA["ar_verify_reply_protection: unexpected blob ar type %d "]]></Message>
    <Message ID="0x8086000200491853"><![CDATA["SFS: failed mg_copyto, status is : %d"]]></Message>
    <Message ID="0x8086000200492028"><![CDATA["check_permissions() - Invalid parameters."]]></Message>
    <Message ID="0x8086000200492029"><![CDATA["check_permissions() - user %d is not allowed to %x to file 0x%x"]]></Message>
    <Message ID="0x8086000200492001"><![CDATA["vfs_file_write() - Invalid file number. fileno 0x%x is not valid"]]></Message>
    <Message ID="0x8086000200492062"><![CDATA["vfs_file_write() - O_APPEND flag with O_TRUNC flag is not valid"]]></Message>
    <Message ID="0x8086000200492003"><![CDATA["vfs_file_write() - O_APPEND flag with offset != 0 is not valid"]]></Message>
    <Message ID="0x8086000200492004"><![CDATA["vfs_file_write() - Requested file size exeeded max length. fileno 0x%x,  offset 0x%x, size 0x%x"]]></Message>
    <Message ID="0x8086000200492005"><![CDATA["vfs_file_read() - Invalid file number."]]></Message>
    <Message ID="0x8086000200492006"><![CDATA["vfs_file_read() - Invalid file number. fileno 0x%x is not valid"]]></Message>
    <Message ID="0x8086000200492007"><![CDATA["vfs_file_read() - Requested offset exeeded max length. fileno 0x%x,  offset 0x%x, size 0x%x"]]></Message>
    <Message ID="0x8086000200492008"><![CDATA["vfs_file_delete() - Invalid file number."]]></Message>
    <Message ID="0x8086000200492009"><![CDATA["vfs_file_delete() - Invalid file number. fileno 0x%x is not valid"]]></Message>
    <Message ID="0x808600020049200A"><![CDATA["vfs_file_stat() - Invalid arguments."]]></Message>
    <Message ID="0x808600020049200B"><![CDATA["vfs_file_stat() - Invalid file number. fileno 0x%x is not valid"]]></Message>
    <Message ID="0x8086000200492010"><![CDATA["vfs_file_command_read() - Invalid file number."]]></Message>
    <Message ID="0x8086000200492011"><![CDATA["vfs_file_command_read() - Invalid file number. fileno 0x%x is not valid"]]></Message>
    <Message ID="0x8086000200492012"><![CDATA["vfs_file_command_read() - Requested file size exeeded max length. fileno 0x%x,  size 0x%x"]]></Message>
    <Message ID="0x8086000200492013"><![CDATA["vfs_file_command_read() - not supported command 0x%x"]]></Message>
    <Message ID="0x808600020049205E"><![CDATA["vfs_copy_file() - Invalid file number. fileno 0x%x is not valid"]]></Message>
    <Message ID="0x808600020049205F"><![CDATA["vfs_copy_file() - Source file no. 0x%x  attributes, and dest file no. 0x%x attributes doesn't match"]]></Message>
    <Message ID="0x8086000200492061"><![CDATA["vfs_copy_file() - failed to read file no. 0x%x "]]></Message>
    <Message ID="0x8086000200492060"><![CDATA["vfs_copy_file() - failed to write file no. 0x%x "]]></Message>
    <Message ID="0x808600020049205D"><![CDATA["handle_wearout_and_blackout() - going to add postponed request"]]></Message>
    <Message ID="0x808600020049200E"><![CDATA["handle_plfs_not_ready() - PLFS not ready. failed to postpone request"]]></Message>
    <Message ID="0x808600020049200C"><![CDATA["find_fileno_entry() - Invalid file type of file 0x%x"]]></Message>
    <Message ID="0x808600020049207B"><![CDATA["check_for_quota_and_wop() failed to write WOP file. error= %d"]]></Message>
    <Message ID="0x808600020049200D"><![CDATA["check_for_quota_and_wop() has failed!. file= 0x%x, error= %d"]]></Message>
    <Message ID="0x808600020049205B"><![CDATA["scan_flash_for_quota() failed to update quota of user %d"]]></Message>
    <Message ID="0x808600020049205C"><![CDATA["scan_flash_for_quota() get file size failed with status %d"]]></Message>
    <Message ID="0x8086000200492097"><![CDATA["read_fw_version - failed to read FW version blob. status %d"]]></Message>
    <Message ID="0x8086000200492098"><![CDATA["write_current_fw_version - failed to write FW version blob. status %d"]]></Message>
    <Message ID="0x8086000200492099"><![CDATA["Scan for zombie files"]]></Message>
    <Message ID="0x808600020049209A"><![CDATA["scan_for_zombie_files - failed to allocate bitmap"]]></Message>
    <Message ID="0x808600020049209B"><![CDATA["scan_for_zombie_files - failed to delete zombie file. fileno %d, sub media type %d, status %d"]]></Message>
    <Message ID="0x8086000200492032"><![CDATA["blobmgr_write() - blob init failed."]]></Message>
    <Message ID="0x8086000200492033"><![CDATA["blobmgr_write() - invalid parameters."]]></Message>
    <Message ID="0x8086000200492034"><![CDATA["blobmgr_write() - Blob size is less than expected. fileno=%d,  size=%d."]]></Message>
    <Message ID="0x808600020049204C"><![CDATA["blobmgr_write() - Failed to get blob meta data of file 0x%x,  status=%d."]]></Message>
    <Message ID="0x8086000200492063"><![CDATA["blobmgr_write() optional flags doesn't meet caller expectation. fileno: 0x%x metadata: 0x%x flags:0x%x"]]></Message>
    <Message ID="0x8086000200492035"><![CDATA["blobmgr_write() - blob_set failed. fileno: 0x%x,  status: 0x%x"]]></Message>
    <Message ID="0x8086000200492036"><![CDATA["[BLOB_SERV] blobmgr_write() plfs_write has failed!. error= %d"]]></Message>
    <Message ID="0x8086000200492038"><![CDATA["blobmgr_read() - blob init failed."]]></Message>
    <Message ID="0x8086000200492039"><![CDATA["blobmgr_read() Invalid file size (%d)."]]></Message>
    <Message ID="0x808600020049203A"><![CDATA["blobmgr_read() failed to init blob buffer with size (%d)."]]></Message>
    <Message ID="0x808600020049203B"><![CDATA["blobmgr_read() plfs_read failed. fileno: 0x%x status: 0x%x"]]></Message>
    <Message ID="0x808600020049203C"><![CDATA["blobmgr_read() bytes read (%d) is different from actual size(%d)."]]></Message>
    <Message ID="0x8086000200492064"><![CDATA["blobmgr_read() optional flags doesn't meet caller expectation. fileno: 0x%x metadata: 0x%x flags:0x%x"]]></Message>
    <Message ID="0x808600020049203E"><![CDATA[" Error: blob get has failed! status = %d,  fileno = %d."]]></Message>
    <Message ID="0x808600020049205A"><![CDATA["blobmgr_delete() - blob init failed."]]></Message>
    <Message ID="0x8086000200492051"><![CDATA[" blobmgr_delete() - failed to get AR attribute of file 0x%x"]]></Message>
    <Message ID="0x8086000200492056"><![CDATA[" blobmgr_delete() failed to delete blob. error= %d"]]></Message>
    <Message ID="0x8086000200492065"><![CDATA["blobmgr_getfilesize() - blob init failed."]]></Message>
    <Message ID="0x8086000200492040"><![CDATA["blob_set() - blob init failed."]]></Message>
    <Message ID="0x8086000200492042"><![CDATA["blob_set() - Error:  during anti replay protection, wrong AR type"]]></Message>
    <Message ID="0x8086000200492084"><![CDATA["blob_set() - Error:  during anti replay protection, do_anti_replay failed"]]></Message>
    <Message ID="0x8086000200492043"><![CDATA[" blob_set() could not copy buffer in Blob set method!"]]></Message>
    <Message ID="0x8086000200492044"><![CDATA[" blob_set() could not copy buffer in Blob set method!"]]></Message>
    <Message ID="0x8086000200492045"><![CDATA[" blob_set() create blob icv has failed!"]]></Message>
    <Message ID="0x808600020049207D"><![CDATA[" blob_set() Unlock available blob can't be AR protected or encrypted"]]></Message>
    <Message ID="0x808600020049207E"><![CDATA[" blob_set() create blob unlock icv has failed!"]]></Message>
    <Message ID="0x8086000200492057"><![CDATA[" blob_set() could not copy unlock icv to buffer"]]></Message>
    <Message ID="0x8086000200492046"><![CDATA[" blob_set() could not copy icv to buffer"]]></Message>
    <Message ID="0x8086000200492047"><![CDATA["blob_get() - blob init failed."]]></Message>
    <Message ID="0x8086000200492048"><![CDATA["blob_get() This is not Blob file!"]]></Message>
    <Message ID="0x8086000200492080"><![CDATA["blob_get() Failed to copy integrity data, status: %d "]]></Message>
    <Message ID="0x8086000200492050"><![CDATA["is_vfs_fileno_exist() - Invalid file number. fileno 0x%x is not valid"]]></Message>
    <Message ID="0x8086000200492072"><![CDATA[" START BLOB MIGRATION PROCESS. Migration type: 0x%x"]]></Message>
    <Message ID="0x8086000200492073"><![CDATA[" Blob Migration: Error: migrate_all_data failed! status %d"]]></Message>
    <Message ID="0x8086000200492074"><![CDATA["PRE migration work failed. status %d"]]></Message>
    <Message ID="0x8086000200492075"><![CDATA["[VFS] !*!*!*!*!*!*!*!*!***** BLOB Migration DONE!!! ******!*!*!*!*!*!*!*!*!*"]]></Message>
    <Message ID="0x8086000200492076"><![CDATA[" Blob Migration - migrate_blobs_if_necessary: Failed to optimaize AR table"]]></Message>
    <Message ID="0x808600020049206D"><![CDATA[" migrate_all_data: failed to init blob buffer"]]></Message>
    <Message ID="0x8086000200492077"><![CDATA[" migrate_all_data: failed to migrate file 0x%x status %d "]]></Message>
    <Message ID="0x8086000200492068"><![CDATA[" migrate_blob_file: get_file_size failed status=%d"]]></Message>
    <Message ID="0x8086000200492069"><![CDATA[" migrate_blob_file: invalid file size (%d)"]]></Message>
    <Message ID="0x808600020049206A"><![CDATA[" migrate_blob_file: Can't read blob 0x%x"]]></Message>
    <Message ID="0x808600020049206B"><![CDATA[" migrate_blob_file: Failed to delete blob 0x%x"]]></Message>
    <Message ID="0x808600020049206C"><![CDATA[" migrate_blob_file: write blob 0x%x"]]></Message>
    <Message ID="0x808600020049206E"><![CDATA[" migrate_reserved_files: failed to migrate wop file. status %d "]]></Message>
    <Message ID="0x808600020049206F"><![CDATA[" migrate_reserved_files: failed to migrate AR table 0 file. status %d "]]></Message>
    <Message ID="0x8086000200492071"><![CDATA[" migrate_reserved_files: failed to migrate FW Version file. status %d "]]></Message>
    <Message ID="0x8086000200492070"><![CDATA[" migrate_reserved_files: failed to migrate AR table 1 file. status %d "]]></Message>
    <Message ID="0x8086000200310409"><![CDATA["FPFIoctlCallback: Error %d proceed IOCTL call"]]></Message>
    <Message ID="0x8086000200310403"><![CDATA["Received message for wrong media type %d!"]]></Message>
    <Message ID="0x808600020031048B"><![CDATA["Received message from invalid caller %d!"]]></Message>
    <Message ID="0x8086000200310404"><![CDATA["FPFMsgCallback FCNTL Status: %d"]]></Message>
    <Message ID="0x8086000200310405"><![CDATA["FPFMsgCallback Read Status: %d, BytesWritten %d"]]></Message>
    <Message ID="0x8086000200310406"><![CDATA["FPFMsgCallback Write Status: %d, BytesWritten %d"]]></Message>
    <Message ID="0x8086000200310407"><![CDATA["Received IPC message for get file size for file number %d"]]></Message>
    <Message ID="0x80860002003104C4"><![CDATA["FPFMsgCallback UEP Refresh Status: %d"]]></Message>
    <Message ID="0x8086000200310408"><![CDATA["Received invalid IPC message: %d!"]]></Message>
    <Message ID="0x8086000200310400"><![CDATA["Initializing FPF Driver..."]]></Message>
    <Message ID="0x80860002003104D8"><![CDATA["Failed opening EvtDispFd, errno: %d"]]></Message>
    <Message ID="0x8086000200310402"><![CDATA["Failed opening StorageUepFd, errno: %d"]]></Message>
    <Message ID="0x8086000200310401"><![CDATA["Received %d bytes from bup_fpf, expected %d"]]></Message>
    <Message ID="0x80860002003104DA"><![CDATA["Failed to initialize srv_ctx with status: %d"]]></Message>
    <Message ID="0x80860002003104DB"><![CDATA["FPF Driver initialized"]]></Message>
    <Message ID="0x808600020031040F"><![CDATA["FPFReadFile: entry for FileId %d"]]></Message>
    <Message ID="0x8086000200310410"><![CDATA["FPFReadFile: Invalid File ID: %d"]]></Message>
    <Message ID="0x8086000200310412"><![CDATA["FPFReadFile: Expected Element size %d but got %d. File ID: %d"]]></Message>
    <Message ID="0x80860002003104B9"><![CDATA["FPFReadFile: Invalid File type. File ID: %d"]]></Message>
    <Message ID="0x8086000200310413"><![CDATA["FPFReadFile: end for FileId %d. Status: %d"]]></Message>
    <Message ID="0x8086000200310414"><![CDATA["Read SBOT: entry"]]></Message>
    <Message ID="0x8086000200310415"><![CDATA["Read SBOT: Invalid parameter(s)"]]></Message>
    <Message ID="0x8086000200310416"><![CDATA["Read SBOT: Invalid file attributes"]]></Message>
    <Message ID="0x8086000200310417"><![CDATA["Read SBOT: end. Status: %d"]]></Message>
    <Message ID="0x8086000200310418"><![CDATA["Read MBOT: entry"]]></Message>
    <Message ID="0x8086000200310419"><![CDATA["Read MBOT: Invalid parameter(s)"]]></Message>
    <Message ID="0x808600020031041A"><![CDATA["Read MBOT: end. Status: %d"]]></Message>
    <Message ID="0x808600020031041B"><![CDATA["Read SBSF: entry"]]></Message>
    <Message ID="0x808600020031041C"><![CDATA["Read SBSF: Invalid parameter(s)"]]></Message>
    <Message ID="0x808600020031041E"><![CDATA["Read SBSF: FirstFalseBitPos: %d"]]></Message>
    <Message ID="0x808600020031041F"><![CDATA["Read SBSF: end. Status: %d"]]></Message>
    <Message ID="0x80860002003104C6"><![CDATA["Read MBNV: entry"]]></Message>
    <Message ID="0x8086000200310411"><![CDATA["Read MBNV: Invalid parameter(s)"]]></Message>
    <Message ID="0x8086000200310422"><![CDATA["Switching to Bar %d"]]></Message>
    <Message ID="0x8086000200310423"><![CDATA["Failed to switch bar! Bar :%d"]]></Message>
    <Message ID="0x80860002003104B4"><![CDATA["FPFRefreshCtxt: entry"]]></Message>
    <Message ID="0x80860002003104B5"><![CDATA["FPFRefreshCtxt: Invalid parameter(s)"]]></Message>
    <Message ID="0x80860002003104B6"><![CDATA["FPFRefreshCtxt: Error geting data from caller. Status = %d"]]></Message>
    <Message ID="0x80860002003104B7"><![CDATA["FPFRefreshCtxt: end. Status: %d."]]></Message>
    <Message ID="0x8086000200310429"><![CDATA["FPFFcntlRead entry"]]></Message>
    <Message ID="0x808600020031042A"><![CDATA["FPFFcntlRead: Invalid parameter(s).1"]]></Message>
    <Message ID="0x808600020031042B"><![CDATA["FPFFcntlRead: Invalid parameter(s).2"]]></Message>
    <Message ID="0x80860002003104BB"><![CDATA["FPFFcntlRead: Trying to access confidential file ID: %d"]]></Message>
    <Message ID="0x808600020031042D"><![CDATA["FPFFcntlRead: No memory for buffer"]]></Message>
    <Message ID="0x808600020031042E"><![CDATA["FPFFcntlRead: get Fcntl request. Command: %d"]]></Message>
    <Message ID="0x808600020031042F"><![CDATA["FPFFcntlRead: Proceed F_FPF_EMULATION_READ in real mode"]]></Message>
    <Message ID="0x80860002003104DC"><![CDATA["FPFFcntlRead: Error, StorageUepFd is invalid"]]></Message>
    <Message ID="0x8086000200310430"><![CDATA["FPFFcntlRead: Proceed F_FPF_EMULATION_READ in UEP mode"]]></Message>
    <Message ID="0x8086000200310431"><![CDATA["FPFFcntlRead: Proceed F_FPF_HW_READ in real mode"]]></Message>
    <Message ID="0x8086000200310432"><![CDATA["FPFFcntlRead: Proceed F_FPF_HW_READ in emulation mode"]]></Message>
    <Message ID="0x8086000200310433"><![CDATA["FPFFcntlRead: Error copy data to target buffer. Status = %d"]]></Message>
    <Message ID="0x8086000200310435"><![CDATA["FPFIpcRead: entry"]]></Message>
    <Message ID="0x8086000200310436"><![CDATA["FPFIpcRead: Got NULL buffer"]]></Message>
    <Message ID="0x8086000200310437"><![CDATA["FPFIpcRead: Got NULL pointer"]]></Message>
    <Message ID="0x8086000200310438"><![CDATA["FPFIpcRead: Invalid parameter(s)"]]></Message>
    <Message ID="0x808600020031043C"><![CDATA["FPFIpcRead: going to FPFReadFile"]]></Message>
    <Message ID="0x8086000200310439"><![CDATA["FPFIpcRead: Got Invalid FileId - %d - out of range"]]></Message>
    <Message ID="0x808600020031049D"><![CDATA["FPFIpcRead: Invalid size parameter(s)"]]></Message>
    <Message ID="0x808600020031043D"><![CDATA["FPFIpcRead: Error copy data to target buffer. Status = %d"]]></Message>
    <Message ID="0x808600020031043E"><![CDATA["FPFIpcRead: end. Status: %d. Read %d bytes"]]></Message>
    <Message ID="0x808600020031043F"><![CDATA["FPFIpcWrite: entry"]]></Message>
    <Message ID="0x8086000200310440"><![CDATA["FPFIpcWrite: Invalid parameter(s)"]]></Message>
    <Message ID="0x80860002003104C5"><![CDATA["FPFIpcWrite: Got invalid FileId %d "]]></Message>
    <Message ID="0x80860002003104D9"><![CDATA["FPFIpcWrite: Got invalid FileId with regards to IE SKU ID %d "]]></Message>
    <Message ID="0x8086000200310441"><![CDATA["FPFIpcWrite: Received write request for file ID %d, Element size %d, Grant ID: %d"]]></Message>
    <Message ID="0x8086000200310442"><![CDATA["FPFIpcWrite: Got NULL buffer. FileId: %d"]]></Message>
    <Message ID="0x8086000200310443"><![CDATA["FPFIpcWrite: Error geting data from caller. Status = %d. FileId: %d"]]></Message>
    <Message ID="0x8086000200310444"><![CDATA["FPFIpcWrite: FPF data copied back to VFS with status %d "]]></Message>
    <Message ID="0x8086000200310445"><![CDATA["FPFIpcWrite: end. Status: %d. %d bytes written"]]></Message>
    <Message ID="0x8086000200310446"><![CDATA["FPFWriteFile: Begin proceed File Id %d "]]></Message>
    <Message ID="0x8086000200310447"><![CDATA["FPFWriteFile: Invalid IN File ID: %d "]]></Message>
    <Message ID="0x8086000200310449"><![CDATA["FPFWriteFile: Element size is wrong! Expected: %d bytes, Given: %d bytes, FileId: %d"]]></Message>
    <Message ID="0x808600020031044A"><![CDATA["FPFWriteFile: FPF_TYPE_SINGLE_BIT_ONE_TIME_ONLY return status %d "]]></Message>
    <Message ID="0x808600020031044B"><![CDATA["FPFWriteFile: FPF_TYPE_SINGLE_BIT_MULTI_TIMES return status %d "]]></Message>
    <Message ID="0x808600020031044C"><![CDATA["FPFWriteFile: FPF_TYPE_MULTI_BIT_ONE_TIME_ONLY return status %d "]]></Message>
    <Message ID="0x808600020031044D"><![CDATA["FPFWriteFile: FPF_TYPE_MULTI_BIT_NO_VALID return status %d "]]></Message>
    <Message ID="0x80860002003104BA"><![CDATA["FPFWriteFile: Invalid File type. File ID: %d"]]></Message>
    <Message ID="0x808600020031044F"><![CDATA["FPFWriteFile: End proceed FileId %d. Status is %d "]]></Message>
    <Message ID="0x8086000200310456"><![CDATA["Write SBOT: entry"]]></Message>
    <Message ID="0x8086000200310457"><![CDATA["Write SBOT: Invalid parameter(s)"]]></Message>
    <Message ID="0x8086000200310458"><![CDATA["Write SBOT: ERROR: File %d already locked"]]></Message>
    <Message ID="0x8086000200310459"><![CDATA["Write SBOT: ERROR: Can not write 0. FileId %d"]]></Message>
    <Message ID="0x808600020031045A"><![CDATA["Write SBOT: ERROR: Can not overrite DD bits FileId %d"]]></Message>
    <Message ID="0x80860002003104C2"><![CDATA["Write SBOT: ERROR: Can not set LL bits FileId %d"]]></Message>
    <Message ID="0x808600020031045B"><![CDATA["Write SBOT: ERROR: File %d already locked (VB)"]]></Message>
    <Message ID="0x808600020031045C"><![CDATA["Write SBOT: ERROR: Can not overrite data FileId %d"]]></Message>
    <Message ID="0x808600020031045D"><![CDATA["Write SBOT: FileId %d - write FAILED"]]></Message>
    <Message ID="0x808600020031045E"><![CDATA["Write SBOT: end. Status: %d"]]></Message>
    <Message ID="0x808600020031045F"><![CDATA["Write MBOT: entry for FileId %d"]]></Message>
    <Message ID="0x8086000200310460"><![CDATA["Write MBOT: Invalid parameters"]]></Message>
    <Message ID="0x8086000200310461"><![CDATA["Write MBOT: ERROR: FileId %d FULL"]]></Message>
    <Message ID="0x80860002003104C3"><![CDATA["Write MBOT: ERROR: Can not set LL bits FileId %d"]]></Message>
    <Message ID="0x8086000200310462"><![CDATA["Write MBOT: end. Status is %d"]]></Message>
    <Message ID="0x8086000200310463"><![CDATA["Write SBSF: entry"]]></Message>
    <Message ID="0x8086000200310464"><![CDATA["Write SBSF: Invalid parameter(s)"]]></Message>
    <Message ID="0x8086000200310466"><![CDATA["Write SBSF: File full"]]></Message>
    <Message ID="0x8086000200310467"><![CDATA["Write SBSF: Invalid value received"]]></Message>
    <Message ID="0x8086000200310468"><![CDATA["Write SBSF: write failed!"]]></Message>
    <Message ID="0x8086000200310469"><![CDATA["Write SBSF: end. Status is %d"]]></Message>
    <Message ID="0x8086000200310448"><![CDATA["Write MBNV: entry"]]></Message>
    <Message ID="0x8086000200310450"><![CDATA["Write MBNV: Invalid parameter(s)"]]></Message>
    <Message ID="0x8086000200310451"><![CDATA["Write MBNV: end. Status is %d"]]></Message>
    <Message ID="0x80860002003104A1"><![CDATA["Burning LVID row %d Failed. Status = %d"]]></Message>
    <Message ID="0x808600020031046A"><![CDATA["FPFMoveFile: Moving file %d"]]></Message>
    <Message ID="0x808600020031046B"><![CDATA["FPFMoveFile: Failed to read file: FileId %d"]]></Message>
    <Message ID="0x8086000200310465"><![CDATA["Programing SocCfgLock FAILED!!!! ERROR: %d "]]></Message>
    <Message ID="0x808600020031046C"><![CDATA["FPFReadBackRow: begin for row %d array %d "]]></Message>
    <Message ID="0x808600020031046D"><![CDATA["FPFReadBackRow: updating fuse RAM FAILED for row %d array %d module %d"]]></Message>
    <Message ID="0x808600020031046F"><![CDATA["FPFReadBackRow: end successfully for row %d array %d "]]></Message>
    <Message ID="0x8086000200310470"><![CDATA["FPFSenseArray: begin for Margin %d..."]]></Message>
    <Message ID="0x8086000200310471"><![CDATA["FPFSenseArray: updating fuse RAM FAILED!"]]></Message>
    <Message ID="0x8086000200310472"><![CDATA["FPFSenseArray: getting fuse RAM data..."]]></Message>
    <Message ID="0x8086000200310473"><![CDATA["FPFSenseArray: end for Margin %d..."]]></Message>
    <Message ID="0x8086000200310474"><![CDATA["FPFWriteFuses:Module: %dArray: %dRow: %dColumn: %dSize: %d"]]></Message>
    <Message ID="0x8086000200310475"><![CDATA["FPFWriteFuses: updating fuse RAM begin..."]]></Message>
    <Message ID="0x8086000200310476"><![CDATA["FPFWriteFuses: updating fuse RAM end..."]]></Message>
    <Message ID="0x8086000200310479"><![CDATA["FPFWriteFuses: end. Status is %d"]]></Message>
    <Message ID="0x808600020031047A"><![CDATA["FPFProgramData: begin for FileId %d, size - %d bits"]]></Message>
    <Message ID="0x80860002003104BC"><![CDATA["FPFProgramData: Failed to find the first copy location. FileId = %d, Status = %d"]]></Message>
    <Message ID="0x80860002003104BD"><![CDATA["FPFProgramData: Failed to get file data. FileId = %d, Status = %d"]]></Message>
    <Message ID="0x808600020031047B"><![CDATA["FPFProgramData: Majority FAILED"]]></Message>
    <Message ID="0x808600020031047C"><![CDATA["FPFProgramData: done successfully for FileId %d, size - %d bits"]]></Message>
    <Message ID="0x808600020031047D"><![CDATA["FPFProgramRow: begin for StartIndex %d, SizeBits %d, Array %d"]]></Message>
    <Message ID="0x808600020031047E"><![CDATA["Could not overwrite file! StartIndex %d, SizeBits %d, Array %d"]]></Message>
    <Message ID="0x8086000200310480"><![CDATA["FPFProgramRow: FAILED! FILE LOCKED! StartIndex %d, SizeBits %d, Array %d "]]></Message>
    <Message ID="0x8086000200310481"><![CDATA["Failed to program data! Checking which fuses need to be repaired... StartIndex %d, SizeBits %d, Array %d"]]></Message>
    <Message ID="0x8086000200310482"><![CDATA["FPFProgramRow: done successfully for StartIndex %d, SizeBits %d, Array %d"]]></Message>
    <Message ID="0x8086000200310483"><![CDATA["**** Updating fuse ram ******Row: %d, WriteValue: %d"]]></Message>
    <Message ID="0x8086000200310484"><![CDATA["FPFIsInstanceOverwritable: Could not overwrite file! Byte: %d, CurrentData: %d, Desired Data: %d, Array: %d, StartIndex: %d, SizeBits: %d"]]></Message>
    <Message ID="0x8086000200310485"><![CDATA["FPFNominalSense: begin..."]]></Message>
    <Message ID="0x8086000200310486"><![CDATA["FPFNominalSense: Failed to sense Intel FPF Array %d , Status is %d!"]]></Message>
    <Message ID="0x80860002003104BE"><![CDATA["FPFNominalSense: Failed to fill output buffer. Status is %d"]]></Message>
    <Message ID="0x8086000200310487"><![CDATA["FPFNominalSense: done. Status is %d"]]></Message>
    <Message ID="0x8086000200310488"><![CDATA["FPFThreeLevelSense: begin..."]]></Message>
    <Message ID="0x8086000200310489"><![CDATA["FPFThreeLevelSense: Failed to sense Intel FPF Array %d , Margin is %d, Status = %d!"]]></Message>
    <Message ID="0x80860002003104C1"><![CDATA["FPFThreeLevelSense: Failed to fill output buffer. Status is %d"]]></Message>
    <Message ID="0x808600020031048A"><![CDATA["FPFThreeLevelSense: done. Status is %d"]]></Message>
    <Message ID="0x808600020031040D"><![CDATA["Received PM Event with event ID %d"]]></Message>
    <Message ID="0x808600020031040E"><![CDATA["Terminating FPF process"]]></Message>
    <Message ID="0x808600020031048D"><![CDATA["Semaphore in use. Polling .."]]></Message>
    <Message ID="0x808600020031048E"><![CDATA["Grabbing semaphore failed (in use). Timeout.."]]></Message>
    <Message ID="0x808600020031048F"><![CDATA["Grabbing semaphore. Wrong owner. Polling .."]]></Message>
    <Message ID="0x8086000200310490"><![CDATA["Grabbing semaphore failed (owner). Timeout.."]]></Message>
    <Message ID="0x808600020031049A"><![CDATA["FPFHwBlownReceipIntel:  Polling on debug status reg..."]]></Message>
    <Message ID="0x808600020031049C"><![CDATA["FPFHwBlownReceipIntel FAILED: Addr_Reg = 0x%x, Size_Reg = 0x%x, GlobalCtrl_Reg = 0x%x, FSMCtrl_Reg = 0x%x"]]></Message>
    <Message ID="0x8086000200310496"><![CDATA["FPFHwBlownReceipIntel FAILED: Status_Reg_1 = 0x%x, Status_Reg_2 = 0x%x, Status_Reg_3 = 0x%x"]]></Message>
    <Message ID="0x8086000200310497"><![CDATA["FPFHwBlownReceipIntel FAILED: Status = %d, FSMBUSY_counter= %d (DebugStatusReg = 0x%x), Burn_complete_counter = %d (DebugStatusReg = 0x%x)"]]></Message>
    <Message ID="0x8086000200310C02"><![CDATA["FPFHwUpdateSipSRAMIntel:  Polling on debug status reg..."]]></Message>
    <Message ID="0x8086000200310C04"><![CDATA["FPFHwUpdateSipSRAMIntel FAILED: Addr_Reg = 0x%x, Size_Reg = 0x%x, GlobalCtrl_Reg = 0x%x, FSMCtrl_Reg = 0x%x"]]></Message>
    <Message ID="0x8086000200310C03"><![CDATA["FPFHwUpdateSipSRAMIntel FAILED: Status_Reg_1 = 0x%x, Status_Reg_2 = 0x%x, Status_Reg_3 = 0x%x"]]></Message>
    <Message ID="0x8086000200310C0A"><![CDATA["FPFHwUpdateSipSRAMIntel FAILED: Status = %d, FSMBUSY_counter= %d (DebugStatusReg = 0x%x), Burn_complete_counter = %d (DebugStatusReg = 0x%x)"]]></Message>
    <Message ID="0x80860002005400D8"><![CDATA["[MCA_SRV]: get_rp_device_state- invalid nvm type"]]></Message>
    <Message ID="0x80860002005400D9"><![CDATA["[MCA_SRV]: get_rp_device_state- read rp support fuse failed. errno=%d"]]></Message>
    <Message ID="0x80860002005400DA"><![CDATA["[MCA_SRV]: get_rp_device_state- recieved get_rp_device_state command"]]></Message>
    <Message ID="0x80860002005400DB"><![CDATA["[MCA_SRV]: get_rp_device_state- storage_get_rp_device_info failed. errno=%d"]]></Message>
    <Message ID="0x80860002005400DC"><![CDATA["[MCA_SRV]: get_rp_device_state- storage_rp_get_binding_counter failed. status=%d"]]></Message>
    <Message ID="0x80860002005400E1"><![CDATA["[MCA_BOOT] Checking fuse: 0x%x. "]]></Message>
    <Message ID="0x80860002005400E2"><![CDATA["[MCA_BOOT] sb_fpf_handle_svn_increment: fpf_read_file failed. Read %d bytes"]]></Message>
    <Message ID="0x80860002005400E3"><![CDATA["[MCA_BOOT] sb_fpf_handle_svn_increment: invalid svn. incomingsvn=%d, currnetsvn=%d"]]></Message>
    <Message ID="0x80860002005400E4"><![CDATA["[MCA_BOOT] sb_fpf_handle_svn_increment: No SVN Increment needed. "]]></Message>
    <Message ID="0x80860002005400E5"><![CDATA["[MCA_BOOT] sb_fpf_handle_svn_increment: fpf_write_file failed. file_no:0x%x, Write %d bytes, Errno :%d"]]></Message>
    <Message ID="0x80860002005400E6"><![CDATA["[MCA_BOOT] sb_fpf_handle_svn_increment: fpf_read_file failed. Read %d bytes"]]></Message>
    <Message ID="0x80860002005400E7"><![CDATA["[MCA_BOOT] sb_fpf_handle_svn_increment: SVN updated successfully; new SVN value: %d"]]></Message>
    <Message ID="0x808600020054016C"><![CDATA["[MCA_BOOT]: clear_rtfd_pl_path: write failed. nbytes = %d, errno = %d"]]></Message>
    <Message ID="0x808600020054016D"><![CDATA["[MCA_SRV]: is_sb_configuration_valid- unable to open snowball"]]></Message>
    <Message ID="0x808600020054016E"><![CDATA["[MCA_SRV]: is_sb_configuration_valid- unable to read snowball"]]></Message>
    <Message ID="0x808600020054016F"><![CDATA["[MCA_SRV]: is_sb_configuration_valid- sb_self_test_valid:%d, sb_self_test_failed:%d, sb_profile_supported_after_eom:%d"]]></Message>
    <Message ID="0x8086000200540170"><![CDATA["[MCA_SRV] get_eom_allowed_status - unlocked platform"]]></Message>
    <Message ID="0x80860002005401B1"><![CDATA["[MCA_SRV] get_eom_allowed_status - platform is in live unlock"]]></Message>
    <Message ID="0x8086000200540171"><![CDATA["[MCA_SRV] get_eom_allowed_status - is_sb_configuration_valid return false"]]></Message>
    <Message ID="0x5600010095201800"><![CDATA["[MCA_BOOT] Failed to open BTG ARBSVN snowball file with status %d"]]></Message>
    <Message ID="0x5600020095201801"><![CDATA["[MCA_BOOT] BTG ARBSVN snowball preparation is not required, skipping..."]]></Message>
    <Message ID="0x5600018095201802"><![CDATA["[MCA_BOOT] Failed to read SVN enabler 0x%08x at index %d with status %d"]]></Message>
    <Message ID="0x5600010095201803"><![CDATA["[MCA_BOOT] Failed to open BTG ARB snowball with status %d"]]></Message>
    <Message ID="0x5600010095201804"><![CDATA["[MCA_BOOT] Failed to write data to the BTG ARB snowball with status %d"]]></Message>
    <Message ID="0x8086000200540101"><![CDATA["[MCA_SRV]: mca_fpf_set_cntr- read fpf counter failed. status=%d"]]></Message>
    <Message ID="0x8086000200540102"><![CDATA["[MCA_SRV]: mca_fpf_set_cntr- write fpf counter failed. status=%d"]]></Message>
    <Message ID="0x8086000200540107"><![CDATA["[MCA_SRV]: inc_sensing_counter-  could not open susram file. errno=%d"]]></Message>
    <Message ID="0x8086000200540108"><![CDATA["[MCA_SRV]: inc_sensing_counter-  sensing_counter >= max allowed. sensing_counter=%d"]]></Message>
    <Message ID="0x8086000200540109"><![CDATA["[MCA_SRV]: inc_sensing_counter-  lseek failed. errno=%d"]]></Message>
    <Message ID="0x808600020054010A"><![CDATA["[MCA_SRV]: inc_sensing_counter-  write failed. errno=%d"]]></Message>
    <Message ID="0x808600020054010B"><![CDATA["[MCA_SRV] mca_cse_resense_fpfs - open FPF_SENSING_FILE failed. errno=%d"]]></Message>
    <Message ID="0x808600020054010C"><![CDATA["[MCA_FPF] mca_cse_resense_fpfs - grant invalid. errno=%d"]]></Message>
    <Message ID="0x808600020054010D"><![CDATA["[MCA_FPF] mca_cse_resense_fpfs - grant invalid. errno=%d"]]></Message>
    <Message ID="0x808600020054010E"><![CDATA["[MCA_FPF]: perform_fpf_sensing- sensing ioctl failed. errno=%d"]]></Message>
    <Message ID="0x808600020054010F"><![CDATA["[MCA_SRV]: perform_fpf_sensing_handler- recieved perform_fpf_sensing command"]]></Message>
    <Message ID="0x8086000200540110"><![CDATA["[MCA_SRV]: perform_fpf_sensing- ONE_LEVEL_SENSE"]]></Message>
    <Message ID="0x8086000200540111"><![CDATA["[MCA_SRV]: perform_fpf_sensing- THREE_LEVEL_SENSE"]]></Message>
    <Message ID="0x8086000200540112"><![CDATA["[MCA_SRV]: perform_fpf_sensing_handler- perform_fpf_sensing failed"]]></Message>
    <Message ID="0x5600010095207400"><![CDATA["[MCA_BOOT]   Failed to open FPF Driver, errno %d"]]></Message>
    <Message ID="0x5600010095207401"><![CDATA["[MCA_BOOT]   Failed to commit CSE FPFs with status %d"]]></Message>
    <Message ID="0x5600008095207402"><![CDATA["[MCA_BOOT]   Failed to resense CSE FPFs with status %d"]]></Message>
    <Message ID="0x5600020095207403"><![CDATA["[MCA_BOOT]   Starting FPF commit flow"]]></Message>
    <Message ID="0x5600008095207404"><![CDATA["[MCA_BOOT]   Failed to commit all FPFs with status %d"]]></Message>
    <Message ID="0x8086000200540116"><![CDATA["[MCA_FPF]: zero_fpf_sensing_counter- open failed. errno=%d"]]></Message>
    <Message ID="0x8086000200540117"><![CDATA["[MCA_FPF]: zero_fpf_sensing_counter- write failed. errno=%d"]]></Message>
    <Message ID="0x8086000200540074"><![CDATA["[MCA_BOOT]: could not read EOM file. status=%d"]]></Message>
    <Message ID="0x8086000200540075"><![CDATA["[MCA_BOOT]: read_manuf_lock_file: unable to read manuf lock file, errno:0x%X"]]></Message>
    <Message ID="0x8086000200540076"><![CDATA["[MCA_BOOT]: prepare_defaults: creating defaults at eom"]]></Message>
    <Message ID="0x8086000200540077"><![CDATA["[MCA_BOOT]: prepare_defaults: failed creating VFS_DATA_FILE_MCA_DEFAULTS_DONE. status=%d"]]></Message>
    <Message ID="0x5600010095201C00"><![CDATA["[MCA_BOOT] Failed to read FPF_FILE_DNX_SVN_EN, errno %d"]]></Message>
    <Message ID="0x5600020095201C01"><![CDATA["[MCA_BOOT] DNX SVN is disabled, skipping increment..."]]></Message>
    <Message ID="0x5600010095201C02"><![CDATA["[MCA_BOOT] Failed to update DNX SVN with status %d"]]></Message>
    <Message ID="0x808600020054007B"><![CDATA["[MCA_BOOT]: Starting MCA_BOOT"]]></Message>
    <Message ID="0x808600020054007E"><![CDATA["[MCA_BOOT]: failed to update rp counter"]]></Message>
    <Message ID="0x808600020054007F"><![CDATA["[MCA_BOOT]: first boot!"]]></Message>
    <Message ID="0x8086000200540080"><![CDATA["[MCA_BOOT]: failed to perform first boot!"]]></Message>
    <Message ID="0x8086000200540081"><![CDATA["[MCA_BOOT]: failed deploy_manuf"]]></Message>
    <Message ID="0x8086000200540082"><![CDATA["[MCA_BOOT]: return to factory defaults failed"]]></Message>
    <Message ID="0x8086000200540083"><![CDATA["[MCA_BOOT]: EOM is set!"]]></Message>
    <Message ID="0x8086000200540084"><![CDATA["[MCA_BOOT]: EOM flow failed"]]></Message>
    <Message ID="0x8086000200540085"><![CDATA["[MCA_BOOT]: BUP registration failed"]]></Message>
    <Message ID="0x8086000200540086"><![CDATA["[MCA_BOOT]: Finished MCA_BOOT"]]></Message>
    <Message ID="0x8086000200540087"><![CDATA["[MCA_BOOT]: failed hash on attr num . errno is : %d"]]></Message>
    <Message ID="0x8086000200540088"><![CDATA["[MCA_BOOT]: failed hash on intel.cfg attr. errno is : %d"]]></Message>
    <Message ID="0x8086000200540089"><![CDATA["[MCA_BOOT]: failed hash on finishing intel.cfg attr. errno is : %d"]]></Message>
    <Message ID="0x808600020054008A"><![CDATA["[MCA_BOOT]: failed getting hash of intel.cfg attr. errno is : %d"]]></Message>
    <Message ID="0x808600020054008B"><![CDATA["[MCA_BOOT]: failed hash on intel.cfg data. errno is : %d"]]></Message>
    <Message ID="0x808600020054008C"><![CDATA["[MCA_BOOT]: failed getting hash of intel.cfg data. errno is : %d"]]></Message>
    <Message ID="0x808600020054008D"><![CDATA["[MCA_BOOT]:  stat of snowball intel_cfg_hashes failed, err:%d"]]></Message>
    <Message ID="0x808600020054008E"><![CDATA["[MCA_BOOT]:validate_cfg_hash: can't allocat manifest data buffer. size = %d"]]></Message>
    <Message ID="0x808600020054008F"><![CDATA["[MCA_BOOT]: validate_cfg_hash: can't open manifest snowball,err:%d"]]></Message>
    <Message ID="0x8086000200540090"><![CDATA["[MCA_BOOT]: validate_cfg_hash: failed reading manifest snowball,err:%d"]]></Message>
    <Message ID="0x8086000200540091"><![CDATA["[MCA_BOOT]: validate_cfg_hash: can't find sys_info in fptr manifest snowball entry,err:%d"]]></Message>
    <Message ID="0x8086000200540092"><![CDATA["[MCA_BOOT]: validate_cfg_hash: hash is not correct"]]></Message>
    <Message ID="0x8086000200540093"><![CDATA["[MCA_BOOT]: init_fcs_data: reading intel.cfg"]]></Message>
    <Message ID="0x8086000200540094"><![CDATA["[MCA_BOOT]: Failed reading intel.cfg. status=%d, file_size=%d, cfg_buffer=%p"]]></Message>
    <Message ID="0x8086000200540095"><![CDATA["[MCA_BOOT]: Num of files in intel.cfg is too big. num files=%d"]]></Message>
    <Message ID="0x8086000200540096"><![CDATA["[MCA_BOOT]: incorrect file size in intel.cfg size=: %d"]]></Message>
    <Message ID="0x8086000200540097"><![CDATA["[MCA_BOOT]: init_fcs_data: calculating intel.cfg hash"]]></Message>
    <Message ID="0x8086000200540098"><![CDATA["[MCA_BOOT]: Failed reading intel.cfg. status is : %d"]]></Message>
    <Message ID="0x8086000200540099"><![CDATA["[MCA_BOOT]: init_fcs_data: validating intel.cfg hash"]]></Message>
    <Message ID="0x808600020054009A"><![CDATA["[MCA_BOOT]:failed validating intel.cfg file with mfst"]]></Message>
    <Message ID="0x808600020054009B"><![CDATA["[MCA_BOOT]: init_fcs_data: reading fitc.cfg"]]></Message>
    <Message ID="0x808600020054009C"><![CDATA["[MCA_BOOT]: Failed reading fitc.cfg. status=%d, file_size=%d, cfg_buffer=%p"]]></Message>
    <Message ID="0x808600020054009D"><![CDATA["[MCA_BOOT]: Num of files in intel.cfg is too big. num files=%d"]]></Message>
    <Message ID="0x808600020054009E"><![CDATA["[MCA_BOOT]: Failed reading fitc.cfg. status=%d, fitc file size=%d"]]></Message>
    <Message ID="0x808600020054009F"><![CDATA["[MCA_BOOT]: could not read EOM file. status=%d"]]></Message>
    <Message ID="0x80860002005400A0"><![CDATA["[MCA_BOOT]: verify_eom_flow: EOM flow not allowed."]]></Message>
    <Message ID="0x80860002005400A1"><![CDATA["[MCA_BOOT]: verify_eom_flow: starting EOM flow"]]></Message>
    <Message ID="0x5600020095201C03"><![CDATA["[PERF],TMS,%x,%d,%d,%d,%u,%u"]]></Message>
    <Message ID="0x80860002005400A2"><![CDATA["[MCA_BOOT]: verify_eom_flow: reading eom config failed. errno=%d"]]></Message>
    <Message ID="0x80860002005400A3"><![CDATA["[MCA_BOOT]: verify_eom_flow: fuses not written but we cannot write comp_eom fuse."]]></Message>
    <Message ID="0x80860002005400A4"><![CDATA["[MCA_BOOT]: verify_eom_flow: error while writing manuf lock file."]]></Message>
    <Message ID="0x80860002005400A7"><![CDATA["[MCA_BOOT]: verify_eom_flow: failed creating MCA_EOM_FLOW_DONE. status=%d"]]></Message>
    <Message ID="0x5600020095201C04"><![CDATA["[PERF],TME,%x,%d,%d,%d,%u,%u"]]></Message>
    <Message ID="0x80860002005400A8"><![CDATA["[MCA_BOOT]: verify_eom_flow: failed opening MCA_EOM_FLOW_DONE. status=%d"]]></Message>
    <Message ID="0x80860002005400A9"><![CDATA["[MCA_BOOT]: file_delete failed. fileno=%x, status=%d"]]></Message>
    <Message ID="0x80860002005400AA"><![CDATA["[MCA_BOOT]: file_copy failed. fileno=%x, status=%d"]]></Message>
    <Message ID="0x80860002005400B6"><![CDATA["[MCA_BOOT] Failed to deploy files from intel.cfg/fitc.cfg with status: %d"]]></Message>
    <Message ID="0x80860002005400B7"><![CDATA["[MCA_BOOT]: perform_first_boot: store_prtc_nonce failed. status=%d"]]></Message>
    <Message ID="0x80860002005400B8"><![CDATA["[MCA_BOOT]: write_deploy_files: can't open existing ATTR_HASH_PATH. status=%d"]]></Message>
    <Message ID="0x80860002005400B9"><![CDATA["[MCA_BOOT]: write_deploy_files: can't open ATTR_HASH_PATH. status=%d"]]></Message>
    <Message ID="0x80860002005400BA"><![CDATA["[MCA_BOOT]: deploy_manuf_mca: copy manuf file- eom failed. status=%d"]]></Message>
    <Message ID="0x80860002005400BB"><![CDATA["[MCA_BOOT]: deploy_manuf_mca: copy manuf file manuf lock failed. status=%d"]]></Message>
    <Message ID="0x80860002005400BC"><![CDATA["[MCA_BOOT]: deploy_manuf_mca: copy manuf file attkb_mfg failed. status=%d"]]></Message>
    <Message ID="0x80860002005400BD"><![CDATA["[MCA_BOOT]: deploy_manuf_mca: copy manuf file eom config failed. status=%d"]]></Message>
    <Message ID="0x80860002005400BF"><![CDATA["[MCA_BOOT]: Failed to deploy manuf files with status: %d"]]></Message>
    <Message ID="0x80860002005400C0"><![CDATA["[MCA_BOOT]: is_rtfd_needed: faild getting pm_context. status=%d"]]></Message>
    <Message ID="0x80860002005400C1"><![CDATA["[MCA_BOOT]: is_rtfd_ioctl_interrupted: Failed to read VFS_DATA_FILE_POLICY_RTFD_DTCT. errno=%d"]]></Message>
    <Message ID="0x80860002005400C2"><![CDATA["[MCA BOOT]: return_to_factory_defaults: starting RTFD "]]></Message>
    <Message ID="0x80860002005400C3"><![CDATA["[MCA_BOOT]: return_to_factory_defaults: file_copy failed. fileno=%x, status=%d"]]></Message>
    <Message ID="0x80860002005400C4"><![CDATA["[MCA_BOOT]: return_to_factory_defaults: file_delete failed. fileno=%x, status=%d"]]></Message>
    <Message ID="0x80860002005400C5"><![CDATA["[MCA BOOT]: store_prtc_nonce prtc_get_nonce failed!"]]></Message>
    <Message ID="0x80860002005400C6"><![CDATA["[MCA BOOT]: store_prtc_nonce: write to rtfd_dtct failed. nbytes=%d, errno=%d"]]></Message>
    <Message ID="0x80860002005400C7"><![CDATA["[MCA BOOT]: rp_counter_update: open rpmc susrame failed. status=%d"]]></Message>
    <Message ID="0x80860002005400C8"><![CDATA["[MCA BOOT]: rp_counter_update: lseek susram rp counter failed. errno=%d"]]></Message>
    <Message ID="0x80860002005400C9"><![CDATA["[MCA BOOT]: rp_counter_update: write susram rp counter failed. errno=%d"]]></Message>
    <Message ID="0x80860002005400CA"><![CDATA["[MCA BOOT]: rp_counter_update: local_susram_counter is greater than 0!"]]></Message>
    <Message ID="0x80860002005400CB"><![CDATA["[MCA BOOT]: rp_counter_update: storage_rp_init failed. errno=%d"]]></Message>
    <Message ID="0x80860002005400CC"><![CDATA["[MCA BOOT]: rp_counter_update: storage_get_rp_device_info failed. errno=%d"]]></Message>
    <Message ID="0x80860002005400CD"><![CDATA["[MCA BOOT]: rp_counter_update: undefined nvm type. type=%d"]]></Message>
    <Message ID="0x80860002005400CE"><![CDATA["[MCA BOOT]: rp_counter_update: read from rp fuse failed. errno=%d"]]></Message>
    <Message ID="0x80860002005400D0"><![CDATA["[MCA BOOT]: rp_counter_update: incrementing fpf rp. fpf before incermenting=%d"]]></Message>
    <Message ID="0x80860002005400D1"><![CDATA["[MCA BOOT]: rp_counter_update: write to fpf rp fuse failed. errno=%d"]]></Message>
    <Message ID="0x80860002005400D2"><![CDATA["[MCA BOOT]: rp_counter_update: invalid fpf/susram values fpf=%d susram=%d"]]></Message>
    <Message ID="0x80860002005400D3"><![CDATA["[MCA_BOOT]: alloc_and_read_cfg_file: Failed opening cfg_files specail file., errno=%d"]]></Message>
    <Message ID="0x80860002005400D4"><![CDATA["[MCA_BOOT]: alloc_and_read_cfg_file: Failed getting size. cfg_kind=%d, errno is : %d"]]></Message>
    <Message ID="0x80860002005400D5"><![CDATA["[MCA_BOOT]: alloc_and_read_cfg_file: cfg file size is 0. cfg_kind=%d"]]></Message>
    <Message ID="0x80860002005400D6"><![CDATA["[MCA_BOOT]: alloc_and_read_cfg_file: Failed allocating intel.cfg buffer. size = %d"]]></Message>
    <Message ID="0x80860002005400D7"><![CDATA["[MCA_BOOT]: alloc_and_read_cfg_file: Failed allocating intel.cfg buffer. errno=%d"]]></Message>
    <Message ID="0x80860002005400F9"><![CDATA["[MCA_FCS]: File offset/size is not valid in fitc! attr num=%d, ofsset=%d, length=%d, fitc_size=%d"]]></Message>
    <Message ID="0x80860002005400FA"><![CDATA["[MCA_FCS]: fcs_deploy: file_write failed. fileno=%x, status=%d"]]></Message>
    <Message ID="0x80860002005400FB"><![CDATA["[MCA_FCS]: fcs_deploy: file_write of default file failed. fileno=%x, status=%d"]]></Message>
    <Message ID="0x8086000200540172"><![CDATA["[MCA_SRV]: main: starting mca_srv main"]]></Message>
    <Message ID="0x8086000200540173"><![CDATA["[MCA_SRV]: main: EOM is set"]]></Message>
    <Message ID="0x8086000200540174"><![CDATA["[MCA_SRV]: rp init failed"]]></Message>
    <Message ID="0x8086000200540175"><![CDATA["[MCA_SRV]: mca_srv_init failed. status=%d"]]></Message>
    <Message ID="0x8086000200540176"><![CDATA["[MCA_SRV]: failed zeroing fpf sensing counter. status=%d"]]></Message>
    <Message ID="0x8086000200540177"><![CDATA["[MCA_SRV]: main: mca_srv is done"]]></Message>
    <Message ID="0x8086000200540178"><![CDATA["[MCA_SRV]: mca_srv_init: start"]]></Message>
    <Message ID="0x8086000200540179"><![CDATA["[MCA_SRV]: biosmsg_init failed. status=%d"]]></Message>
    <Message ID="0x808600020054017A"><![CDATA["[MCA_SRV]: mca_mkhi_init"]]></Message>
    <Message ID="0x808600020054017C"><![CDATA["[MCA_SRV]: open ed fd failed. status=%d"]]></Message>
    <Message ID="0x808600020054017D"><![CDATA["[MCA_SRV]: srv_init failed. status=%d"]]></Message>
    <Message ID="0x808600020054017E"><![CDATA["[MCA_SRV]: ed_register_for_event failed. status=%d"]]></Message>
    <Message ID="0x808600020054017F"><![CDATA["[MCA_SRV]: mca_srv_init: end"]]></Message>
    <Message ID="0x8086000200540180"><![CDATA["[MCA_SRV]: mca_srv_ioctl_callback- iocl start. caller_tid=%d, opcode=%d"]]></Message>
    <Message ID="0x8086000200540181"><![CDATA["[MCA_SRV]: mca_srv_ioctl_callback- invalid opcode. caller_tid=%d"]]></Message>
    <Message ID="0x8086000200540182"><![CDATA["[MCA_SRV]: mca_srv_ioctl_callback- ioctl nd. caller_tid=%d, opcode=%d, status=%d"]]></Message>
    <Message ID="0x8086000200540183"><![CDATA["[MCA_SRV]: handle_ed_event- received cause = %x, dst_cse_state = %x"]]></Message>
    <Message ID="0x8086000200540186"><![CDATA["[MCA_SRV] mca_set_eom_status - failed to get manufacturing state with status %d"]]></Message>
    <Message ID="0x8086000200540188"><![CDATA["[MCA_SRV]: set_core_bios_done- received core bios done msg"]]></Message>
    <Message ID="0x8086000200540189"><![CDATA["[MCA_SRV]: set_core_bios_done- open biosdata susram failed"]]></Message>
    <Message ID="0x808600020054018A"><![CDATA["[MCA_SRV]: set_core_bios_done- write biosdata susram failed"]]></Message>
    <Message ID="0x80860002005401CF"><![CDATA["[MCA_SRV] set_core_bios_done: can't set HECI CBD status=%d"]]></Message>
    <Message ID="0x80860002005401D0"><![CDATA["[MCA_SRV] set_core_bios_done: can't open HECI CBD file errno=%d"]]></Message>
    <Message ID="0x808600020054018F"><![CDATA["[MCA_SRV]: mca_burn_arb_fpf- setting SVN counter failed. status=%d"]]></Message>
    <Message ID="0x8086000200540190"><![CDATA["[MCA_SRV]: mca_update_svn_arb_snowball- not able to open snowball for update. errno=%d"]]></Message>
    <Message ID="0x8086000200540191"><![CDATA["[MCA_SRV]: mca_update_svn_arb_snowball- not able to write to snowball for update. errno=%d"]]></Message>
    <Message ID="0x8086000200540192"><![CDATA["[MCA_SRV]: mca_rbe_manifest_commit_handler- unable to read rom snowball"]]></Message>
    <Message ID="0x8086000200540193"><![CDATA["[MCA_SRV]: mca_rbe_manifest_commit_handler- RBE valid bit is not set"]]></Message>
    <Message ID="0x80860002005401D3"><![CDATA["[MCA_SRV]: mca_rbe_manifest_commit_handler- unable to read svn"]]></Message>
    <Message ID="0x8086000200540194"><![CDATA["[MCA_SRV]: mca_idlm_manifest_commit_handler- unable to read rom snowball"]]></Message>
    <Message ID="0x8086000200540195"><![CDATA["[MCA_SRV]: mca_idlm_manifest_commit_handler- IDLM valid bit is not set"]]></Message>
    <Message ID="0x80860002005401D1"><![CDATA["[MCA_SRV]: mca_idlm_manifest_commit_handler- unable to read svn"]]></Message>
    <Message ID="0x8086000200540196"><![CDATA["[MCA_SRV]: mca_oem_key_manifest_commit_handler- unable to read rom snowball"]]></Message>
    <Message ID="0x8086000200540197"><![CDATA["[MCA_SRV]: mca_oem_key_manifest_commit_handler- OEM_KM valid bit is not set"]]></Message>
    <Message ID="0x80860002005401D2"><![CDATA["[MCA_SRV]: mca_oem_key_manifest_commit_handler- unable to read svn"]]></Message>
    <Message ID="0x8086000200540198"><![CDATA["[MCA_SRV]: mca_general_manifest_commit_handler- unable to open snowball file"]]></Message>
    <Message ID="0x8086000200540199"><![CDATA["[MCA_SRV]: mca_general_manifest_commit_handler- unable to do fstat for snowball file"]]></Message>
    <Message ID="0x808600020054019A"><![CDATA["[MCA_SRV]: mca_general_manifest_commit_handler- valid/enabled bit is not set"]]></Message>
    <Message ID="0x808600020054019B"><![CDATA["[MCA_SRV]: mca_general_manifest_commit_handler- unable to allocate buffer for snowball file"]]></Message>
    <Message ID="0x808600020054019C"><![CDATA["[MCA_SRV]: mca_general_manifest_commit_handler- unable to read snowball file"]]></Message>
    <Message ID="0x808600020054019D"><![CDATA["[MCA_SRV]: mca_general_manifest_commit_handler- valid/enabled bit is not set"]]></Message>
    <Message ID="0x808600020054019E"><![CDATA["[MCA_SRV]: mca_general_manifest_commit_handler- unable to find the usage: %d in snowball file"]]></Message>
    <Message ID="0x808600020054019F"><![CDATA["[MCA_SRV]: mca_arbsvn_get_info_handler- unable to fill rom info"]]></Message>
    <Message ID="0x80860002005401A0"><![CDATA["[MCA_SRV]: mca_arbsvn_get_info_handler- unable to fill exchangeable info"]]></Message>
    <Message ID="0x8086000200540063"><![CDATA["[MCA_SRV]: attkb_get_and_check_file_size:() failed stat on attkb file. errno=%d"]]></Message>
    <Message ID="0x8086000200540064"><![CDATA["[MCA_SRV]: attkb_get_and_check_file_size: failed- ATTKB is not provisioned"]]></Message>
    <Message ID="0x8086000200540065"><![CDATA["[MCA_SRV]: attkb_get_and_check_file_size: failed- file size is less than the expected header: minimum expected=%d, actual=%d"]]></Message>
    <Message ID="0x8086000200540066"><![CDATA["[MCA_SRV]: attkb_get_and_check_file_size: failed- file size is too big. size=%d"]]></Message>
    <Message ID="0x8086000200540067"><![CDATA["[MCA_SRV]: attkb_get_attkb_info_from_snowball:() failed to open attkb_ivi_info snowball. errno=%d"]]></Message>
    <Message ID="0x8086000200540068"><![CDATA["[MCA_SRV]: attkb_get_attkb_info_from_snowball:() attkb_ivi_info snowball doesn't exist. Probably since get_seed_list wasn't called by bios"]]></Message>
    <Message ID="0x8086000200540069"><![CDATA["[MCA_SRV]: attkb_get_attkb_info_from_snowball:() failed to read attkb_ivi_info snowball. errno=%d"]]></Message>
    <Message ID="0x808600020054006A"><![CDATA["[MCA_SRV]: attkb_check_availability: failed- platform is pre EOM"]]></Message>
    <Message ID="0x808600020054006B"><![CDATA["[MCA_SRV]: attkb_check_availability: failed- secure boot is disabled"]]></Message>
    <Message ID="0x808600020054006C"><![CDATA["[MCA_SRV]: attkb_check_availability: failed- platform is open to debug"]]></Message>
    <Message ID="0x808600020054006D"><![CDATA["[MCA_SRV]: attkb_gen_encryption_key:() failed attkb_data_over_heci_derive_encryption_key. errno=%d"]]></Message>
    <Message ID="0x808600020054006E"><![CDATA["[MCA_SRV]: attkb_encrypt_buffer:() crypto_drng failed. errno=%d"]]></Message>
    <Message ID="0x808600020054006F"><![CDATA["[MCA_SRV]: attkb_encrypt_buffer:() crypto_aes_gcm_decrypt failed. errno=%d"]]></Message>
    <Message ID="0x8086000200540070"><![CDATA["[MCA_SRV]: attkb_read_attkb_file:() failed to read the header from attkb file. errno=%d"]]></Message>
    <Message ID="0x8086000200540071"><![CDATA["[MCA_SRV]: attkb_read_attkb_file:() mismatch between size on flash and size on header. size on flash=%d, size on header=%d"]]></Message>
    <Message ID="0x8086000200540072"><![CDATA["[MCA_SRV]: attkb_read_attkb_file:() failed to read the data from attkb file. errno=%d"]]></Message>
    <Message ID="0x8086000200540073"><![CDATA["[MCA_SRV]: attkb_read_attkb_ex_handler:() received attkbe_read request. offset=%d, size=%d, encrypted=%d"]]></Message>
    <Message ID="0x5600010095607400"><![CDATA["[MCA_SRV]   Failed to open FPF Driver, errno %d"]]></Message>
    <Message ID="0x5600010095607401"><![CDATA["[MCA_SRV]   Failed to commit CSE FPFs with status %d"]]></Message>
    <Message ID="0x5600008095607402"><![CDATA["[MCA_SRV]   Failed to resense CSE FPFs with status %d"]]></Message>
    <Message ID="0x5600020095607403"><![CDATA["[MCA_SRV]   Starting FPF commit flow"]]></Message>
    <Message ID="0x5600008095607404"><![CDATA["[MCA_SRV]   Failed to commit all FPFs with status %d"]]></Message>
    <Message ID="0x80860002005401B8"><![CDATA["[MCA_SRV][KEY_REVOCATION] Starting key revocation handling"]]></Message>
    <Message ID="0x80860002005401BC"><![CDATA["[MCA_SRV][KEY_REVOCATION] Failed to read key hash index snowball with status %d"]]></Message>
    <Message ID="0x80860002005401BD"><![CDATA["[MCA_SRV][KEY_REVOCATION] Key revocation feature is disabled in the hash index snowball"]]></Message>
    <Message ID="0x80860002005401B9"><![CDATA["[MCA_SRV][KEY_REVOCATION] Failed to get the key revocation extension with status %d"]]></Message>
    <Message ID="0x80860002005401BA"><![CDATA["[MCA_SRV][KEY_REVOCATION] Failed to find hash index to revoke with status %d"]]></Message>
    <Message ID="0x80860002005401BB"><![CDATA["[MCA_SRV][KEY_REVOCATION] Failed to verify key revocation extension with status %d"]]></Message>
    <Message ID="0x80860002005401BE"><![CDATA["[MCA_SRV][KEY_REVOCATION] Hash index to revoke is in use by OEM/BTG KM, index-to-revoke: %d, OEM-hash-index: %d, BTG-hash-index: %d"]]></Message>
    <Message ID="0x80860002005401C1"><![CDATA["[MCA_SRV][KEY_REVOCATION] Failed to revoke key hash with status %d"]]></Message>
    <Message ID="0x80860002005401C2"><![CDATA["[MCA_SRV][KEY_REVOCATION] Key hash index %d has been successfully revoked"]]></Message>
    <Message ID="0x80860002005401C3"><![CDATA["[MCA_SRV][KEY_REVOCATION] Finished key revocation handling with internal-status %d, status %d"]]></Message>
    <Message ID="0x80860002005401C4"><![CDATA["[MCA_SRV][GET_KEY_STATUS] Failed to read key hash index snowball with status %d"]]></Message>
    <Message ID="0x80860002005401C5"><![CDATA["[MCA_SRV][GET_KEY_STATUS] Failed to read key hash index snowball with status %d"]]></Message>
    <Message ID="0x80860002005401C6"><![CDATA["[MCA_SRV][GET_KEY_STATUS] Failed to read FPF_FILE_OEM_KH_0_S/FPF_FILE_OEM_CRED_S with status %d"]]></Message>
    <Message ID="0x80860002005401C7"><![CDATA["[MCA_SRV][GET_KEY_STATUS] Unknown hash algorithm type %d"]]></Message>
    <Message ID="0x80860002005401C8"><![CDATA["[MCA_SRV][GET_KEY_STATUS] Failed to read valid fuse of hash index %d with status %d"]]></Message>
    <Message ID="0x80860002005401C9"><![CDATA["[MCA_SRV][GET_KEY_STATUS] Failed to read revoke fuse of hash index %d with status %d"]]></Message>
    <Message ID="0x80860002005401CA"><![CDATA["[MCA_SRV][GET_KEY_STATUS] Failed to read key hash at index %d with status %d, bytes_read %d, expected_hash_size %d"]]></Message>
    <Message ID="0x80860002005401CB"><![CDATA["[MCA_SRV][GET_KEY_STATUS] Finished get oem key status handling with internal-status: %d, status %d"]]></Message>
    <Message ID="0x8086000200540000"><![CDATA["[MCA_SRV]: is_linear_address_in_cse_space- read bioscom susram failed"]]></Message>
    <Message ID="0x8086000200540001"><![CDATA["MCA_SRV: starting biosmsg_init"]]></Message>
    <Message ID="0x8086000200540004"><![CDATA["MCA_SRV: biosmsg_init: biosmsg_heci2_init_connection failed"]]></Message>
    <Message ID="0x8086000200540005"><![CDATA["MCA_SRV: biosmsg_init: faild opening susram file. errno=%d"]]></Message>
    <Message ID="0x8086000200540006"><![CDATA["MCA_SRV: biosmsg_init: faile opening bios rfs file. errno=%d"]]></Message>
    <Message ID="0x8086000200540007"><![CDATA["MCA_SRV: biosmsg_init: failed reading bios rfs file. errno=%d"]]></Message>
    <Message ID="0x8086000200540008"><![CDATA["error processing HECI select events: io_signals=%d "]]></Message>
    <Message ID="0x808600020054003A"><![CDATA["MCA_SRV: biosmsg_recv_complete: start"]]></Message>
    <Message ID="0x808600020054003B"><![CDATA["MCA_SRV: biosmsg_recv_complete: msg size is too small"]]></Message>
    <Message ID="0x808600020054003C"><![CDATA["MCA_SRV: biosmsg_recv_complete: is_response value is wrong"]]></Message>
    <Message ID="0x808600020054003F"><![CDATA["MCA HECI2: Read AR MC.. "]]></Message>
    <Message ID="0x8086000200540040"><![CDATA["MCA HECI2: Increment AR MC.. "]]></Message>
    <Message ID="0x8086000200540041"><![CDATA["MCA_SRV: biosmsg_recv_complete: unknown command"]]></Message>
    <Message ID="0x8086000200540042"><![CDATA["MCA_SRV: biosmsg_recv_complete: error writing to susram"]]></Message>
    <Message ID="0x8086000200540043"><![CDATA["MCA_SRV: biosmsg_recv_complete: failed signing msg. status = %d"]]></Message>
    <Message ID="0x8086000200540044"><![CDATA["MCA_SRV: biosmsg_recv_complete: failed writing the response to heci! status = %d"]]></Message>
    <Message ID="0x8086000200540045"><![CDATA["MCA_SRV: biosmsg_heci_async_complete: start"]]></Message>
    <Message ID="0x8086000200540046"><![CDATA["[MCA]:  hci_heci_async_complete(), data size = %d"]]></Message>
    <Message ID="0x8086000200540047"><![CDATA["[MCA]:  error reading heci message "]]></Message>
    <Message ID="0x8086000200540048"><![CDATA["MCA_SRV: biosmsg_heci_async_complete: request is neither read nor write"]]></Message>
    <Message ID="0x8086000200540049"><![CDATA["MCA_SRV: biosmsg_heci2_init_connection: start"]]></Message>
    <Message ID="0x808600020054004A"><![CDATA["MCA_SRV: biosmsg_heci2_init_connection: heci_client is null. errno=%d"]]></Message>
    <Message ID="0x808600020054004B"><![CDATA["MCA_SRV: biosmsg_heci2_init_connection: calling to heci_read_async failed "]]></Message>
    <Message ID="0x808600020054004C"><![CDATA["MCA_SRV: biosmsg_heci2_init_connection: finished successfully "]]></Message>
    <Message ID="0x8086000200540056"><![CDATA["MCA_SRV: biosmsg_heci2_read_ar_mc: msg size is wrong. size=%d, expected size=%d"]]></Message>
    <Message ID="0x8086000200540057"><![CDATA["MCA_SRV: biosmsg_heci2_read_ar_mc: msg size is wrong. size=%d, expected size=%d"]]></Message>
    <Message ID="0x8086000200540058"><![CDATA["MCA_SRV: biosmsg_heci2_validate_message: start"]]></Message>
    <Message ID="0x8086000200540059"><![CDATA["MCA_SRV: biosmsg_heci2_validate_message: counter value is wrong. expected=%d, actual=%d"]]></Message>
    <Message ID="0x808600020054005A"><![CDATA["MCA_SRV: biosmsg_heci2_validate_message: crypto_hmac_simple failed. errno=%d"]]></Message>
    <Message ID="0x808600020054005B"><![CDATA["MCA_SRV: biosmsg_heci2_validate_message: crypto_hmac_resum on hdr failed. errno=%d"]]></Message>
    <Message ID="0x808600020054005C"><![CDATA["MCA_SRV: biosmsg_heci2_validate_message: crypto_hmac_simple on data failed. errno=%d"]]></Message>
    <Message ID="0x808600020054005D"><![CDATA["MCA_SRV: biosmsg_heci2_validate_message: crypto_get_hash failed. errno=%d"]]></Message>
    <Message ID="0x808600020054005E"><![CDATA["MCA_SRV: biosmsg_heci2_validate_message: wrong signature!"]]></Message>
    <Message ID="0x808600020054005F"><![CDATA["MCA_SRV: biosmsg_heci2_validate_message: finished successfully"]]></Message>
    <Message ID="0x8086000200540060"><![CDATA["MCA_SRV: biosmsg_heci2_sign_message: crypto_hmac_resum on hdr failed. errno=%d"]]></Message>
    <Message ID="0x8086000200540061"><![CDATA["MCA_SRV: biosmsg_heci2_sign_message: crypto_hmac_simple on data failed. errno=%d"]]></Message>
    <Message ID="0x8086000200540062"><![CDATA["MCA_SRV: biosmsg_heci2_sign_message: crypto_get_hash failed. errno=%d"]]></Message>
    <Message ID="0x8086000200540118"><![CDATA["[MCA_SRV]: handle_mkhi_command- invalid input: command_size=%d, is_response=%d"]]></Message>
    <Message ID="0x8086000200540119"><![CDATA["[MCA_SRV]: handle_mkhi_command- invalid input: either buffer or size are null droping the request"]]></Message>
    <Message ID="0x808600020054011A"><![CDATA["[MCA_SRV]: handle_mkhi_command- wrong size: command_size=%d, exp_command_size=%d"]]></Message>
    <Message ID="0x808600020054011B"><![CDATA["[MCA_SRV]: handle_mkhi_command- mca after lock"]]></Message>
    <Message ID="0x808600020054011C"><![CDATA["[MCA_SRV]: handle_mkhi_command- recieved unsupported command at recovery"]]></Message>
    <Message ID="0x808600020054011D"><![CDATA["[MCA_SRV]: handle_hci_event- replying on MKHI command: command_id=%d, result=%d"]]></Message>
    <Message ID="0x808600020054011E"><![CDATA["[MCA_SRV]: is_file_done- Could not read file"]]></Message>
    <Message ID="0x808600020054011F"><![CDATA["[MCA_SRV] is_eom_complete - unable to read FPF_FILE_COMP_EOM fuse"]]></Message>
    <Message ID="0x8086000200540121"><![CDATA["[MCA_SRV] check_rw_allowed_after_eom - post manuf lock"]]></Message>
    <Message ID="0x8086000200540122"><![CDATA["[MCA_SRV] check_rw_allowed_after_eom - post CBD or EOP"]]></Message>
    <Message ID="0x8086000200540123"><![CDATA["[MCA_SRV] check_rw_allowed_after_eom - %d allowed pre eom only"]]></Message>
    <Message ID="0x8086000200540124"><![CDATA["[MCA_SRV] check_rw_allowed_after_eom - defaulting to not allow %d"]]></Message>
    <Message ID="0x8086000200540125"><![CDATA["[MCA_SRV] check_rw_allowed_after_eom - unknown attribute"]]></Message>
    <Message ID="0x8086000200540126"><![CDATA["[MCA_SRV] check_rw_allowed - %d is always forbidden"]]></Message>
    <Message ID="0x8086000200540127"><![CDATA["[MCA_SRV] check_rw_allowed - %d not allowed after eom"]]></Message>
    <Message ID="0x560001009560A400"><![CDATA["[MCA_SRV]   Invalid arguments, unknown flag(s) 0x%02x"]]></Message>
    <Message ID="0x560001009560A401"><![CDATA["[MCA_SRV]   Failed to get file info with status %d"]]></Message>
    <Message ID="0x560001009560A402"><![CDATA["[MCA_SRV]   Failed to check file permissions with status %d"]]></Message>
    <Message ID="0x560001009560A403"><![CDATA["[MCA_SRV]   Failed to get file entry from memory (volatile), file doesn't exist"]]></Message>
    <Message ID="0x560001009560A404"><![CDATA["[MCA_SRV]   Invalid arguments, unknown flag(s) 0x%02x"]]></Message>
    <Message ID="0x560001009560A405"><![CDATA["[MCA_SRV]   Failed to stat file with status %d, errno %d"]]></Message>
    <Message ID="0x560002009560A406"><![CDATA["[MCA_SRV]   mca_get_file_attributes_ex() - start, file-id 0x%08x, flags 0x%02x"]]></Message>
    <Message ID="0x560001009560A407"><![CDATA["[MCA_SRV]   Failed to get file attributes, invalid file media type"]]></Message>
    <Message ID="0x560002009560A408"><![CDATA["[MCA_SRV]   mca_get_file_attributes_ex() - end, file-size %d, is-blob %d, status %d"]]></Message>
    <Message ID="0x8086000200540131"><![CDATA["[MCA_SRV]: mca_get_file- file doesn't exist in volatile"]]></Message>
    <Message ID="0x8086000200540132"><![CDATA["[MCA_SRV]: mca_get_dfs_file- flags are not valid. flags=%d"]]></Message>
    <Message ID="0x8086000200540133"><![CDATA["[MCA_SRV]: mca_get_dfs_file- size exceeds max allowed. size=%d"]]></Message>
    <Message ID="0x8086000200540136"><![CDATA["[MCA_SRV]: mca_get_dfs_file- check_nvar_read_allowed failed. status=%d"]]></Message>
    <Message ID="0x8086000200540137"><![CDATA["[MCA_SRV]: mca_get_dfs_file- fstat for default failed. errno=%d"]]></Message>
    <Message ID="0x8086000200540138"><![CDATA["[MCA_SRV]: mca_get_dfs_file- stat for default failed. errno=%d"]]></Message>
    <Message ID="0x8086000200540139"><![CDATA["[MCA_SRV]: mca_get_dfs_file- get_file_from_volatile- file doesn't exist in volatile"]]></Message>
    <Message ID="0x808600020054013A"><![CDATA["[MCA_SRV]: mca_get_dfs_file- malloc failed"]]></Message>
    <Message ID="0x808600020054013B"><![CDATA["[MCA_SRV]: mca_get_dfs_file- open file failed. errno=ENOENT"]]></Message>
    <Message ID="0x808600020054013C"><![CDATA["[MCA_SRV]: mca_get_dfs_file- read failed. errno=%d"]]></Message>
    <Message ID="0x808600020054013D"><![CDATA["[MCA_SRV]: mca_get_dfs_file-crypto_hash_simple failed. errno=%d"]]></Message>
    <Message ID="0x808600020054013E"><![CDATA["[MCA_SRV] mca_get_dfs_file- crypto_get_crypto_materials failed. errno=%d"]]></Message>
    <Message ID="0x808600020054013F"><![CDATA["[MCA_SRV]: mca_get_dfs_file- crypto_sks_install_wrapped_key failed. errno=%d"]]></Message>
    <Message ID="0x8086000200540140"><![CDATA["[MCA_SRV]: mca_get_dfs_file- crypto_hmac_simple failed. errno=%d"]]></Message>
    <Message ID="0x8086000200540141"><![CDATA["[MCA_SRV]: mca_get_dfs_file- encrypted file without get_hash flag"]]></Message>
    <Message ID="0x80860002005401CE"><![CDATA["[MCA_SRV] Failed to uninstall key with status %d"]]></Message>
    <Message ID="0x8086000200540142"><![CDATA["[MCA_SRV]: is_fpf_input_valid- fpf with offest != 0"]]></Message>
    <Message ID="0x8086000200540143"><![CDATA["[MCA_SRV]: is_fpf_input_valid- wrong flags. flags=%d"]]></Message>
    <Message ID="0x8086000200540144"><![CDATA["[MCA_SRV] mca_get_fpf_file - fpf file 0x%08x"]]></Message>
    <Message ID="0x8086000200540145"><![CDATA["[MCA_SRV] mca_get_fpf_file - stat on fileno 0x%08x failed"]]></Message>
    <Message ID="0x8086000200540146"><![CDATA["[MCA_SRV] mca_get_fpf_file - read from fpf failed. fileno=0x%08x, status=%d, errno=%d"]]></Message>
    <Message ID="0x8086000200540147"><![CDATA["[MCA_SRV] mca_get_fpf_file - read failed. fileno=0x%08x, errno=%d"]]></Message>
    <Message ID="0x8086000200540148"><![CDATA["[MCA_SRV]: mca_get_file_ex- recieved mca_get_file command. size=%d, offset=%d, flags=%d"]]></Message>
    <Message ID="0x8086000200540149"><![CDATA["[MCA_SRV]: mca_get_file_ex- dfs file"]]></Message>
    <Message ID="0x808600020054014A"><![CDATA["[MCA_SRV]: mca_get_file- file is not valid fpf/dfs"]]></Message>
    <Message ID="0x808600020054014B"><![CDATA["[MCA_SRV] mca_set_dfs_file- start"]]></Message>
    <Message ID="0x80860002005401B7"><![CDATA["[MCA_SRV] mca_set_dfs_file - flags are not valid. flags=%d"]]></Message>
    <Message ID="0x808600020054014C"><![CDATA["[MCA_SRV] mca_set_dfs_file - required_size is greater than allowed"]]></Message>
    <Message ID="0x808600020054014F"><![CDATA["[MCA_SRV] mca_set_dfs_file - required_size is greater than allowed"]]></Message>
    <Message ID="0x8086000200540150"><![CDATA["[MCA_SRV] mca_set_dfs_file - check_nvar_write_allowed failed. status=%d"]]></Message>
    <Message ID="0x8086000200540151"><![CDATA["[MCA_SRV] mca_set_dfs_file - too many files set"]]></Message>
    <Message ID="0x8086000200540152"><![CDATA["[MCA_SRV] mca_set_dfs_file - malloc failed"]]></Message>
    <Message ID="0x8086000200540153"><![CDATA["[MCA_SRV] mca_set_dfs_file - read nvar failed. errno=%d"]]></Message>
    <Message ID="0x560002009560A409"><![CDATA["[MCA_SRV]   mca_set_fpf_file() - Setting FPF 0x%08x"]]></Message>
    <Message ID="0x560001009560A40A"><![CDATA["[MCA_SRV]   mca_set_fpf_file() - Invalid parameters, offset %d, flags 0x%02x"]]></Message>
    <Message ID="0x560001009560A40B"><![CDATA["[MCA_SRV]   mca_set_fpf_file() - Failed to set FPF, EOM is set"]]></Message>
    <Message ID="0x560001009560A40C"><![CDATA["[MCA_SRV]   mca_set_fpf_file() - Failed to set FPF, SOC_CL is set"]]></Message>
    <Message ID="0x560001009560A40D"><![CDATA["[MCA_SRV]   mca_set_fpf_file() - Failed to set FPF, it's contained in the deny list"]]></Message>
    <Message ID="0x560001009560A40E"><![CDATA["[MCA_SRV]   mca_set_fpf_file() - Failed to stat() the FPF, or size is incorrect, status %d, stat-size %d, size %d"]]></Message>
    <Message ID="0x560001009560A40F"><![CDATA["[MCA_SRV]   mca_set_fpf_file() - Failed to write to the FPF, bytes-written %d, errno %d"]]></Message>
    <Message ID="0x560002009560A410"><![CDATA["[MCA_SRV]   mca_set_fpf_file() - Finished with status %d"]]></Message>
    <Message ID="0x808600020054015B"><![CDATA["[MCA_SRV]: mca_set_file_ex- recieved mca_set_file command. size=%d, offset=%d, flags=%d"]]></Message>
    <Message ID="0x808600020054015C"><![CDATA["[MCA_SRV]: mca_set_file_ex- dfs file"]]></Message>
    <Message ID="0x808600020054015D"><![CDATA["[MCA_SRV]: mca_set_file- file is not valid fpf/dfs"]]></Message>
    <Message ID="0x808600020054015E"><![CDATA["[MCA_SRV]: mca_commit_file- recieved mca_commit_file command"]]></Message>
    <Message ID="0x808600020054015F"><![CDATA["[MCA_SRV]: mca_commit_file- no files in manuf"]]></Message>
    <Message ID="0x8086000200540160"><![CDATA["[MCA_SRV]: mca_commit_file- verfication failed. status=%d"]]></Message>
    <Message ID="0x8086000200540161"><![CDATA["[MCA_SRV]: mca_commit_file- write nvars failed"]]></Message>
    <Message ID="0x8086000200540162"><![CDATA["[MCA_SRV]: mca_commit_file- global reset is needed"]]></Message>
    <Message ID="0x8086000200540163"><![CDATA["[MCA_SRV]: mca_commit_file- open maestro for cse reset failed"]]></Message>
    <Message ID="0x8086000200540164"><![CDATA["[MCA_SRV]: mca_commit_file- cse reset failed. errno=%d"]]></Message>
    <Message ID="0x8086000200540165"><![CDATA["[MCA_SRV] write_nvars_to_manuf: file_write of manuf_files file failed. status=%d"]]></Message>
    <Message ID="0x8086000200540166"><![CDATA["[MCA_SRV] write_nvars_to_manuf: file_write failed. fileno=%x, status=%d, size=%d"]]></Message>
    <Message ID="0x8086000200540167"><![CDATA["[MCA_SRV] write_nvars_to_manuf: file_write failed. fileno=%x, status=%d"]]></Message>
    <Message ID="0x8086000200540168"><![CDATA["[MCA_SRV] write_nvars_to_manuf: file_write of commit file failed. status=%d"]]></Message>
    <Message ID="0x8086000200540169"><![CDATA["[MCA_SRV]: clean_manuf: file_read of manuf_files failed. status=%d"]]></Message>
    <Message ID="0x808600020054016A"><![CDATA["[MCA_SRV]: clean_manuf: file_delete failed. status=%d, fileno=%x"]]></Message>
    <Message ID="0x808600020054016B"><![CDATA["[MCA_SRV]: clean_manuf: file_delete of manuf_files failed. status=%d, fileno=%x"]]></Message>
    <Message ID="0x80860002005401A2"><![CDATA["[MCA_SRV]: read_arbsvn_snowball- opening snowball failed. errno=%d"]]></Message>
    <Message ID="0x80860002005401A3"><![CDATA["[MCA_SRV]: read_arbsvn_snowball- reading snowball failed. errno=%d"]]></Message>
    <Message ID="0x80860002005401A4"><![CDATA["[MCA_SRV]: arb_svn_entry: entry number=:%d "]]></Message>
    <Message ID="0x80860002005401A5"><![CDATA["[MCA_SRV]: arb_svn_entry: usage_id=%d, executing svn=%d, min svn=%d, boot pation=%d, enabler=%d, invalid=%d"]]></Message>
    <Message ID="0x80860002005401A6"><![CDATA["[MCA_SRV]: mca_arbsvn_fill_rom_info- started"]]></Message>
    <Message ID="0x80860002005401A7"><![CDATA["[MCA_SRV]: mca_arbsvn_fill_rom_info- reading ROM SVN snowball failed feature is probably disabled."]]></Message>
    <Message ID="0x80860002005401A8"><![CDATA["[MCA_SRV]: mca_arbsvn_fill_rom_info- reading RBE ARBSVN counter failed. status=%d"]]></Message>
    <Message ID="0x80860002005401A9"><![CDATA["[MCA_SRV]: mca_arbsvn_fill_rom_info- unable to read enabler fuse FPF_FILE_CSE_BOOTSTRAP_SVN_EN."]]></Message>
    <Message ID="0x80860002005401AA"><![CDATA["[MCA_SRV]: mca_arbsvn_fill_rom_info- filling RBE svn. , enabler:%d, entry error:%d"]]></Message>
    <Message ID="0x80860002005401AB"><![CDATA["[MCA_SRV]: mca_arbsvn_fill_rom_info- filling IDLM svn enabler:%d, entry error:%d."]]></Message>
    <Message ID="0x80860002005401AC"><![CDATA["[MCA_SRV]: mca_arbsvn_fill_rom_info- filling OEM_KM svn enabler:%d, entry error:%d."]]></Message>
    <Message ID="0x80860002005401AD"><![CDATA["[MCA_SRV]: mca_arbsvn_get_info_handler- unable to open snowball"]]></Message>
    <Message ID="0x80860002005401AE"><![CDATA["[MCA_SRV]: mca_arbsvn_get_info_handler- unable to do fstat or file size is zero (file is empty) moving to next file"]]></Message>
    <Message ID="0x5600028095608400"><![CDATA["VerifyManifest2K: Public key hash mismatch detected - Ignoring (set by OEM Debug Token)"]]></Message>
    <Message ID="0x5600028095608401"><![CDATA["VerifyManifest3K: Public key hash mismatch detected - Ignoring (set by OEM Debug Token)"]]></Message>
    <Message ID="0x8086000200210C00"><![CDATA["[HI] hi_heci_connect_request: failed to start read (connection-oriented client)"]]></Message>
    <Message ID="0x8086000200210C01"><![CDATA["[HI] hi_heci_async_complete() data size = %d"]]></Message>
    <Message ID="0x8086000200210C02"><![CDATA["[HI] hi_heci_async_complete() error reading heci message"]]></Message>
    <Message ID="0x8086000200210C03"><![CDATA["[HI] hi_heci_async_complete() handling read complete"]]></Message>
    <Message ID="0x8086000200210C05"><![CDATA["[HI] hi_heci_async_complete() invalid buffer"]]></Message>
    <Message ID="0x8086000200210C0E"><![CDATA["[HI] hi_heci_async_complete() invalid size (%d)."]]></Message>
    <Message ID="0x8086000200210C0D"><![CDATA["[HI] hi_heci_async_complete() error sending heci message"]]></Message>
    <Message ID="0x8086000200210C06"><![CDATA["[HI] hi_heci_async_complete() error sending heci message"]]></Message>
    <Message ID="0x8086000200210C07"><![CDATA["[HI] hi_heci_async_complete() error reading heci message"]]></Message>
    <Message ID="0x8086000200210C08"><![CDATA["[HI] hi_heci_init_client() heci_create_client failed, status = %d"]]></Message>
    <Message ID="0x8086000200210C09"><![CDATA["[HI] hi_heci_init_client() heci_read_async failed, status = %d"]]></Message>
    <Message ID="0x8086000200210C0A"><![CDATA["[HI] hi_send_response() heci_write_async failed, errno = %d"]]></Message>
    <Message ID="0x8086000200210C0B"><![CDATA["[HI] mkhi_send_response() no pending message"]]></Message>
    <Message ID="0x8086000200420020"><![CDATA["manifest_load: manifest is already loaded. free the previous one."]]></Message>
    <Message ID="0x8086000200420018"><![CDATA["ldr_check_and_update_nvar_svn: SVN Version Too Low. Usage index: %d"]]></Message>
    <Message ID="0x8086000200420009"><![CDATA["ldr_rsa_verify_manifest - status failure."]]></Message>
    <Message ID="0x808600020042000D"><![CDATA["ldr_rsa_verify_manifest: invalid input"]]></Message>
    <Message ID="0x8086000200420023"><![CDATA["ldr_rsa_verify_manifest - crypto error"]]></Message>
    <Message ID="0x808600020042000B"><![CDATA["ldr_rsa_verify_manifest: key hash mismatch."]]></Message>
    <Message ID="0x8086000200420006"><![CDATA["ldr_rsa_verify_manifest: bad manifest header data"]]></Message>
    <Message ID="0x8086000200420010"><![CDATA["ldr_rsa_verify_manifest: hash-signature mismatch"]]></Message>
    <Message ID="0x8086000200420019"><![CDATA["ldr_rsa_verify_manifest: RSA PSS 3K error (%d)"]]></Message>
    <Message ID="0x808600020042001C"><![CDATA["ldr_rsa_verify_manifest: PV bit error"]]></Message>
    <Message ID="0x8086000200420011"><![CDATA["ldr_rsa_verify_manifest: unknown error (%d)"]]></Message>
    <Message ID="0x808600020042000C"><![CDATA["ldr_rsa_verify_manifest returned %d (is_intel_manifest: %d is_cpu_signed_manifest: %d)"]]></Message>
    <Message ID="0x8086000200420008"><![CDATA["ldr_rsa_verify_manifest_ext - usage %d must be intel manifest."]]></Message>
    <Message ID="0x80860002004201A9"><![CDATA["ldr_convert_partitionID_to_usage_index: Wrong partitionID value (%d)"]]></Message>
    <Message ID="0x80860002004201AE"><![CDATA["ldr_get_number_of_keys_in_KM: Extension is NULL"]]></Message>
    <Message ID="0x80860002004201AF"><![CDATA["ldr_get_number_of_keys_in_KM: Too many keys in manifest"]]></Message>
    <Message ID="0x80860002004201AD"><![CDATA["ldr_get_number_of_modules_in_manifest: Extension is NULL"]]></Message>
    <Message ID="0x80860002004201AB"><![CDATA["ldr_get_number_of_modules_in_manifest: Too many modules in manifest : (%d)"]]></Message>
    <Message ID="0x808600020042001D"><![CDATA["manifest_check_extension got NULL extension."]]></Message>
    <Message ID="0x808600020042001E"><![CDATA["manifest_check_extension failed. type: %d length: %d"]]></Message>
    <Message ID="0x808600020042000A"><![CDATA["crypto_hash_simple failed "]]></Message>
    <Message ID="0x808600020042000F"><![CDATA["Crypto RSA Encrypt Failed."]]></Message>
    <Message ID="0x808600020042002F"><![CDATA["Crypto hash failed."]]></Message>
    <Message ID="0x8086000200370001"><![CDATA["[TLS_ISO] TlsIsolatedInitSession returning with status: 0x%x, DetailedStatus: %d"]]></Message>
    <Message ID="0x8086000200370002"><![CDATA["[TLS_ISO] TlsIsolatedDeInitSession returning with status: 0x%x, DetailedStatus: %d"]]></Message>
    <Message ID="0x8086000200370003"><![CDATA["[TLS_ISO] TlsIsolatedSessionSetParams: Offset from PRTC is invalid"]]></Message>
    <Message ID="0x8086000200370023"><![CDATA["[TLS_ISO] TlsIsolatedSessionSetParams: Offset from PRTC is invalid"]]></Message>
    <Message ID="0x8086000200370004"><![CDATA["[TLS_ISO] TlsIsolatedSessionSetParams: FQDN Match type is invalid"]]></Message>
    <Message ID="0x8086000200370005"><![CDATA["[TLS_ISO] TlsIsolatedSessionSetParams: FQDN is invalid"]]></Message>
    <Message ID="0x8086000200370006"><![CDATA["[TLS_ISO] TlsIsolatedSessionSetParams returning with status: 0x%x, DetailedStatus: %d"]]></Message>
    <Message ID="0x8086000200370007"><![CDATA["[TLS_ISO] TlsIsolatedConnectionSetCipherList: Invalid cipher suite"]]></Message>
    <Message ID="0x8086000200370008"><![CDATA["[TLS_ISO] TlsIsolatedConnectionSetCipherList returning with status: 0x%x, DetailedStatus: %d"]]></Message>
    <Message ID="0x8086000200370009"><![CDATA["[TLS_ISO] TlsIsolatedPerformHandshake: Starting handshake"]]></Message>
    <Message ID="0x808600020037000A"><![CDATA["[TLS_ISO] TlsIsolatedPerformHandshake: Continuing handshake"]]></Message>
    <Message ID="0x808600020037000B"><![CDATA["[TLS_ISO] TlsIsolatedPerformHandshake: IsRecvDataAvailable: %d"]]></Message>
    <Message ID="0x808600020037000C"><![CDATA["[TLS_ISO] TlsIsolatedPerformHandshake returning with status: 0x%x, DetailedStatus: %d"]]></Message>
    <Message ID="0x808600020037000D"><![CDATA["[TLS_ISO] TlsIsolatedIsConnectionEstablished: IsConnectionEstablished: %d"]]></Message>
    <Message ID="0x808600020037000E"><![CDATA["[TLS_ISO] TlsIsolatedIsConnectionEstablished returning with status: 0x%x"]]></Message>
    <Message ID="0x808600020037000F"><![CDATA["[TLS_ISO] TlsIsolatedGetBufferToSend: No more buffer to send (1)"]]></Message>
    <Message ID="0x8086000200370010"><![CDATA["[TLS_ISO] TlsIsolatedGetBufferToSend: No more buffer to send (2)"]]></Message>
    <Message ID="0x8086000200370011"><![CDATA["[TLS_ISO] TlsIsolatedGetBufferToSend returning with status: 0x%x, DetailedStatus: %d"]]></Message>
    <Message ID="0x8086000200370012"><![CDATA["[TLS_ISO] TlsIsolatedEncrypt returning with status: 0x%x, DetailedStatus: %d"]]></Message>
    <Message ID="0x8086000200370013"><![CDATA["[TLS_ISO] TlsIsolatedDecrypt returning with status: 0x%x, DetailedStatus: %d"]]></Message>
    <Message ID="0x8086000200370014"><![CDATA["[TLS_ISO] ... TlsIsolatedReceive: Processing a TLS record"]]></Message>
    <Message ID="0x8086000200370015"><![CDATA["[TLS_ISO] TlsIsolatedReceive returning with IsDataAvailable: %d, DetailedStatus: %d"]]></Message>
    <Message ID="0x8086000200370016"><![CDATA["[TLS_ISO] TlsIsolatedGetBufferReceivedInternal returning with status: 0x%x, DetailedStatus: %d"]]></Message>
    <Message ID="0x8086000200370017"><![CDATA["[TLS_ISO] TlsIsolatedGetBufferReceived returning a previously masked alert"]]></Message>
    <Message ID="0x8086000200370018"><![CDATA["[TLS_ISO] TlsIsolatedGetBufferReceived received an alert: %d"]]></Message>
    <Message ID="0x8086000200370019"><![CDATA["[TLS_ISO] TlsIsolatedGetBufferReceived masking the alert"]]></Message>
    <Message ID="0x808600020037001A"><![CDATA["[TLS_ISO] TlsIsolatedGetBufferReceived returning with status: 0x%x, DetailedStatus: %d"]]></Message>
    <Message ID="0x808600020037001B"><![CDATA["[TLS_ISO] TlsIsolatedCreateAlertMessage: Invalid alert class"]]></Message>
    <Message ID="0x808600020037001C"><![CDATA["[TLS_ISO] TlsIsolatedCreateAlertMessage: Invalid alert id"]]></Message>
    <Message ID="0x808600020037001D"><![CDATA["[TLS_ISO] TlsIsolatedCreateAlertMessage returning with status: 0x%x, DetailedStatus: %d"]]></Message>
    <Message ID="0x808600020037001E"><![CDATA["[TLS_ISO] TlsIsolatedConvertErrorIdToAlertId returning with status: 0x%x, DetailedStatus: %d"]]></Message>
    <Message ID="0x808600020037001F"><![CDATA["[TLS_ISO] TlsIsolatedGetLastAlert returning with status: 0x%x"]]></Message>
    <Message ID="0x8086000200370020"><![CDATA["[TLS_ISO] TlsIsolatedCertChainGetLength returning with status: 0x%x"]]></Message>
    <Message ID="0x8086000200370021"><![CDATA["[TLS_ISO] TlsIsolatedCertInfoEnumListGetNthValue: ERRNO_NEG(ENOTFOUND)"]]></Message>
    <Message ID="0x8086000200370022"><![CDATA["[TLS_ISO] TlsIsolatedEnumDN: Ignoring Entry"]]></Message>
    <Message ID="0x8086000200370065"><![CDATA["[TLS_ISO] TlsIsolatedCertChainGetCertInfo: Requesting %d info for certificite #%d, InfoIndexNumber = %d"]]></Message>
    <Message ID="0x8086000200370024"><![CDATA["[TLS_ISO] TlsIsolatedCertChainGetCertInfo: Invalid certificate chain index"]]></Message>
    <Message ID="0x8086000200370025"><![CDATA["[TLS_ISO] TlsIsolatedCertChainGetCertInfo: Invalid certificate chain index"]]></Message>
    <Message ID="0x8086000200370026"><![CDATA["[TLS_ISO] TlsIsolatedCertChainGetCertInfo: ERRNO_NEG(ENOTFOUND)"]]></Message>
    <Message ID="0x8086000200370027"><![CDATA["[TLS_ISO] TlsIsolatedCertChainGetCertInfo returning with status: 0x%x"]]></Message>
    <Message ID="0x8086000200370028"><![CDATA["[TLS_ISO] TlsIsolatedCertChainIsExtensionCritical: Certificite #%d"]]></Message>
    <Message ID="0x8086000200370029"><![CDATA["[TLS_ISO] TlsIsolatedCertChainIsExtensionCritical: Invalid certificate chain index"]]></Message>
    <Message ID="0x808600020037002A"><![CDATA["[TLS_ISO] TlsIsolatedCertChainIsExtensionCritical: Invalid certificate chain index"]]></Message>
    <Message ID="0x808600020037002B"><![CDATA["[TLS_ISO] TlsIsolatedCertChainIsExtensionCritical returning with status: 0x%x, MStatus: %d"]]></Message>
    <Message ID="0x808600020037002C"><![CDATA["[TLS_ISO] TlsIsolatedCrlInit: Given certificate doesn't have a parent"]]></Message>
    <Message ID="0x808600020037002D"><![CDATA["[TLS_ISO] TlsIsolatedCrlInit returning with status: 0x%x"]]></Message>
    <Message ID="0x808600020037002E"><![CDATA["[TLS_ISO] TlsIsolatedCrlDeinit returning with status: 0x%x"]]></Message>
    <Message ID="0x808600020037002F"><![CDATA["[TLS_ISO] TlsIsolatedCrlAdd returning with status: 0x%x"]]></Message>
    <Message ID="0x8086000200370030"><![CDATA["[TLS_ISO] TlsIsolatedCrlVerify: CRL failed verification"]]></Message>
    <Message ID="0x8086000200370031"><![CDATA["[TLS_ISO] TlsIsolatedCrlVerify: CRL hash isn't secure"]]></Message>
    <Message ID="0x8086000200370032"><![CDATA["[TLS_ISO] TlsIsolatedCrlVerify: CRL had problems with this/next update"]]></Message>
    <Message ID="0x8086000200370033"><![CDATA["[TLS_ISO] TlsIsolatedCrlVerify: CRL is verified"]]></Message>
    <Message ID="0x8086000200370034"><![CDATA["[TLS_ISO] TlsIsolatedCrlVerify returning with status: 0x%x, DetailedStatus: %d"]]></Message>
    <Message ID="0x8086000200370035"><![CDATA["[TLS_ISO] TlsIsolatedCrlSearchForSerial: IsInCrl: %d"]]></Message>
    <Message ID="0x8086000200370036"><![CDATA["[TLS_ISO] TlsIsolatedCrlSearchForSerial returning with status: 0x%x, DetailedStatus: %d"]]></Message>
    <Message ID="0x8086000200370037"><![CDATA["[TLS_ISO] TlsIsolatedIsCertificateValid: Certificate isn't valid (1)."]]></Message>
    <Message ID="0x8086000200370038"><![CDATA["[TLS_ISO] TlsIsolatedIsCertificateValid: Certificate isn't valid (2)."]]></Message>
    <Message ID="0x8086000200370039"><![CDATA["[TLS_ISO] TlsIsolatedCertStoreCreate returning with status: 0x%x"]]></Message>
    <Message ID="0x808600020037003A"><![CDATA["[TLS_ISO] TlsIsolatedCertStoreAddCert: Certificate isn't valid"]]></Message>
    <Message ID="0x808600020037003B"><![CDATA["[TLS_ISO] TlsIsolatedCertStoreAddCert: Root certificate is already in global store, associating it with virtual store"]]></Message>
    <Message ID="0x808600020037003C"><![CDATA["[TLS_ISO] TlsIsolatedCertStoreAddCert: No more room for root certificate"]]></Message>
    <Message ID="0x808600020037003D"><![CDATA["[TLS_ISO] TlsIsolatedCertStoreAddCert returning with status: 0x%x"]]></Message>
    <Message ID="0x808600020037007C"><![CDATA["[TLS_ISO] TlsIsolatedCertStoreAddKey: Key is already in global store"]]></Message>
    <Message ID="0x808600020037007D"><![CDATA["[TLS_ISO] TlsIsolatedCertStoreAddKey: No more room for key"]]></Message>
    <Message ID="0x8086000200370080"><![CDATA["[TLS_ISO] TlsIsolatedCertStoreAddKey: Problem with key, DetailedStatus = 0x%x"]]></Message>
    <Message ID="0x808600020037007E"><![CDATA["[TLS_ISO] TlsIsolatedCertStoreAddKey returning with status: 0x%x"]]></Message>
    <Message ID="0x808600020037003E"><![CDATA["[TLS_ISO] TlsIsolatedCertStoreDestroy returning with status: 0x%x"]]></Message>
    <Message ID="0x8086000200370041"><![CDATA["[TLS_ISO] TlsIsolatedSetSessionCertData returning with status: 0x%x"]]></Message>
    <Message ID="0x808600020037007F"><![CDATA["[TLS_ISO] TlsIsolatedSetSessionClientChain returning with status: 0x%x"]]></Message>
    <Message ID="0x8086000200370042"><![CDATA["[TLS_ISO] TlsIsolatedSaveCertificateInChain: Certificate too long"]]></Message>
    <Message ID="0x8086000200370043"><![CDATA["[TLS_ISO] TlsIsolatedSaveCertificateInChain: Unknown critical extension"]]></Message>
    <Message ID="0x8086000200370044"><![CDATA["[TLS_ISO] TlsIsolatedSaveCertificateInChain: Problem with serial number (1)"]]></Message>
    <Message ID="0x8086000200370045"><![CDATA["[TLS_ISO] TlsIsolatedSaveCertificateInChain: Problem with serial number (2)"]]></Message>
    <Message ID="0x8086000200370046"><![CDATA["[TLS_ISO] TlsIsolatedSaveCertificateInChain: Too many certificates in chain"]]></Message>
    <Message ID="0x8086000200370047"><![CDATA["[TLS_ISO] TlsIsolatedSaveCertificateInChain: Total certificates size is too big"]]></Message>
    <Message ID="0x8086000200370048"><![CDATA["[TLS_ISO] TlsIsolatedSaveCertificateInChain: No room for root"]]></Message>
    <Message ID="0x8086000200370049"><![CDATA["[TLS_ISO] TlsIsolatedSaveCertificateInChain: Hash isn't secure"]]></Message>
    <Message ID="0x808600020037004A"><![CDATA["[TLS_ISO] TlsIsolatedSaveCertificateInChain: Is this the root? %d"]]></Message>
    <Message ID="0x808600020037004B"><![CDATA["[TLS_ISO] TlsIsolatedSaveCertificateInChain: Problem with key"]]></Message>
    <Message ID="0x808600020037004C"><![CDATA["[TLS_ISO] TlsIsolatedSaveCertificateInChain storing certificate in slot: %d"]]></Message>
    <Message ID="0x808600020037004D"><![CDATA["[TLS_ISO] TlsIsolatedCertChainCreate: TlsIsolatedInitSession() failed with status: 0x%x, DS: 0x%d"]]></Message>
    <Message ID="0x808600020037004E"><![CDATA["[TLS_ISO] TlsIsolatedCertChainCreate: TlsIsolatedSessionSetParams() failed with status: 0x%x, DS: 0x%d"]]></Message>
    <Message ID="0x808600020037004F"><![CDATA["[TLS_ISO] TlsIsolatedCertChainCreate: TlsIsolatedSetSessionCertData() failed with status: 0x%x"]]></Message>
    <Message ID="0x8086000200370050"><![CDATA["[TLS_ISO] TlsIsolatedCertChainCreate returning with status: 0x%x"]]></Message>
    <Message ID="0x8086000200370051"><![CDATA["[TLS_ISO] TlsIsolatedCertChainDestroy returning with status: 0x%x"]]></Message>
    <Message ID="0x8086000200370052"><![CDATA["[TLS_ISO] TlsIsolatedCertChainAddCert returning with status: 0x%x"]]></Message>
    <Message ID="0x8086000200370053"><![CDATA["[TLS_ISO] TlsIsolatedCertChainVerify: Error reading time!"]]></Message>
    <Message ID="0x8086000200370054"><![CDATA["[TLS_ISO] TlsIsolatedCertChainVerify: Root isn't trusted!"]]></Message>
    <Message ID="0x8086000200370055"><![CDATA["[TLS_ISO] TlsIsolatedCertChainVerify: Attempting to verify cert #%d. Is it self signed? %d"]]></Message>
    <Message ID="0x8086000200370056"><![CDATA["[TLS_ISO] TlsIsolatedCertChainVerify: CurrentTime >= ValidTo"]]></Message>
    <Message ID="0x8086000200370057"><![CDATA["[TLS_ISO] TlsIsolatedCertChainVerify: ValidFrom >= CurrentTime"]]></Message>
    <Message ID="0x8086000200370058"><![CDATA["[TLS_ISO] TlsIsolatedCertChainVerify: Chain is verified!"]]></Message>
    <Message ID="0x8086000200370059"><![CDATA["[TLS_ISO] TlsIsolatedCertChainVerify returning with status: 0x%x, DS: 0x%d"]]></Message>
    <Message ID="0x808600020037005A"><![CDATA["[TLS_ISO] TlsIsolatedCertificateChainValidate returning with detailed status: %d"]]></Message>
    <Message ID="0x808600020037005C"><![CDATA["[TLS_ISO] TlsIsolatedCertificateLeafTest: Attempting to validate leaf"]]></Message>
    <Message ID="0x808600020037005D"><![CDATA["[TLS_ISO] TlsIsolatedCertificateLeafTest: Bad FQDN"]]></Message>
    <Message ID="0x808600020037005E"><![CDATA["[TLS_ISO] TlsIsolatedCertificateLeafTest: Bad Enhanced-Key-Usage"]]></Message>
    <Message ID="0x808600020037005F"><![CDATA["[TLS_ISO] TlsIsolatedCertificateLeafTest returning with detailed status: %d"]]></Message>
    <Message ID="0x8086000200370060"><![CDATA["[TLS_ISO] TlsIsolatedCertificateChainTest: Attempting to validate general certificate"]]></Message>
    <Message ID="0x8086000200370061"><![CDATA["[TLS_ISO] TlsIsolatedCertificateChainTest returning with detailed status: %d"]]></Message>
    <Message ID="0x8086000200370062"><![CDATA["[TLS_ISO] TlsIsolatedAlertCallback: Received an alert. AlertId: %d, AlertClass: %d"]]></Message>
    <Message ID="0x8086000200370063"><![CDATA["[TLS_ISO] TlsIsolatedEnumCBFun: Ignoring Entry"]]></Message>
    <Message ID="0x8086000200370064"><![CDATA["[TLS_ISO] TlsIsolatedEnumCBFun: Entry is too long"]]></Message>
    <Message ID="0x8086000200370068"><![CDATA["[TLS_ISO][SRV] TlsIsolatedServiceOpenCallback(): Start"]]></Message>
    <Message ID="0x808600020037006A"><![CDATA["[TLS_ISO][SRV] TlsIsolatedServiceOpenCallback(): End , Res =  %d"]]></Message>
    <Message ID="0x808600020037006D"><![CDATA["[TLS_ISO][SRV] TlsIsolatedServiceIoctlCallback(): Start , CallerTid =  %u , request =  %d"]]></Message>
    <Message ID="0x808600020037006E"><![CDATA["[TLS_ISO][SRV] TlsIsolatedServiceIoctlCallback(): End , Res =  %x"]]></Message>
    <Message ID="0x808600020037006F"><![CDATA["[TLS_ISO][SRV] TlsIsolatedServiceEvtCallback(): Start"]]></Message>
    <Message ID="0x8086000200370070"><![CDATA["[TLS_ISO][SRV] TlsIsolatedServiceEvtCallback(): Terminating Process"]]></Message>
    <Message ID="0x8086000200370071"><![CDATA["[TLS_ISO][SRV] TlsIsolatedServiceEvtCallback(): End"]]></Message>
    <Message ID="0x8086000200370072"><![CDATA["[TLS_ISO][SRV] Entering TLS Isolated Service Main Function."]]></Message>
    <Message ID="0x8086000200370073"><![CDATA["[TLS_ISO][SRV] srv_init() failed."]]></Message>
    <Message ID="0x8086000200370074"><![CDATA["[TLS_ISO][SRV] Unable to open events."]]></Message>
    <Message ID="0x8086000200370075"><![CDATA["[TLS_ISO][SRV] TlsIsolatedInit() failed."]]></Message>
    <Message ID="0x8086000200370076"><![CDATA["[TLS_ISO][SRV] ed_register_for_events() failed."]]></Message>
    <Message ID="0x8086000200370077"><![CDATA["[TLS_ISO][SRV] TlsIsolated Service starting to listen..."]]></Message>
    <Message ID="0x8086000200370078"><![CDATA["[TLS_ISO][SRV] srv_task() failed."]]></Message>
    <Message ID="0x8086000200370079"><![CDATA["[TLS_ISO][SRV] Failed to start service. Res =  %d"]]></Message>
    <Message ID="0x8086000200370067"><![CDATA["[TLS_ISO] THREADX_timeGMT: No valid time"]]></Message>
    <Message ID="0x8086000200370066"><![CDATA["[TLS_ISO] THREADX_timeGMT returning with status: 0x%x"]]></Message>
    <Message ID="0x808600020051006B"><![CDATA["[Fwupdate]: FindPartitionIndex failed. partition_id: 0x%X"]]></Message>
    <Message ID="0x8086000200510156"><![CDATA["[Fwupdate]: Count of BPDT entries is bigger than BPDT_MAX_ENTRIES. Invalid flash image. Ignoring."]]></Message>
    <Message ID="0x8086000200510155"><![CDATA["[Fwupdate]: GetFlashPartitionSize failed to find partition. partition_index: %d"]]></Message>
    <Message ID="0x8086000200510153"><![CDATA["[Fwupdate]: Failed to open Boot Partition path. fd: %d, errno: %d"]]></Message>
    <Message ID="0x8086000200510154"><![CDATA["[Fwupdate]: spi_flash_write failed. res: %d, errno: %d"]]></Message>
    <Message ID="0x808600020051016E"><![CDATA["[Fwupdate]: SetBPSignature failed. res: %d, errno: %d, status: 0x%X"]]></Message>
    <Message ID="0x808600020051015B"><![CDATA["[Fwupdate]: Failed to open Boot Partition path. fd: %d, errno: %d"]]></Message>
    <Message ID="0x8086000200510171"><![CDATA["[Fwupdate]: spi_flash_read failed. res: %d, errno: %d"]]></Message>
    <Message ID="0x8086000200510135"><![CDATA["[Fwupdate]: GetBPSignature failed. res: %d, errno: %d, status: 0x%X"]]></Message>
    <Message ID="0x8086000200510150"><![CDATA["[Fwupdate]: Failed to open Boot Partition path. fd: %d, errno: %d"]]></Message>
    <Message ID="0x8086000200510151"><![CDATA["[Fwupdate]: spi_flash_erase failed. res: %d, errno: %d"]]></Message>
    <Message ID="0x8086000200510152"><![CDATA["[Fwupdate]: spi_flash_write failed. res: %d, errno: %d"]]></Message>
    <Message ID="0x808600020051016F"><![CDATA["[Fwupdate]: EraseWriteBPDT failed. res: %d, errno: %d, status: 0x%X"]]></Message>
    <Message ID="0x808600020051014E"><![CDATA["[Fwupdate]: nvm_handoff_open failed. fd: %d, errno: %d"]]></Message>
    <Message ID="0x808600020051014F"><![CDATA["[Fwupdate]: nvm_get_info failed. res: %d, errno: %d"]]></Message>
    <Message ID="0x8086000200510079"><![CDATA["[Fwupdate]: GetNvmInfo failed. res: %d, errno: %d, status: 0x%X"]]></Message>
    <Message ID="0x808600020051007C"><![CDATA["[Fwupdate]: CheckCCRExist failed. status: 0x%X"]]></Message>
    <Message ID="0x808600020051007B"><![CDATA["[Fwupdate]: CheckIsUFS failed. status: 0x%X"]]></Message>
    <Message ID="0x80860002005100C5"><![CDATA["[Fwupdate]: It is not allowed to do Partial Update on this partition. ID: 0x%X"]]></Message>
    <Message ID="0x8086000200510058"><![CDATA["[Fwupdate]: Partial Update of an IUP was requested, but this IUP doesn't exist in the Flash Image. ID: 0x%X"]]></Message>
    <Message ID="0x80860002005100C7"><![CDATA["[Fwupdate]: Partial Update is not allowed, because CSE is in Recovery Mode."]]></Message>
    <Message ID="0x808600020051014C"><![CDATA["[Fwupdate]: Update image buffer is already allocated. FW Update operation not initiated because a FW Update is already in progress."]]></Message>
    <Message ID="0x808600020051014D"><![CDATA["[Fwupdate]: Memory allocation error occurred when allocating update image buffer. FWU heap size is not big enough."]]></Message>
    <Message ID="0x8086000200510052"><![CDATA["[Fwupdate]: CopyToImageBuffer failed. status: 0x%X"]]></Message>
    <Message ID="0x808600020051006F"><![CDATA["[Fwupdate]: ReadFwUpdateRule failed. res: %d, errno: %d, status: 0x%X"]]></Message>
    <Message ID="0x80860002005100A0"><![CDATA["[Fwupdate]: Flash Image content is invalid. Total size of flash partitions is 0."]]></Message>
    <Message ID="0x808600020051016D"><![CDATA["[Fwupdate]: Checking if CSE is in Recovery Mode according to fwsts."]]></Message>
    <Message ID="0x808600020051013E"><![CDATA["[Fwupdate]: Failure to read fwsts1[0:3] current state. error_state: %d, errno: %d"]]></Message>
    <Message ID="0x808600020051013F"><![CDATA["[Fwupdate]: CSE is in Recovery Mode, because NFTP is invalid."]]></Message>
    <Message ID="0x8086000200510140"><![CDATA["[Fwupdate]: Failure to read fwsts1[10] Bup partition load state. error: %d, errno: %d"]]></Message>
    <Message ID="0x8086000200510141"><![CDATA["[Fwupdate]: Bup partition didn't load from BP1."]]></Message>
    <Message ID="0x80860002005100B9"><![CDATA["[Fwupdate]: Read file FWUBPDTINFO failed. file_bytes_read: %d, errno: %d"]]></Message>
    <Message ID="0x8086000200510146"><![CDATA["[Fwupdate]: First boot. Writing file FWUBPDTINFO."]]></Message>
    <Message ID="0x8086000200510142"><![CDATA["[Fwupdate]: Failed to open FBP Fault Tolerant BPDT path. fd_fbp: %d, errno: %d"]]></Message>
    <Message ID="0x8086000200510143"><![CDATA["[Fwupdate]: spi_flash_read failed to read FBP Fault Tolerant BPDT. res: %d, errno: %d"]]></Message>
    <Message ID="0x8086000200510144"><![CDATA["[Fwupdate]: Failed to open NFBP Non Fault Tolerant BPDT path. fd_nfbp: %d, errno: %d"]]></Message>
    <Message ID="0x8086000200510145"><![CDATA["[Fwupdate]: spi_flash_read failed to read NFBP Non Fault Tolerant BPDT. res: %d, errno: %d"]]></Message>
    <Message ID="0x8086000200510147"><![CDATA["[Fwupdate]: CSE is in Recovery Mode but FWSTS registers report Normal Mode. CC: 0x%X, NCC: 0x%X"]]></Message>
    <Message ID="0x8086000200510078"><![CDATA["[Fwupdate]: CheckRecovery: Size of BPDT is bigger than BPDT_MAX_ENTRIES. Illegal image. Calling to panic()"]]></Message>
    <Message ID="0x80860002005100BD"><![CDATA["[Fwupdate]: Write file FWUBPDTINFO failed. file_bytes_written: %d, errno: %d"]]></Message>
    <Message ID="0x8086000200510148"><![CDATA["[Fwupdate]: The Flash Image that was burned on the platform was corrupted. CSE is in Recovery Mode at first boot."]]></Message>
    <Message ID="0x8086000200510149"><![CDATA["[Fwupdate]: There are 3 Boot Partitions in the image."]]></Message>
    <Message ID="0x808600020051014A"><![CDATA["[Fwupdate]: There are 2 Boot Partitions in the image."]]></Message>
    <Message ID="0x8086000200510072"><![CDATA["[Fwupdate]: CheckRecovery failed. res: %d, errno: %d, status: 0x%X"]]></Message>
    <Message ID="0x8086000200510069"><![CDATA["[Fwupdate]: GetUpdatePartitionSize failed. ID: %d, status: 0x%X"]]></Message>
    <Message ID="0x8086000200510068"><![CDATA["[Fwupdate]: FindUpdatePartition failed. ID: %d, status: 0x%X"]]></Message>
    <Message ID="0x808600020051013A"><![CDATA["[Fwupdate]: Read partition: Failed to find partition in the Flash Image."]]></Message>
    <Message ID="0x808600020051013B"><![CDATA["[Fwupdate]: Read partition: Failed open BP path. fd: %d, errno: %d"]]></Message>
    <Message ID="0x808600020051013C"><![CDATA["[Fwupdate]: Number of bytes to read is bigger than partition size."]]></Message>
    <Message ID="0x808600020051013D"><![CDATA["[Fwupdate]: spi_flash_read failed. res: %d, errno: %d"]]></Message>
    <Message ID="0x8086000200510060"><![CDATA["[Fwupdate]: ReadFlashPartition failed. res: %d, errno: %d, status: 0x%X"]]></Message>
    <Message ID="0x8086000200510133"><![CDATA["[Fwupdate]: Erase partition: Failed to find partition in the Flash Image."]]></Message>
    <Message ID="0x8086000200510134"><![CDATA["[Fwupdate]: Erase partition: Failed open BP path. fd: %d, errno: %d"]]></Message>
    <Message ID="0x8086000200510137"><![CDATA["[Fwupdate]: Number of bytes to erase is bigger than partition size."]]></Message>
    <Message ID="0x8086000200510136"><![CDATA["[Fwupdate]: Number of bytes or offset to erase is not 4KB aligned."]]></Message>
    <Message ID="0x8086000200510138"><![CDATA["[Fwupdate]: spi_flash_erase failed. res: %d, errno: %d"]]></Message>
    <Message ID="0x8086000200510139"><![CDATA["[Fwupdate]: Sanity check in erase partition. Error might have happened when size of partition is not 4KB aligned."]]></Message>
    <Message ID="0x8086000200510061"><![CDATA["[Fwupdate]: EraseFlashPartition failed. res: %d, errno: %d, status: 0x%X"]]></Message>
    <Message ID="0x808600020051012E"><![CDATA["[Fwupdate]: Write partition: Failed to find partition in the Flash Image."]]></Message>
    <Message ID="0x808600020051012F"><![CDATA["[Fwupdate]: Write partition: Failed open BP path. fd: %d, errno: %d"]]></Message>
    <Message ID="0x8086000200510131"><![CDATA["[Fwupdate]: Number of bytes to write is bigger than partition size."]]></Message>
    <Message ID="0x8086000200510132"><![CDATA["[Fwupdate]: spi_flash_write failed. res: %d, errno: %d"]]></Message>
    <Message ID="0x8086000200510062"><![CDATA["[Fwupdate]: WriteFlashPartition failed. res: %d, errno: %d, status: 0x%X"]]></Message>
    <Message ID="0x8086000200510065"><![CDATA["[Fwupdate]: InvalidateFlashPartition failed. status: 0x%X"]]></Message>
    <Message ID="0x8086000200510123"><![CDATA["[Fwupdate]: Error: Update partition length is 0. ID: 0x%X"]]></Message>
    <Message ID="0x8086000200510124"><![CDATA["[Fwupdate]: Error: Update partition length is out of bounds of buffer length. ID: 0x%X"]]></Message>
    <Message ID="0x8086000200510125"><![CDATA["[Fwupdate]: Error: Update partition manifest size is bigger than manifest max size. ID: 0x%X"]]></Message>
    <Message ID="0x8086000200510126"><![CDATA["[Fwupdate]: Error: Update partition manifest size is out of bounds of partition length. ID: 0x%X"]]></Message>
    <Message ID="0x8086000200510128"><![CDATA["[Fwupdate]: Crypto operation (calculating hash of partition) failed."]]></Message>
    <Message ID="0x8086000200510129"><![CDATA["[Fwupdate]: Crypto operation (calculating hash of partition) failed."]]></Message>
    <Message ID="0x808600020051012C"><![CDATA["[Fwupdate]: Sanity check in validate partition. Error might have happened when size of partition is not 4KB aligned."]]></Message>
    <Message ID="0x808600020051012A"><![CDATA["[Fwupdate]: Crypto operation (calculating hash of partition) failed."]]></Message>
    <Message ID="0x808600020051012B"><![CDATA["[Fwupdate]: Crypto operation (calculating hash of partition) failed."]]></Message>
    <Message ID="0x808600020051012D"><![CDATA["[Fwupdate]: Update partition hash and calculated hash are not the same. If partition hash is zero - wrong MEU Tool was used to create the partition. ID: 0x%X"]]></Message>
    <Message ID="0x808600020051005B"><![CDATA["[Fwupdate]: ValidatePartition failed. res: %d, errno: %d, status: 0x%X"]]></Message>
    <Message ID="0x8086000200510127"><![CDATA["[Fwupdate]: Updating partition ID: 0x%X."]]></Message>
    <Message ID="0x8086000200510122"><![CDATA["[Fwupdate]: The size of an Update partition is bigger than the size of the Flash partition. ID: 0x%X"]]></Message>
    <Message ID="0x8086000200510063"><![CDATA["[Fwupdate]: FlushFlashPartition failed. status: 0x%X"]]></Message>
    <Message ID="0x808600020051011C"><![CDATA["[Fwupdate]: Memory allocation error occurred."]]></Message>
    <Message ID="0x8086000200510120"><![CDATA["[Fwupdate]: Sanity check in backup partition. Error might have happened when size of partition is not 4KB aligned. ID: 0x%X"]]></Message>
    <Message ID="0x808600020051011B"><![CDATA["[Fwupdate]: Failed to find mandatory partition in the Flash Image, to backup. ID: 0x%X"]]></Message>
    <Message ID="0x808600020051011F"><![CDATA["[Fwupdate]: Partition size to backup is not 4KB aligned. ID: 0x%X"]]></Message>
    <Message ID="0x808600020051011D"><![CDATA["[Fwupdate]: Failed to find NFTP in the Flash Image, to write backup."]]></Message>
    <Message ID="0x808600020051011E"><![CDATA["[Fwupdate]: Location of partition to backup is not inside NFTP."]]></Message>
    <Message ID="0x8086000200510121"><![CDATA["[Fwupdate]: BackupPartition failed. status: 0x%X"]]></Message>
    <Message ID="0x808600020051011A"><![CDATA["[Fwupdate]: The total size of the backup partitions is bigger than NFTP size"]]></Message>
    <Message ID="0x8086000200510074"><![CDATA["[Fwupdate]: CreateBackup failed. status: 0x%X"]]></Message>
    <Message ID="0x8086000200510073"><![CDATA["[Fwupdate]: InvalidateNCCAndCreateBackup failed. status: 0x%X"]]></Message>
    <Message ID="0x8086000200510119"><![CDATA["[Fwupdate]: Non-optional IUP inside IUPs list (in Update Bup partition manifest extension) is not in the Update Image. ID: 0x%X"]]></Message>
    <Message ID="0x8086000200510075"><![CDATA["[Fwupdate]: UpdateIUPs failed. status: 0x%X"]]></Message>
    <Message ID="0x8086000200510117"><![CDATA["[Fwupdate]: Failed to find FTPR in the Update Image."]]></Message>
    <Message ID="0x8086000200510118"><![CDATA["[Fwupdate]: Failed to find RBEP in the Update Image."]]></Message>
    <Message ID="0x8086000200510076"><![CDATA["[Fwupdate]: UpdateCC failed. status: 0x%X"]]></Message>
    <Message ID="0x8086000200510116"><![CDATA["[Fwupdate]: Failed to find NFTP in the Update Image."]]></Message>
    <Message ID="0x808600020051007A"><![CDATA["[Fwupdate]: UpdateNCC failed. status: 0x%X"]]></Message>
    <Message ID="0x8086000200510111"><![CDATA["[Fwupdate]: Error when flushing NVM to UMA space (before rewriting flash)."]]></Message>
    <Message ID="0x8086000200510112"><![CDATA["[Fwupdate]: Disable FIPS en bit failed."]]></Message>
    <Message ID="0x8086000200510113"><![CDATA["[Fwupdate]: Disable FIPS bist bit failed."]]></Message>
    <Message ID="0x80860002005100AF"><![CDATA["[Fwupdate]: Full Update: Promote host warm reset to global reset failed. Ignoring. res: %d, errno: %d"]]></Message>
    <Message ID="0x8086000200510095"><![CDATA["[Fwupdate]: Full Update: Without BP1 copy. Creating backup."]]></Message>
    <Message ID="0x8086000200510096"><![CDATA["[Fwupdate]: Full Update: Without BP1 copy. Writing BP1."]]></Message>
    <Message ID="0x8086000200510097"><![CDATA["[Fwupdate]: Full Update: With BP1 copy. Writing BP2 first."]]></Message>
    <Message ID="0x8086000200510098"><![CDATA["[Fwupdate]: Full Update: With BP1 copy. Writing BP1 second."]]></Message>
    <Message ID="0x8086000200510099"><![CDATA["[Fwupdate]: Full Update: With BP1 copy. Writing BP1 first."]]></Message>
    <Message ID="0x808600020051009A"><![CDATA["[Fwupdate]: Full Update: With BP1 copy. Writing BP2 second."]]></Message>
    <Message ID="0x808600020051009B"><![CDATA["[Fwupdate]: Full Update: Writing Non Fault Tolerant BP."]]></Message>
    <Message ID="0x8086000200510077"><![CDATA["[Fwupdate]: PerformUpdate failed. status: 0x%X"]]></Message>
    <Message ID="0x8086000200510114"><![CDATA["[Fwupdate]: Read susram file BUPERR failed. Ignoring. susram_status: 0x%X"]]></Message>
    <Message ID="0x8086000200510115"><![CDATA["[Fwupdate]: Write susram file BUPERR failed. Ignoring. susram_status: 0x%X"]]></Message>
    <Message ID="0x8086000200510106"><![CDATA["[Fwupdate]: Memory allocation error occurred of rot_flash_buffer."]]></Message>
    <Message ID="0x8086000200510103"><![CDATA["[Fwupdate]: Failed to find bup partition in the Update Image."]]></Message>
    <Message ID="0x808600020051010E"><![CDATA["[Fwupdate]: Memory allocation error occurred of oemp_flash_buffer."]]></Message>
    <Message ID="0x8086000200510107"><![CDATA["[Fwupdate]: Failed to open Loader. fd: %d. errno: %d"]]></Message>
    <Message ID="0x8086000200510108"><![CDATA["[Fwupdate]: Loader failed to verify signature of OEM or RoT key manifests. For example: Error on update from Production to Pre-Production. res: %d"]]></Message>
    <Message ID="0x8086000200510055"><![CDATA["[Fwupdate]: InstallKeys failed. res: %d, errno: %d, status: 0x%X"]]></Message>
    <Message ID="0x8086000200510104"><![CDATA["[Fwupdate]: Memory allocation error occurred."]]></Message>
    <Message ID="0x8086000200510105"><![CDATA["[Fwupdate]: VerifyFlashPartitionManifest failed. status: %d"]]></Message>
    <Message ID="0x80860002005100FA"><![CDATA["[Fwupdate]: Failed to find partition in the Update Image. ID: 0x%X"]]></Message>
    <Message ID="0x80860002005100E6"><![CDATA["[Fwupdate]: The size of Update partition is bigger than the size of Flash partition. ID: 0x%X"]]></Message>
    <Message ID="0x80860002005100D9"><![CDATA["[Fwupdate]: VerifyPartition failed. ID: 0x%X, status: 0x%X"]]></Message>
    <Message ID="0x808600020051010A"><![CDATA["[Fwupdate]: Update from PV bit ON to PV bit OFF is not allowed."]]></Message>
    <Message ID="0x808600020051010B"><![CDATA["[Fwupdate]: Failed to get Sku CSME fuses. res: %d"]]></Message>
    <Message ID="0x808600020051010C"><![CDATA["[Fwupdate]: Update to PV bit OFF on Revenue platform is not allowed."]]></Message>
    <Message ID="0x80860002005100C1"><![CDATA["[Fwupdate]: Sku attributes firmware_sku bits are different between the Update Image and the Flash Image (Corporate/Consumer/...)."]]></Message>
    <Message ID="0x80860002005100BF"><![CDATA["[Fwupdate]: Update to incompatible H/LP image. The Sku Capabilities h/lp bits are different between the Update Image and the Flash Image."]]></Message>
    <Message ID="0x80860002005100C0"><![CDATA["[Fwupdate]: Sku capabilities bits are different between the Update Image and the Flash Image."]]></Message>
    <Message ID="0x80860002005100E9"><![CDATA["[Fwupdate]: Update to Image with lower VCN is not allowed."]]></Message>
    <Message ID="0x80860002005100E7"><![CDATA["[Fwupdate]: Update to Image with lower ARB SVN is not allowed."]]></Message>
    <Message ID="0x80860002005100E8"><![CDATA["[Fwupdate]: Update to Image with lower TCB SVN is not allowed."]]></Message>
    <Message ID="0x808600020051010F"><![CDATA["[Fwupdate]: SVN invalid: SVN larger than 254 is not allowed."]]></Message>
    <Message ID="0x8086000200510109"><![CDATA["[Fwupdate]: Major version number of Update Image is not the same as major version number of Flash Image."]]></Message>
    <Message ID="0x808600020051010D"><![CDATA["[Fwupdate]: Update to higher SVN must be an upgrade - to higher build version."]]></Message>
    <Message ID="0x8086000200510110"><![CDATA["[Fwupdate]: Update to higher TCB SVN must be also to higher ARB SVN."]]></Message>
    <Message ID="0x80860002005100EA"><![CDATA["[Fwupdate]: Update Bup partition must have the same NVM compatibility (SPI/UFS) as Flash Bup partition."]]></Message>
    <Message ID="0x80860002005100EB"><![CDATA["[Fwupdate]: Update Bup partition must have the same FW Type and Sub-Type as Flash Bup partition."]]></Message>
    <Message ID="0x80860002005100DA"><![CDATA["[Fwupdate]: The number of IUPs in the Update Image is bigger than MAX_IUPS."]]></Message>
    <Message ID="0x80860002005100DB"><![CDATA["[Fwupdate]: Partition name inside IUPs list (in Update Bup partition manifest extension) is not IUP. ID: 0x%X"]]></Message>
    <Message ID="0x80860002005100DC"><![CDATA["[Fwupdate]: Non-optional IUP inside IUPs list (in Update Bup partition manifest extension) is not in the Flash Image. ID: 0x%X"]]></Message>
    <Message ID="0x80860002005100DD"><![CDATA["[Fwupdate]: PMC partition is not in the Update Image."]]></Message>
    <Message ID="0x80860002005100DE"><![CDATA["[Fwupdate]: PCHC partition is not in the Update Image."]]></Message>
    <Message ID="0x80860002005100DF"><![CDATA["[Fwupdate]: Non-optional IUP inside IUPs list (in Update bup partition manifest extension) is not in the Update Image. ID: 0x%X"]]></Message>
    <Message ID="0x80860002005100E0"><![CDATA["[Fwupdate]: PMC partition is not in the Update Image."]]></Message>
    <Message ID="0x80860002005100E1"><![CDATA["[Fwupdate]: PCHC partition is not in the Update Image."]]></Message>
    <Message ID="0x80860002005100E2"><![CDATA["[Fwupdate]: Non-optional IUP inside Flash Image is not in the Update Image. ID: 0x%X"]]></Message>
    <Message ID="0x80860002005100F3"><![CDATA["[Fwupdate]: VerifyBupPartition failed. status: 0x%X"]]></Message>
    <Message ID="0x80860002005100ED"><![CDATA["[Fwupdate]: partition: 0x%X must have the same version as bup partition, in the Update Image."]]></Message>
    <Message ID="0x80860002005100EE"><![CDATA["[Fwupdate]: partition: 0x%X must have the same unique build as bup partition, in the Update Image."]]></Message>
    <Message ID="0x80860002005100EF"><![CDATA["[Fwupdate]: partition: 0x%X must have the same ARB SVN as bup partition, in the Update Image."]]></Message>
    <Message ID="0x80860002005100F0"><![CDATA["[Fwupdate]: partition: 0x%X must have the same TCB SVN as bup partition, in the Update Image."]]></Message>
    <Message ID="0x80860002005100F1"><![CDATA["[Fwupdate]: partition: 0x%X must have the same VCN as bup partition, in the Update Image."]]></Message>
    <Message ID="0x80860002005100F2"><![CDATA["[Fwupdate]: Update partition: 0x%X must have the same NVM compatibility (SPI/UFS) as Flash partition."]]></Message>
    <Message ID="0x80860002005100E5"><![CDATA["[Fwupdate]: VerifyCsePartition failed. status: 0x%X"]]></Message>
    <Message ID="0x80860002005100C9"><![CDATA["[Fwupdate]: Partial Update of an IUP was requested, but this IUP doesn't exist in the Flash Image. ID: 0x%X"]]></Message>
    <Message ID="0x80860002005100FE"><![CDATA["[Fwupdate]: Update IUP must not have ARB SVN smaller than ARB SVN of Flash IUP. ID: 0x%X"]]></Message>
    <Message ID="0x80860002005100FF"><![CDATA["[Fwupdate]: Update IUP must not have VCN smaller than VCN of Flash IUP. ID: 0x%X"]]></Message>
    <Message ID="0x8086000200510100"><![CDATA["[Fwupdate]: Update IUP must have the same NVM compatibility (SPI/UFS) as Flash IUP. ID: 0x%X"]]></Message>
    <Message ID="0x8086000200510101"><![CDATA["[Fwupdate]: Update to incompatible PMC: The instance ID is different, which means H/LP incompatibility between the Update Image and the Flash Image."]]></Message>
    <Message ID="0x80860002005100FD"><![CDATA["[Fwupdate]: Update of PCHC partition between engineering build vs regular build is not allowed."]]></Message>
    <Message ID="0x80860002005100FB"><![CDATA["[Fwupdate]: New Partition LOCL or WCOD must have the same major build version as bup partition in the Update Image. ID: 0x%X"]]></Message>
    <Message ID="0x80860002005100FC"><![CDATA["[Fwupdate]: New IUP must have the same major API version as the version inside the list in bup partition in the Update Image. ID: 0x%X"]]></Message>
    <Message ID="0x80860002005100F4"><![CDATA["[Fwupdate]: VerifyIups failed. status: 0x%X"]]></Message>
    <Message ID="0x8086000200510102"><![CDATA["[Fwupdate]: Update Image length is not the same as Flash Image length."]]></Message>
    <Message ID="0x8086000200510057"><![CDATA["[Fwupdate]: VerifyUpdateImage failed. status: 0x%X"]]></Message>
    <Message ID="0x80860002005100D8"><![CDATA["[Fwupdate]: GetFlashCompletePartitionLength failed. status: 0x%X"]]></Message>
    <Message ID="0x80860002005100D4"><![CDATA["[Fwupdate]: Memory allocation error occurred."]]></Message>
    <Message ID="0x80860002005100D5"><![CDATA["[Fwupdate]: Failed to get Restore Point Image. Flash Image size is 0. Flash Image content is invalid."]]></Message>
    <Message ID="0x80860002005100D6"><![CDATA["[Fwupdate]: Memory allocation error occurred."]]></Message>
    <Message ID="0x80860002005100D7"><![CDATA["[Fwupdate]: Failed to get Restore Point Image. Read size from Flash is different than toatl size. Flash Image content is invalid."]]></Message>
    <Message ID="0x8086000200510056"><![CDATA["[Fwupdate]: GetRestorePointImage failed. status: 0x%X"]]></Message>
    <Message ID="0x808600020051004D"><![CDATA["[Fwupdate]: The number of IUPs in the Flash Image is bigger than MAX_IUPS. Num: %d."]]></Message>
    <Message ID="0x808600020051004E"><![CDATA["[Fwupdate]: Buffer is not big enough to read Flash information."]]></Message>
    <Message ID="0x8086000200510070"><![CDATA["[Fwupdate]: Partition name inside IUPs list (in Flash bup partition manifest extension) is not IUP. ID: 0x%X"]]></Message>
    <Message ID="0x808600020051004F"><![CDATA["[Fwupdate]: Non-optional IUP inside IUPs list (in Flash bup partition manifest extension) is not in the Flash Image. ID: 0x%X"]]></Message>
    <Message ID="0x808600020051005A"><![CDATA["[Fwupdate]: Failed to open Loader. fd: %d. errno: %d"]]></Message>
    <Message ID="0x8086000200510064"><![CDATA["[Fwupdate]: Loader found the IUP partition to be invalid. Failed to get current Instance ID of IUP from Loader. res: %d, IUP: 0x%X"]]></Message>
    <Message ID="0x8086000200510066"><![CDATA["[Fwupdate]: Loader found the IUP partition to be invalid. Failed to get IUP version from Loader. res: %d, IUP: 0x%X"]]></Message>
    <Message ID="0x8086000200510067"><![CDATA["[Fwupdate]: Loader found the IUP partition to be invalid. Failed to get IUP expected Instance ID from Loader. res: %d, IUP: 0x%X"]]></Message>
    <Message ID="0x808600020051006D"><![CDATA["[Fwupdate]: There is an invalid IUP. Partial Update is needed. Ignoring. IUP: 0x%X"]]></Message>
    <Message ID="0x80860002005100F5"><![CDATA["[Fwupdate]: GetBPSignature failed for CC. status: 0x%X"]]></Message>
    <Message ID="0x80860002005100F6"><![CDATA["[Fwupdate]: GetBPSignature failed for CCR. status: 0x%X"]]></Message>
    <Message ID="0x808600020051003D"><![CDATA["[Fwupdate]: Collecting information from the flash."]]></Message>
    <Message ID="0x808600020051004A"><![CDATA["[Fwupdate]: Host reset is required after the last FW Update operation."]]></Message>
    <Message ID="0x808600020051004B"><![CDATA["[Fwupdate]: Memory allocation error occurred."]]></Message>
    <Message ID="0x808600020051004C"><![CDATA["[Fwupdate]: Read file FWURCVYBKUP failed. bytes_read: %d, errno: %d"]]></Message>
    <Message ID="0x808600020051007D"><![CDATA["[Fwupdate]: Write file FWURCVYBKUP failed. bytes_written: %d, errno: %d"]]></Message>
    <Message ID="0x8086000200510071"><![CDATA["[Fwupdate]: GetFlashImageInfo failed. errno: %d, status: 0x%X"]]></Message>
    <Message ID="0x80860002005100C3"><![CDATA["[Fwupdate]: Failure in event FWUPD_NOTIFY_BEGIN_UPDATE publishing."]]></Message>
    <Message ID="0x80860002005100AE"><![CDATA["[Fwupdate]: Update was blocked by one of the FW modules."]]></Message>
    <Message ID="0x8086000200510092"><![CDATA["[Fwupdate]: Finished verifying Update Image. Starting Full Update."]]></Message>
    <Message ID="0x8086000200510016"><![CDATA["[Fwupdate]: Full Update was done from version: MAJOR.%u.%u.%u to version: MAJOR.%u.%u.%u."]]></Message>
    <Message ID="0x8086000200510093"><![CDATA["[Fwupdate]: Finished successfully Full Update."]]></Message>
    <Message ID="0x8086000200510053"><![CDATA["[Fwupdate]: FullUpdate failed. status: 0x%X"]]></Message>
    <Message ID="0x80860002005100CA"><![CDATA["[Fwupdate]: The Partial Update Image size is different than the size of the IUP in it (as it is in the manifest). This means that the Update Image contains more (or less) than the IUP partition."]]></Message>
    <Message ID="0x80860002005100C8"><![CDATA["[Fwupdate]: Partial Update is disabled according to FW Update Rule."]]></Message>
    <Message ID="0x80860002005100CC"><![CDATA["[Fwupdate]: New Partition LOCL or WCOD must have the same major build version as bup partition in the Flash Image."]]></Message>
    <Message ID="0x80860002005100CD"><![CDATA["[Fwupdate]: New IUP must have the same major API version as the version inside the list in FTPR in the Flash Image."]]></Message>
    <Message ID="0x80860002005100CE"><![CDATA["[Fwupdate]: Update IUP must not have ARB SVN smaller than ARB SVN of Flash IUP."]]></Message>
    <Message ID="0x80860002005100CF"><![CDATA["[Fwupdate]: Update IUP must not have VCN smaller than VCN of Flash IUP."]]></Message>
    <Message ID="0x80860002005100D0"><![CDATA["[Fwupdate]: Update IUP must have the same NVM compatibility (SPI/UFS) as Flash IUP."]]></Message>
    <Message ID="0x8086000200510094"><![CDATA["[Fwupdate]: Finished writing IUP to BP1. Starting writing IUP to BP2 copy."]]></Message>
    <Message ID="0x80860002005100B0"><![CDATA["[Fwupdate]: Patial Update: Promote host warm reset to global reset failed. Ignoring. res: %d, errno: %d"]]></Message>
    <Message ID="0x80860002005100D2"><![CDATA["[Fwupdate]: Open of IUP special file failed. Special file missing in Storage, or missing permissions to FW Update process."]]></Message>
    <Message ID="0x80860002005100D3"><![CDATA["[Fwupdate]: Updating the files (in the file system) of the newly updated IUP failed, after Partial Update (without reset)."]]></Message>
    <Message ID="0x8086000200510091"><![CDATA["[Fwupdate]: Finished successfully Partial Update of partition: 0x%X."]]></Message>
    <Message ID="0x8086000200510090"><![CDATA["[Fwupdate]: Finished verifying Update Image. Starting Partial Update of partition: 0x%X."]]></Message>
    <Message ID="0x8086000200510054"><![CDATA["[Fwupdate]: PartialUpdate failed. errno: %d, status: 0x%X"]]></Message>
    <Message ID="0x808600020051015F"><![CDATA["[Fwupdate]: Read file failed to open file. File might not exist. fd: %d, errno: %d"]]></Message>
    <Message ID="0x8086000200510160"><![CDATA["[Fwupdate]: Read file failed to read file, because it does not exist. bytes_read: %d, errno: %d"]]></Message>
    <Message ID="0x80860002005100B7"><![CDATA["[Fwupdate]: Read file failed. bytes_read: %d, errno: %d"]]></Message>
    <Message ID="0x8086000200510161"><![CDATA["[Fwupdate]: Write file failed to open file. File might not exist. fd: %d, errno: %d"]]></Message>
    <Message ID="0x80860002005100BE"><![CDATA["[Fwupdate]: Write file failed. bytes_written: %d, errno: %d"]]></Message>
    <Message ID="0x808600020051002B"><![CDATA["[Fwupdate]: FwuWriteFile failed. fd: %d, errno: %d, status: 0x%X"]]></Message>
    <Message ID="0x808600020051005E"><![CDATA["[Fwupdate]: FwuReadManifest failed. partition_id: %d, errno: %d, status: 0x%X"]]></Message>
    <Message ID="0x8086000200510059"><![CDATA["[Fwupdate]: FwuReadManifestByPath failed. errno: %d, status: 0x%X"]]></Message>
    <Message ID="0x8086000200510162"><![CDATA["[Fwupdate]: Check Partition Header failed. ID: 0x%X"]]></Message>
    <Message ID="0x8086000200510163"><![CDATA["[Fwupdate]: Failed to open Loader. fd: %d. errno: %d"]]></Message>
    <Message ID="0x8086000200510164"><![CDATA["[Fwupdate]: Loader failed to verify signature of partition manifest. usage_index: %d, res: %d"]]></Message>
    <Message ID="0x808600020051005C"><![CDATA["[Fwupdate]: VerifyManifest failed. res: %d, errno: %d, status: 0x%X"]]></Message>
    <Message ID="0x808600020051006C"><![CDATA["[Fwupdate]: FwuGetManifestExtension failed. ext_type: %d, status: 0x%X"]]></Message>
    <Message ID="0x8086000200510165"><![CDATA["[Fwupdate]: Failed to open PSVN partition. fd: %d, errno: %d"]]></Message>
    <Message ID="0x8086000200510166"><![CDATA["[Fwupdate]: Failed to get size of PSVN partition. res: %d, errno: %d"]]></Message>
    <Message ID="0x8086000200510167"><![CDATA["[Fwupdate]: Failed to read PSVN partition. bytes_read: %d, res: %d, errno: %d"]]></Message>
    <Message ID="0x8086000200510168"><![CDATA["[Fwupdate]: PSVN partition is full, so cannot update to higher SVN."]]></Message>
    <Message ID="0x808600020051006E"><![CDATA["[Fwupdate]: CheckPsvn failed. res: %d, errno: %d, status: 0x%X"]]></Message>
    <Message ID="0x8086000200510169"><![CDATA["[Fwupdate]: Failed to open Loader. fd: %d. errno: %d"]]></Message>
    <Message ID="0x808600020051016A"><![CDATA["[Fwupdate]: Loader uninstall keys failed. res: %d"]]></Message>
    <Message ID="0x808600020051005D"><![CDATA["[Fwupdate]: UninstallKeys failed. res: %d, errno: %d, status: 0x%X"]]></Message>
    <Message ID="0x808600020051016B"><![CDATA["[Fwupdate]: Major version number of Update Image is not the same as major version number of Flash Image."]]></Message>
    <Message ID="0x808600020051016C"><![CDATA["[Fwupdate]: Update between engineering build vs regular build is not allowed. Both builds have to be the same type: regular or engineering build. Engineering build is 7000 and above. Regular build is below 7000."]]></Message>
    <Message ID="0x808600020051005F"><![CDATA["[Fwupdate]: DetermineUpdateOperation failed. status: 0x%X"]]></Message>
    <Message ID="0x808600020051006A"><![CDATA["[Fwupdate]: FwuFindManifestOffsetLength failed. status: 0x%X"]]></Message>
    <Message ID="0x8086000200510170"><![CDATA["[Fwupdate]: FwuHandleIcv: Invalidate ICV"]]></Message>
    <Message ID="0x808600020051000E"><![CDATA["[Fwupdate]: Open DEV_FD_IVBP failed. errno: %d"]]></Message>
    <Message ID="0x80860002005100D1"><![CDATA["[Fwupdate]: spi_flash_write DEV_FD_IVBP failed. res: %d, errno: %, bytes_written: %d"]]></Message>
    <Message ID="0x80860002005100B4"><![CDATA["[Fwupdate]: Full Update is disabled according to FW Update Rule. Rule Value: %d"]]></Message>
    <Message ID="0x80860002005100B5"><![CDATA["[Fwupdate]: FW Update Rule has invalid value. Rule Value: %d"]]></Message>
    <Message ID="0x8086000200510025"><![CDATA["[Fwupdate]: CheckFwUpdateRule failed. status: 0x%X"]]></Message>
    <Message ID="0x80860002005100B6"><![CDATA["[Fwupdate]: Read file FWUOEMID failed. bytes_read: %d, errno: %d"]]></Message>
    <Message ID="0x80860002005100BC"><![CDATA["[Fwupdate]: The OEM ID given for FW Update did not match the OEM ID in the FW."]]></Message>
    <Message ID="0x80860002005100B8"><![CDATA["[Fwupdate]: Read file FWUOEMID failed. bytes_read: %d, errno: %d"]]></Message>
    <Message ID="0x8086000200510020"><![CDATA["[Fwupdate]: FwuGetOemId failed. status: 0x%X"]]></Message>
    <Message ID="0x8086000200510021"><![CDATA["[Fwupdate]: FwuGetIpuPtAttrb failed. status: 0x%X"]]></Message>
    <Message ID="0x8086000200510158"><![CDATA["[Fwupdate]: Get Restore Point Image is not allowed, because FW Update is in progress. (The regular FW Update will continue)."]]></Message>
    <Message ID="0x8086000200510159"><![CDATA["[Fwupdate]: Get Restore Point Image is not allowed, because a previous Get Restore Point operation already started. Both operations will be aborted."]]></Message>
    <Message ID="0x808600020051015A"><![CDATA["[Fwupdate]: Restore Point Image was requested, but it is not allowed because CSE is in Recovery Mode."]]></Message>
    <Message ID="0x8086000200510022"><![CDATA["[Fwupdate]: FwuGetRestorePointImage failed. status: 0x%X"]]></Message>
    <Message ID="0x808600020051015C"><![CDATA["[Fwupdate]: Get Restore Point Image Data is not allowed, because FW Update is in progress. (The regular FW Update will continue)."]]></Message>
    <Message ID="0x808600020051015D"><![CDATA["[Fwupdate]: FWU_GET_RESTORE_POINT_IMAGE_DATA Heci command was received, but wasn't preceded with FWU_GET_RESTORE_POINT_IMAGE Heci command."]]></Message>
    <Message ID="0x808600020051015E"><![CDATA["[Fwupdate]: Error: Get Restore Point Image Data: The offset of Restore Point Image is bigger than the Image length."]]></Message>
    <Message ID="0x8086000200510027"><![CDATA["[Fwupdate]: FwuGetRestorePointImageData failed. status: 0x%X"]]></Message>
    <Message ID="0x808600020051009D"><![CDATA["[Fwupdate]: FW Update operation not initiated because a FW Update is already in progress."]]></Message>
    <Message ID="0x808600020051009E"><![CDATA["[Fwupdate]: Host reset is required after the last FW Update operation."]]></Message>
    <Message ID="0x808600020051009F"><![CDATA["[Fwupdate]: FW Update is not possible on UFS Flash after End Of Post (after the OS is running). It is possible only before the OS is running using Bios Capsule Update."]]></Message>
    <Message ID="0x808600020051014B"><![CDATA["[Fwupdate]: Update Image length is bigger than the expected size of the image according to its size in the flash. For example: Error on updating from Consumer to Corporate."]]></Message>
    <Message ID="0x808600020051008E"><![CDATA["[Fwupdate]: Starting update flow. Doing some basic verifications. Next step is receiving Update Image through heci."]]></Message>
    <Message ID="0x808600020051009C"><![CDATA["[Fwupdate]: Heci START message length is not as expected. request_length: %d"]]></Message>
    <Message ID="0x80860002005100A3"><![CDATA["[Fwupdate]: Block PG entry failed. res: %d, errno: %d"]]></Message>
    <Message ID="0x80860002005100A4"><![CDATA["[Fwupdate]: Cannot do FW update because PG is in progress."]]></Message>
    <Message ID="0x80860002005100A5"><![CDATA["[Fwupdate]: Failure in event FWUPD_NOTIFY publishing."]]></Message>
    <Message ID="0x80860002005100AC"><![CDATA["[Fwupdate]: FwuEnd: Update was blocked by one of the FW modules."]]></Message>
    <Message ID="0x80860002005100AD"><![CDATA["[Fwupdate]: FwuStart: Unblock PG entry failed. Ignoring. res: %d, errno: %d"]]></Message>
    <Message ID="0x8086000200510018"><![CDATA["[Fwupdate]: FwuStart failed. res: %d, errno: %d, status: 0x%X"]]></Message>
    <Message ID="0x80860002005100A6"><![CDATA["[Fwupdate]: Heci DATA message length is not as expected. request_length: %d"]]></Message>
    <Message ID="0x80860002005100A8"><![CDATA["[Fwupdate]: FWU_DATA Heci command was sent, but the FW Update wasn't started with FWU_START Heci command before it."]]></Message>
    <Message ID="0x80860002005100A9"><![CDATA["[Fwupdate]: FWU_DATA Heci command has invalid data length (too big)."]]></Message>
    <Message ID="0x80860002005100AA"><![CDATA["[Fwupdate]: FWU_DATA Heci command has invalid data length (bigger than Update Image)."]]></Message>
    <Message ID="0x80860002005100C2"><![CDATA["[Fwupdate]: FwuData: Unblock PG entry failed. Ignoring. res: %d, errno: %d"]]></Message>
    <Message ID="0x8086000200510019"><![CDATA["[Fwupdate]: FwuData failed. status: 0x%X"]]></Message>
    <Message ID="0x808600020051008F"><![CDATA["[Fwupdate]: Finished receiving Update Image through heci. Starting Update Image verifications."]]></Message>
    <Message ID="0x80860002005100AB"><![CDATA["[Fwupdate]: FWU_END Heci command was sent, but there was no FWU_DATA command before it."]]></Message>
    <Message ID="0x80860002005100C4"><![CDATA["[Fwupdate]: FWU_END Heci command was sent when the total length of the FWU_DATA doesn't match the expected image length."]]></Message>
    <Message ID="0x80860002005100B2"><![CDATA["[Fwupdate]: FwuEnd: Unblock PG entry failed. Ignoring. res: %d, errno: %d"]]></Message>
    <Message ID="0x808600020051001A"><![CDATA["[Fwupdate]: FwuEnd failed. res: %d, errno: %d, status: 0x%X"]]></Message>
    <Message ID="0x80860002005100B3"><![CDATA["[Fwupdate]: Failure in event FWUPD_COMPLETE_NOTIFY publishing after update completed. Ignoring."]]></Message>
    <Message ID="0x8086000200510030"><![CDATA["[Fwupdate]: Event published complete: %d"]]></Message>
    <Message ID="0x8086000200510031"><![CDATA["[Fwupdate]: Event FWUPD_COMPLETE_NOTIFY published complete: %d"]]></Message>
    <Message ID="0x8086000200510157"><![CDATA["[Fwupdate]: FwuAppProcessEventComplete got event id that didn't published. Ignoring. system_event_id: %d"]]></Message>
    <Message ID="0x808600020051008D"><![CDATA["[Fwupdate]: FwuAppProcessSystemEvents: cfgmgr_set_rule failed. Ignoring. res: %d, errno: %d"]]></Message>
    <Message ID="0x808600020051007F"><![CDATA["[Fwupdate]: FwuAppProcessSystemEvents got event id that didn't listen to. Ignoring. system_event_id: %d"]]></Message>
    <Message ID="0x8086000200510033"><![CDATA["[Fwupdate]: FwuAppProcessSystemEvents failed. res: %d, errno: %d, status: 0x%X"]]></Message>
    <Message ID="0x808600020051007E"><![CDATA["[Fwupdate]: FwuAppProcessPmEvents got event id that didn't listen to. Ignoring. pm_event_id: %d"]]></Message>
    <Message ID="0x8086000200510015"><![CDATA["[Fwupdate]: ed_receive_notify_cause failed. res: %d, errno: %d"]]></Message>
    <Message ID="0x8086000200510040"><![CDATA["[Fwupdate]: Calling FwuAppProcessSystemEvents on event_id: %d"]]></Message>
    <Message ID="0x8086000200510041"><![CDATA["[Fwupdate]: Calling FwuAppProcessPmEvents on event_id: %d"]]></Message>
    <Message ID="0x808600020051008B"><![CDATA["[Fwupdate]: New event: Received unexpected event group: %d, on event_id: %d. Ignoring."]]></Message>
    <Message ID="0x808600020051008C"><![CDATA["[Fwupdate]: Calling ed_event_processing_done on event_id: %d"]]></Message>
    <Message ID="0x8086000200510017"><![CDATA["[Fwupdate]: ed_event_processing_done failed. event_id: %d, res: %d, errno: %d"]]></Message>
    <Message ID="0x8086000200510047"><![CDATA["[Fwupdate]: GetFlashImageInfo after FID failed. status: 0x%X. Ignore error and continue."]]></Message>
    <Message ID="0x8086000200510042"><![CDATA["[Fwupdate]: Calling FwuAppProcessEventComplete on event_id: %d"]]></Message>
    <Message ID="0x808600020051008A"><![CDATA["[Fwupdate]: Event complete: Received unexpected event group: %d, on event_id: %d. Ignoring."]]></Message>
    <Message ID="0x8086000200510089"><![CDATA["[Fwupdate]: Received unexpected notify cause: %d, on event_id: %d. Ignoring."]]></Message>
    <Message ID="0x808600020051000C"><![CDATA["[Fwupdate]: Close event dispatcher failed. Ignoring. res: %d, errno: %d"]]></Message>
    <Message ID="0x8086000200510086"><![CDATA["[Fwupdate]: Publishing event: %d"]]></Message>
    <Message ID="0x8086000200510085"><![CDATA["[Fwupdate]: Publish event failed. res: %d, errno: %d"]]></Message>
    <Message ID="0x808600020051003C"><![CDATA["[Fwupdate]: FwuPublishEvent select failed. res: %d, errno: %d"]]></Message>
    <Message ID="0x8086000200510024"><![CDATA["[Fwupdate]: FwuPublishEvent Calling FwuAppProcessEvents."]]></Message>
    <Message ID="0x8086000200510046"><![CDATA["[Fwupdate]: FwuPublishEvent FwuAppProcessEvents failed. res: %d, errno: %d"]]></Message>
    <Message ID="0x8086000200510088"><![CDATA["[Fwupdate]: FwuPublishEvent completed succesfully."]]></Message>
    <Message ID="0x8086000200510049"><![CDATA["[Fwupdate]: FwuPublishEvent is_pm_exit true. Exiting."]]></Message>
    <Message ID="0x8086000200510087"><![CDATA["[Fwupdate]: FwuPublishEvent: select did not set any FD."]]></Message>
    <Message ID="0x808600020051002E"><![CDATA["[Fwupdate]: FwuPublishEvent failed. res: %d, errno: %d"]]></Message>
    <Message ID="0x8086000200510082"><![CDATA["[Fwupdate]: Received Heci command message with langth too small."]]></Message>
    <Message ID="0x8086000200510045"><![CDATA["[Fwupdate]: Received Heci message type: %d"]]></Message>
    <Message ID="0x8086000200510083"><![CDATA["[Fwupdate]: Received Heci command message with unknown command type: %d."]]></Message>
    <Message ID="0x8086000200510084"><![CDATA["[Fwupdate]: CSE is in Unlocked Mode. FW Update is not possible."]]></Message>
    <Message ID="0x8086000200510048"><![CDATA["[Fwupdate]: FwuAppProcessHeciMessages: GetFlashImageInfo() was not called after FID. Calling to GetFlashImageInfo()."]]></Message>
    <Message ID="0x8086000200510001"><![CDATA["[Fwupdate]: FwuAppProcessHeciMessages heci_status: %d"]]></Message>
    <Message ID="0x8086000200510002"><![CDATA["[Fwupdate]: recv_complete: heci_write_async failed. Might be connection reset from host. Ignoring. res: %d, errno: %d"]]></Message>
    <Message ID="0x808600020051000B"><![CDATA["[Fwupdate]: send_complete: heci_read_async failed. Might be connection reset from host. Ignoring. res: %d, errno: %d"]]></Message>
    <Message ID="0x808600020051000F"><![CDATA["[Fwupdate]: connect_req_cb: heci_read_async failed. Ignoring. res: %d, errno: %d"]]></Message>
    <Message ID="0x8086000200510080"><![CDATA["[Fwupdate]: copy_manuf_file FWUOEMID failed. Ignoring. res: %d"]]></Message>
    <Message ID="0x808600020051000D"><![CDATA["[Fwupdate]: heci_create_client failed. errno: %d"]]></Message>
    <Message ID="0x8086000200510010"><![CDATA["[Fwupdate]: heci_fd_clear_and_set failed. errno: %d"]]></Message>
    <Message ID="0x8086000200510011"><![CDATA["[Fwupdate]: Failed to open event dispatcher. errno: %d"]]></Message>
    <Message ID="0x8086000200510012"><![CDATA["[Fwupdate]: ed_register_for_events failed. res: %d, errno: %d"]]></Message>
    <Message ID="0x8086000200510003"><![CDATA["[Fwupdate]: main() started. Calling FwUpdateInit()"]]></Message>
    <Message ID="0x8086000200510004"><![CDATA["[Fwupdate]: FwUpdateInit failed. init_res: %d, errno: %d. Exiting."]]></Message>
    <Message ID="0x8086000200510006"><![CDATA["[Fwupdate]: select failed. Exiting select loop. res: %d, errno: %d"]]></Message>
    <Message ID="0x8086000200510000"><![CDATA["[Fwupdate]: Calling FwuAppProcessEvents."]]></Message>
    <Message ID="0x8086000200510007"><![CDATA["[Fwupdate]: FwuAppProcessEvents failed. Ignoring. Continue select loop. res: %d, errno: %d"]]></Message>
    <Message ID="0x808600020051003A"><![CDATA["[Fwupdate]: is_pm_exit true. Exiting select loop."]]></Message>
    <Message ID="0x8086000200510039"><![CDATA["[Fwupdate]: Calling heci_handle_select_events."]]></Message>
    <Message ID="0x808600020051000A"><![CDATA["[Fwupdate]: heci_handle_select_events failed. Ignoring. Continue select loop. res: %d, errno: %d"]]></Message>
    <Message ID="0x808600020051003B"><![CDATA["[Fwupdate]: Exiting..."]]></Message>
    <Message ID="0x8086000200420014"><![CDATA["ldr_rsa_verify_manifest_for_usage: NULL Manifest Pointer or bad usage_index. Usage index: %d"]]></Message>
    <Message ID="0x80860002004200F5"><![CDATA["ldr_rsa_verify_manifest_for_usage: calc_manifest_hash failed for usage %d"]]></Message>
    <Message ID="0x808600020042009F"><![CDATA["ldr_rsa_verify_manifest_for_usage: verification passed for usage %d. hash compared with hash from boot."]]></Message>
    <Message ID="0x80860002004200A1"><![CDATA["ldr_rsa_verify_manifest_for_usage: verification failed for usage %d. manifest's hash doesn't match to the verified hash from boot."]]></Message>
    <Message ID="0x80860002004200A0"><![CDATA["ldr_rsa_verify_manifest_for_usage: verification failed for usage %d. manifest was not found in the hashes list from boot for the usage-index."]]></Message>
    <Message ID="0x808600020042001B"><![CDATA["ldr_rsa_verify_manifest_for_usage: Key Not Found For Usage. Usage index: %d"]]></Message>
    <Message ID="0x808600020042001F"><![CDATA["ldr_rsa_verify_manifest_for_usage: LRVM Failed %d. Usage index: %d"]]></Message>
    <Message ID="0x8086000200420016"><![CDATA["ldr_rsa_verify_manifest_for_usage: No Pack Info. Usage index: %d"]]></Message>
    <Message ID="0x8086000200420017"><![CDATA["ldr_rsa_verify_manifest_for_usage: Usage Index Mismatch. Usage index: %d"]]></Message>
    <Message ID="0x8086000200420046"><![CDATA["ldr_rsa_verify_manifest_for_usage: Failed to find manifest in extention"]]></Message>
    <Message ID="0x8086000200420027"><![CDATA["ldr_rsa_verify_manifest_for_usage: Metadata size Mismatch. Usage index: %d"]]></Message>
    <Message ID="0x8086000200420047"><![CDATA["ldr_rsa_verify_manifest_for_usage: Hash size Mismatch. Usage index: %d"]]></Message>
    <Message ID="0x808600020042001A"><![CDATA["ldr_rsa_verify_manifest_for_usage: Metadata Hash Mismatch or crypto hash failed. Usage index: %d"]]></Message>
    <Message ID="0x8086000200420022"><![CDATA["ldr_rsa_verify_manifest_for_usage: Returned %d."]]></Message>
    <Message ID="0x8086000200420113"><![CDATA["Failed to open boot path file."]]></Message>
    <Message ID="0x8086000200420114"><![CDATA["Failed to read boot path file."]]></Message>
    <Message ID="0x8086000200420115"><![CDATA["Boot type data invalid."]]></Message>
    <Message ID="0x8086000200420116"><![CDATA["Failed to open boot type file."]]></Message>
    <Message ID="0x8086000200420117"><![CDATA["Failed to read boot type file."]]></Message>
    <Message ID="0x8086000200420118"><![CDATA["Boot type data invalid."]]></Message>
    <Message ID="0x8086000200420119"><![CDATA["ldr_load_arbs: ldr_read_file svns file failed status=%d."]]></Message>
    <Message ID="0x808600020042011A"><![CDATA["ldr_load_arbs: ldr_read_file arben file failed status=%d."]]></Message>
    <Message ID="0x808600020042011B"><![CDATA["Succeeded Loading SVNs/ARBs."]]></Message>
    <Message ID="0x5600030090958800"><![CDATA["ArbEn[%d] = %08x"]]></Message>
    <Message ID="0x8086000200420120"><![CDATA["ldr_load_arbs: Failed Loading SVNs/ARBs."]]></Message>
    <Message ID="0x8086000200420145"><![CDATA["ldr_load_arbs: ldr_read_file svns_update snowball doesn't exist."]]></Message>
    <Message ID="0x8086000200420121"><![CDATA["ldr_load_arbs: ldr_read_file svns update snowball failed status = %d."]]></Message>
    <Message ID="0x8086000200420173"><![CDATA["ldr_load_keys: Cannot load OEMKM, status (%d)"]]></Message>
    <Message ID="0x8086000200420174"><![CDATA["ldr_load_keys: Error in parsing of OEMKM, status (%d)"]]></Message>
    <Message ID="0x8086000200420126"><![CDATA["ldr_load_key_manifests: Invalid or missing KM extension"]]></Message>
    <Message ID="0x8086000200420127"><![CDATA["ldr_load_key_manifests: Invalid KM type"]]></Message>
    <Message ID="0x808600020042016A"><![CDATA["ldr_load_key_manifests: No keys in RoTKM and OEMKM or overflow detected in sum of total keys"]]></Message>
    <Message ID="0x8086000200420129"><![CDATA["ldr_load_key_manifests: Out Of Memory."]]></Message>
    <Message ID="0x808600020042012A"><![CDATA["ldr_load_key_manifests: Key Manifests Loaded "]]></Message>
    <Message ID="0x8086000200420137"><![CDATA["ldr_create_iup_state: manifest_check_extension MFT_EXT_TYPE_IFWI_PART_MAN failed"]]></Message>
    <Message ID="0x8086000200420138"><![CDATA["ldr_create_iup_state: MFT_EXT_TYPE_IFWI_PART_MAN is NULL"]]></Message>
    <Message ID="0x8086000200420136"><![CDATA["ldr_create_iup_state: MFT_EXT_TYPE_SYS_INFO extension was not found"]]></Message>
    <Message ID="0x8086000200420139"><![CDATA["ldr_create_iup_state: manifest_check_extension MFT_EXT_TYPE_SYS_INFO failed"]]></Message>
    <Message ID="0x808600020042013A"><![CDATA["Too many IUPs: %d. Update CSE_CONF_PARAM_LOADER_MAX_IUPS in system config!"]]></Message>
    <Message ID="0x808600020042016D"><![CDATA["ldr_build_and_store_module_metadata_files: Extention not found or not valid."]]></Message>
    <Message ID="0x808600020042016B"><![CDATA["ldr_build_and_store_module_metadata_files: No modules in manifest."]]></Message>
    <Message ID="0x8086000200420170"><![CDATA["***ldr_build_and_store_module_metadata_files: Module's name len is too long, skipping to next module..."]]></Message>
    <Message ID="0x808600020042016E"><![CDATA["***ldr_build_and_store_module_metadata_files: Module's metadata file not found - Nothing to delete."]]></Message>
    <Message ID="0x808600020042016F"><![CDATA["***ldr_build_and_store_module_metadata_files: Failed to delete module's metadata."]]></Message>
    <Message ID="0x808600020042016C"><![CDATA["ldr_build_and_store_module_metadata_files: Failed to write metadata file (%d)."]]></Message>
    <Message ID="0x8086000200420171"><![CDATA["ldr_build_and_store_module_metadata_files: Created INF file"]]></Message>
    <Message ID="0x8086000200420172"><![CDATA["ldr_build_and_store_module_metadata_files: Metadata exist and module removal is not needed, no need to create"]]></Message>
    <Message ID="0x808600020042012B"><![CDATA["***Open metadata file failed. Errno (%d)."]]></Message>
    <Message ID="0x8086000200420130"><![CDATA["ldr_write_module_metadata_file: Failed write metadata file. Errno (%d)."]]></Message>
    <Message ID="0x808600020042015A"><![CDATA["Delete metadata file failed. Errno (%d)."]]></Message>
    <Message ID="0x808600020042015B"><![CDATA["Error in PID translation. Status (%d)."]]></Message>
    <Message ID="0x8086000200420156"><![CDATA["ldr_is_bccr_available: nvm_info_open failed"]]></Message>
    <Message ID="0x8086000200420159"><![CDATA["ldr_is_bccr_available: nvm_get_info failed. status %d"]]></Message>
    <Message ID="0x8086000200420157"><![CDATA["ldr_is_bccr_available: bccr_enabled = %d.  bccr_backup_avilable = %d"]]></Message>
    <Message ID="0x808600020042012F"><![CDATA["Loader Error 0x%x"]]></Message>
    <Message ID="0x808600020042012E"><![CDATA["Failed to open /susram/ldmanerror/"]]></Message>
    <Message ID="0x8086000200420155"><![CDATA["Failed to read path in ldr_read_file. File not found"]]></Message>
    <Message ID="0x8086000200420161"><![CDATA["Failed to read path in ldr_read_file. bytes_to_read = %d, bytes_read = %d, errno = %d"]]></Message>
    <Message ID="0x8086000200420162"><![CDATA["Failed to open path in ldr_read_file. File not found"]]></Message>
    <Message ID="0x8086000200420153"><![CDATA["Failed to open path in ldr_read_file errno = %d"]]></Message>
    <Message ID="0x8086000200420168"><![CDATA["ldr_read_data_file - One of passed arguments is NULL"]]></Message>
    <Message ID="0x8086000200420160"><![CDATA["Could not read file 0x%08x in ldr_read_data_file (File doesn't exist)"]]></Message>
    <Message ID="0x8086000200420158"><![CDATA["Failed to read file 0x%08x in ldr_read_data_file errno = %d"]]></Message>
    <Message ID="0x8086000200420154"><![CDATA["Failed to write path in ldr_write_file errno = %d"]]></Message>
    <Message ID="0x8086000200420164"><![CDATA["ldr_get_oem_ifp_key_hash - Invalid arguments"]]></Message>
    <Message ID="0x8086000200420165"><![CDATA["ldr_get_oem_ifp_key_hash - Failed reading valid bit from FPF"]]></Message>
    <Message ID="0x8086000200420166"><![CDATA["ldr_get_oem_ifp_key_hash - Failed reading revoke bit from FPF"]]></Message>
    <Message ID="0x8086000200420167"><![CDATA["ldr_get_oem_ifp_key_hash - Failed reading pub key hash from FPF"]]></Message>
    <Message ID="0x8086000200420169"><![CDATA["ldr_get_oem_ifp_key_hash - Valid or Revoked bit are not allowing pub key hash usage"]]></Message>
    <Message ID="0x808600020042015C"><![CDATA["Failed to read knobs count from snowball"]]></Message>
    <Message ID="0x808600020042015D"><![CDATA["Failed to alloc memory for reading knobs"]]></Message>
    <Message ID="0x808600020042015E"><![CDATA["Failed to read knobs data from snowball"]]></Message>
    <Message ID="0x808600020042015F"><![CDATA["Found valid Cancel_OEM_Auth Knob"]]></Message>
    <Message ID="0x8086000200420102"><![CDATA["failed to open /snowball/nftp.man file to write. errno = %d"]]></Message>
    <Message ID="0x8086000200420103"><![CDATA["failed to write /snowball/nftp.man file. errno = %d"]]></Message>
    <Message ID="0x80860002004200FF"><![CDATA["failed to load nftp manifest. status = %d"]]></Message>
    <Message ID="0x80860002004200FE"><![CDATA["failed to validate nftp manifest. status = %d"]]></Message>
    <Message ID="0x80860002004200F3"><![CDATA["FTP or NFTP Manifests no found"]]></Message>
    <Message ID="0x8086000200420101"><![CDATA["FTP or NFTP signed_package_info_ext no found or invalid"]]></Message>
    <Message ID="0x8086000200420100"><![CDATA["Version and SVN of FTP and NFTP does not equal"]]></Message>
    <Message ID="0x808600020042009B"><![CDATA["ldr_load_and_validate_ftp_manifest: manifest_load(FTP or RBE for Layout 1.7) failed. status = %d"]]></Message>
    <Message ID="0x80860002004200A2"><![CDATA["ldr_load_and_validate_ftp_manifest: Hash Signature Failure."]]></Message>
    <Message ID="0x80860002004200B0"><![CDATA["ldr_load_and_validate_ftp_manifest: ERROR: No Pack Info."]]></Message>
    <Message ID="0x80860002004200AA"><![CDATA["ldr_load_and_hash_manifest: manifest_load failed. Errno = %d, status = %d"]]></Message>
    <Message ID="0x80860002004200A8"><![CDATA["ldr_load_and_hash_manifest: manifest_check failed."]]></Message>
    <Message ID="0x80860002004200AB"><![CDATA["ldr_load_and_hash_manifest failed to calculate manifest hash. Usage index"]]></Message>
    <Message ID="0x80860002004200AD"><![CDATA["ldr_load_and_hash_manifest failed. status = %d errno = %d"]]></Message>
    <Message ID="0x80860002004200EE"><![CDATA["ldr_validate_manifest failed. there is no public key for usage %d"]]></Message>
    <Message ID="0x80860002004200F6"><![CDATA["ldr_validate_manifest failed. return status %d"]]></Message>
    <Message ID="0x80860002004200A6"><![CDATA["ldr_unload_manifest: unloading"]]></Message>
    <Message ID="0x80860002004200A4"><![CDATA["ldr_msrmnt_set_valid_bit: Failed to write the valid-bit susram. bytes %d errno %d"]]></Message>
    <Message ID="0x80860002004200A3"><![CDATA["init_msrmnt_state: bup_msrmnt_get_info failed. status %d errno %d"]]></Message>
    <Message ID="0x808600020042009E"><![CDATA["init_msrmnt_state: msrmnt table valid susram file not found"]]></Message>
    <Message ID="0x80860002004200C3"><![CDATA["init_msrmnt_state: Failed to read msrmnt table valid bit file. fd = %d, read_bytes = %d, error %d"]]></Message>
    <Message ID="0x808600020042009D"><![CDATA["init_msrmnt_state: bup_msrmnt_get_info: fresh boot? %d msrmnt_enabled? %d susram_file_present: %d, susram_valid_bit: %d"]]></Message>
    <Message ID="0x80860002004200A5"><![CDATA["init_msrmnt_state: Not fresh-boot, but measurement table is not valid! Cannot load any IUP"]]></Message>
    <Message ID="0x80860002004200C4"><![CDATA["init_msrmnt_state: Not fresh-boot, but measurement table is not valid! Table won't be used for IUP verification"]]></Message>
    <Message ID="0x80860002004200B1"><![CDATA["init_msrmnt_state: IUPs msrmnt table doesn't exist. need to create it"]]></Message>
    <Message ID="0x80860002004200B2"><![CDATA["init_msrmnt_state: Failed to read IUPs msrmnt table. errno %d."]]></Message>
    <Message ID="0x80860002004200B3"><![CDATA["init_msrmnt_state: Read size of IUPs msrmnt table file is invalid (%d)."]]></Message>
    <Message ID="0x80860002004200C0"><![CDATA["init_msrmnt_state: IUPs msrmnt table is valid. msrmnt_table_num_entries = %d"]]></Message>
    <Message ID="0x808600020042009C"><![CDATA["ldr_finish_msrmnt: Failed to write the IUPs msrmnt table. errno %d."]]></Message>
    <Message ID="0x80860002004200AF"><![CDATA["bup_msrmnt_append_iup failed usage_index = 0x%x, status = %d"]]></Message>
    <Message ID="0x80860002004200A9"><![CDATA["ldr_finish_msrmnt when msrmnt was not initialized or already done"]]></Message>
    <Message ID="0x80860002004200A7"><![CDATA["ldr_finish_msrmnt: bup_msrmnt_lock failed"]]></Message>
    <Message ID="0x80860002004200D0"><![CDATA["ldr_iup_svn_check: No valid Pack Info. Usage index: %d"]]></Message>
    <Message ID="0x80860002004200DC"><![CDATA["ldr_load_and_validate_iup_manifests: IUP have invalid usage_index %d."]]></Message>
    <Message ID="0x80860002004200DD"><![CDATA["ldr_load_and_validate_iup_manifests: More than manifest on flash with the same usage_index %d."]]></Message>
    <Message ID="0x80860002004200DA"><![CDATA["ldr_load_and_validate_iup_manifests: Searched for measured IUP in the msrmnt hashes table. usage_index %d. usage found? %d hash match? %d verified? %d"]]></Message>
    <Message ID="0x80860002004200AC"><![CDATA["ldr_validate_manifest: Manifest Hash Check Failed. Usage index %d"]]></Message>
    <Message ID="0x80860002004200AE"><![CDATA["Failed to validate IUP manifest usage_index = 0x%x, status = %d"]]></Message>
    <Message ID="0x80860002004200D1"><![CDATA["Failed to open feature map file."]]></Message>
    <Message ID="0x80860002004200D2"><![CDATA["Failed to read boot path file."]]></Message>
    <Message ID="0x80860002004200D3"><![CDATA["platform featue flags = 0x%x"]]></Message>
    <Message ID="0x80860002004200F0"><![CDATA["ldr_load_module: Abort Loading Modules."]]></Message>
    <Message ID="0x80860002004200B4"><![CDATA["ldr_load_module: Skip module. Init Flags 0x%x Boot Type 0x%x."]]></Message>
    <Message ID="0x80860002004200D4"><![CDATA["ldr_load_module: Skip module. Feature flags 0x%x "]]></Message>
    <Message ID="0x80860002004200B5"><![CDATA["ldr_load_module: Done Loading Modules."]]></Message>
    <Message ID="0x80860002004200B7"><![CDATA["ldr_load_module: Sending CMX_ENTRY_DONE To loaded process PID (0x%x)."]]></Message>
    <Message ID="0x80860002004200B8"><![CDATA["***ldr_load_module: Failed to START module. status = %d pid = 0x%x."]]></Message>
    <Message ID="0x80860002004200BC"><![CDATA["ldr_load_module: Module is type IBL. Continuing..."]]></Message>
    <Message ID="0x80860002004200BD"><![CDATA["ldr_load_module: Module InitImmediately NOT set. Skipping spawn."]]></Message>
    <Message ID="0x80860002004200BE"><![CDATA["ldr_load_module: Out of Memory."]]></Message>
    <Message ID="0x80860002004200EF"><![CDATA["ldr_load_module: vector32_add failed"]]></Message>
    <Message ID="0x5600020090958C00"><![CDATA["[PERF],TMS,%x,%d,%d,%d,%u,%u"]]></Message>
    <Message ID="0x80860002004200BF"><![CDATA["ldr_load_module: process async spawn get PID (0x%x)."]]></Message>
    <Message ID="0x5600020090958C01"><![CDATA["[PERF],TME,%x,%d,%d,%d,%u,%u"]]></Message>
    <Message ID="0x808600020042010C"><![CDATA["***SPAWN FAILED!!! (FTPR) pid = 0x%x"]]></Message>
    <Message ID="0x808600020042010D"><![CDATA["***SPAWN FAILED!!! (NFTP) pid = 0x%x"]]></Message>
    <Message ID="0x8086000200420105"><![CDATA["***ldr_restart_immediately: Module's metadata file not found."]]></Message>
    <Message ID="0x8086000200420107"><![CDATA["***ldr_restart_immediately: Failed to delete module's metadata."]]></Message>
    <Message ID="0x80860002004200C8"><![CDATA["***PID (%d) exited with non-zero exit code (%d). Restart-flags (%d)"]]></Message>
    <Message ID="0x80860002004200C6"><![CDATA["ldr_on_ibl_load_complete: Could not find boot path and type."]]></Message>
    <Message ID="0x80860002004200C7"><![CDATA["ldr_on_ibl_load_complete: Failed to load FTP Manifest."]]></Message>
    <Message ID="0x80860002004200C9"><![CDATA["ldr_on_fwupdate_complete: FW Update done during load flow."]]></Message>
    <Message ID="0x80860002004200CA"><![CDATA["ldr_on_fwupdate_complete: Failed to load FTP Manifest."]]></Message>
    <Message ID="0x80860002004200F1"><![CDATA["ldr_no_more_modules: Abort replied with status: %d"]]></Message>
    <Message ID="0x80860002004200CC"><![CDATA["Load Complete. Sending Transition Complete!"]]></Message>
    <Message ID="0x808600020042018F"><![CDATA["Exiting Load Manager"]]></Message>
    <Message ID="0x808600020042017C"><![CDATA["Failed to load key manifests, going to cse_reset. status = %d"]]></Message>
    <Message ID="0x808600020042017E"><![CDATA["Failed to open events device, going to cse_reset. errno = %d"]]></Message>
    <Message ID="0x808600020042017F"><![CDATA["Failed to register with event dispatcher, going to cse_reset. status = %d."]]></Message>
    <Message ID="0x8086000200420180"><![CDATA["***Failed to open crypto device, going to cse_reset. errno = %d"]]></Message>
    <Message ID="0x808600020042018D"><![CDATA["Open Called: PID %d TID 0x%x Minor %d. "]]></Message>
    <Message ID="0x808600020042018E"><![CDATA["Close Called: Service Handle %d."]]></Message>
    <Message ID="0x8086000200420183"><![CDATA["Invalid Ioctl Request %d PID %d TID 0x%x Handle %d."]]></Message>
    <Message ID="0x808600020042018C"><![CDATA["Invalid Ioctl request permissions. request %d PID %d TID 0x%x Handle %d."]]></Message>
    <Message ID="0x8086000200420185"><![CDATA["Ioctl Request %d called by PID %d TID 0x%x Handle %d."]]></Message>
    <Message ID="0x808600020042018A"><![CDATA["Bad FWUPD_COMPLETE_NOTIFY processing done. %d"]]></Message>
    <Message ID="0x8086000200420186"><![CDATA["Unexpected Event: Group %d ID %x."]]></Message>
    <Message ID="0x8086000200420187"><![CDATA["Bad Status EPD. %d"]]></Message>
    <Message ID="0x8086000200420188"><![CDATA["Unexpected Event: Group %d ID %x."]]></Message>
    <Message ID="0x5600020090958000"><![CDATA["[PERF],TS,%x,%d,%d,%u,%u"]]></Message>
    <Message ID="0x5600020090958001"><![CDATA["[PERF],PF,%x,%d,%d,%d,%d,%d"]]></Message>
    <Message ID="0x5600020090958002"><![CDATA["[PERF],SRAM_NO_UMA,%x,%d,%d,%u,%u"]]></Message>
    <Message ID="0x5600020090958003"><![CDATA["[PERF],SRAM_NO_UMA_HEAP,%x,%d,%d,%u,%u"]]></Message>
    <Message ID="0x8086000200420189"><![CDATA["[LDR] TRANSITION_COMPLETE Publish Completed."]]></Message>
    <Message ID="0x808600020042004E"><![CDATA["ldr_start_load_process_ioctl_handler: Bad PM context size"]]></Message>
    <Message ID="0x808600020042004F"><![CDATA["ldr_start_load_process_ioctl_handler: Boot path %d not supported."]]></Message>
    <Message ID="0x8086000200420051"><![CDATA["ldr_abort_load_process_ioctl_handler: Cannot abort."]]></Message>
    <Message ID="0x808600020042005B"><![CDATA["ldr_verify_manifest_ioctl_handler: Failed mg_copyfrom1."]]></Message>
    <Message ID="0x808600020042005C"><![CDATA["ldr_verify_manifest_ioctl_handler: MfstVerifyHeader failed."]]></Message>
    <Message ID="0x808600020042005D"><![CDATA["ldr_verify_manifest_ioctl_handler: Out of memory."]]></Message>
    <Message ID="0x808600020042005E"><![CDATA["ldr_verify_manifest_ioctl_handler: Failed mg_copyfrom2."]]></Message>
    <Message ID="0x8086000200420075"><![CDATA["ldr_verify_manifest_ioctl_handler: [Full] header was changed during handling."]]></Message>
    <Message ID="0x808600020042005F"><![CDATA["ldr_verify_manifest_ioctl_handler: Returning %d."]]></Message>
    <Message ID="0x8086000200420062"><![CDATA["ldr_verify_manifest_for_usage_ioctl_handler: Failed mg_copyfrom1."]]></Message>
    <Message ID="0x8086000200420063"><![CDATA["ldr_verify_manifest_for_usage_ioctl_handler: MfstVerifyHeader failed."]]></Message>
    <Message ID="0x8086000200420064"><![CDATA["ldr_verify_manifest_for_usage_ioctl_handler: Out of memory."]]></Message>
    <Message ID="0x8086000200420065"><![CDATA["ldr_verify_manifest_for_usage_ioctl_handler: Failed mg_copyfrom2."]]></Message>
    <Message ID="0x808600020042006A"><![CDATA["ldr_verify_manifest_for_usage_ioctl_handler: header was changed during handling."]]></Message>
    <Message ID="0x808600020042008F"><![CDATA["ldr_verify_manifest_for_usage_ioctl_handler: metadata out of memory."]]></Message>
    <Message ID="0x8086000200420066"><![CDATA["ldr_verify_manifest_for_usage_ioctl_handler: Out of memory."]]></Message>
    <Message ID="0x8086000200420067"><![CDATA["ldr_verify_manifest_for_usage_ioctl_handler: Failed mg_copyfrom2."]]></Message>
    <Message ID="0x8086000200420068"><![CDATA["ldr_verify_manifest_for_usage_ioctl_handler: Returning %d."]]></Message>
    <Message ID="0x808600020042007D"><![CDATA["ldr_commit_anti_roll_back_updates_ioctl_handler: ERROR - need to increase svns value."]]></Message>
    <Message ID="0x8086000200420071"><![CDATA["ldr_common_get_dword_ioctl_handler: Invalid parameter1."]]></Message>
    <Message ID="0x8086000200420072"><![CDATA["ldr_common_get_dword_ioctl_handler: Returning EINVAL."]]></Message>
    <Message ID="0x8086000200420073"><![CDATA["ldr_common_get_dword_ioctl_handler: Invalid parameter2."]]></Message>
    <Message ID="0x8086000200420074"><![CDATA["ldr_common_get_dword_ioctl_handler: Returning %d."]]></Message>
    <Message ID="0x808600020042008C"><![CDATA["ldr_common_set_dword_ioctl_handler: expected instance id changed, publish event"]]></Message>
    <Message ID="0x808600020042007A"><![CDATA["ldr_common_set_dword_ioctl_handler: Invalid parameter - wrong expected_instance_id"]]></Message>
    <Message ID="0x808600020042007B"><![CDATA["ldr_common_set_dword_ioctl_handler: Invalid parameter - user id is not match"]]></Message>
    <Message ID="0x808600020042007C"><![CDATA["ldr_common_set_dword_ioctl_handler: Invalid parameter - Can not find IUP state for id %d"]]></Message>
    <Message ID="0x8086000200420085"><![CDATA["ldr_install_keys: context malloc failed - Out of memory"]]></Message>
    <Message ID="0x8086000200420084"><![CDATA["ldr_install_keys: Already have installed keys context. Only one context supported"]]></Message>
    <Message ID="0x8086000200420081"><![CDATA["ldr_install_keys: ROT malloc failed - Out of memory, size = %d "]]></Message>
    <Message ID="0x8086000200420082"><![CDATA["ldr_install_keys: Failed mg_copyfrom2."]]></Message>
    <Message ID="0x8086000200420059"><![CDATA["ldr_install_keys: rot manifest size mismatch"]]></Message>
    <Message ID="0x8086000200420088"><![CDATA["ldr_install_keys: rot.key or RBEP-BUP rsa_verify_manifest() failed"]]></Message>
    <Message ID="0x8086000200420090"><![CDATA["ldr_install_keys: rot.key or RBEP-BUP sign by new public key"]]></Message>
    <Message ID="0x808600020042008E"><![CDATA["ldr_install_keys: invalid input"]]></Message>
    <Message ID="0x808600020042008D"><![CDATA["ldr_install_keys: invalid OEM manifest size"]]></Message>
    <Message ID="0x8086000200420086"><![CDATA["ldr_install_keys: OEM malloc failed - Out of memory, size = %d"]]></Message>
    <Message ID="0x8086000200420087"><![CDATA["ldr_install_keys: Failed mg_copyfrom4."]]></Message>
    <Message ID="0x808600020042005A"><![CDATA["ldr_install_keys: oem manifest size mismatch"]]></Message>
    <Message ID="0x808600020042008A"><![CDATA["ldr_install_keys: ldr_get_oem_ifp_key_hash failed to read from FPF"]]></Message>
    <Message ID="0x8086000200420092"><![CDATA["ldr_install_keys: install_keys success"]]></Message>
    <Message ID="0x8086000200420089"><![CDATA["ldr_uninstall_keys: uninstall_keys success"]]></Message>
    <Message ID="0x560002809095A000"><![CDATA["VerifyManifest2K: Public key hash mismatch detected - Ignoring (set by OEM Debug Token)"]]></Message>
    <Message ID="0x560002809095A001"><![CDATA["VerifyManifest3K: Public key hash mismatch detected - Ignoring (set by OEM Debug Token)"]]></Message>
    <Message ID="0x5600028082821400"><![CDATA["VerifyManifest2K: Public key hash mismatch detected - Ignoring (set by OEM Debug Token)"]]></Message>
    <Message ID="0x5600028082821401"><![CDATA["VerifyManifest3K: Public key hash mismatch detected - Ignoring (set by OEM Debug Token)"]]></Message>
    <Message ID="0x80860002000A020A"><![CDATA["[DNX] Start to update ufs configuration"]]></Message>
    <Message ID="0x80860002000A020B"><![CDATA["[DNX] Failed to update. The platform locked for changes"]]></Message>
    <Message ID="0x80860002000A020C"><![CDATA["[DNX] Changing the ref clock frequency"]]></Message>
    <Message ID="0x80860002000A020D"><![CDATA["[DNX] Locking the option to do configuration"]]></Message>
    <Message ID="0x80860002000A0078"><![CDATA["[DNX] Device support HPB feature"]]></Message>
    <Message ID="0x80860002000A0079"><![CDATA["[DNX] Start to read the configuration descriptor"]]></Message>
    <Message ID="0x80860002000A007A"><![CDATA["[DNX] Start to read attributes"]]></Message>
    <Message ID="0x80860002000A007B"><![CDATA["[DNX] Start to read the geometry descriptor"]]></Message>
    <Message ID="0x80860002000A0000"><![CDATA["[DNX] Module Entry"]]></Message>
    <Message ID="0x80860002000A0001"><![CDATA["[DNX] Init stack canary done"]]></Message>
    <Message ID="0x80860002000A0002"><![CDATA["[DNX] Start init context"]]></Message>
    <Message ID="0x80860002000A0062"><![CDATA["Init contex failed. Status is: 0x%x"]]></Message>
    <Message ID="0x80860002000A000E"><![CDATA["[DNX] Dnx Took the Ownership on SPI"]]></Message>
    <Message ID="0x80860002000A0003"><![CDATA["[DNX] Start PRTC init"]]></Message>
    <Message ID="0x80860002000A0005"><![CDATA["[DNX] Start update PRTC time"]]></Message>
    <Message ID="0x80860002000A0007"><![CDATA["[DNX] Initialize dnx_cmdBuffer & dnx_respBuffer"]]></Message>
    <Message ID="0x80860002000A0008"><![CDATA["[DNX] Storage type is- 0x%x"]]></Message>
    <Message ID="0x80860002000A0009"><![CDATA["[DNX] Unsopurted storage type- 0x%x"]]></Message>
    <Message ID="0x80860002000A000A"><![CDATA["[DNX] Send host Command RESP_DNX_MOD_READY ready to receive download-info"]]></Message>
    <Message ID="0x80860002000A000B"><![CDATA["[DNX] Failed to send packet to host. Enter to global reset"]]></Message>
    <Message ID="0x80860002000A0010"><![CDATA["[DNX] Waiting for command request"]]></Message>
    <Message ID="0x80860002000A0011"><![CDATA["[DNX] Receive message cancelled"]]></Message>
    <Message ID="0x80860002000A000C"><![CDATA["[DNX] Failed to recive packet from host. Enter to global reset"]]></Message>
    <Message ID="0x80860002000A0012"><![CDATA["[DNX] Received command 0x%x, header length - 0x%x, message length - 0x%x, command_ext_sz - 0x%x, ctrl_flags - 0x%x, g_state - 0x%x"]]></Message>
    <Message ID="0x80860002000A0021"><![CDATA["[DNX] Clear Rpmb command start"]]></Message>
    <Message ID="0x80860002000A0022"><![CDATA["[DNX] Config Part command start"]]></Message>
    <Message ID="0x80860002000A0023"><![CDATA["[DNX] Get Card Info command start"]]></Message>
    <Message ID="0x80860002000A0024"><![CDATA["[DNX] Start Over command start"]]></Message>
    <Message ID="0x80860002000A0026"><![CDATA["[DNX] Get Token Part ID command start"]]></Message>
    <Message ID="0x80860002000A0027"><![CDATA["[DNX] Read Token command start"]]></Message>
    <Message ID="0x80860002000A0028"><![CDATA["[DNX] Write Token command start"]]></Message>
    <Message ID="0x80860002000A0029"><![CDATA["[DNX] Erase Token command start"]]></Message>
    <Message ID="0x80860002000A002A"><![CDATA["[DNX] Read Boot Media command start"]]></Message>
    <Message ID="0x80860002000A0020"><![CDATA["[DNX] Dowload FW OS command start"]]></Message>
    <Message ID="0x80860002000A002B"><![CDATA["[DNX] Set Prot command start"]]></Message>
    <Message ID="0x80860002000A002C"><![CDATA["[DNX] ID Device command start"]]></Message>
    <Message ID="0x80860002000A002D"><![CDATA["[DNX] Download OEM Key Manifest command start"]]></Message>
    <Message ID="0x80860002000A002E"><![CDATA["[DNX] Set Capabilities command start"]]></Message>
    <Message ID="0x80860002000A002F"><![CDATA["[DNX] Full IFWI download error EINVALID_CMD"]]></Message>
    <Message ID="0x80860002000A0013"><![CDATA["[DNX] Sending command 0x%x, resp_status - 0x%x, header length - 0x%x, message length - 0x%x"]]></Message>
    <Message ID="0x80860002000A0014"><![CDATA["[DNX] resp_ext_data_sz - 0x%x, ctrl_flags - 0x%x, g_state - 0x%x"]]></Message>
    <Message ID="0x80860002000A0015"><![CDATA["[DNX] Going to global Reset"]]></Message>
    <Message ID="0x80860002000A0016"><![CDATA["[DNX] Going to CSE Reset"]]></Message>
    <Message ID="0x80860002000A0128"><![CDATA["[DNX] Attempt to switch UFS to HS G2 for FW OS DWL, failed. status=0x%x"]]></Message>
    <Message ID="0x80860002000A0129"><![CDATA["[DNX] Attempt to switch UFS to PWM mode after FW OS DWL, failed. status=0x%x"]]></Message>
    <Message ID="0x80860002000A0077"><![CDATA["[DNX] Start to get card info from UFS"]]></Message>
    <Message ID="0x80860002000A0076"><![CDATA["[DNX] Start to get card info from SPI"]]></Message>
    <Message ID="0x80860002000A0206"><![CDATA["[DNX] start config part on UFS"]]></Message>
    <Message ID="0x80860002000A00D6"><![CDATA["[DNX] Start address: 0x%x, number of bytes to read: 0x%x"]]></Message>
    <Message ID="0x80860002000A00D7"><![CDATA["[DNX] Start to read up to 4KB from SPI"]]></Message>
    <Message ID="0x80860002000A00D8"><![CDATA["[DNX] Start to read up to 4KB from UFS, from LUN: 0x%x"]]></Message>
    <Message ID="0x80860002000A00D9"><![CDATA["[DNX] Failed to read up to 4KB from storage"]]></Message>
    <Message ID="0x80860002000A00DA"><![CDATA["[DNX] Read up to 4KB from storage sucssefully"]]></Message>
    <Message ID="0x80860002000A0221"><![CDATA["[DNX] Failed to find utok sub partitons"]]></Message>
    <Message ID="0x80860002000A0017"><![CDATA["[DNX] SFDP is not supported"]]></Message>
    <Message ID="0x80860002000A0115"><![CDATA["[DNX] Invalid PLAT ID. recieved plat id: 0x%x, current plat id: 0x%x"]]></Message>
    <Message ID="0x80860002000A0163"><![CDATA["[DNX] Validate manifest"]]></Message>
    <Message ID="0x80860002000A0165"><![CDATA["[DNX] The pub key hash in the KM and the pub key hash in the token don't match"]]></Message>
    <Message ID="0x80860002000A0166"><![CDATA["[DNX] The manifest extention type is not MFT_EXT_TYPE_SECURE_TOKEN"]]></Message>
    <Message ID="0x80860002000A0164"><![CDATA["[DNX] Validate token manifest extention"]]></Message>
    <Message ID="0x80860002000A0167"><![CDATA["[DNX] Validate token manifest extention failed"]]></Message>
    <Message ID="0x80860002000A0168"><![CDATA["[DNX] No knobs in manifest"]]></Message>
    <Message ID="0x80860002000A0169"><![CDATA["[DNX] The manifest does not contain change capabilities knob, or the knob contains data with value 0"]]></Message>
    <Message ID="0x80860002000A0223"><![CDATA["[DNX] Gives the default OEM platform ID- 0x%x"]]></Message>
    <Message ID="0x80860002000A0181"><![CDATA["[DNX] Failed to generate part ID"]]></Message>
    <Message ID="0x80860002000A0182"><![CDATA["[DNX] Failed to get secure time"]]></Message>
    <Message ID="0x80860002000A0220"><![CDATA["[DNX] Invalid token slot index, it must be 0"]]></Message>
    <Message ID="0x80860002000A00CB"><![CDATA["[DNX] Clear Rpmb command is not supported on SPI flash"]]></Message>
    <Message ID="0x80860002000A00C0"><![CDATA["[DNX] The capability clear rpmb is unallowed - the platform is EOM"]]></Message>
    <Message ID="0x80860002000A00C1"><![CDATA["[DNX] The system is waiting for another command: 0x%x"]]></Message>
    <Message ID="0x80860002000A00C2"><![CDATA["[DNX] Error - Device not initialized"]]></Message>
    <Message ID="0x80860002000A00C3"><![CDATA["[DNX] Error - Illegal storage type"]]></Message>
    <Message ID="0x80860002000A00C4"><![CDATA["[DNX] Error - Unexepted storage type. Platform storage type: 0x%x, Requested storage type: 0x%x"]]></Message>
    <Message ID="0x80860002000A00C5"><![CDATA["[DNX] Error - Rpmb provisioned with different key"]]></Message>
    <Message ID="0x80860002000A00C6"><![CDATA["[DNX] Error - Media error"]]></Message>
    <Message ID="0x80860002000A00C8"><![CDATA["[DNX] Start clear rpmb for UFS storage"]]></Message>
    <Message ID="0x80860002000A00CA"><![CDATA["[DNX] Rpmb successfully cleared"]]></Message>
    <Message ID="0x80860002000A00C9"><![CDATA["[DNX] Error - Clear rpmb failed"]]></Message>
    <Message ID="0x80860002000A020E"><![CDATA["[DNX] Config Part command is not supported on SPI flash"]]></Message>
    <Message ID="0x80860002000A0200"><![CDATA["[DNX] The capability config part is unallowed - the platform is EOM"]]></Message>
    <Message ID="0x80860002000A0202"><![CDATA["[DNX] Error - Device not initialized"]]></Message>
    <Message ID="0x80860002000A0201"><![CDATA["[DNX] Error - The system is waiting for another command"]]></Message>
    <Message ID="0x80860002000A0203"><![CDATA["[DNX] Error - Illegal storage type"]]></Message>
    <Message ID="0x80860002000A0204"><![CDATA["[DNX] Error - Unexepted storage type. Platform storage type: 0x%x, Requested storage type: 0x%x"]]></Message>
    <Message ID="0x80860002000A0208"><![CDATA["[DNX] Error - Config part failed"]]></Message>
    <Message ID="0x80860002000A0209"><![CDATA["[DNX] Config part succeeded"]]></Message>
    <Message ID="0x80860002000A0070"><![CDATA["[DNX] The capability get card info is unallowed - the platform is EOM"]]></Message>
    <Message ID="0x80860002000A0072"><![CDATA["[DNX] Error - Device not initialized"]]></Message>
    <Message ID="0x80860002000A0071"><![CDATA["[DNX] Error - The system is waiting for another command"]]></Message>
    <Message ID="0x80860002000A0073"><![CDATA["[DNX] Error - Illegal storage type"]]></Message>
    <Message ID="0x80860002000A0074"><![CDATA["[DNX] Error - Unexepted storage type. Platform storage type:0x%x, Requested storage type: 0x%x"]]></Message>
    <Message ID="0x80860002000A007C"><![CDATA["[DNX] Get card info failed. Error number is: 0x%x"]]></Message>
    <Message ID="0x80860002000A007E"><![CDATA["[DNX] Get card info succeeded"]]></Message>
    <Message ID="0x80860002000A007D"><![CDATA["[DNX] Get card info failed. ext_marker not equals to 0x0 or to 0xA5"]]></Message>
    <Message ID="0x80860002000A0090"><![CDATA["[DNX] Start over with reset type 0 - cancel any on-going operation"]]></Message>
    <Message ID="0x80860002000A0091"><![CDATA["[DNX] Invalid reset type(0x3) or post reset action(0x3)"]]></Message>
    <Message ID="0x80860002000A0092"><![CDATA["[DNX] Start over with reset type 1 - going to global reset"]]></Message>
    <Message ID="0x80860002000A0093"><![CDATA["[DNX] Start over with reset type 2 - going to cse reset"]]></Message>
    <Message ID="0x80860002000A0094"><![CDATA["[DNX] Start over with post reset action 0"]]></Message>
    <Message ID="0x80860002000A0095"><![CDATA["[DNX] Start over with post reset action 1"]]></Message>
    <Message ID="0x80860002000A0096"><![CDATA["[DNX] Start over with post reset action 2 - ignore dnx after reset"]]></Message>
    <Message ID="0x80860002000A0097"><![CDATA["[DNX] Clear global variables"]]></Message>
    <Message ID="0x80860002000A00F0"><![CDATA["[DNX] The system is waiting for another command: 0x%x"]]></Message>
    <Message ID="0x80860002000A00F1"><![CDATA["[DNX] ID device failed"]]></Message>
    <Message ID="0x80860002000A00F2"><![CDATA["[DNX] ID device succeeded"]]></Message>
    <Message ID="0x80860002000A00D0"><![CDATA["[DNX] The capability read boot media is unallowed - the platform is EOM"]]></Message>
    <Message ID="0x80860002000A00D2"><![CDATA["[DNX] Error - Device not initialized"]]></Message>
    <Message ID="0x80860002000A00D1"><![CDATA["[DNX] Error - The system is waiting for another command"]]></Message>
    <Message ID="0x80860002000A00D3"><![CDATA["[DNX] Error - Illegal storage type : 0x%x"]]></Message>
    <Message ID="0x80860002000A00D4"><![CDATA["[DNX] Error - Unexepted storage type. Platform storage type: 0x%x, Requested storage type: 0x%x"]]></Message>
    <Message ID="0x80860002000A00D5"><![CDATA["[DNX] Start to read RPMB"]]></Message>
    <Message ID="0x80860002000A00DC"><![CDATA["[DNX] Read boot media succeeded"]]></Message>
    <Message ID="0x80860002000A00DB"><![CDATA["[DNX] Read boot media failed"]]></Message>
    <Message ID="0x80860002000A010B"><![CDATA["[DNX] FW download g_dnx_data_inf.downloadfwos_inf.img_cmd_data Header_size 0x%x bytes, image_size = 0x%x"]]></Message>
    <Message ID="0x80860002000A0127"><![CDATA["[DNX] PROV_FW_IMG_CMD_FLAG_DEEP_RESET_RETAIN_SECURITY_POLICY bit is on -> Invalid Flag"]]></Message>
    <Message ID="0x80860002000A0102"><![CDATA["[DNX] Error - Device not initialized"]]></Message>
    <Message ID="0x80860002000A010C"><![CDATA["[DNX] FW download error g_dnx_data_inf.downloadfwos_inf.img_cmd_data.preamble_size > header buffer"]]></Message>
    <Message ID="0x80860002000A010D"><![CDATA["[DNX] FW download error g_dnx_data_inf.downloadfwos_inf.img_cmd_data.preamble_size < 0x%x"]]></Message>
    <Message ID="0x80860002000A010F"><![CDATA["[DNX] FW download error g_dnx_data_inf.downloadfwos_inf.img_cmd_data.image_size < 0x%x"]]></Message>
    <Message ID="0x80860002000A010E"><![CDATA["[DNX] FW image size must be in multiple of download chunks 0x%x"]]></Message>
    <Message ID="0x80860002000A0111"><![CDATA["[DNX] FW download error g_dnx_data_inf.downloadfwos_inf.img_cmd_data.image_size > 0x%x"]]></Message>
    <Message ID="0x80860002000A0110"><![CDATA["[DNX] FW download error g_dnx_data_inf.downloadfwos_inf.img_cmd_data.image_type should be FW_IMAGE_TYPE_IN_NV_STORE"]]></Message>
    <Message ID="0x80860002000A0112"><![CDATA["[DNX] Send Request to get the RCIP header RESP_REQ_PROV_FW_IMG_DATA requested_size = 0x%x"]]></Message>
    <Message ID="0x80860002000A0113"><![CDATA["[DNX] Received entire header, starting to check it"]]></Message>
    <Message ID="0x80860002000A011B"><![CDATA["[DNX] Received entire hash header, starting to check it"]]></Message>
    <Message ID="0x80860002000A011C"><![CDATA["[DNX] Hash comparison failed"]]></Message>
    <Message ID="0x80860002000A011D"><![CDATA["[DNX] header after: received - 0x%x bytes, until now received - 0x%x, left - 0x%x"]]></Message>
    <Message ID="0x80860002000A0120"><![CDATA["[DNX] DnxSpi_StorageHwSeqErase4KBlock failed Status = 0x%x !"]]></Message>
    <Message ID="0x80860002000A0124"><![CDATA["[DNX] Finished to write the image. Update boot data fields"]]></Message>
    <Message ID="0x80860002000A0125"><![CDATA["[DNX] PROV_FW_IMG_CMD_FLAG_DEEP_RESET_CLEAR_SECURITY_POLICY bit is on -> Going to global reset"]]></Message>
    <Message ID="0x80860002000A0126"><![CDATA["[DNX] PROV_FW_IMG_CMD_FLAG_FLAG_SHALLOW_RESET bit is on -> Going to CSE reset"]]></Message>
    <Message ID="0x80860002000A011E"><![CDATA["[DNX] DnxStorageWrite failed Status = 0x%x !"]]></Message>
    <Message ID="0x80860002000A011F"><![CDATA["[DNX] DnxStorageWrite failed Status = 0x%x !"]]></Message>
    <Message ID="0x80860002000A0100"><![CDATA["[DNX] The capability download FW OS is unallowed - the platform is EOM"]]></Message>
    <Message ID="0x80860002000A0103"><![CDATA["[DNX] Error - Unsupported storage type"]]></Message>
    <Message ID="0x80860002000A0104"><![CDATA["[DNX] Received another chunk (before). current state = 0x%x, req_size = 0x%x, recv_size = 0x%x, left_size = 0x%x"]]></Message>
    <Message ID="0x80860002000A0105"><![CDATA["[DNX] Received another chunk (after). current state = 0x%x, req_size = 0x%x, recv_size = 0x%x, left_size = 0x%x"]]></Message>
    <Message ID="0x80860002000A0106"><![CDATA["[DNX] Received the first message"]]></Message>
    <Message ID="0x80860002000A0107"><![CDATA["[DNX] Received the header info"]]></Message>
    <Message ID="0x80860002000A0108"><![CDATA["[DNX] Received the hash info"]]></Message>
    <Message ID="0x80860002000A0109"><![CDATA["[DNX] Received the image info"]]></Message>
    <Message ID="0x80860002000A0101"><![CDATA["[DNX] Error - The system is waiting for another command"]]></Message>
    <Message ID="0x80860002000A010A"><![CDATA["[DNX] Send Request to get another chunk. current state = 0x%x, req_size = 0x%x, recv_size = 0x%x, left_size = 0x%x"]]></Message>
    <Message ID="0x80860002000A0162"><![CDATA["[DNX] OEM key manifest not recieved"]]></Message>
    <Message ID="0x80860002000A0160"><![CDATA["[DNX] Error - The system is waiting for another command"]]></Message>
    <Message ID="0x80860002000A0161"><![CDATA["[DNX] Invalid token size. token size is: 0x%x, max token size is: 0x%x"]]></Message>
    <Message ID="0x80860002000A016A"><![CDATA["[DNX] Set capabilities failed. Error number is: 0x%x"]]></Message>
    <Message ID="0x80860002000A016C"><![CDATA["[DNX] Set capabilities succeeded"]]></Message>
    <Message ID="0x80860002000A016B"><![CDATA["[DNX] Set capabilities failed. ext_marker not equals to 0x0 or to 0x5A"]]></Message>
    <Message ID="0x80860002000A0180"><![CDATA["[DNX] The system is waiting for another command: 0x%x"]]></Message>
    <Message ID="0x80860002000A0184"><![CDATA["[DNX] Get token pid succeeded"]]></Message>
    <Message ID="0x80860002000A0183"><![CDATA["[DNX] Error - Get token pid failed"]]></Message>
    <Message ID="0x80860002000A0191"><![CDATA["[DNX] Error - Device not initialized"]]></Message>
    <Message ID="0x80860002000A0194"><![CDATA["[DNX] Reinit is required - please go to global reset or do G3 to platform"]]></Message>
    <Message ID="0x80860002000A0190"><![CDATA["[DNX] Error - The system is waiting for another command"]]></Message>
    <Message ID="0x80860002000A0193"><![CDATA["[DNX] Read token succeeded"]]></Message>
    <Message ID="0x80860002000A0192"><![CDATA["[DNX] Failed to read token from flash"]]></Message>
    <Message ID="0x80860002000A00A1"><![CDATA["[DNX] Error - Device not initialized"]]></Message>
    <Message ID="0x80860002000A00A5"><![CDATA["[DNX] Reinit is required - please go to global reset or do G3 to platform"]]></Message>
    <Message ID="0x80860002000A00A0"><![CDATA["[DNX] Error - The system is waiting for another command"]]></Message>
    <Message ID="0x80860002000A00A2"><![CDATA["[DNX] Failed to write token to flash. Error number: 0x%x"]]></Message>
    <Message ID="0x80860002000A00A4"><![CDATA["[DNX] Succeeded to write the token to flash"]]></Message>
    <Message ID="0x80860002000A00A3"><![CDATA["[DNX] Failed to write token to flash. ext_marker not equals to 0x0 or to 0x5A"]]></Message>
    <Message ID="0x80860002000A00B0"><![CDATA["[DNX] The system is waiting for another command: 0x%x"]]></Message>
    <Message ID="0x80860002000A00B1"><![CDATA["[DNX] Error - Device not initialized"]]></Message>
    <Message ID="0x80860002000A00B4"><![CDATA["[DNX] Reinit is required - please go to global reset or do G3 to platform"]]></Message>
    <Message ID="0x80860002000A00B3"><![CDATA["[DNX] Succeeded to erase token from flash"]]></Message>
    <Message ID="0x80860002000A00B2"><![CDATA["[DNX] Failed to erase token from flash"]]></Message>
    <Message ID="0x80860002000A0140"><![CDATA["[DNX] Error - The system is waiting for another command"]]></Message>
    <Message ID="0x80860002000A0141"><![CDATA["[DNX] Invalid partition header"]]></Message>
    <Message ID="0x80860002000A0142"><![CDATA["[DNX] Directory entry validate failed"]]></Message>
    <Message ID="0x80860002000A0143"><![CDATA["[DNX] OEM key manifest validate failed"]]></Message>
    <Message ID="0x80860002000A0144"><![CDATA["[DNX] Failed to extract the DNX ifwi's OEM PUB KEY HASH from the OEM key manifest"]]></Message>
    <Message ID="0x80860002000A0145"><![CDATA["[DNX] Failed to extract the DNX capabilities token's OEM PUB KEY HASH from the OEM key manifest"]]></Message>
    <Message ID="0x80860002000A0146"><![CDATA["[DNX] Failed to download key manifest. Error number is: 0x%x"]]></Message>
    <Message ID="0x80860002000A0148"><![CDATA["[DNX] Download key manifest succeeded"]]></Message>
    <Message ID="0x80860002000A0147"><![CDATA["[DNX] Failed to download key manifest. ext_marker not equals to 0x0 or to 0x5A"]]></Message>
    <Message ID="0x80860002000A0039"><![CDATA["[DNX] The fuse of SOC_CL not written. The 'read' value will be 0"]]></Message>
    <Message ID="0x80860002000A003A"><![CDATA["[DNX] Failed to read SOC_CL fuse"]]></Message>
    <Message ID="0x80860002000A003F"><![CDATA["[DNX] The fuse of UFS not written. The 'read' value will be 0"]]></Message>
    <Message ID="0x80860002000A0040"><![CDATA["[DNX] Failed to read UFS fuse"]]></Message>
    <Message ID="0x80860002000A0042"><![CDATA["[DNX] The fuse of SPI not written. The 'read' value will be 0"]]></Message>
    <Message ID="0x80860002000A0043"><![CDATA["[DNX] Failed to read SPI fuse"]]></Message>
    <Message ID="0x80860002000A0045"><![CDATA["[DNX] The fuse of RMD not written. The 'read' value will be 0"]]></Message>
    <Message ID="0x80860002000A0046"><![CDATA["[DNX] Failed to read RMD fuse"]]></Message>
    <Message ID="0x80860002000A004B"><![CDATA["[DNX] The fuse PLAT_ID_V_SI not valid or not written, or the fuse of OEM_ID not written. The 'read' value will be 0"]]></Message>
    <Message ID="0x80860002000A004C"><![CDATA["[DNX] Failed to read PLAT_ID fuse"]]></Message>
    <Message ID="0x80860002000A004F"><![CDATA["[DNX] The fuse of SB_POLICY not written. The 'read' value will be 0"]]></Message>
    <Message ID="0x80860002000A0050"><![CDATA["[DNX] Failed to read SB_POLICY fuse"]]></Message>
    <Message ID="0x80860002000A006C"><![CDATA["[DNX] multiple hashes supported"]]></Message>
    <Message ID="0x80860002000A0065"><![CDATA["[DNX] The fuse of key hash %d valid not written"]]></Message>
    <Message ID="0x80860002000A0066"><![CDATA["[DNX] The fuse of key hash %d valid is %d"]]></Message>
    <Message ID="0x80860002000A0067"><![CDATA["[DNX] The fuse of key hash %d revoked not written"]]></Message>
    <Message ID="0x80860002000A0068"><![CDATA["[DNX] The fuse of key hash %d revoked is %d"]]></Message>
    <Message ID="0x80860002000A006B"><![CDATA["[DNX] The fuse of key hash %d is revoked or invalid"]]></Message>
    <Message ID="0x80860002000A0069"><![CDATA["[DNX] The fuse of key hash %d not written"]]></Message>
    <Message ID="0x80860002000A006A"><![CDATA["[DNX] The start ot key hash %d is %d"]]></Message>
    <Message ID="0x80860002000A006D"><![CDATA["[DNX] The fuse of single key hash"]]></Message>
    <Message ID="0x80860002000A006E"><![CDATA["[DNX] The start ot single key hash is %d"]]></Message>
    <Message ID="0x80860002000A0052"><![CDATA["[DNX] The fuse SB_SI locked or not written, or the fuse of OEM_CRED not written. The 'read' value will be 0"]]></Message>
    <Message ID="0x80860002000A0053"><![CDATA["[DNX] Failed to read OEM_CRED fuse"]]></Message>
    <Message ID="0x80860002000A0058"><![CDATA["[DNX] The fuse of RPMB_DIS not written. The 'read' value will be 0"]]></Message>
    <Message ID="0x80860002000A0059"><![CDATA["[DNX] Failed to read RPMB fuse"]]></Message>
    <Message ID="0x80860002000A005B"><![CDATA["[DNX] Read IFPs failed. going to global reset"]]></Message>
    <Message ID="0x80860002000A005D"><![CDATA["[DNX] Tried to init device 0x%x, return code 0x%x"]]></Message>
    <Message ID="0x80860002000A005E"><![CDATA["[DNX] Succeeded to init device: 0x%x"]]></Message>
    <Message ID="0x80860002000A005F"><![CDATA["Failed to init device"]]></Message>
    <Message ID="0x80860002000A0061"><![CDATA["[DNX] Start trace enablement"]]></Message>
    <Message ID="0x80860002000A0030"><![CDATA["[DNX] Start to read HVM boot fuses"]]></Message>
    <Message ID="0x80860002000A0031"><![CDATA["[DNX] Start to find snowball SNOWBALL_REC_NAME_DNX_MANIFEST"]]></Message>
    <Message ID="0x80860002000A0032"><![CDATA["[DNX] Snowball SNOWBALL_REC_NAME_DNX_MANIFEST found"]]></Message>
    <Message ID="0x80860002000A0033"><![CDATA["[DNX] PV check failed, going to global reset"]]></Message>
    <Message ID="0x80860002000A0034"><![CDATA["[DNX] Check DnX mode entry trigger"]]></Message>
    <Message ID="0x80860002000A0035"><![CDATA["[DNX] Trigger is: 0x%x"]]></Message>
    <Message ID="0x80860002000A0036"><![CDATA["[DNX] Start to read hard straps"]]></Message>
    <Message ID="0x80860002000A0037"><![CDATA["[DNX] Start to read FPFs"]]></Message>
    <Message ID="0x80860002000A005C"><![CDATA["[DNX] Start select and init boot device"]]></Message>
    <Message ID="0x5600028080A6B800"><![CDATA["VerifyManifest2K: Public key hash mismatch detected - Ignoring (set by OEM Debug Token)"]]></Message>
    <Message ID="0x5600028080A6B801"><![CDATA["VerifyManifest3K: Public key hash mismatch detected - Ignoring (set by OEM Debug Token)"]]></Message>
    <Message ID="0x8086000200021C0C"><![CDATA["FPF not all copies of fuses are the same"]]></Message>
    <Message ID="0x808600020002028A"><![CDATA["[RBE][ISI] Rbe_ISI_IPC_InitializeLink() IPC communication initialized started"]]></Message>
    <Message ID="0x8086000200020291"><![CDATA["[RBE][ISI] Rbe_ISI_IPC_InitializeLink() ISI loading failed in previous boot - exiting flow"]]></Message>
    <Message ID="0x8086000200020290"><![CDATA["[RBE][ISI] Rbe_ISI_IPC_InitializeLink() IPC Phase 1 - starting"]]></Message>
    <Message ID="0x808600020002028B"><![CDATA["[RBE][ISI] Rbe_ISI_IPC_InitializeLink() IPC Phase 1 successfully finished"]]></Message>
    <Message ID="0x8086000200020276"><![CDATA["[RBE][ISI] Rbe_ISI_IPC_InitializeLink() about to send fw_load_query"]]></Message>
    <Message ID="0x8086000200020277"><![CDATA["[RBE][ISI] Rbe_ISI_IPC_InitializeLink() waiting for ISI to response to fw_load_query"]]></Message>
    <Message ID="0x808600020002028E"><![CDATA["[RBE][ISI] RbeIsiLoad() failure for IPC communication initialization (status 0x%x)"]]></Message>
    <Message ID="0x8086000200020263"><![CDATA["[RBE][ISI] Rbe_ISI_IPC_InitializeLink() IPC communication initialized successfully"]]></Message>
    <Message ID="0x8086000200020265"><![CDATA["[RBE][ISI] Rbe_ISI_IPC_RecieveMessage() read less data than expected. Message ID = %d, expected = %d bytes, actual = %d bytes"]]></Message>
    <Message ID="0x8086000200020264"><![CDATA["[RBE][ISI] Rbe_ISI_IPC_SendMessage() DataLengthInDwords is larger than max allowed size. Ignoring."]]></Message>
    <Message ID="0x808600020002028F"><![CDATA["[RBE][ISI] RbeIsiMemoryAllocation() memory address alignment error - not alligned to 64B. Address=0x%x"]]></Message>
    <Message ID="0x8086000200020268"><![CDATA["[RBE][ISI] RbeIsiConfigureIsiAccess() IoMmu configure for ISI memory failed"]]></Message>
    <Message ID="0x8086000200020278"><![CDATA["[RBE][ISI] RbeIsiIpcReceiveMessageWrap() wrong data size recieved for Expected Command id 0x%x. Size %d <> expected min size %d dwords"]]></Message>
    <Message ID="0x8086000200020275"><![CDATA["[RBE][ISI] RbeIsiIpcReceiveMessageWrap() IPC_ISI_CMD_GENERIC_FAILURE_STATUS was recieved. error = 0x%x"]]></Message>
    <Message ID="0x8086000200020282"><![CDATA["[RBE][ISI] RbeIsiIpcReceiveMessageWrap() wrong command ID recieved for Command=0x%x Expected Command=0x%x"]]></Message>
    <Message ID="0x808600020002027F"><![CDATA["[RBE][ISI] RbeIsiIpcReceiveMessageWrap() wrong data size recieved for Expected Command id 0x%x. Size %d <> %d"]]></Message>
    <Message ID="0x808600020002027D"><![CDATA["[RBE][ISI] RbeIsiIpcReceiveMessageWrap() completed. Command=0x%x Expected Command=0x%x Status=%d"]]></Message>
    <Message ID="0x8086000200020284"><![CDATA["[RBE][ISI] RbeIsiLoad() RbeIsiMemoryAllocation failed with status = %d"]]></Message>
    <Message ID="0x808600020002027A"><![CDATA["[RBE][ISI] RbeIsiLoad() RbeIsiConfigureIsiAccess failed with status = %d"]]></Message>
    <Message ID="0x808600020002026A"><![CDATA["[RBE][ISI] RbeIsiLoad() about to send fw_load_query cmd"]]></Message>
    <Message ID="0x808600020002026B"><![CDATA["[RBE][ISI] RbeIsiLoad() waiting for response for fw_load_query"]]></Message>
    <Message ID="0x8086000200020273"><![CDATA["[RBE][ISI] RbeIsiLoad() about to send image_ready cmd for image type %d, chunk number=%d"]]></Message>
    <Message ID="0x808600020002026C"><![CDATA["[RBE][ISI] RbeIsiLoad() waiting for response for image_ready"]]></Message>
    <Message ID="0x8086000200020286"><![CDATA["[RBE][ISI] RbeIsiLoad() isi_image_ready returned error: internal status 0x%x"]]></Message>
    <Message ID="0x8086000200020272"><![CDATA["[RBE][ISI] RbeIsiLoad() ISI requested to load ISI FW"]]></Message>
    <Message ID="0x8086000200020279"><![CDATA["[RBE][ISI] RbeIsiLoad() RbeReadAndValidateModule failed with status = %d"]]></Message>
    <Message ID="0x8086000200020287"><![CDATA["[RBE][ISI] RbeIsiLoadISIF() finished with error: 0x%x internal status 0x%x"]]></Message>
    <Message ID="0x808600020002026D"><![CDATA["[RBE][ISI] RbeIsiLoad() ISI requested to load ISI Config"]]></Message>
    <Message ID="0x8086000200020292"><![CDATA["[RBE][ISI] RbeIsiLoad() bad mem allocation size"]]></Message>
    <Message ID="0x8086000200020294"><![CDATA["[RBE][ISI] RbeIsiLoad() read ISI config failed - config file is not exsist = %d"]]></Message>
    <Message ID="0x808600020002027B"><![CDATA["[RBE][ISI] RbeIsiLoad() read ISI config failed with status = %d"]]></Message>
    <Message ID="0x8086000200020293"><![CDATA["[RBE][ISI] RbeIsiLoad() read ISI config data - config size is 0, config not exist"]]></Message>
    <Message ID="0x8086000200020295"><![CDATA["[RBE][ISI] RbeIsiLoad() read ISI config data is not valid / too small"]]></Message>
    <Message ID="0x8086000200020288"><![CDATA["[RBE][ISI] RbeIsiLoadISIC() finished with error: internal status 0x%x and 0x%x"]]></Message>
    <Message ID="0x808600020002028D"><![CDATA["[RBE][ISI] RbeIsiLoad() There was an error with loading ISI manifest %d. sending error to ISI and skipping loading. Status=%d"]]></Message>
    <Message ID="0x8086000200020270"><![CDATA["[RBE][ISI] RbeIsiLoad() ISI responded: LOADING_NOT_NEEDED"]]></Message>
    <Message ID="0x8086000200020267"><![CDATA["[RBE][ISI] RbeIsiLoad() fw_load_query returned error: %d"]]></Message>
    <Message ID="0x8086000200020245"><![CDATA["[RBE][ISI] RbeIsiLoad() snowball memory allocation failed "]]></Message>
    <Message ID="0x8086000200020249"><![CDATA["[RBE][ISI] RbeIsiLoad() failed to store data in snowball"]]></Message>
    <Message ID="0x808600020002027C"><![CDATA["[RBE][ISI] RbeIsiLoad() started"]]></Message>
    <Message ID="0x8086000200020262"><![CDATA["[RBE][ISI] RbeIsiLoad() Skipping ISI loading as set in FPF"]]></Message>
    <Message ID="0x8086000200020280"><![CDATA["[RBE][ISI] RbeIsiLoad() Skipping ISI loading as set in soft strap and ISI fuse"]]></Message>
    <Message ID="0x808600020002028C"><![CDATA["[RBE][ISI] RbeIsiLoad() Send Load Query"]]></Message>
    <Message ID="0x8086000200020289"><![CDATA["[RBE][ISI] RbeIsiLoad() finished with error: 0x%x internal status 0x%x"]]></Message>
    <Message ID="0x808600020002027E"><![CDATA["[RBE][ISI] RbeIsiLoad() completed. Status=0x%x"]]></Message>
    <Message ID="0x8086000200020034"><![CDATA["[RBE] Boot stall enabled. Wait for DBC connection in order to enter DAM"]]></Message>
    <Message ID="0x8086000200020029"><![CDATA["[RBE] Error, USB2 port is > total number of ports. Port param - %d. Total number of ports: %d"]]></Message>
    <Message ID="0x808600020002002B"><![CDATA["[RBE] Configure USB2 port %d for DBC"]]></Message>
    <Message ID="0x808600020002002A"><![CDATA["[RBE] Error, USB3 port is > total number of ports. Port param - %d. Total number of ports: %d"]]></Message>
    <Message ID="0x808600020002002C"><![CDATA["[RBE] Poll for USB3 port %d to disconnect"]]></Message>
    <Message ID="0x808600020002002D"><![CDATA["[RBE] Poll for USB2 port %d to disconnect"]]></Message>
    <Message ID="0x808600020002002E"><![CDATA["[RBE] Poll for USB2 port %d to subscribe for DBC"]]></Message>
    <Message ID="0x808600020002002F"><![CDATA["[RBE] CSE Boot stall flow"]]></Message>
    <Message ID="0x8086000200020030"><![CDATA["[RBE] Wait for DBC connection"]]></Message>
    <Message ID="0x8086000200020031"><![CDATA["[RBE] Poll for boot stall done"]]></Message>
    <Message ID="0x8086000200020063"><![CDATA["[RBE] Debug consent pin strap value = %d"]]></Message>
    <Message ID="0x80860002000200AE"><![CDATA["[RBE] Consent set upon authenticated token"]]></Message>
    <Message ID="0x80860002000200AF"><![CDATA["[RBE] Consent CurExiDbgEn=%d, DfxConsent=%d"]]></Message>
    <Message ID="0x8086000200020064"><![CDATA["[RBE] Measured Debug Consent value = %d"]]></Message>
    <Message ID="0x8086000200020041"><![CDATA["[RBE] Update MEEN, value: %d ( soft straps valid: %d, DCI_EN: %d, EOM: %d)"]]></Message>
    <Message ID="0x8086000200020032"><![CDATA["[RBE] Check if DAM mode is needed. Unlock state = %d, Dam state = %d, DfxLock state = %d, Consent = %d"]]></Message>
    <Message ID="0x8086000200020033"><![CDATA["[RBE] DAM mode is requested"]]></Message>
    <Message ID="0x8086000200020078"><![CDATA["[RBE] Debug Communication Support Failed, Status = %d"]]></Message>
    <Message ID="0x80860002000200B4"><![CDATA["[RBE] Configure trace: Trace_Enabled=%d, Intel_Trace_Enabled=%d, Trace_Knob_Present=%d"]]></Message>
    <Message ID="0x8086000200022809"><![CDATA["[RBE] RbeIccLoadFileChipsetInitToBuffer(): No (OEM) ChipsetInit File Found"]]></Message>
    <Message ID="0x8086000200020047"><![CDATA["[RBE] RbeIccLoadChipsetInitToBuffer(): Loading ChipsetInit from file(NVAR) failed. Pushed the backup. Returned error:%d"]]></Message>
    <Message ID="0x808600020002004D"><![CDATA["[RBE] Issue OEM unlock request"]]></Message>
    <Message ID="0x808600020002004C"><![CDATA["[RBE] Issue Intel unlock request"]]></Message>
    <Message ID="0x80860002000200AD"><![CDATA["[RBE] Processing knob %d"]]></Message>
    <Message ID="0x808600020002003E"><![CDATA["[RBE] Error, DAM request on non-locked state occured"]]></Message>
    <Message ID="0x8086000200020035"><![CDATA["[RBE] Issue DAM request"]]></Message>
    <Message ID="0x80860002000200AC"><![CDATA["[RBE] ConfigureDAM=%d, Source is %d"]]></Message>
    <Message ID="0x8086000200020082"><![CDATA["[Token] Process Secure Token type %d"]]></Message>
    <Message ID="0x8086000200020094"><![CDATA["[Token] Token authentication failed - %d"]]></Message>
    <Message ID="0x8086000200020095"><![CDATA["[Token] Token extension check failed - %d"]]></Message>
    <Message ID="0x8086000200020083"><![CDATA["[Token] Process Token knobs"]]></Message>
    <Message ID="0x808600020002008E"><![CDATA["[RBE] No secure token found"]]></Message>
    <Message ID="0x8086000200020084"><![CDATA["[RBE] Accept secure token"]]></Message>
    <Message ID="0x8086000200020085"><![CDATA["[RBE] Reject secure token. Error %d"]]></Message>
    <Message ID="0x8086000200020146"><![CDATA["[RBE] Invalid Sideband usage configuration, usage = 0x%x"]]></Message>
    <Message ID="0x8086000200020147"><![CDATA["[RBE] Sideband port is not whitelisted, port = 0x%x"]]></Message>
    <Message ID="0x8086000200020012"><![CDATA["[RBE] Load PMC patch major version (%d)"]]></Message>
    <Message ID="0x8086000200020014"><![CDATA["[RBE] Load PMC data"]]></Message>
    <Message ID="0x8086000200020024"><![CDATA["[RBE] Load FIVR table failed. Status = 0x%x"]]></Message>
    <Message ID="0x8086000200020025"><![CDATA["[RBE] Load Static Energy Reporting table failed. Status = 0x%x"]]></Message>
    <Message ID="0x8086000200022800"><![CDATA["[RBE] RbeLoadChipsetInit(): Start"]]></Message>
    <Message ID="0x8086000200022801"><![CDATA["[RBE] RbeLoadChipsetInit(): Based on saved indication, no need to push Chipsetinit, Skipping"]]></Message>
    <Message ID="0x8086000200022802"><![CDATA["[RBE] RbeLoadChipsetInit(): End. status:%d"]]></Message>
    <Message ID="0x808600020002000E"><![CDATA["[RBE] Sending payload pull ready. Payloads to pull = 0x%x"]]></Message>
    <Message ID="0x8086000200020021"><![CDATA["[RBE] Payload pull reponse error. PayloadsPullDone = 0x%x ; PayloadsPullError = 0x%x"]]></Message>
    <Message ID="0x8086000200020016"><![CDATA["[RBE] Boot Services Satisfied: PMC Patch (%d), PMC Smip (%d)"]]></Message>
    <Message ID="0x8086000200020017"><![CDATA["[RBE] Sending PMC patch ready for pull"]]></Message>
    <Message ID="0x8086000200020018"><![CDATA["[RBE] Send Boot Media Configured message"]]></Message>
    <Message ID="0x808600020002001B"><![CDATA["[RBE] Perform power flow %d"]]></Message>
    <Message ID="0x80860002000200A9"><![CDATA["[RBE] Setting EPOC: Consent = %d, DAM = %d"]]></Message>
    <Message ID="0x80860002000200A8"><![CDATA["[RBE] Setting Boot Stall Done in PMC"]]></Message>
    <Message ID="0x8086000200020022"><![CDATA["[RBE] Starting to poll PPS for a valid value."]]></Message>
    <Message ID="0x8086000200020023"><![CDATA["[RBE] After polling, PPS value 0x%x"]]></Message>
    <Message ID="0x808600020002001E"><![CDATA["[RBE] Perfrom Moff entry"]]></Message>
    <Message ID="0x808600020002001F"><![CDATA["[RBE] Wait for CM IPs to be out of reset."]]></Message>
    <Message ID="0x8086000200020042"><![CDATA["[RBE] Page memory allocation failed."]]></Message>
    <Message ID="0x8086000200020046"><![CDATA["[RBE] Kernel page ICV mismatch detected"]]></Message>
    <Message ID="0x80860002000200B2"><![CDATA["[RBE] Discovered GPDMA bad response - we assume this is NVM corruption - trigger bad image path."]]></Message>
    <Message ID="0x808600020002005C"><![CDATA["[RBE] Discovered DMA bad response - we assume this is NVM corruption - trigger bad image path."]]></Message>
    <Message ID="0x808600020002005B"><![CDATA["[RBE] Measurement flow started"]]></Message>
    <Message ID="0x808600020002005A"><![CDATA["[RBE] Mismatch in measurement comparison"]]></Message>
    <Message ID="0x808600020002006A"><![CDATA["[RBE] Measurement failed with status: %d"]]></Message>
    <Message ID="0x8086000200020050"><![CDATA["[RBE] Perform security cleanup and halt"]]></Message>
    <Message ID="0x8086000200020044"><![CDATA["[RBE] Add snowball record failed. Record already exists or snowball memory full: Record Length (%d), Snowball occupied space (%d)"]]></Message>
    <Message ID="0x8086000200020073"><![CDATA["[RBE] Running in Intel Debug mode without OEM KM: Disable OEM features"]]></Message>
    <Message ID="0x8086000200020074"><![CDATA["[RBE] Disable OEM features isn't allowed: OEM KM exists (%d), Intel Debug Mode (%d)"]]></Message>
    <Message ID="0x808600020002003F"><![CDATA["[RBE] CSE Version: %d.%d.%d.%d (%d, %d)"]]></Message>
    <Message ID="0x808600020002000D"><![CDATA["[RBE] Load sub partition manifests"]]></Message>
    <Message ID="0x808600020002000F"><![CDATA["[RBE] Concatenated Manifest hash mismatch"]]></Message>
    <Message ID="0x8086000200020010"><![CDATA["[RBE] Concatenated manifest hash match - Skip Manifest signature validation"]]></Message>
    <Message ID="0x808600020002000C"><![CDATA["[RBE] Load sub partition directories"]]></Message>
    <Message ID="0x80860002000200BD"><![CDATA["[RBE] BUP Manifest version check failed. Status = %d"]]></Message>
    <Message ID="0x8086000200020170"><![CDATA["[RBE] FDV Manifest Verification error, status = %d"]]></Message>
    <Message ID="0x8086000200020167"><![CDATA["[RBE] RbeVerifyManifestFwType: failed to read manifest extension"]]></Message>
    <Message ID="0x8086000200020168"><![CDATA["[RBE] RbeVerifyManifestFwType: fw type comparison failed, valid=%d, fpf fwtype=%d, manifest fwtype=%d"]]></Message>
    <Message ID="0x8086000200020011"><![CDATA["[RBE] Validate manifest usage %d: Signature check (%d), Skip PV bit check (%d), Ignore OEM KM mismatch (%d)"]]></Message>
    <Message ID="0x80860002000200B0"><![CDATA["[RBE] MfstVerifyManifestEx returned %d"]]></Message>
    <Message ID="0x8086000200020027"><![CDATA["[RBE] FW restored done - Clearing RTC registers"]]></Message>
    <Message ID="0x8086000200020075"><![CDATA["[RBE] CSE Cfg fuses LO:0x%08X , MID: 0x%08X , HI: 0x%08X , HW_CFG: 0x%08X"]]></Message>
    <Message ID="0x8086000200020048"><![CDATA["[RBE] Set Bad Image Cause: Logical Partition Error =%d; Verification Error =%d; Hierarchy =%d; SubPartition Type =%d"]]></Message>
    <Message ID="0x8086000200020061"><![CDATA["[RBE SKU] fw_type: %d, sub_fw_type: %d"]]></Message>
    <Message ID="0x8086000200020062"><![CDATA["[RBE SKU] Failed to get FW type and sub-type from FTPR manifest"]]></Message>
    <Message ID="0x8086000200020066"><![CDATA["[RBE] NFTP BPDT Load Failure: Status %d"]]></Message>
    <Message ID="0x808600020002001C"><![CDATA["[RBE] Perform SoC/PCH context clear"]]></Message>
    <Message ID="0x808600020002006D"><![CDATA["[RBE] Switch to boot partition %d according to backup image source info"]]></Message>
    <Message ID="0x8086000200020036"><![CDATA["[RBE] Platform Settings found. partition: 0x%x"]]></Message>
    <Message ID="0x8086000200020160"><![CDATA["[RBE] FDV disabled"]]></Message>
    <Message ID="0x8086000200020162"><![CDATA["[RBE] FDV failure, status = 0x%x"]]></Message>
    <Message ID="0x8086000200020165"><![CDATA["[RBE] FDV soft straps mismatch detected in offset 0x%x"]]></Message>
    <Message ID="0x8086000200020169"><![CDATA["[RBE] FDV manifest load error, status = %d"]]></Message>
    <Message ID="0x808600020002004B"><![CDATA["[RBE] On Die CA HVM fuse is disabled (configuration not supported!)"]]></Message>
    <Message ID="0x80860002000200AA"><![CDATA["[RBE] RbeOnDieCaSupportInitPhase: CertFileValid=%d, status = %d, Integrity valid = %d"]]></Message>
    <Message ID="0x80860002000200AB"><![CDATA["[RBE] RbeOnDieCaSupportExec: ODCA materials derived by ROM"]]></Message>
    <Message ID="0x808600020002004A"><![CDATA["[RBE] Trigger ROM to derive on die CA. Cache file not valid and no ROM ODCA materials"]]></Message>
    <Message ID="0x8086000200020009"><![CDATA["[RBE] Determine Boot flow"]]></Message>
    <Message ID="0x808600020002000B"><![CDATA["[RBE] Boot Flow Type (%d); Platform Boot Flags (%d)"]]></Message>
    <Message ID="0x8086000200020019"><![CDATA["[RBE] Pre PV image isn't allowed to run on PRQ platform"]]></Message>
    <Message ID="0x80860002000200B1"><![CDATA["[RBE] Error! Function %d returned %d"]]></Message>
    <Message ID="0x8086000200020004"><![CDATA["[RBE] Failure: Status=%d"]]></Message>
    <Message ID="0x8086000200020072"><![CDATA["[RBE] FTPR image failure was identified (post RBE stage). Trigger Bad Image Path"]]></Message>
    <Message ID="0x8086000200020005"><![CDATA["[RBE] Bad image path, Image error = 0x%x"]]></Message>
    <Message ID="0x8086000200020069"><![CDATA["[RBE] Switch to boot partition %d"]]></Message>
    <Message ID="0x808600020002007B"><![CDATA["[RBE] Global reset needed for BIP is currently not allowed. Wait until Host is reset"]]></Message>
    <Message ID="0x8086000200020006"><![CDATA["[RBE] Unrecoverable error"]]></Message>
    <Message ID="0x808600020002006E"><![CDATA["[RBE] Current boot partition is %d"]]></Message>
    <Message ID="0x808600020002003A"><![CDATA["[RBE] Perform UFS init, FullInit == %d"]]></Message>
    <Message ID="0x808600020002003C"><![CDATA["[RBE] Perform UFS hibernate"]]></Message>
    <Message ID="0x8086000200020039"><![CDATA["[RBE] Perform UFS Hibernate exit"]]></Message>
    <Message ID="0x808600020002006C"><![CDATA["[RBE] No EFS to init. Files will be taken from intel/fitc.cfg"]]></Message>
    <Message ID="0x808600020002007C"><![CDATA["[RBE] EFS Init: Identified previous data file system failure. Files will be taken from intel/fitc.cfg"]]></Message>
    <Message ID="0x808600020002007E"><![CDATA["[RBE] EFS init: No EFS deploy file - Treat it as first boot."]]></Message>
    <Message ID="0x8086000200020043"><![CDATA["[RBE] EFS init failed (%d). Files will be taken from intel/fitc.cfg"]]></Message>
    <Message ID="0x808600020002007F"><![CDATA["[RBE] Invalidate IVB blob in NVM"]]></Message>
    <Message ID="0x80860002000200B6"><![CDATA["[RBE] FPT header of data partition is invalid: Status=%d, PartitionId=%d"]]></Message>
    <Message ID="0x80860002000200B7"><![CDATA["[RBE] FPT backup header of data partition is invalid: Status=%d, PartitionId=%d"]]></Message>
    <Message ID="0x80860002000200B8"><![CDATA["[RBE] No valid data partition found: Status=%d"]]></Message>
    <Message ID="0x8086000200020000"><![CDATA["[RBE] Module Entry"]]></Message>
    <Message ID="0x80860002000200A2"><![CDATA["[RBE] Validating Image Version. usage: %d"]]></Message>
    <Message ID="0x80860002000200A3"><![CDATA["[RBE] failed getting manifest SVN"]]></Message>
    <Message ID="0x80860002000200A4"><![CDATA["[RBE] ERROR: current SVN (%d) < min allowed SVN (%d)"]]></Message>
    <Message ID="0x80860002000200A5"><![CDATA["[RBE] current SVN (%d) min allowed SVN (%d)"]]></Message>
    <Message ID="0x80860002000200B3"><![CDATA["[RBE] Mark IVB as invalid - to trigger write of IVB with new Concat hash"]]></Message>
    <Message ID="0x808600020002001D"><![CDATA["[RBE] IVB hash verification failed"]]></Message>
    <Message ID="0x8086000200020001"><![CDATA["[RBE] IVB is valid %u (false/true)"]]></Message>
    <Message ID="0x8086000200020002"><![CDATA["[RBE] Load Module index (%d)"]]></Message>
    <Message ID="0x8086000200020065"><![CDATA["[RBE] DFx data: Policy = %d, Debug Consent [in practice) = %d"]]></Message>
    <Message ID="0x8086000200020406"><![CDATA["[IDLM] IDLM start"]]></Message>
    <Message ID="0x8086000200020401"><![CDATA["[IDLM] Platform is intel unlocked. Enable debug key."]]></Message>
    <Message ID="0x8086000200020407"><![CDATA["[IDLM] Platform already opened (Policy=%d), or DFx is locked for changes."]]></Message>
    <Message ID="0x8086000200020403"><![CDATA["[IDLM] Token process status = %d; Token ID = %d; Token authentication = %d."]]></Message>
    <Message ID="0x8086000200020404"><![CDATA["[IDLM] IDLM Failure: Status = %d. Halt."]]></Message>
    <Message ID="0x80860002002A1841"><![CDATA["Hotham function entry: HtmHeciSendFrag, sequence number %d, fragment number %d  "]]></Message>
    <Message ID="0x80860002002A1842"><![CDATA["Hotham info: HtmHeciSendFrag, Continuity message  "]]></Message>
    <Message ID="0x80860002002A1843"><![CDATA["[ERROR] Hotham info: HtmHeciSendFrag, Type 1 fragment not supported  "]]></Message>
    <Message ID="0x80860002002A1844"><![CDATA["Hotham info: HtmHeciSendFrag, Writing fragment number %d  "]]></Message>
    <Message ID="0x80860002002A1884"><![CDATA["[ERROR] Hotham error: HtmHeciSendFrag, memcpy HothamHeciDrvCtxt.HeciClientCtxt.HeciWriteBuf %d  "]]></Message>
    <Message ID="0x80860002002A1845"><![CDATA["Hotham info: HtmHeciSendFrag, Last fragment %d, sequence number %d  "]]></Message>
    <Message ID="0x80860002002A1846"><![CDATA["Hotham info: HtmHeciSendFrag, Fragment %d written, setting RESP_MSG_RDY, sequence number %d  "]]></Message>
    <Message ID="0x80860002002A1847"><![CDATA["Hotham function exit: HtmHeciSendFrag, Sequence Number %d, Status: %d  "]]></Message>
    <Message ID="0x80860002002A1848"><![CDATA["HtmHeciRcvFrag pCurrDesc is NULL  "]]></Message>
    <Message ID="0x80860002002A1849"><![CDATA["Hotham function entry: HtmHeciRcvFrag, sequence number is %d  "]]></Message>
    <Message ID="0x80860002002A1886"><![CDATA["[ERROR] Hotham Error: HtmHeciRcvFrag,  HothamHeciDrvCtxt.HeciClientCtxt.HeciReadBuf %d  "]]></Message>
    <Message ID="0x80860002002A184A"><![CDATA["Hotham function entry: HtmHeciRcvFrag,  pCurrDesc->pMsgBuff %d  "]]></Message>
    <Message ID="0x80860002002A187C"><![CDATA["Hotham function entry: HtmHeciRcvFrag,  pCurrDesc->pMsgBuff %d  "]]></Message>
    <Message ID="0x80860002002A184B"><![CDATA["Hotham function entry: HtmHeciRcvFrag  pCurrDesc->pMsgBuff is NULL  "]]></Message>
    <Message ID="0x80860002002A187D"><![CDATA["Hotham info: HtmHeciRcvFrag, Reading fragment %d, Sequence Number %d  "]]></Message>
    <Message ID="0x80860002002A187E"><![CDATA["Hotham function entry: HtmHeciRcvFrag  buffer too small.  size=%d  "]]></Message>
    <Message ID="0x80860002002A1887"><![CDATA["Hotham Error: HtmHeciRcvFrag,  HothamHeciDrvCtxt.HeciClientCtxt.HeciReadBuf %d  "]]></Message>
    <Message ID="0x80860002002A184D"><![CDATA["Hotham function exit: HtmHeciRcvFrag, Sequence Number %d, Status: %d  "]]></Message>
    <Message ID="0x80860002002A184E"><![CDATA["Hotham function entry: HtmHeciRcvIntCallback, sequence number %d  "]]></Message>
    <Message ID="0x80860002002A184F"><![CDATA["Hotham info: HtmHeciRcvIntCallback, Reading fragment %d, Sequence Number %d  "]]></Message>
    <Message ID="0x80860002002A1850"><![CDATA["[ERROR] Hotham info: HtmHeciRcvIntCallback, Failure reading fragment %d, Sequence Number %d  "]]></Message>
    <Message ID="0x80860002002A1851"><![CDATA["[ERROR] Hotham info: HtmHeciRcvIntCallback, Unexpected non-continued fragment, fragment %d, Sequence Number %d  "]]></Message>
    <Message ID="0x80860002002A1852"><![CDATA["[ERROR] Hotham info: HtmHeciRcvIntCallback, Unexpected sequence number, fragment %d, Sequence Number %d  "]]></Message>
    <Message ID="0x80860002002A1853"><![CDATA["[ERROR] Hotham info: HtmHeciRcvIntCallback, Unexpected message length, fragment %d, Sequence Number %d  "]]></Message>
    <Message ID="0x80860002002A1854"><![CDATA["[ERROR] Hotham info: HtmHeciRcvIntCallback, Invalid header type, fragment %d, Sequence Number %d  "]]></Message>
    <Message ID="0x80860002002A1855"><![CDATA["[ERROR] Hotham info: HtmHeciRcvIntCallback, Invalid fragment, fragment %d, Sequence Number %d  "]]></Message>
    <Message ID="0x80860002002A1856"><![CDATA["Hotham info: HtmHeciRcvIntCallback, setting RDY_FOR_NEXT_FRAG, fragment %d, Sequence Number %d  "]]></Message>
    <Message ID="0x80860002002A1857"><![CDATA["Hotham info: HtmHeciRcvIntCallback, Full request received, fragment %d, Sequence Number %d  "]]></Message>
    <Message ID="0x80860002002A1858"><![CDATA["Hotham function exit: HtmHeciRcvIntCallback, Sequence Number %d, Status: %d  "]]></Message>
    <Message ID="0x80860002002A1859"><![CDATA["Hotham function entry: HtmHeciSendMsg, request handle %d  "]]></Message>
    <Message ID="0x80860002002A185A"><![CDATA["[ERROR] Hotham info: HtmHeciSendMsg, invalid params, request handle %d  "]]></Message>
    <Message ID="0x80860002002A185B"><![CDATA["[ERROR] Hotham info: HtmHeciSendMsg, invalid params, request handle %d  "]]></Message>
    <Message ID="0x80860002002A185C"><![CDATA["Hotham info: HtmHeciSendMsg, testing for active sequence number: %d, handle: %x  "]]></Message>
    <Message ID="0x80860002002A185D"><![CDATA["Hotham info: HtmHeciSendMsg, found for active sequence number: %d, handle: %x  "]]></Message>
    <Message ID="0x80860002002A185E"><![CDATA["Hotham info: HtmHeciSendMsg, active sequence %d, request handle %d  "]]></Message>
    <Message ID="0x80860002002A185F"><![CDATA["[ERROR] Hotham info: HtmHeciSendMsg, no sequence active, request handle %d  "]]></Message>
    <Message ID="0x80860002002A1860"><![CDATA["[ERROR] Hotham info: HtmHeciSendMsg, type 1 msg not supported, request handle %d  "]]></Message>
    <Message ID="0x80860002002A1861"><![CDATA["Hotham function exit: HtmHeciSendMsg, active sequence %d, request handle %d, status: %d  "]]></Message>
    <Message ID="0x80860002002A1862"><![CDATA["Hotham function entry: HtmHeciRdyRspClrIntCallback, active sequence %d  "]]></Message>
    <Message ID="0x80860002002A1863"><![CDATA["Hotham info: HtmHeciRdyRspClrIntCallback, matching active sequence found %d  "]]></Message>
    <Message ID="0x80860002002A1864"><![CDATA["Hotham function exit: HtmHeciRdyRspClrIntCallback, active sequence %d, status: %d  "]]></Message>
    <Message ID="0x80860002002A1865"><![CDATA["Hotham function entry: HtmHeciRcvMsg, Handle: %d  "]]></Message>
    <Message ID="0x80860002002A1866"><![CDATA["[ERROR] Hotham info: HtmHeciRcvMsg, Fragment read error, Handle: %d  "]]></Message>
    <Message ID="0x80860002002A1867"><![CDATA["[ERROR] Hotham info: HtmHeciRcvMsg, unexpected MsgClass: %d  "]]></Message>
    <Message ID="0x80860002002A1868"><![CDATA["[ERROR] Hotham info: HtmHeciRcvMsg, unexpected Seq No: %d  "]]></Message>
    <Message ID="0x80860002002A1869"><![CDATA["[ERROR] Hotham info: HtmHeciRcvMsg, Seq No %d already in use. MessageActive is set  "]]></Message>
    <Message ID="0x80860002002A186A"><![CDATA["[ERROR] Hotham info: HtmHeciRcvMsg, type 1 fragment, Handle: %d  "]]></Message>
    <Message ID="0x80860002002A186B"><![CDATA["[ERROR] Hotham info: HtmHeciRcvMsg, Invalid fragment detected, Handle: %d  "]]></Message>
    <Message ID="0x80860002002A186C"><![CDATA["[ERROR] Hotham info: HtmHeciRcvMsg, Message already active on Sequence %d, Handle: %d  "]]></Message>
    <Message ID="0x80860002002A186D"><![CDATA["Hotham info: HtmHeciRcvMsg, fragment received, Handle: %d, Sequence number %d"]]></Message>
    <Message ID="0x80860002002A186E"><![CDATA["Hotham info: HtmHeciRcvMsg, request received, Handle: %d, Sequence number %d  "]]></Message>
    <Message ID="0x80860002002A186F"><![CDATA["Hotham function exit: HtmHeciRcvMsg, Handle: %d, Sequence number %d, Status: %d  "]]></Message>
    <Message ID="0x80860002002A1870"><![CDATA["Hotham function entry, HtmHeciGetRequestRecord  "]]></Message>
    <Message ID="0x80860002002A1871"><![CDATA["Hotham function exit, HtmHeciGetRequestRecord, Handle found: %d  "]]></Message>
    <Message ID="0x80860002002A1872"><![CDATA["Hotham function exit error, HtmHeciGetRequestRecord, No Handle found  "]]></Message>
    <Message ID="0x80860002002A1873"><![CDATA["Hotham function entry/exit, HtmHeciResetInternalState  "]]></Message>
    <Message ID="0x80860002002A1876"><![CDATA["Hotham function entry/exit, HtmHeciResetIf  "]]></Message>
    <Message ID="0x80860002002A1877"><![CDATA["Hotham function entry/exit, HtmHeciSetCmdAct, HTM_CMD_ACT: %d  "]]></Message>
    <Message ID="0x80860002002A1878"><![CDATA["Hotham function entry/exit, HtmHeciSetReqSts, Request Status: %d  "]]></Message>
    <Message ID="0x80860002002A187A"><![CDATA["Hotham function entry/exit, HtmHeciSetActiveInterface, Interface: %d  "]]></Message>
    <Message ID="0x560001108AA18800"><![CDATA["DscpConfigureDam: Failed writing DAM file according to AON request: %d"]]></Message>
    <Message ID="0x560003128AA18801"><![CDATA["Dscp Apply Filter Snowball. update:%d"]]></Message>
    <Message ID="0x560001928AA18802"><![CDATA["Failed Apply Filter Snowball to NVM"]]></Message>
    <Message ID="0x560003128AA18803"><![CDATA["Dscp Apply Register Snowball. valid:%d num_of_entries:%d"]]></Message>
    <Message ID="0x560003128AA18804"><![CDATA["HothamDscpStart"]]></Message>
    <Message ID="0x560003128AA18805"><![CDATA["HothamDscpStop"]]></Message>
    <Message ID="0x80860002002A0C00"><![CDATA["Hotham function entry: HtmCoreSendNextResp  "]]></Message>
    <Message ID="0x80860002002A0C01"><![CDATA["Hotham function exit: HtmCoreSendNextResp, response already in progress, status %d  "]]></Message>
    <Message ID="0x80860002002A0C02"><![CDATA["Hotham info: HtmCoreSendNextResp, valid response found, SequenceNo: %d  "]]></Message>
    <Message ID="0x80860002002A0C03"><![CDATA["Hotham info: HtmCoreSendNextResp, response sent successfully, SequenceNo: %x  "]]></Message>
    <Message ID="0x80860002002A0C04"><![CDATA["Hotham function exit: HtmCoreSendNextResp, status %d  "]]></Message>
    <Message ID="0x80860002002A0C05"><![CDATA["Hotham info: HothamCoreResetSingleSequenceState, clearing SequenceNo: %d  "]]></Message>
    <Message ID="0x80860002002A0C06"><![CDATA["Hotham info: HothamCoreResetSingleSequenceStreamingState, resetting Streaming state for SequenceNo %d  "]]></Message>
    <Message ID="0x80860002002A0C07"><![CDATA["Hotham function entry: HtmCoreInterfaceEn  "]]></Message>
    <Message ID="0x80860002002A0C08"><![CDATA["[ERROR] Hotham info: HtmCoreInterfaceEn, interface %d already active  "]]></Message>
    <Message ID="0x80860002002A0C09"><![CDATA["Hotham info: HtmCoreInterfaceEn, interface %d requested  "]]></Message>
    <Message ID="0x80860002002A0C0A"><![CDATA["Hotham info: HtmCoreInterfaceEn: malloc successful "]]></Message>
    <Message ID="0x80860002002A0C0B"><![CDATA["Hotham info: HtmCoreInterfaceEn: malloc failed "]]></Message>
    <Message ID="0x80860002002A0C0C"><![CDATA["Hotham info: HtmCoreInterfaceEn: DhiProtocol->GetConnectionInfo failed  "]]></Message>
    <Message ID="0x80860002002A0C0D"><![CDATA["Hotham function exit: HtmCoreInterfaceEn, interface %d  "]]></Message>
    <Message ID="0x80860002002A0C0E"><![CDATA["Hotham function entry: HtmCoreInterfaceDis, interface %d  "]]></Message>
    <Message ID="0x80860002002A0C0F"><![CDATA["Hotham info: HtmCoreInterfaceDis, disable success, interface %d  "]]></Message>
    <Message ID="0x80860002002A0C10"><![CDATA["Hotham functino exit: HtmCoreInterfaceDis, interface %d, status %d  "]]></Message>
    <Message ID="0x80860002002A0C11"><![CDATA["Hotham function entry: HtmCoreReqMsgTx"]]></Message>
    <Message ID="0x80860002002A0C12"><![CDATA["[ERROR] Hotham info: HtmCoreReqMsgTx, connection not established"]]></Message>
    <Message ID="0x80860002002A0C13"><![CDATA["Hotham function exit: HtmCoreReqMsgTx, status %x"]]></Message>
    <Message ID="0x80860002002A0C14"><![CDATA["Hotham function entry/exit: HothamCoreResetAllMsgState  "]]></Message>
    <Message ID="0x80860002002A0C15"><![CDATA["Hotham function entry/exit: HothamCoreAbortAll, status %d"]]></Message>
    <Message ID="0x80860002002A0C16"><![CDATA["hotham_cmh_thread: Hotham CMH thread started  "]]></Message>
    <Message ID="0x80860002002A0C17"><![CDATA["hotham_cmh_thread: Inside while(1) "]]></Message>
    <Message ID="0x80860002002A0C18"><![CDATA["hotham_cmh_thread: ActualEventFlags is 0x%x, select_status = %d, errno = %d "]]></Message>
    <Message ID="0x80860002002A0C19"><![CDATA["hotham_cmh_thread:Cleared flags not serviced. ActualEventFlags: 0x%x  "]]></Message>
    <Message ID="0x80860002002A0C1A"><![CDATA[" Hotham: Exiting Hotham worker thread started...! "]]></Message>
    <Message ID="0x80860002002A0C1B"><![CDATA[" Hotham: Exiting Hotham worker thread done! "]]></Message>
    <Message ID="0x80860002002A0C1D"><![CDATA["hotham_cmh_thread: Exiting CMH thread. should never be here  "]]></Message>
    <Message ID="0x80860002002A0C22"><![CDATA["Hotham: HtmCoreMessageHandlerEntry: Translated Hotham AccessLevel: %d "]]></Message>
    <Message ID="0x80860002002A0C23"><![CDATA["Hotham: HtmCoreMessageHandlerEntry: Create CMH thread failed. Status is %d  "]]></Message>
    <Message ID="0x80860002002A0C24"><![CDATA["Hotham: HtmCoreMessageHandlerEntry: CMH thread created  "]]></Message>
    <Message ID="0x80860002002A0C25"><![CDATA["Hotham function entry: HtmCoreReqMsgRx "]]></Message>
    <Message ID="0x80860002002A0C26"><![CDATA["[ERROR] Hotham info: HtmCoreReqMsgRx, ReadRequest() failed "]]></Message>
    <Message ID="0x80860002002A0C27"><![CDATA["[ERROR] Hotham info: HtmCoreReqMsgRx, Header Type 1 not supported "]]></Message>
    <Message ID="0x80860002002A0C28"><![CDATA["Hotham info: HtmCoreReqMsgRx, message class %d found "]]></Message>
    <Message ID="0x80860002002A0C29"><![CDATA["Hotham function exit: HtmCoreReqMsgRx, Status: %d "]]></Message>
    <Message ID="0x80860002002A0C2A"><![CDATA["Hotham function entry: HtmCoreProcessReqMsg, handle %x, SequenceNo: %x  "]]></Message>
    <Message ID="0x80860002002A0C2B"><![CDATA["Hotham info: HtmCoreProcessReqMsg, Connection established, handle %x, SequenceNo: %x  "]]></Message>
    <Message ID="0x80860002002A0C2E"><![CDATA["[ERROR] Hotham info: HtmCoreProcessReqMsg, Type1 not supported, handle %x, SequenceNo: %x  "]]></Message>
    <Message ID="0x80860002002A0C2F"><![CDATA["Hotham info: HtmCoreProcessReqMsg, OpCode found, handle %x, sequence# %x, OpCode %x  "]]></Message>
    <Message ID="0x80860002002A0C52"><![CDATA["[ERROR] Hotham info: HtmCoreProcessReqMsg, interface not supported, handle %x, interface %x, ReqCode: %x  "]]></Message>
    <Message ID="0x80860002002A0C31"><![CDATA["[ERROR] Hotham info:HtmCoreProcessReqMsg, Access level violation, handle %x, sequence# %x, OpCode %x  "]]></Message>
    <Message ID="0x80860002002A0C32"><![CDATA["[ERROR] Hotham info: HtmCoreProcessReqMsg, Expected size does not match msg, handle %x, sequence# %x, OpCode %x  "]]></Message>
    <Message ID="0x80860002002A0C33"><![CDATA["Hotham info: HtmCoreProcessReqMsg, Calling API handler function, handle %x, sequence# %x, OpCode %x  "]]></Message>
    <Message ID="0x80860002002A0C34"><![CDATA["Hotham info: HtmCoreProcessReqMsg, Calling API handler function, handle %x, OpCode %x, REQ_ACTION %x  "]]></Message>
    <Message ID="0x80860002002A0C35"><![CDATA["[ERROR] Hotham info: HtmCoreProcessReqMsg, Opcode not found, handle %x, sequence# %x, OpCode %x  "]]></Message>
    <Message ID="0x80860002002A0C36"><![CDATA["Hotham info: HtmCoreProcessReqMsg, Setting SEND_RESP Tx flag, handle %x, sequence# %x, OpCode %x  "]]></Message>
    <Message ID="0x80860002002A0C37"><![CDATA["Hotham info: HtmCoreProcessReqMsg, Command posted, handle %x, sequence# %x, OpCode %x  "]]></Message>
    <Message ID="0x80860002002A0C38"><![CDATA["Hotham function exit: HtmCoreProcessReqMsg, handle %x, sequence# %x, OpCode %x  "]]></Message>
    <Message ID="0x80860002002A0C39"><![CDATA["Hotham info: HtmCoreAllocRespMem, Malloc-ing resp buffer, sequence# %x, Size %x  "]]></Message>
    <Message ID="0x80860002002A0C4A"><![CDATA["Hotham info: [ERROR] HtmCoreAllocRespMem, NULL buffer  "]]></Message>
    <Message ID="0x80860002002A0C4B"><![CDATA["Hotham info: HtmCoreAllocRespMem, Fixed Buff flow, sequence# %x, Size %x  "]]></Message>
    <Message ID="0x80860002002A0C4C"><![CDATA["Hotham info HothamCorePgOverride to be cleared  "]]></Message>
    <Message ID="0x80860002002A0C4D"><![CDATA["Hotham info HothamCorePgOverride clear applied  "]]></Message>
    <Message ID="0x80860002002A0C4E"><![CDATA["Hotham error: HothamCorePgOverride to be cleared  , Status 0x%x"]]></Message>
    <Message ID="0x80860002002A0C4F"><![CDATA["Hotham error: HothamCorePgOverride found already-applied"]]></Message>
    <Message ID="0x80860002002A0C50"><![CDATA["Hotham error: HothamCorePgOverride Applied. Status returned 0x%x"]]></Message>
    <Message ID="0x80860002002A0001"><![CDATA["Hotham HothamProcessPmEvent:CM3_ENTRY_WARN: Failed to disable msi.errno:0x%x  "]]></Message>
    <Message ID="0x560003028AA19800"><![CDATA["CM0PG_ENTRY_WARN: HTM_WAKE_EN <-- 0x%08x"]]></Message>
    <Message ID="0x80860002002A0002"><![CDATA["Hotham HothamProcessPmEvent:CM0PG_ENTRY_WARN:Failed to disable msi. errno:0x%x  "]]></Message>
    <Message ID="0x80860002002A001D"><![CDATA["Hotham HothamProcessPmEvent: Set mse failed.errno: 0x%x"]]></Message>
    <Message ID="0x80860002002A001E"><![CDATA["Hotham HothamProcessPmEvent: Failed clearing pme"]]></Message>
    <Message ID="0x80860002002A0003"><![CDATA["Hotham HothamProcessPmEvent: Failed to set pme "]]></Message>
    <Message ID="0x80860002002A0004"><![CDATA["Hotham HothamProcessPmEvent:failed to put device in PWR_STATE_D3_VAL errno:0x%x Status 0x%x "]]></Message>
    <Message ID="0x80860002002A0019"><![CDATA["Hotham CM0PG_EXIT_DONE received"]]></Message>
    <Message ID="0x80860002002A0021"><![CDATA["Hotham HothamProcessPmEvent: failed to put device in PWR_STATE_D0_VAL errno:0x%x status 0x%x"]]></Message>
    <Message ID="0x80860002002A001F"><![CDATA["Hotham HothamProcessPmEvent: Failed clearing pme"]]></Message>
    <Message ID="0x80860002002A0020"><![CDATA["Hotham HothamProcessPmEvent: Set bme failed."]]></Message>
    <Message ID="0x80860002002A0022"><![CDATA["Hotham HothamProcessPmEvent: Set mse failed. errno: 0x%x"]]></Message>
    <Message ID="0x80860002002A001C"><![CDATA["Hotham HothamProcessPmEvent: Failed to re-enable msi "]]></Message>
    <Message ID="0x80860002002A0023"><![CDATA["Hotham CM0PG_EXIT_DONE complete HTM_INT_EN: 0x%x "]]></Message>
    <Message ID="0x80860002002A0009"><![CDATA["Hotham HtmEdCallback: Exiting Hotham! "]]></Message>
    <Message ID="0x80860002002A000A"><![CDATA[" Hotham HtmEdCallback: event_flag_signal err. Status:0x%x! "]]></Message>
    <Message ID="0x80860002002A001B"><![CDATA["Hotham HtmEdCallback: Waiting for HTM_EXIT_CMH_THREAD_ACK  "]]></Message>
    <Message ID="0x80860002002A000B"><![CDATA[" Hotham HtmEdCallback: HTM_EXIT_CMH_THREAD_ACK received. ActualEventFlags:0x%x! "]]></Message>
    <Message ID="0x80860002002A001A"><![CDATA["Hotham main: In main  "]]></Message>
    <Message ID="0x560001028AA19801"><![CDATA["Hotham: busdrv_open_device failed..."]]></Message>
    <Message ID="0x80860002002A000D"><![CDATA["Hotham main: DHI and  Tap driver entry complete  "]]></Message>
    <Message ID="0x80860002002A000C"><![CDATA[" Hotham main: Failed malloc for context "]]></Message>
    <Message ID="0x80860002002A000E"><![CDATA[" event dispatcher open failed! errno:0x%x "]]></Message>
    <Message ID="0x80860002002A000F"><![CDATA[" Hotham main: registration with ED failed! "]]></Message>
    <Message ID="0x80860002002A0010"><![CDATA[" Hotham main: registration with ED successful! "]]></Message>
    <Message ID="0x80860002002A0037"><![CDATA["Hotham main: failed to put device in PWR_STATE_D0_VAL errno:0x%x status 0x%x"]]></Message>
    <Message ID="0x80860002002A0038"><![CDATA["Hotham main: Failed clearing pme"]]></Message>
    <Message ID="0x80860002002A0039"><![CDATA["Hotham main: Set bme failed."]]></Message>
    <Message ID="0x80860002002A003A"><![CDATA["Hotham main: Set mse failed. errno: 0x%x"]]></Message>
    <Message ID="0x80860002002A0011"><![CDATA[" Hotham main: calling busdrv_set_msie "]]></Message>
    <Message ID="0x80860002002A0012"><![CDATA["Hotham main: Failed to set msie  "]]></Message>
    <Message ID="0x80860002002A0013"><![CDATA["Hotham main: irq is 0x%x  "]]></Message>
    <Message ID="0x80860002002A0014"><![CDATA["Hotham main: About to call srv_task_newsrvlibver  "]]></Message>
    <Message ID="0x80860002002A0016"><![CDATA["Hotham main: srv_task_newsrvlibver returned %d  "]]></Message>
    <Message ID="0x80860002002A0017"><![CDATA["Hotham main: About to EXIT, should never reach here  "]]></Message>
    <Message ID="0x80860002002A0800"><![CDATA["Hotham function entry: HtmDebugHostIfInit  "]]></Message>
    <Message ID="0x80860002002A0801"><![CDATA["Hotham info: HtmDebugHostIfInit, TAP Interface enabled  "]]></Message>
    <Message ID="0x80860002002A0802"><![CDATA["Hotham info: HtmDebugHostIfInit, %d sequences supported  "]]></Message>
    <Message ID="0x80860002002A0803"><![CDATA["Hotham function exit: HtmDebugHostIfInit, Status: %d  "]]></Message>
    <Message ID="0x80860002002A0804"><![CDATA["Hotham info: HtmDbgHostIfSendComplete, Clearing request record %d  "]]></Message>
    <Message ID="0x80860002002A0805"><![CDATA["Hotham Function entry: HtmDbgHostIfRegisterConsumer  "]]></Message>
    <Message ID="0x80860002002A0806"><![CDATA["Hotham function exit: HtmDbgHostIfRegisterConsumer, Status: %d  "]]></Message>
    <Message ID="0x80860002002A0807"><![CDATA["Hotham Function entry: HtmDbgHostIfInitiateRequest  "]]></Message>
    <Message ID="0x80860002002A0808"><![CDATA["Hotham Error: HtmDbgHostIfInitiateRequest, no active interface  "]]></Message>
    <Message ID="0x80860002002A0809"><![CDATA["Hotham Error: HtmDbgHostIfInitiateRequest, no free slot  "]]></Message>
    <Message ID="0x80860002002A080A"><![CDATA["Hotham info: HtmDbgHostIfInitiateRequest, free slot: %d  "]]></Message>
    <Message ID="0x80860002002A080B"><![CDATA["Hotham info: HtmDbgHostIfInitiateRequest, handle overflow"]]></Message>
    <Message ID="0x80860002002A080C"><![CDATA["Hotham info: HtmDbgHostIfInitiateRequest, Request size: %x, , slot: %d  "]]></Message>
    <Message ID="0x80860002002A080D"><![CDATA["[ERROR] Hotham info: HtmDbgHostIfInitiateRequest, Request larger than HTM_MAX_REQ_SIZE, slot: %d  "]]></Message>
    <Message ID="0x80860002002A080E"><![CDATA["Hotham info: HtmDbgHostIfInitiateRequest, Fixed buffer flow, slot: %d  "]]></Message>
    <Message ID="0x80860002002A080F"><![CDATA["Hotham info: HtmDbgHostIfInitiateRequest, Malloc buffer flow, slot: %d  "]]></Message>
    <Message ID="0x80860002002A0810"><![CDATA["Hotham info: HtmDbgHostIfInitiateRequest, Malloc success slot: %d, size: %x, pMallocBuff: %x  "]]></Message>
    <Message ID="0x80860002002A0811"><![CDATA["[ERROR] Hotham info: HtmDbgHostIfInitiateRequest, Malloc failed, slot: %d  "]]></Message>
    <Message ID="0x80860002002A0812"><![CDATA["Hotham Error: HtmDbgHostIfInitiateRequest, Failed StartMessageRead()  "]]></Message>
    <Message ID="0x80860002002A0813"><![CDATA["Hotham function exit: HtmDbgHostIfInitiateRequest, Status: %d  "]]></Message>
    <Message ID="0x80860002002A0814"><![CDATA["Hotham Function entry: HtmDbgHostIfReadRequest  "]]></Message>
    <Message ID="0x80860002002A0815"><![CDATA["[ERROR] Hotham info: HtmDbgHostIfReadRequest, Invalid Parameters  "]]></Message>
    <Message ID="0x80860002002A0816"><![CDATA["[ERROR] Hotham info: HtmDbgHostIfReadRequest, no active interface  "]]></Message>
    <Message ID="0x80860002002A0817"><![CDATA["Hotham info: HtmDbgHostIfReadRequest, GetRequestRecord() found handle: %d  "]]></Message>
    <Message ID="0x80860002002A0818"><![CDATA["[ERROR] Hotham info: HtmDbgHostIfReadRequest, handle: %d not found  "]]></Message>
    <Message ID="0x80860002002A0819"><![CDATA["Hotham Error: HtmDbgHostIfReadRequest, Did not find handle: %d  "]]></Message>
    <Message ID="0x80860002002A081A"><![CDATA["Hotham info: HtmDbgHostIfReadRequest, Handle: %d, using record index: %d  "]]></Message>
    <Message ID="0x80860002002A081B"><![CDATA["[ERROR] Hotham info: HtmDbgHostIfReadRequest, Invalid buffer using record index: %d  "]]></Message>
    <Message ID="0x80860002002A081C"><![CDATA["Hotham function exit: HtmDbgHostIfReadRequest, Status: %d  "]]></Message>
    <Message ID="0x80860002002A081D"><![CDATA["Hotham Function entry: HtmDbgHostIfCompleteRequest  "]]></Message>
    <Message ID="0x80860002002A081E"><![CDATA["[ERROR] Hotham info: HtmDbgHostIfReadRequest, Invalid Parameters  "]]></Message>
    <Message ID="0x80860002002A081F"><![CDATA["Hotham Error: HtmDbgHostIfCompleteRequest, Did not find handle: %d  "]]></Message>
    <Message ID="0x80860002002A0820"><![CDATA["Hotham info: HtmDbgHostIfCompleteRequest, Found handle: %d, Record Index: %d  "]]></Message>
    <Message ID="0x80860002002A0821"><![CDATA["Hotham Error: HtmDbgHostIfCompleteRequest, Send message failed, handle: %d  "]]></Message>
    <Message ID="0x80860002002A0822"><![CDATA["Hotham info: HtmDbgHostIfCompleteRequest, Freeing buffer, Record Index: %d  "]]></Message>
    <Message ID="0x80860002002A0823"><![CDATA["Hotham function exit: HtmDbgHostIfCompleteRequest, Status: %d  "]]></Message>
    <Message ID="0x80860002002A082B"><![CDATA["Hotham Function entry: HtmDbgHostIfGetConnectionInfo  "]]></Message>
    <Message ID="0x80860002002A082E"><![CDATA["[ERROR] Hotham info: HtmDbgHostIfReadRequest, Invalid Parameters  "]]></Message>
    <Message ID="0x80860002002A082F"><![CDATA["Hotham Error HtmDbgHostIfGetConnectionInfo, Connection already started, interface: %d  "]]></Message>
    <Message ID="0x80860002002A0830"><![CDATA["Hotham Error: HtmDbgHostIfGetConnectionInfo, No Connection found  "]]></Message>
    <Message ID="0x80860002002A0831"><![CDATA["Hotham info: HtmDbgHostIfGetConnectionInfo, Connection found, interface: %d  "]]></Message>
    <Message ID="0x80860002002A0832"><![CDATA["Hotham function exit: HtmDbgHostIfGetConnectionInfo - malloc succeeded "]]></Message>
    <Message ID="0x80860002002A0833"><![CDATA["Hotham function exit: HtmDbgHostIfGetConnectionInfo - malloc failed "]]></Message>
    <Message ID="0x80860002002A0834"><![CDATA["Hotham function exit: HtmDbgHostIfGetConnectionInfo, Status: %d  "]]></Message>
    <Message ID="0x80860002002A0835"><![CDATA["Hotham Function entry: HtmDbgHostIfDisconnectCallback  "]]></Message>
    <Message ID="0x80860002002A0836"><![CDATA["[ERROR] Hotham info: HtmDbgHostIfReadRequest, Invalid Parameters  "]]></Message>
    <Message ID="0x80860002002A0837"><![CDATA["[ERROR] Hotham info: HtmDbgHostIfDisconnectCallback, No active connection, interface: %d  "]]></Message>
    <Message ID="0x80860002002A0838"><![CDATA["Hotham function exit: HtmDbgHostIfDisconnectCallback, Status: %d  "]]></Message>
    <Message ID="0x80860002002A0839"><![CDATA["Hotham Function entry: HtmDbgHostIfResetDhi  "]]></Message>
    <Message ID="0x80860002002A084A"><![CDATA["[ERROR] Hotham info: HtmDbgHostIfResetDhi, No active connection"]]></Message>
    <Message ID="0x80860002002A084B"><![CDATA["Hotham function exit: HtmDbgHostIfResetDhi, Status: %d"]]></Message>
    <Message ID="0x80860002002A084C"><![CDATA["Hotham Function entry: HtmDbgHostIfRegisterExternalInterface  "]]></Message>
    <Message ID="0x80860002002A084D"><![CDATA["[ERROR] Hotham info: HtmDbgHostIfRegisterExternalInterface, Invalid params, Interface %d  "]]></Message>
    <Message ID="0x80860002002A084E"><![CDATA["[ERROR] Hotham info: HtmDbgHostIfRegisterExternalInterface, Interface %d already established  "]]></Message>
    <Message ID="0x80860002002A084F"><![CDATA["[ERROR] Hotham info: HtmDbgHostIfRegisterExternalInterface, Interface %d not supported  "]]></Message>
    <Message ID="0x80860002002A0850"><![CDATA["Hotham function exit: HtmDbgHostIfRegisterExternalInterface, Status: %d  "]]></Message>
    <Message ID="0x80860002002A0851"><![CDATA["Hotham Function entry: HtmDbgHostIfEstablishConnection  "]]></Message>
    <Message ID="0x80860002002A0852"><![CDATA["[ERROR] Hotham info: HtmDbgHostIfEstablishConnection, Interface %d already active  "]]></Message>
    <Message ID="0x80860002002A0853"><![CDATA["Hotham info: HtmDbgHostIfEstablishConnection, Interface %d connection requested  "]]></Message>
    <Message ID="0x80860002002A0854"><![CDATA["[ERROR] Hotham info: HtmDbgHostIfEstablishConnection, Interface %d disabled by policy  "]]></Message>
    <Message ID="0x80860002002A0855"><![CDATA["Hotham: HtmDbgHostIfEstablishConnection: Posting HTM_DHI_EVT_INTEFACE_ENABLE  "]]></Message>
    <Message ID="0x80860002002A0857"><![CDATA["Hotham function exit: HtmDbgHostIfEstablishConnection, Status: %d  "]]></Message>
    <Message ID="0x80860002002A0858"><![CDATA["Hotham Function entry: HtmDbgHostIfDisconnect  "]]></Message>
    <Message ID="0x80860002002A0859"><![CDATA["[ERROR] Hotham info: HtmDbgHostIfDisconnect, Interface %d not connected  "]]></Message>
    <Message ID="0x80860002002A085A"><![CDATA["HtmDbgHostIfDisconnect: About to post HTM_DHI_EVT_ABORT_ALL  "]]></Message>
    <Message ID="0x80860002002A085B"><![CDATA["Hotham function exit: HtmDbgHostIfDisconnect, Status: %d  "]]></Message>
    <Message ID="0x80860002002A085C"><![CDATA["Hotham Function entry: HtmDbgHostIfNewRequest  "]]></Message>
    <Message ID="0x80860002002A085D"><![CDATA["[ERROR] Hotham info: HtmDbgHostIfNewRequest, Interface %d not connected  "]]></Message>
    <Message ID="0x80860002002A085E"><![CDATA["HtmDbgHostIfNewRequest, Posting HTM_DHI_EVT_NEW_MSG  "]]></Message>
    <Message ID="0x80860002002A085F"><![CDATA["Hotham function exit: HtmDbgHostIfNewRequest, Status: 0x%x  "]]></Message>
    <Message ID="0x80860002002A0860"><![CDATA["Hotham Function entry: HtmDbgHostIfRequestReady  "]]></Message>
    <Message ID="0x80860002002A0861"><![CDATA["[ERROR] Hotham info: HtmDbgHostIfRequestReady, Interface %d not connected  "]]></Message>
    <Message ID="0x80860002002A0862"><![CDATA["HtmDbgHostIfRequestReady: about to post HTM_DHI_EVT_REQ_MSG_RX  "]]></Message>
    <Message ID="0x80860002002A0863"><![CDATA["Hotham function exit: HtmDbgHostIfRequestReady, Status: %d  "]]></Message>
    <Message ID="0x80860002002A0864"><![CDATA["Hotham Function entry: HtmDbgHostIfSendComplete, handle: %x  "]]></Message>
    <Message ID="0x80860002002A0865"><![CDATA["[ERROR] Hotham info: HtmDbgHostIfSendComplete, Interface %d not connected  "]]></Message>
    <Message ID="0x80860002002A0866"><![CDATA["HtmDbgHostIfSendComplete: About to post HTM_DHI_EVT_REQ_MSG_TX  "]]></Message>
    <Message ID="0x80860002002A0867"><![CDATA["Hotham function exit: HtmDbgHostIfSendComplete, Status: %d  "]]></Message>
    <Message ID="0x80860002002A0868"><![CDATA["Hotham Function entry: HtmDbgHostIfAbortAll  "]]></Message>
    <Message ID="0x80860002002A0869"><![CDATA["[ERROR] Hotham info: HtmDbgHostIfAbortAll, Interface %d not connected  "]]></Message>
    <Message ID="0x80860002002A086A"><![CDATA["HtmDbgHostIfAbortAll: About to post HTM_DHI_EVT_ABORT_ALL  "]]></Message>
    <Message ID="0x80860002002A086B"><![CDATA["Hotham function exit: HtmDbgHostIfAbortAll, Status: %d  "]]></Message>
    <Message ID="0x560001828AA18C00"><![CDATA["Hotham DSCP: some interrupts are already enabled while enabling Tx. IE: 0x%x"]]></Message>
    <Message ID="0x560001828AA18C01"><![CDATA["Hotham DSCP: some interrupts are already enabled while enabling Rx. IE: 0x%x"]]></Message>
    <Message ID="0x560001108AA19000"><![CDATA["DscpReadToken: failed to open UTOK , errno:%d"]]></Message>
    <Message ID="0x560001108AA19001"><![CDATA["DscpReadToken: spi get info failed.Status:0x%x"]]></Message>
    <Message ID="0x560001108AA19002"><![CDATA["DscpReadToken: token size too big"]]></Message>
    <Message ID="0x560001108AA19003"><![CDATA["DscpReadToken: spi read failed.Status:0x%x"]]></Message>
    <Message ID="0x560002108AA19004"><![CDATA["DscpReadToken Success"]]></Message>
    <Message ID="0x560001108AA19005"><![CDATA["DscpWriteToken: failed to open UTOK , errno:%d"]]></Message>
    <Message ID="0x560001108AA19006"><![CDATA["DscpWriteToken: spi get info failed.Status:0x%x"]]></Message>
    <Message ID="0x560001108AA19007"><![CDATA["DscpWriteToken: token size too big"]]></Message>
    <Message ID="0x560001108AA19008"><![CDATA["DscpWriteToken: spi_flash_erase failed.Status:0x%x"]]></Message>
    <Message ID="0x560001108AA19009"><![CDATA["DscpWriteToken: spi write failed.Status:0x%x"]]></Message>
    <Message ID="0x560002108AA1900A"><![CDATA["DscpWriteToken Success"]]></Message>
    <Message ID="0x560001108AA1900B"><![CDATA["DscpEraseToken: failed to open UTOK , errno:%d"]]></Message>
    <Message ID="0x560001108AA1900C"><![CDATA["DscpEraseToken: spi get info failed.Status:0x%x"]]></Message>
    <Message ID="0x560001108AA1900D"><![CDATA["DscpEraseToken: spi erase failed.Status:0x%x"]]></Message>
    <Message ID="0x560002108AA1900E"><![CDATA["DscpEraseToken: Success"]]></Message>
    <Message ID="0x560001108AA1900F"><![CDATA["DscpConfigureDam: Failed writing DAM file"]]></Message>
    <Message ID="0x560002108AA19010"><![CDATA["DscpConfigureDam: requested non persistent config change - doing nothing"]]></Message>
    <Message ID="0x80860002002A1840"><![CDATA["Hotham Function entry: HtmHeciDrvStartMessageRead, Handle: %d  "]]></Message>
    <Message ID="0x80860002002A1803"><![CDATA["[ERROR] Hotham info: HtmHeciDrvStartMessageRead, Already process request, Handle: %d  "]]></Message>
    <Message ID="0x80860002002A1804"><![CDATA["[ERROR] Hotham info: HtmHeciDrvStartMessageRead, NULL pBuff, Handle: %d  "]]></Message>
    <Message ID="0x80860002002A1805"><![CDATA["Hotham info: HtmHeciDrvStartMessageRead, Message found, Handle: %d  "]]></Message>
    <Message ID="0x80860002002A1806"><![CDATA["[ERROR] Hotham info: HtmHeciDrvStartMessageRead, HtmHeciRcvMsg failure, ABORT_ALL requested, Handle: %d  "]]></Message>
    <Message ID="0x80860002002A1807"><![CDATA["[ERROR] Hotham info: HtmHeciDrvStartMessageRead, setting REQ_STS_INVALID_FRAG, Handle: %d  "]]></Message>
    <Message ID="0x80860002002A1808"><![CDATA["[ERROR] Hotham info: HtmHeciDrvStartMessageRead, setting HTM_REQ_STS_OUT_OF_RESOURCES, Handle: %d  "]]></Message>
    <Message ID="0x80860002002A1809"><![CDATA["Hotham info: HtmHeciDrvStartMessageRead, Request received, Handle: %d  "]]></Message>
    <Message ID="0x80860002002A180A"><![CDATA["Hotham Function exit: HtmHeciDrvStartMessageRead, Handle: %d, Status: %d  "]]></Message>
    <Message ID="0x80860002002A180B"><![CDATA["Hotham Function entry: HtmHeciDrvUpdateReqBuff, Handle: %d  "]]></Message>
    <Message ID="0x80860002002A180C"><![CDATA["[ERROR] Hotham info: HtmHeciDrvUpdateReqBuff, NULL pBuff, Handle: %d  "]]></Message>
    <Message ID="0x80860002002A1883"><![CDATA["[ERROR] Hotham error: HtmHeciDrvUpdateReqBuff, HothamHeciDrvCtxt.HeciClientCtxt.HeciReadBuf is NULL!  "]]></Message>
    <Message ID="0x80860002002A188D"><![CDATA["Hotham: HtmHeciDrvUpdateReqBuff, memcpy Fragmentsize %d BuffSize %d  "]]></Message>
    <Message ID="0x80860002002A180D"><![CDATA["Hotham info: HtmHeciDrvUpdateReqBuff, setting REQ_STS_RDY_FOR_NEXT_FRAG, Handle: %d, Sequence number %d  "]]></Message>
    <Message ID="0x80860002002A180E"><![CDATA["Hotham Function exit: HtmHeciDrvUpdateReqBuff, Handle: %d, Status: %d  "]]></Message>
    <Message ID="0x80860002002A180F"><![CDATA["Hotham Function entry: HtmHeciDrvGetRequestRecord, Handle: %d  "]]></Message>
    <Message ID="0x80860002002A1810"><![CDATA["Hotham Function exit: HtmHeciDrvGetRequestRecord, Handle: %d, Status: %d  "]]></Message>
    <Message ID="0x80860002002A1811"><![CDATA["Hotham Function entry: HtmHeciDrvSendMessage, RequestHandle: %x  "]]></Message>
    <Message ID="0x80860002002A1812"><![CDATA["[ERROR] Hotham info: HtmHeciDrvSendMessage, NULL pRespBuff, Handle: %d  "]]></Message>
    <Message ID="0x80860002002A1813"><![CDATA["Hotham info: HtmHeciDrvSendMessage, Found Active Sequence Number: %d  "]]></Message>
    <Message ID="0x80860002002A1814"><![CDATA["[ERROR] Hotham info: HtmHeciDrvSendMessage, Cannot find handle: %x  "]]></Message>
    <Message ID="0x80860002002A1815"><![CDATA["Hotham info, HtmHeciDrvSendMessage, Message sent, Active Sequence Number: %d  "]]></Message>
    <Message ID="0x80860002002A1816"><![CDATA["Hotham function exit: HtmHeciDrvSendMessage, Status: %d  "]]></Message>
    <Message ID="0x80860002002A1817"><![CDATA["Hotham Function entry: HtmHeciDrvResetHeciInterface  "]]></Message>
    <Message ID="0x80860002002A1818"><![CDATA["Hotham function exit: HtmHeciDrvResetHeciInterface  "]]></Message>
    <Message ID="0x80860002002A1819"><![CDATA["Hotham function entry/exit: HtmHeciDrvSetActiveInterface, Interface: %x, Status: %x  "]]></Message>
    <Message ID="0x80860002002A181A"><![CDATA["Hotham function entry/exit: HtmHeciDrvSetupStreamingResponse, RequestHandle: %x, SequenceNo: %x, Status: %x  "]]></Message>
    <Message ID="0x80860002002A181B"><![CDATA["Hotham Function entry: HtmHeciIntAbortAll  "]]></Message>
    <Message ID="0x80860002002A181C"><![CDATA["Hotham function exit: HtmHeciIntAbortAll, Status: %d  "]]></Message>
    <Message ID="0x80860002002A188C"><![CDATA["hotham_cmh_thread: Hotham CoreInterfaceEn (HECI) call failed  "]]></Message>
    <Message ID="0x80860002002A187F"><![CDATA["Hotham info: HtmHeciIntEnable, Establishing connection  "]]></Message>
    <Message ID="0x80860002002A1880"><![CDATA["Hotham info: HtmHeciIntEnable, Disconnecting  "]]></Message>
    <Message ID="0x80860002002A1821"><![CDATA["Hotham Function entry: HtmHeciIntReqMsgRdy  "]]></Message>
    <Message ID="0x80860002002A1822"><![CDATA["Hotham info: HtmHeciIntReqMsgRdy, HECI New Request, Active Sequence Number: %d  "]]></Message>
    <Message ID="0x80860002002A1823"><![CDATA["Hotham info: HtmHeciIntReqMsgRdy, not a New request, Active Sequence Number: %d  "]]></Message>
    <Message ID="0x80860002002A1824"><![CDATA["Hotham info: HtmHeciIntReqMsgRdy, HECI Request received, Active Sequence Number: %d  "]]></Message>
    <Message ID="0x80860002002A1825"><![CDATA["[ERROR] Hotham info: HtmHeciIntReqMsgRdy, HtmHeciRcvIntCallback failure, ABORT_ALL requested, Active Sequence Number: %d  "]]></Message>
    <Message ID="0x80860002002A1826"><![CDATA["[ERROR] Hotham info: HtmHeciIntReqMsgRdy, setting REQ_STS_INVALID_FRAG  "]]></Message>
    <Message ID="0x80860002002A1827"><![CDATA["[ERROR] Hotham info: HtmHeciIntReqMsgRdy, setting HTM_REQ_STS_OUT_OF_RESOURCES  "]]></Message>
    <Message ID="0x80860002002A1828"><![CDATA["Hotham function exit: HtmHeciIntReqMsgRdy, Status: %d  "]]></Message>
    <Message ID="0x80860002002A1829"><![CDATA["Hotham Function entry: HtmHeciIntRespRdyClr, Active Sequence Number: %d  "]]></Message>
    <Message ID="0x80860002002A182A"><![CDATA["Hotham info: HtmHeciIntRespRdyClr SendComplete(), Active Sequence Number: %d  "]]></Message>
    <Message ID="0x80860002002A182D"><![CDATA["[ERROR] Hotham info: HtmHeciIntRespRdyClr, unknown, Active Sequence Number: %d  "]]></Message>
    <Message ID="0x80860002002A182E"><![CDATA["Hotham function exit: HtmHeciIntRespRdyClr, Status: %d  "]]></Message>
    <Message ID="0x80860002002A182F"><![CDATA[" hotham: hotham heci driver interrupt callback invoked...  "]]></Message>
    <Message ID="0x80860002002A1830"><![CDATA[" hotham: hotham heci msi_type is %d...  "]]></Message>
    <Message ID="0x80860002002A1832"><![CDATA["[ERROR] Hotham info: HtmHeciDrvIntCallback, Unknown cause: %d  "]]></Message>
    <Message ID="0x80860002002A1882"><![CDATA["Hotham info: HtmHeciDrvEntry  "]]></Message>
    <Message ID="0x80860002002A1881"><![CDATA["Hotham function entry: HtmHeciClientConDisc  "]]></Message>
    <Message ID="0x80860002002A1888"><![CDATA["Hotham function entry: HtmHeciCreateContextLock  "]]></Message>
    <Message ID="0x80860002002A188B"><![CDATA["[ERROR] Hotham function: HtmHeciCreateContextLock failed. status: %d "]]></Message>
    <Message ID="0x80860002002A1889"><![CDATA["Hotham function entry: HtmHeciContextLock  "]]></Message>
    <Message ID="0x80860002002A188A"><![CDATA["Hotham function entry: HtmHeciContextUnlock  "]]></Message>
    <Message ID="0x80860002002A101B"><![CDATA["Hotham function exit error: HothamCtlGetCurrentAccessLevel, Message Content Error, buffer size mismatch  "]]></Message>
    <Message ID="0x8086000200020059"><![CDATA["[RBE NK] Error: Status = %d"]]></Message>
    <Message ID="0x80860002000200B5"><![CDATA["[RBE NK] Exception: Trap = %d"]]></Message>
    <Message ID="0x8086000200020057"><![CDATA["[RBE] Supervisor mode enabled."]]></Message>
    <Message ID="0x8086000200020080"><![CDATA["[RBE NK] No read access to sks key %d by Domain %d"]]></Message>
    <Message ID="0x8086000200020071"><![CDATA["[RBE NK] No write access to AON entry %d by Domain %d"]]></Message>
    <Message ID="0x808600020002005E"><![CDATA["[RBE NK] No write access to snowball entry %d by Domain %d"]]></Message>
    <Message ID="0x808600020002183A"><![CDATA["[MBIST] IP configure #%d: usage %d, data1 0x%x, data2 0x%x, data3 0x%x"]]></Message>
    <Message ID="0x808600020002180F"><![CDATA["[MBIST] DELAY OP: period = 10^%d usecs, count = %d"]]></Message>
    <Message ID="0x8086000200021810"><![CDATA["[MBIST] CFG OP: 0x%08X "]]></Message>
    <Message ID="0x8086000200021811"><![CDATA["[MBIST] TmsOnly = %d, InterruptEn = %d, TckRunMode =  %d, Clock Divider = %d"]]></Message>
    <Message ID="0x8086000200021825"><![CDATA["[MBIST] ERROR: bits aren't supported"]]></Message>
    <Message ID="0x8086000200021826"><![CDATA["[MBIST] TAP OP: 0x%08X "]]></Message>
    <Message ID="0x8086000200021812"><![CDATA["[MBIST] IR BITS %4d DWORDS %3d"]]></Message>
    <Message ID="0x8086000200021813"><![CDATA["[MBIST] DR BITS %4d DWORDS %3d"]]></Message>
    <Message ID="0x8086000200021814"><![CDATA["[MBIST] Compare Mask  %d"]]></Message>
    <Message ID="0x8086000200021815"><![CDATA["[MBIST]    IR[%2d]:  0x%08X"]]></Message>
    <Message ID="0x8086000200021816"><![CDATA["[MBIST]    DR[%2d]:  0x%08X"]]></Message>
    <Message ID="0x8086000200021817"><![CDATA["[MBIST]  mask[%2d]:  0x%08X"]]></Message>
    <Message ID="0x8086000200021818"><![CDATA["[MBIST] match[%2d]:  0x%08X"]]></Message>
    <Message ID="0x808600020002181A"><![CDATA["[MBIST] MISC OP: 0x%08X "]]></Message>
    <Message ID="0x808600020002184A"><![CDATA["[MBIST] Wrong component ID (#%d) in script! skipping"]]></Message>
    <Message ID="0x808600020002180C"><![CDATA["[MBIST] Running script for Component ID #%d (%d dwords)"]]></Message>
    <Message ID="0x808600020002180E"><![CDATA["[MBIST] Test is disabled. Skipping %d dwords in script"]]></Message>
    <Message ID="0x8086000200021834"><![CDATA["[MBIST] processing bundle %d @ offset %d"]]></Message>
    <Message ID="0x8086000200021819"><![CDATA["[MBIST] Functional Safety. DR scan failed. Component #%d. Bundle #%d"]]></Message>
    <Message ID="0x808600020002181B"><![CDATA["[MBIST]  ERROR: invalid OpCode 0x%08X"]]></Message>
    <Message ID="0x8086000200021848"><![CDATA["[MBIST] Functional Safety. Script error. Component #%d. Bundle #%d"]]></Message>
    <Message ID="0x808600020002181D"><![CDATA["[MBIST] Can't find GBST partition in flash! skipping PCH tests"]]></Message>
    <Message ID="0x808600020002181C"><![CDATA["[MBIST] Can't read or validated MBIST script from flasg. Status=%d"]]></Message>
    <Message ID="0x8086000200021833"><![CDATA["[MBIST] PCH tests present mask 0x%x"]]></Message>
    <Message ID="0x8086000200021839"><![CDATA["[MBIST] can't shutdown UFS! status %d"]]></Message>
    <Message ID="0x8086000200021822"><![CDATA["[MBIST] content header: project = 0x%x, stepping = 0x%x, version = 0x%x, content_size = 0x%x bytes"]]></Message>
    <Message ID="0x8086000200021824"><![CDATA["[MBIST] wrong script size in header, %d != %d"]]></Message>
    <Message ID="0x808600020002180D"><![CDATA["[MBIST] Failed running script. Status=%d"]]></Message>
    <Message ID="0x8086000200021845"><![CDATA["[FUSA] Functional Safety: FUSA HVM bit %d , GPIO %d"]]></Message>
    <Message ID="0x8086000200021807"><![CDATA["[FUSA] Functional Safety: Can't read configuration file! using defaults"]]></Message>
    <Message ID="0x8086000200021808"><![CDATA["[FUSA] Functional Safety: configuration: tests mask = 0x%x, I2C address = 0x%x, I2C bus = %d"]]></Message>
    <Message ID="0x8086000200021850"><![CDATA["[FUSA] Functional Safety: test result for component ID #%d: 0x%x. not overriding"]]></Message>
    <Message ID="0x8086000200021844"><![CDATA["[FUSA] Functional Safety: Set test result for component ID #%d: 0x%x"]]></Message>
    <Message ID="0x8086000200021809"><![CDATA["[FUSA] Functional Safety: CSE HW test result 0x%x"]]></Message>
    <Message ID="0x808600020002184C"><![CDATA["[FUSA] Functional Safety: FUSA DFx config. FW_PERSONALITY REG = 0x%x, STATUS_0 REG = 0x%x, STATUS_1 REG = 0x%x, ZEROING REG 0x%x "]]></Message>
    <Message ID="0x8086000200021804"><![CDATA["[FUSA] Functional Safety: Activating DAM mode"]]></Message>
    <Message ID="0x8086000200021821"><![CDATA["[FUSA] Functional Safety. Couldn't take TAP ownership before FUSA unlock!"]]></Message>
    <Message ID="0x808600020002184E"><![CDATA["[FUSA] Functional Safety. FUSA unlock done. FW_PERSONALITY REG = 0x%x, STATUS_0 REG = 0x%x, STATUS_1 REG = 0x%x, ZEROING REG 0x%x "]]></Message>
    <Message ID="0x8086000200021843"><![CDATA["[FUSA] Functional Safety: results[%d] = 0x%x"]]></Message>
    <Message ID="0x8086000200021805"><![CDATA["[FUSA] Functional Safety: Sending results over SI"]]></Message>
    <Message ID="0x8086000200021849"><![CDATA["[FUSA] Functional Safety: Reading previous results. general status %d Present mask 0x%x"]]></Message>
    <Message ID="0x8086000200021800"><![CDATA["[FUSA] Functional Safety: Test mode isn't active"]]></Message>
    <Message ID="0x8086000200021801"><![CDATA["[FUSA] Functional Safety: Test mode is active. Running tests"]]></Message>
    <Message ID="0x8086000200021803"><![CDATA["[FUSA] Functional Safety: Continuing to boot in order to run CPU tests"]]></Message>
    <Message ID="0x8086000200021842"><![CDATA["[SB2TAP] ERROR: illegal TAP STATE! change: %d -> %d"]]></Message>
    <Message ID="0x8086000200021831"><![CDATA["[SB2TAP] TAP STATE change: %d -> %d, TMS 0x%x (%d bits)"]]></Message>
    <Message ID="0x808600020002183D"><![CDATA["[SB2TAP] WRITE CFG 0x%x"]]></Message>
    <Message ID="0x808600020002182D"><![CDATA["[SB2TAP] WRITE TMS_LO 0x%x, TMS_HI 0x%x"]]></Message>
    <Message ID="0x808600020002182E"><![CDATA["[SB2TAP] WRITE TDI_LO 0x%x, TDI_HI 0x%x"]]></Message>
    <Message ID="0x808600020002182F"><![CDATA["[SB2TAP] WRITE CTRL 0x%x"]]></Message>
    <Message ID="0x8086000200021830"><![CDATA["[SB2TAP] READ TDI_LO 0x%x, TDI_HI 0x%x"]]></Message>
    <Message ID="0x8086000200021827"><![CDATA["[SB2TAP] Requesting TAP ownership"]]></Message>
    <Message ID="0x8086000200021829"><![CDATA["[SB2TAP] reading TAP status 0x%x"]]></Message>
    <Message ID="0x808600020002184D"><![CDATA["[SB2TAP] couldn't take TAP ownership!"]]></Message>
    <Message ID="0x8086000200021846"><![CDATA["[SB2TAP] TAP ownership received"]]></Message>
    <Message ID="0x8086000200021828"><![CDATA["[SB2TAP] Triggering a TAP reset"]]></Message>
    <Message ID="0x808600020002182A"><![CDATA["[SB2TAP] Releasing TAP ownership"]]></Message>
    <Message ID="0x808600020002182B"><![CDATA["[SB2TAP] TAP ownership released"]]></Message>
    <Message ID="0x808600020002183F"><![CDATA["[DEBUG] DR output mismatch! data 0x%x, match 0x%x, mask 0x%x "]]></Message>
    <Message ID="0x560002808080B000"><![CDATA["VerifyManifest2K: Public key hash mismatch detected - Ignoring (set by OEM Debug Token)"]]></Message>
    <Message ID="0x560002808080B001"><![CDATA["VerifyManifest3K: Public key hash mismatch detected - Ignoring (set by OEM Debug Token)"]]></Message>
    <Message ID="0x8086000200020003"><![CDATA["[RBE] Call Kernel Entry point"]]></Message>
    <Message ID="0x8086000200020055"><![CDATA["[RBE] Install RPMB key in SKS failed, Status = %d"]]></Message>
    <Message ID="0x8086000200470303"><![CDATA["[ICC_MPHY_COMMON] bup_chipsetinit_table_transaction_with_pmc(): Start. Table length:0x%x"]]></Message>
    <Message ID="0x8086000200470306"><![CDATA["[ICC_MPHY_COMMON] bup_chipsetinit_table_transaction_with_pmc(): Grant creation failed"]]></Message>
    <Message ID="0x8086000200470302"><![CDATA["[ICC_MPHY_COMMON] Mphy transaction with PMC done. Status is %d."]]></Message>
    <Message ID="0x8086000200470308"><![CDATA["[ICC_MPHY_COMMON] bup_chipsetinit_table_transaction_with_pmc(): End. Returning status %d"]]></Message>
    <Message ID="0x8086000200470096"><![CDATA["[ICC] icc_validate_requested_frequency() failed - clock is not configurable!"]]></Message>
    <Message ID="0x8086000200470173"><![CDATA["[ICC] icc_start_overclocking: icc_validate_requested_frequency failed with status: %d . "]]></Message>
    <Message ID="0x8086000200470159"><![CDATA["[ICC] Promote npcr to grst failed with status: %d. "]]></Message>
    <Message ID="0x8086000200470029"><![CDATA["[ICC] Command Length less that ICC minimum. Min: %i"]]></Message>
    <Message ID="0x808600020047002A"><![CDATA["[ICC] Incorrect API version. Current Version: %i"]]></Message>
    <Message ID="0x808600020047002B"><![CDATA["[ICC] Command ID out of array index range. Max: %d"]]></Message>
    <Message ID="0x8086000200470065"><![CDATA["[ICC] Command ID in array index range, but unsupported"]]></Message>
    <Message ID="0x8086000200470224"><![CDATA["[ICC] BufferLength in the command header is too large. BufferLength bytes: %d, total HECI message bytes: %d"]]></Message>
    <Message ID="0x808600020047002D"><![CDATA["[ICC] Buffer too small. Min: %d"]]></Message>
    <Message ID="0x808600020047002E"><![CDATA["[ICC] Buffer too large. Max: %d"]]></Message>
    <Message ID="0x808600020047006A"><![CDATA["[ICC] IccChangeProfile(): profile is not changeable."]]></Message>
    <Message ID="0x8086000200470118"><![CDATA["[ICC] IccHeciSetProfile(): promote for Greset  failed with status  %d."]]></Message>
    <Message ID="0x8086000200470036"><![CDATA["[ICC][MPHY] Sent ChipsetInit table to PMC failed, Status is:%d"]]></Message>
    <Message ID="0x8086000200470039"><![CDATA["[ICC][MPHY] Sent ChipsetInit table to PMC succeeded, Status is:%d"]]></Message>
    <Message ID="0x8086000200470033"><![CDATA["[ICC API MPHY] IccHeciSetMphySettings: immediate send to PMC has failed with status %d"]]></Message>
    <Message ID="0x8086000200470141"><![CDATA["[ICC API MPHY] IccHeciSetMphySettings: Table too large given the alignment restrictions. Table size:0x%x, effective buffer size:0x%x, alignment:0x%x"]]></Message>
    <Message ID="0x8086000200470035"><![CDATA["[ICC API MPHY] SetMphySettings: Promoted to Global Reset, returned status: %d. "]]></Message>
    <Message ID="0x8086000200470215"><![CDATA["[ICC API MPHY] IccHeciSetMphySettings: write of the table to file failed with status %d"]]></Message>
    <Message ID="0x8086000200470094"><![CDATA["[ICC] Profile change pending - SetClock command blocked !"]]></Message>
    <Message ID="0x808600020047007B"><![CDATA["[ICC] IccChangeProfile(): Start. Target Profile ID is %d"]]></Message>
    <Message ID="0x808600020047030F"><![CDATA["[ICC] Error in CRDR: Profile's Minimum frequency (%d) is higher than the Profile's Maximum frequency (%d) for clock %d"]]></Message>
    <Message ID="0x8086000200470310"><![CDATA["[ICC] Error in CRDR: OEM minimum is %d- lower than Intel allowed minimum for clock %d"]]></Message>
    <Message ID="0x8086000200470311"><![CDATA["[ICC] Error in CRDR: OEM maximum is %d -higher than Intel allowed maximum %d"]]></Message>
    <Message ID="0x8086000200470312"><![CDATA["[ICC] Error in CRDR: SSC_SprModeCtrlUp is set, in contrast to Intel restrictions "]]></Message>
    <Message ID="0x8086000200470313"><![CDATA["[ICC] Error in CRDR: SSC_SprModeCtrlCenter is set, in contrast to Intel restrictions"]]></Message>
    <Message ID="0x8086000200470314"><![CDATA["[ICC] Error in CRDR: SSC_SprModeCtrlDown is set, in contrast to Intel restrictions"]]></Message>
    <Message ID="0x8086000200470315"><![CDATA["[ICC] Error in CRDR: SSC_SprPercentMax is %d - higher than Intel allowed maximum"]]></Message>
    <Message ID="0x80860002004700AC"><![CDATA["[ICC] Error - OEM profile size read is smaller then min OEM profile size. Size of data read: %d, Min OEM profile size: %d"]]></Message>
    <Message ID="0x8086000200470328"><![CDATA["[BUP ICC] OEM programming register list contains unauthorized register. Eid: 0x%08X. Offset: 0x%08X, Mask: 0x%08X."]]></Message>
    <Message ID="0x808600020047030E"><![CDATA["[ICC] validate_profile_crdr_against_intel_sku_restrictions failed with status %d"]]></Message>
    <Message ID="0x808600020047030C"><![CDATA["[ICC] get_and_check_general_profiles_info failed with status %d"]]></Message>
    <Message ID="0x808600020047030D"><![CDATA["[ICC] sanity_check_profile_index failed with status %d"]]></Message>
    <Message ID="0x8086000200470095"><![CDATA["[ICC] Validate SetClock command failed - clock type is invalid!"]]></Message>
    <Message ID="0x8086000200470099"><![CDATA["[ICC] Validate SetClock command failed - request type is invalid!"]]></Message>
    <Message ID="0x808600020047009B"><![CDATA["[ICC] Validate SeClock command failed - force power flow + dynamic is invalid!"]]></Message>
    <Message ID="0x8086000200470085"><![CDATA["[ICC] icc_api_get_clock_settings(): Failed getting the CRDR from the selected profile, returned error %d"]]></Message>
    <Message ID="0x8086000200470120"><![CDATA["[ICC] IccHeciSetClockSettings(): Sanity check for the Perm OC Data has failed. status: %d."]]></Message>
    <Message ID="0x8086000200470060"><![CDATA["[ICC] icc_validate_requested_frequency failed, returned status: %d."]]></Message>
    <Message ID="0x808600020047003F"><![CDATA["[ICC] Received ioctl event %d. "]]></Message>
    <Message ID="0x8086000200470232"><![CDATA["[ICC] icc_srv_switch_clock_source(): call to icc_common_switch_clock_source() returns with error"]]></Message>
    <Message ID="0x8086000200470011"><![CDATA["[ICC] HECI async_complete callback..."]]></Message>
    <Message ID="0x8086000200470012"><![CDATA["[ICC] HECI async_complete status failure..."]]></Message>
    <Message ID="0x8086000200470017"><![CDATA["[ICC] Received HECI SEND COMPLETE event..."]]></Message>
    <Message ID="0x8086000200470015"><![CDATA["[ICC] HECI status ok, processing message..."]]></Message>
    <Message ID="0x8086000200470016"><![CDATA["[ICC] Sending HECI response, length: %d..."]]></Message>
    <Message ID="0x8086000200470018"><![CDATA["[ICC] Received PM event..."]]></Message>
    <Message ID="0x8086000200470019"><![CDATA["[ICC] Received SYSTEM event..."]]></Message>
    <Message ID="0x8086000200470202"><![CDATA["[ICC] icc_srv_pm_event_handler(): Error while saving the dynamic record registers. status is %d"]]></Message>
    <Message ID="0x8086000200470204"><![CDATA["[ICC] icc_srv_pm_event_handler(): FAILED Unregistering with BUP. status is %d "]]></Message>
    <Message ID="0x8086000200470110"><![CDATA["[ICC] validate_selected_profile(): get_and_check_selected_profile_index failed with status: %d "]]></Message>
    <Message ID="0x8086000200470113"><![CDATA["[ICC] validate_selected_profile(): sanity_check_oem_profile failed with status: %d "]]></Message>
    <Message ID="0x8086000200470090"><![CDATA["Error verifying the selected OEM profile during SRV init. Returned error code:%d"]]></Message>
    <Message ID="0x8086000200210017"><![CDATA["Policy: Received select on HCI CBM_GROUP FD Read event. Header data: 0x%08x"]]></Message>
    <Message ID="0x808600020021001A"><![CDATA["Policy: Received select on HCI FWCAPS_GROUP FD Read event. Header data: 0x%08x"]]></Message>
    <Message ID="0x8086000200210014"><![CDATA["Policy: Received select on HCI BIST_GROUP FD Read event. Header data: 0x%08x"]]></Message>
    <Message ID="0x8086000200210015"><![CDATA["Policy: Received select on HCI DNX_GROUP FD Read event. Header data: 0x%08x"]]></Message>
    <Message ID="0x8086000200210080"><![CDATA["Policy: Received select on HCI IFWI_GROUP FD Read event. Header data: 0x%08x"]]></Message>
    <Message ID="0x808600020021001D"><![CDATA["Policy: Received select on HCI GEN_GROUP FD Read event. Header data: 0x%08x"]]></Message>
    <Message ID="0x8086000200210026"><![CDATA["Policy: Received select on HCI BUP COM_GROUP FD Read event. Header data: 0x%08x"]]></Message>
    <Message ID="0x8086000200210028"><![CDATA["Policy: Received select on HCI BUP PM_GROUP FD Read event. Header data: 0x%08x"]]></Message>
    <Message ID="0x8086000200210050"><![CDATA["Policy: Received select on HCI BUP BIOS AR GROUP FD Read event. Header data: 0x%08x"]]></Message>
    <Message ID="0x8086000200210013"><![CDATA["Policy: Received select on HCI FWUPDATE_GROUP FD Read event. Header data: 0x%08x"]]></Message>
    <Message ID="0x808600020021001B"><![CDATA["Policy: Received select for unknown group ID %d. Header data: 0x%08x"]]></Message>
    <Message ID="0x8086000200210044"><![CDATA["[Policy-Heci] got INVALID_COMMAND."]]></Message>
    <Message ID="0x8086000200210046"><![CDATA["[Policy-Heci] respond exceeds max buffer."]]></Message>
    <Message ID="0x8086000200210049"><![CDATA["[Policy-Heci] Actual request size (0x%08x), smaller then expected (0x%08x)."]]></Message>
    <Message ID="0x808600020021004A"><![CDATA["[Policy-Heci] Actual EOP(0x1), EOM(0x2), EOP&EOM(0x4) flags:0x%02x, differnt from expectexd: 0x%02x."]]></Message>
    <Message ID="0x808600020021004C"><![CDATA["[Policy-Heci] mkhi request OK, sending to handler. request size: 0x%08x."]]></Message>
    <Message ID="0x8086000200210024"><![CDATA["[Policy]  Policy Close: service_handle %d"]]></Message>
    <Message ID="0x8086000200210030"><![CDATA["[Policy]  Policy Open: minor=%d caller_tid=0x%x"]]></Message>
    <Message ID="0x8086000200210079"><![CDATA["[Policy]  process_cpu_replacement_pm_events"]]></Message>
    <Message ID="0x808600020021000E"><![CDATA["[Policy]  read bu_df_ctxt snowball failed, Status=%d"]]></Message>
    <Message ID="0x808600020021007A"><![CDATA["[Policy]  PM src_cse_state =  %d PM dst_cse_state =  %d  LastKnownCpuComplexId 0x%x"]]></Message>
    <Message ID="0x808600020021000B"><![CDATA["[Policy]  Writing CurrentCpuComplexId failed, Status=%d"]]></Message>
    <Message ID="0x808600020021000D"><![CDATA["[Policy]  Writing BupDfSusramData.SidMsg failed, Status=%d"]]></Message>
    <Message ID="0x8086000200210057"><![CDATA["[Policy]: policy_is_nvm_accessible failed. errno: %d, status: %d"]]></Message>
    <Message ID="0x8086000200210058"><![CDATA["[Policy]  policy_init:  open StorageFD failed, errno=%d"]]></Message>
    <Message ID="0x808600020021002C"><![CDATA["[Policy]  Set Rule MEFWCAPS_ME_PLATFORM_ENABLED FAILED"]]></Message>
    <Message ID="0x808600020021002D"><![CDATA["[Policy]  ed_receive_notify_cause FAILED Status =%d"]]></Message>
    <Message ID="0x808600020021002A"><![CDATA["[Policy]  ed_event_processing_done FAILED Status =%d"]]></Message>
    <Message ID="0x808600020021004D"><![CDATA["[Policy]  policy_select_callback: bup_polsync error fd is set, signalig EOP event"]]></Message>
    <Message ID="0x808600020021004E"><![CDATA["[Policy]  policy_select_callback:  bup_policysync_get_bioscomm_status failed"]]></Message>
    <Message ID="0x8086000200210090"><![CDATA["[Policy]  policy_init_cm0: policy_mkhi_init failed"]]></Message>
    <Message ID="0x8086000200210052"><![CDATA["[Policy]  policy_init_cm0:  bup_policysync_get_bioscomm_status failed"]]></Message>
    <Message ID="0x8086000200210002"><![CDATA["[Policy]  policy_init:Failed to open event dispatcher"]]></Message>
    <Message ID="0x8086000200210007"><![CDATA["[Policy]  policy_init:Failed to open event dispatcher"]]></Message>
    <Message ID="0x8086000200210051"><![CDATA["[Policy]  policy_init:  open bup_policysync failed, errno=%d"]]></Message>
    <Message ID="0x808600020021002E"><![CDATA["[Policy]  policy_init: get_pm_context FAILED Status =%d"]]></Message>
    <Message ID="0x808600020021002F"><![CDATA["[Policy]  policy_init: srv_init_newsrvlibver FAILED Status =%d"]]></Message>
    <Message ID="0x8086000200210009"><![CDATA["[Policy]  policy_init: ed_register_for_events FAILED Status =%d"]]></Message>
    <Message ID="0x808600020021003A"><![CDATA["Policy HCI message error: Group:0x%X Command:0x%X Failure:0x%X "]]></Message>
    <Message ID="0x8086000200210083"><![CDATA["[Policy] HCIProcessEndOfPost: EOP already sent."]]></Message>
    <Message ID="0x808600020021006B"><![CDATA["[Policy] HCIProcessEndOfPost: can't set HECI EOP status=%d"]]></Message>
    <Message ID="0x808600020021006C"><![CDATA["[Policy] HCIProcessEndOfPost: can't open HECI EOP file errno=%d"]]></Message>
    <Message ID="0x808600020021006F"><![CDATA["[Policy] HCIProcessEndOfPost: failed syncing EOP with bup. status=%d"]]></Message>
    <Message ID="0x8086000200210084"><![CDATA["[Policy] HCIProcessEndOfPost: published EOP event."]]></Message>
    <Message ID="0x8086000200210035"><![CDATA["Policy: hci_gen_group : Failed publish eop event"]]></Message>
    <Message ID="0x8086000200210077"><![CDATA["Policy: hci_gen_group: HciHandleRtfdComplete: prtc_stime failed with status %d"]]></Message>
    <Message ID="0x8086000200210078"><![CDATA["Policy: hci_gen_group: HciHandleRtfdComplete: write rtfd_dtct failed with nbytes = %d, errno = %d"]]></Message>
    <Message ID="0x5600020088565C00"><![CDATA["[PERF],TMS,%x,%d,%d,%d,%u,%u"]]></Message>
    <Message ID="0x8086000200210061"><![CDATA["Policy: hci_gen_group EOP Received"]]></Message>
    <Message ID="0x5600020088565C01"><![CDATA["[PERF],TME,%x,%d,%d,%d,%u,%u"]]></Message>
    <Message ID="0x8086000200210074"><![CDATA["Policy: HCIProcessSetMBMode: read file failed status: %d, errno: %d"]]></Message>
    <Message ID="0x8086000200210075"><![CDATA["Policy: HCIProcessSetMBMode: current state already: %d, no need to promote to GR."]]></Message>
    <Message ID="0x8086000200210081"><![CDATA["Policy: HCIProcessSetMBMode: update file failed status: %d, errno: %d"]]></Message>
    <Message ID="0x8086000200210073"><![CDATA["Policy: HCIProcessSetMBMode: mb set to: %d, promoting to GR."]]></Message>
    <Message ID="0x8086000200210082"><![CDATA["Policy: HCIProcessGetMBMode: read file failed status: %d, errno: %d"]]></Message>
    <Message ID="0x8086000200210076"><![CDATA["Policy: hci_gen_group: mkhi_gen_start: uncfg nvar read fail!!"]]></Message>
    <Message ID="0x8086000200210036"><![CDATA["Failed global reset request"]]></Message>
    <Message ID="0x8086000200210039"><![CDATA["Failed global reset request"]]></Message>
    <Message ID="0x808600020021047B"><![CDATA[" Bist Internal: Failed to open file (index %d), status (%d), errno (0x%x)"]]></Message>
    <Message ID="0x808600020021047C"><![CDATA[" Bist Internal: Failed to read from file (index %d)e, read size (%d) expected size (%d)"]]></Message>
    <Message ID="0x8086000200210401"><![CDATA["Bist Internal: ******Running M0 Tests ******** "]]></Message>
    <Message ID="0x8086000200210405"><![CDATA["Bist Internal: ******Running M0 Cfg Tests ******** "]]></Message>
    <Message ID="0x808600020021047E"><![CDATA["Bist Internal: failed to read the SNOWBALL test index %d FeatureId %d ComponentId %d TestId %d"]]></Message>
    <Message ID="0x8086000200210407"><![CDATA["Bist Internal: Received BIST Trigger event, Simulating End of post message... "]]></Message>
    <Message ID="0x8086000200210408"><![CDATA["Bist Internal: Responding to new event, Response Buffer: %d, Size: %d "]]></Message>
    <Message ID="0x8086000200210409"><![CDATA["Bist Internal: Depositing result: Feature: %d Comp: %d Test: %d  "]]></Message>
    <Message ID="0x808600020021047A"><![CDATA["[bist_mgr]:  Host reset requested during M3 Tests power up to CM0 "]]></Message>
    <Message ID="0x808600020021047D"><![CDATA["[bist_mgr]:  BistPublishTestEvent: wrong index (total index %d current index %d) event ID %d"]]></Message>
    <Message ID="0x8086000200210483"><![CDATA["[bist_mgr]:  BistMgrStartBist: failed allocating memory for %u tests. Bist tests won't run."]]></Message>
    <Message ID="0x8086000200210473"><![CDATA["[bist_mgr]:  BistMgrStartBist: failed to get pm ctx, Status: %d."]]></Message>
    <Message ID="0x8086000200210480"><![CDATA["[bist_mgr]:  BistMgrStartBist: running tests. Bist-type: 0x%x."]]></Message>
    <Message ID="0x8086000200210481"><![CDATA["[bist_mgr]:  BistMgrStartBist: failed applying pg override, bist tests won't run. Bist-type: 0x%x, Status: %d."]]></Message>
    <Message ID="0x8086000200210468"><![CDATA["[bist_mgr]:  BistMgrRun: failed to publish BIST_EVENT_QUERY event"]]></Message>
    <Message ID="0x808600020021041C"><![CDATA["[bist_mgr]:  Received End of post message, checking if Auto Bist should be run "]]></Message>
    <Message ID="0x8086000200210420"><![CDATA["[bist_mgr]:  Received transition complete message, current BIST State: %d. Checking whether BIST needs to run... "]]></Message>
    <Message ID="0x8086000200210423"><![CDATA["[bist_mgr]:  Received CM0NU Done message, checking whether to send BIST Live HW Finish message... "]]></Message>
    <Message ID="0x8086000200210424"><![CDATA["[bist_mgr]:  Finishing M3 tests "]]></Message>
    <Message ID="0x808600020021043B"><![CDATA["[bist_mgr]:  Received more tests than expected! "]]></Message>
    <Message ID="0x808600020021043D"><![CDATA["[bist_mgr]:  Sending response back to host, Number of tests: %d, offset: %d "]]></Message>
    <Message ID="0x8086000200210448"><![CDATA["[bist_mgr]:  auto_config NVAR not exists"]]></Message>
    <Message ID="0x8086000200210445"><![CDATA["[bist_mgr]:  Failed to read auto_config NVAR. errno = %d"]]></Message>
    <Message ID="0x8086000200210449"><![CDATA["[bist_mgr]:  ****Received BIST Run request from host****  Request type: %d M0 Request: %d M3 Request: %d M0 Cfg Request: %d  "]]></Message>
    <Message ID="0x808600020021047F"><![CDATA["[bist_mgr]:   BistMgrRun() - M3 tests aren't allowed on image that isn't full sku. image type: 0x%x."]]></Message>
    <Message ID="0x808600020021044A"><![CDATA["[bist_mgr]:   Bist already running! Returning status to memanuf "]]></Message>
    <Message ID="0x808600020021044B"><![CDATA["[bist_mgr]:   Waiting for host power down "]]></Message>
    <Message ID="0x808600020021044D"><![CDATA["[bist_mgr]:  M0 Bist requested "]]></Message>
    <Message ID="0x808600020021044E"><![CDATA["[bist_mgr]:  M0 Cfg Bist requested "]]></Message>
    <Message ID="0x8086000200210482"><![CDATA["[bist_mgr]:  BistMgrRun() -failed BistMgrTryRunBist. status: 0x%x."]]></Message>
    <Message ID="0x8086000200210451"><![CDATA["  Test %d Process ID: %d Component ID: %d Test ID: %d Test Passed: %d Error Code: %d "]]></Message>
    <Message ID="0x8086000200210452"><![CDATA["Finish printing BIST results"]]></Message>
    <Message ID="0x8086000200210453"><![CDATA["[bist_mgr]:  Received message to get data "]]></Message>
    <Message ID="0x8086000200210454"><![CDATA["[bist_mgr]:  Retrieving from M0 results buffer "]]></Message>
    <Message ID="0x8086000200210456"><![CDATA["[bist_mgr]:  Retrieving M0 Cfg results... "]]></Message>
    <Message ID="0x8086000200210457"><![CDATA["[bist_mgr]:  Number of Results: %d, Remaining results: %d "]]></Message>
    <Message ID="0x8086000200210458"><![CDATA["[bist_mgr]:  Received request to clear data. ClearFlash: %d, Clear PRAM: %d "]]></Message>
    <Message ID="0x8086000200210443"><![CDATA["[bist_mgr]:  Failed to write auto_config! errno: %d "]]></Message>
    <Message ID="0x8086000200210444"><![CDATA["[bist_mgr]:  Failed to read auto_config! errno: %d "]]></Message>
    <Message ID="0x808600020021045A"><![CDATA["[bist_mgr]:  Received HECI message to get test list (BIST_QUERY) "]]></Message>
    <Message ID="0x808600020021045C"><![CDATA["[bist_mgr]:  Get test list failed with status %d, sending immediate response to host "]]></Message>
    <Message ID="0x8086000200210032"><![CDATA["Policy: hci_cbm_group : Failed reset request"]]></Message>
    <Message ID="0x8086000200210033"><![CDATA["Policy: hci_cbm_group : Failed reset request"]]></Message>
    <Message ID="0x8086000200210034"><![CDATA["Policy: hci_cbm_group : Failed reset request"]]></Message>
    <Message ID="0x808600020022002F"><![CDATA["[SKU_MGR]  SkuMgrInitialize: Failed to read bup sku info "]]></Message>
    <Message ID="0x8086000200220004"><![CDATA["[SKU_MGR]  SkuMgrInitialize: Failed to read rbe sku info, status=%d"]]></Message>
    <Message ID="0x808600020022004A"><![CDATA["[SKU_MGR]  SkuMgrInitialize: set available bitmap rule failed %d"]]></Message>
    <Message ID="0x808600020022002C"><![CDATA["[SKU_MGR]  GetVersion: Read FTP manifest header failed, status=%d. setting version to 0..."]]></Message>
    <Message ID="0x808600020022000E"><![CDATA["[SKU_MGR]  SkuMgrMapCpuBrandClassToCpuType, CpuBrandClassFuseValue: 0x%02x, CpuBrandType: 0x%02x."]]></Message>
    <Message ID="0x808600020022003F"><![CDATA["[SKU_MGR]  DetermineCPUType: CPU type: 0x%08x, SidMsg.Status: 0x%08x, SidMsg.Pinfo: 0x%08x, SidMsg.SN[0]: 0x%08x, SidMsg.SN[1]: 0x%08x."]]></Message>
    <Message ID="0x808600020022002D"><![CDATA["[SKU_MGR]  ReadCpuIdFromFlash_FillTable: Failed to read sku cpu type "]]></Message>
    <Message ID="0x808600020022002B"><![CDATA["[SKU_MGR]  ReadCpuIdFromFlash_FillTable: Failed to read cpu type emulation rule, Status=%d"]]></Message>
    <Message ID="0x808600020022001E"><![CDATA["[SKU_MGR]  ReadCpuIdFromFlash_FillTableStart: SID message was not received, treating brand class as undefined"]]></Message>
    <Message ID="0x808600020022001D"><![CDATA["[SKU_MGR]  ReadOEMConfiguration: get OEM_CAP_CFG rule failed %d"]]></Message>
    <Message ID="0x808600020022005A"><![CDATA["[SKU_MGR]  ReadOEMConfiguration() - OEM_CAP_CFG rule: 0x%x."]]></Message>
    <Message ID="0x808600020022005B"><![CDATA["[SKU_MGR]  ReadManifest() - fw-sku-caps: 0x%x. image type: %d. notice corporate features would be disabled for small sku."]]></Message>
    <Message ID="0x8086000200220008"><![CDATA["[SKU_MGR]  ReadManifest: MFT_EXT_TYPE_CLIENT_SYS_INFO extension not found"]]></Message>
    <Message ID="0x808600020022000F"><![CDATA["[SKU_MGR]  is_ftpm_enabled_in_fpf: fpf_read_file failed %d"]]></Message>
    <Message ID="0x808600020022001C"><![CDATA["[SKU_MGR]  SetEnableState: get_rule STATE_FOR_ALL_FEATURES failed %d"]]></Message>
    <Message ID="0x808600020022001B"><![CDATA["[SKU_MGR]  SetFeatureShipStateRuleInMbp:"]]></Message>
    <Message ID="0x808600020022003D"><![CDATA["[SKU_MGR]  SetFeatureShipStateRuleInMbp: get_rule failed %d"]]></Message>
    <Message ID="0x808600020022002A"><![CDATA["[SKU_MGR]  SetFeatureShipStateRuleInMbp: bup_mbp_get failed %d"]]></Message>
    <Message ID="0x808600020022003E"><![CDATA["[SKU_MGR]  SetFeatureShipStateRuleInMbp: bup_mbp_set failed %d"]]></Message>
    <Message ID="0x8086000200220038"><![CDATA["[SKU_MGR]  SetPlatformRule: bup_mbp_set failed %d"]]></Message>
    <Message ID="0x8086000200220033"><![CDATA["[SKU_MGR]  SetPlatformRule: status=%d rule=%d"]]></Message>
    <Message ID="0x8086000200220037"><![CDATA["[SKU_MGR]  SetPlatformRule: get rule failed %d"]]></Message>
    <Message ID="0x808600020022004C"><![CDATA["[SKU_MGR]  SetPlatformRule: set rule failed status=%d rule=%d"]]></Message>
    <Message ID="0x808600020022004D"><![CDATA["[SKU_MGR]  SetPlatformRule: set rule failed status=%d rule=%d"]]></Message>
    <Message ID="0x8086000200220007"><![CDATA["[SKU_MGR]  SetBrandClass: PlatType = 0x%x"]]></Message>
    <Message ID="0x8086000200220022"><![CDATA["[SKU_MGR]  SetSkuRuleInFlash, trying to set to: 0x%x."]]></Message>
    <Message ID="0x8086000200220039"><![CDATA["[SKU_MGR]  SetSkuRuleInFlash: bup_mbp_set failed %d."]]></Message>
    <Message ID="0x8086000200220051"><![CDATA["[SKU_MGR]  SetSkuRuleInFlash: setting rule failed %d."]]></Message>
    <Message ID="0x8086000200220035"><![CDATA["[SKU_MGR]  SetSkuRuleInFlash: failed getting rule, status: %d."]]></Message>
    <Message ID="0x8086000200220054"><![CDATA["[SKU_MGR]  SetMFTPlatfromInfoRuleInFlash: set_rule failed status: %d"]]></Message>
    <Message ID="0x808600020022003A"><![CDATA["[SKU_MGR]  SetFeatureEnableRuleInFlash: get_rule failed %d"]]></Message>
    <Message ID="0x808600020022003C"><![CDATA["[SKU_MGR]  SetFeatureEnableRuleInFlash: set_rule failed %d"]]></Message>
    <Message ID="0x808600020022002E"><![CDATA["[SKU_MGR]  SkuMgrStart:"]]></Message>
    <Message ID="0x8086000200220024"><![CDATA["[SKU_MGR]  SkuMgrStart: End"]]></Message>
    <Message ID="0x8086000200220021"><![CDATA["[SKU_MGR]  SkuMgrUpdateCpuTypeInFlash: SKU_CPU_TYPE_NAME File Write FAILED, errno=%d"]]></Message>
    <Message ID="0x8086000200220017"><![CDATA["[SKU_MGR]  SkuMgrSetFeatureState: get feature state rule failed %d"]]></Message>
    <Message ID="0x8086000200220010"><![CDATA["[SKU_MGR]  SkuMgrSetFeatureState: set feature state rule failed %d"]]></Message>
    <Message ID="0x8086000200220018"><![CDATA["[SKU_MGR]  sku_mgr_process_cfg_rule_change: processing feature state rule change"]]></Message>
    <Message ID="0x808600020022000C"><![CDATA["[SKU_MGR]  sku_mgr_process_cfg_rule_change: get feature state rule failed %d"]]></Message>
    <Message ID="0x8086000200220003"><![CDATA["[SKU_MGR]  sku_mgr_process_cfg_rule_change: ED publish event FAILED %d "]]></Message>
    <Message ID="0x8086000200220049"><![CDATA["[SKU_MGR]  skumgr_ioctl_get_lpcdid_handler: 0x%x"]]></Message>
    <Message ID="0x8086000200220031"><![CDATA["[SKU_MGR]  sku_mgr_process_events: PM Event Received "]]></Message>
    <Message ID="0x8086000200220012"><![CDATA["[SKU_MGR]  sku_mgr_process_events: SYSTEM Event Received "]]></Message>
    <Message ID="0x8086000200220002"><![CDATA["[SKU_MGR]  sku_mgr_process_events: Received message with unknown group ID: %d"]]></Message>
    <Message ID="0x808600020022000A"><![CDATA["[SKU_MGR]  sku_mgr_process_pm_events: src_cse_state:%d dst_cse_state:%d"]]></Message>
    <Message ID="0x8086000200220015"><![CDATA["SkuMgr: Going to CM0 "]]></Message>
    <Message ID="0x8086000200220040"><![CDATA["[SKU_MGR]  sku_mgr_process_pm_events: set available bitmap FAILED %d"]]></Message>
    <Message ID="0x8086000200220034"><![CDATA["[SKU_MGR]  sku_mgr_process_pm_events: Failed to read bup sku info "]]></Message>
    <Message ID="0x8086000200220016"><![CDATA["[SKU_MGR]  sku_mgr_process_pm_events: HOST_NON_POWER_CYCLE_RESET, setting platfrom capability..."]]></Message>
    <Message ID="0x8086000200230008"><![CDATA["[CfgMgr]: cfgmgr_get_app_rule_file_name: app rule 0x%04x does not exists in list"]]></Message>
    <Message ID="0x8086000200230000"><![CDATA["[CfgMgr] : ioctl_get_rule  INVALID GRANT / invalid rule size"]]></Message>
    <Message ID="0x8086000200230021"><![CDATA["[CfgMgr] Status %d: Failed to mg_copyto!"]]></Message>
    <Message ID="0x8086000200230026"><![CDATA["[CfgMgr] : get_rule  INVALID rule data or size"]]></Message>
    <Message ID="0x8086000200230001"><![CDATA["[CfgMgr] : get_rule  INVALID RULE ID"]]></Message>
    <Message ID="0x8086000200230027"><![CDATA["[CfgMgr]: get_rule_state NULL RuleCfgInfo"]]></Message>
    <Message ID="0x808600020023000F"><![CDATA["[CfgMgr] : get_rule_state  INVALID RULE ID"]]></Message>
    <Message ID="0x8086000200230005"><![CDATA["[CfgMgr]: ioctl_set_rule  INVALID GRANT or rule size"]]></Message>
    <Message ID="0x8086000200230024"><![CDATA["[CfgMgr]Status %d: Failed to mg_copyfrom!"]]></Message>
    <Message ID="0x8086000200230028"><![CDATA["[CfgMgr] : set_rule INVALID rule_data or size"]]></Message>
    <Message ID="0x808600020023000D"><![CDATA["[CfgMgr]: set_rule  INVALID RULE ID"]]></Message>
    <Message ID="0x8086000200230034"><![CDATA["[CfgMgr]: set_rule  INVALID RULE SIZE"]]></Message>
    <Message ID="0x8086000200230006"><![CDATA["[CfgMgr]: set_rule  INVALID RULE ID"]]></Message>
    <Message ID="0x8086000200230016"><![CDATA["[CfgMgr]: ED publish event fail %d "]]></Message>
    <Message ID="0x8086000200230029"><![CDATA["[CfgMgr]: ED publish event USER_CAPS_CHANGED fail %d "]]></Message>
    <Message ID="0x8086000200230037"><![CDATA["[CfgMgr] : CfgMgr set_rule: MEFWCAPS_USER_CAPS_RULE changed to: 0x%08x. Waiting for publish event... "]]></Message>
    <Message ID="0x8086000200230032"><![CDATA["[CfgMgr] : create_rule rule size is too large"]]></Message>
    <Message ID="0x808600020023000B"><![CDATA["[CfgMgr]:  Rule %x already exist"]]></Message>
    <Message ID="0x8086000200230033"><![CDATA["[CfgMgr]: ioctl_create_rule  data == NULL"]]></Message>
    <Message ID="0x8086000200230009"><![CDATA["[CfgMgr]: ioctl_create_rule  INVALID GRANT or rule size"]]></Message>
    <Message ID="0x8086000200230025"><![CDATA["[CfgMgr]Status %d: Failed to mg_copyfrom!"]]></Message>
    <Message ID="0x808600020023001A"><![CDATA["[CfgMgr]: cfgmgr_start copy_manuf_file failed, Status=%d"]]></Message>
    <Message ID="0x8086000200230019"><![CDATA["[CfgMgr] :cfgmgr_Start READ FILE FAILED, errno=%d"]]></Message>
    <Message ID="0x8086000200230036"><![CDATA["[CfgMgr] : MeCfgMgrProcessSetMsg: MEFWCAPS_USER_CAPS_RULE_ID get changed, waiting to publish complete before sending ack "]]></Message>
    <Message ID="0x8086000200230035"><![CDATA["[CfgMgr] : CfgMgrHandleUserCapsChangeComplete: MEFWCAPS_USER_CAPS_RULE_ID get changed, sending ack "]]></Message>
    <Message ID="0x808600020023002F"><![CDATA["[CfgMgr] MeCfgMgrUpdateMBP: bup_mbp_get failed with Status: %d"]]></Message>
    <Message ID="0x8086000200320000"><![CDATA["[VDM] VdmDrvStopRcvLogic: SleepCounter (%d) reached to timeout while waiting for TXMSG to be cleared"]]></Message>
    <Message ID="0x8086000200320001"><![CDATA["[VDM] VdmDrvStopRcvLogic: SleepCounter (%d) reached to timeout while waiting for Rx to stop"]]></Message>
    <Message ID="0x8086000200320002"><![CDATA["[VDM] VdmCopyToClientQueue: wrong patameters VdmDbIndex = %d"]]></Message>
    <Message ID="0x8086000200320003"><![CDATA["[VDM] VdmCopyToClientQueue: RxQueue is NULL"]]></Message>
    <Message ID="0x8086000200320004"><![CDATA["[VDM] VdmCopyToClientQueue: no space in the queue RxQueue tail %d head %d"]]></Message>
    <Message ID="0x8086000200320005"><![CDATA["[VDM] VdmCopyToClientQueue: srv_notify_consumer failed"]]></Message>
    <Message ID="0x8086000200320006"><![CDATA["[VDM] VdmDrvProcessRxMessageInt: unexpected message length: %d, drop the message"]]></Message>
    <Message ID="0x8086000200320008"><![CDATA["[VDM] VdmLockDmaBuffer: mg_create_by_pid failed"]]></Message>
    <Message ID="0x8086000200320009"><![CDATA["[VDM] VdmLockDmaBuffer: sys_mem_dma_lock failed, ret = %d"]]></Message>
    <Message ID="0x808600020032000A"><![CDATA["[VDM] VdmUnlockDmaBuffer: mg_revoke failed; ret = %d"]]></Message>
    <Message ID="0x808600020032000B"><![CDATA["[VDM] VdmUnlockDmaBuffer: sys_mem_dma_unlock failed, ret = %d"]]></Message>
    <Message ID="0x808600020032000C"><![CDATA["[VDM] VdmUnlockDmaBuffer: RingBufDmaLockHandle inconsistency in VdmPmStopM0Exit"]]></Message>
    <Message ID="0x808600020032003E"><![CDATA["[VDM] VdmDrvInitHW: started"]]></Message>
    <Message ID="0x808600020032000D"><![CDATA["[VDM] VdmDrvInitHW: busdrv_open_device failed error code = %d"]]></Message>
    <Message ID="0x808600020032000E"><![CDATA["[VDM] VdmDrvInitHW busdrv_set_pwr_state failed error code = %d"]]></Message>
    <Message ID="0x8086000200320011"><![CDATA["[VDM] VdmDrvInitHW busdrv_set_msie failed error code = %d"]]></Message>
    <Message ID="0x8086000200320012"><![CDATA["[VDM] VdmDrvInitHW: malloc failed"]]></Message>
    <Message ID="0x8086000200320014"><![CDATA["[VDM] VdmDrvInitHW: VdmLockDmaBuffer failed"]]></Message>
    <Message ID="0x808600020032003D"><![CDATA["[VDM] VdmDrvInitHW: message was already recieved, assume it is GUC Wakeup message, call VdmSendCSeWakeMsgToPavp"]]></Message>
    <Message ID="0x8086000200320015"><![CDATA["[VDM] VdmDrvInitHW: SleepCounter is 0x%x, VDM_BRIDGE_RXMSGSTAT is 0x%x"]]></Message>
    <Message ID="0x8086000200320017"><![CDATA["[VDM] VdmIoctlClientInfo:	VdmCheckRxRange failed"]]></Message>
    <Message ID="0x8086000200320018"><![CDATA["[VDM] VdmIoctlClientInfo: RxQueue is not NULL"]]></Message>
    <Message ID="0x808600020032001A"><![CDATA["[VDM] VdmIoctlWrite: failed because of overflow"]]></Message>
    <Message ID="0x8086000200320037"><![CDATA["[VDM] VdmIoctlWrite: SleepCounter overflow (= %d)"]]></Message>
    <Message ID="0x808600020032001C"><![CDATA["[VDM] VdmDrvOpenCallback: pci not initialized"]]></Message>
    <Message ID="0x8086000200320049"><![CDATA["[VDM] VdmDrvOpenCallback: ClientHandle = %u, minor = %d"]]></Message>
    <Message ID="0x808600020032004A"><![CDATA["[VDM] VdmDrvCloseCallback, ClientHandle = %u, minor = %d"]]></Message>
    <Message ID="0x808600020032001D"><![CDATA["[VDM] VdmDrvCloseCallback: pci was expected to be in initialized state"]]></Message>
    <Message ID="0x808600020032001E"><![CDATA["[VDM] VdmDrvReadCallback: pci was expected to be in initialized state"]]></Message>
    <Message ID="0x808600020032001F"><![CDATA["[VDM] VdmDrvReadCallback: the size of the provided buffer is too small (n = %d)"]]></Message>
    <Message ID="0x8086000200320020"><![CDATA["[VDM] VdmDrvReadCallback: RxQueue was not expected to be NULL"]]></Message>
    <Message ID="0x8086000200320022"><![CDATA["[VDM] VdmDrvReadCallback: srv_notify_consumer failed"]]></Message>
    <Message ID="0x8086000200320024"><![CDATA["[VDM] VdmDrvIoctlCallback: pci was expected to be in initialized state"]]></Message>
    <Message ID="0x8086000200320025"><![CDATA["[VDM] VdmDrvIoctlCallback: un-expected request (%d), replying error code %d to client"]]></Message>
    <Message ID="0x808600020032003F"><![CDATA["[VDM] VdmDrvIoctlCallback: PAVP has just registered now, GUC wakeup message was waiting, call VdmSendCSeWakeMsgToPavp "]]></Message>
    <Message ID="0x8086000200320026"><![CDATA["[VDM] VdmDrvIoctlCallback: error occures (Res = %d), replying error code %d to the client"]]></Message>
    <Message ID="0x8086000200320041"><![CDATA["[VDM] VdmDrvHwInterruptCallback: in PG, drop message"]]></Message>
    <Message ID="0x8086000200320027"><![CDATA["[VDM] VdmDrvHwInterruptCallback: pci is not initialized"]]></Message>
    <Message ID="0x8086000200320029"><![CDATA["[VDM] VdmDrvHwInterruptCallback: Rx Overflow"]]></Message>
    <Message ID="0x8086000200320042"><![CDATA["[VDM] VdmSendCSeWakeMsgToPavp: PAVP client found, raise the GUC wakeup message now"]]></Message>
    <Message ID="0x8086000200320043"><![CDATA["[VDM] VdmSendCSeWakeMsgToPavp: PAVP client not found, raise the GUC wakeup message later when PACP will register"]]></Message>
    <Message ID="0x8086000200320053"><![CDATA["[VDM] VdmSetCpuDependentAddresses: Errno %#x: Failed getting GFX HW gen."]]></Message>
    <Message ID="0x8086000200320044"><![CDATA["[VDM] VdmPmStartPgExit: started"]]></Message>
    <Message ID="0x808600020032002A"><![CDATA["[VDM] VdmPmStartPgExit: VdmLockDmaBuffer failed"]]></Message>
    <Message ID="0x8086000200320045"><![CDATA["[VDM] VdmPmStartPgExit: GUC wakeup message, call VdmSendCSeWakeMsgToPavp"]]></Message>
    <Message ID="0x808600020032002B"><![CDATA["[VDM] VdmPmStartPgExit, timeout in SleepCounter (=%d)"]]></Message>
    <Message ID="0x8086000200320046"><![CDATA["[VDM] VdmPmStartM0Entry: started"]]></Message>
    <Message ID="0x808600020032002C"><![CDATA["[VDM] VdmPmStartM0Entry: malloc failed"]]></Message>
    <Message ID="0x808600020032002D"><![CDATA["[VDM] VdmPmStartM0Entry: VdmDrvInitHW() failed"]]></Message>
    <Message ID="0x8086000200320047"><![CDATA["[VDM] VdmPmStopPgEntry: started"]]></Message>
    <Message ID="0x8086000200320048"><![CDATA["[VDM] VdmPmStopM0Exit: started"]]></Message>
    <Message ID="0x808600020032004D"><![CDATA["[VDM] VDM power flow - START (VdmPmHandler), CSE state from %d to %d, Host state from %d to %d, event type = WARN, Event ID = 0x%x"]]></Message>
    <Message ID="0x8086000200320052"><![CDATA["[VDM] VDM power flow - START (VdmPmHandler), CSE state from %d to %d, Host state from %d to %d, event type = DONE, Event ID = 0x%x"]]></Message>
    <Message ID="0x8086000200320051"><![CDATA["[VDM] VDM power flow - DONE (VdmPmHandler) (CSE state from %d to %d, Host state from %d to %d, Event ID = 0x%x)"]]></Message>
    <Message ID="0x808600020032002E"><![CDATA["[VDM] VdmDrvSelectCallback: the received context size is wrong: %d"]]></Message>
    <Message ID="0x808600020032002F"><![CDATA["[VDM] VdmDrvSelectCallback: unexpected event received (received_group = %u)"]]></Message>
    <Message ID="0x808600020032004E"><![CDATA["[VDM] vdm main: VDM process init - START"]]></Message>
    <Message ID="0x8086000200320030"><![CDATA["[VDM] vdm main: couldn't get PM context, assuming  CMOFF/S5 to CM0/S0"]]></Message>
    <Message ID="0x8086000200320031"><![CDATA["[VDM] vdm main: vdm process init failed: called to start on wrong power transition, target cse state: %d"]]></Message>
    <Message ID="0x8086000200320032"><![CDATA["[VDM] vdm main: vdm process init failed: failed to open event dispatcher service"]]></Message>
    <Message ID="0x8086000200320033"><![CDATA["[VDM] vdm main: vdm process init failed: failed to init the service, error = %d"]]></Message>
    <Message ID="0x8086000200320034"><![CDATA["[VDM] vdm main: vdm process init failed: failed to register to events, error = %d"]]></Message>
    <Message ID="0x808600020032004F"><![CDATA["[VDM] vdm main: VDM process init - DONE, service starting to listen..."]]></Message>
    <Message ID="0x808600020032004C"><![CDATA["[VDM] vdm main: vdm process failed: failed to start the service, error = %d"]]></Message>
    <Message ID="0x8086000200320050"><![CDATA["[VDM] vdm main: vdm process - END"]]></Message>
    <Message ID="0x8086000200030401"><![CDATA["[KERNEL] Kernel init complete. switching to first process"]]></Message>
    <Message ID="0x8086000200030400"><![CDATA["[KERNEL] Kernel init"]]></Message>
    <Message ID="0x8086000200030002"><![CDATA["[KERNEL] Syscall begin: id=%2u tid=%08x"]]></Message>
    <Message ID="0x8086000200030003"><![CDATA["[KERNEL] Syscall end: id=%2u tid=%08x internal status=%u"]]></Message>
    <Message ID="0x808600020003081F"><![CDATA["[KERNEL] assertion failure! going into a busy loop"]]></Message>
    <Message ID="0x8086000200030802"><![CDATA["[KERNEL] HW exception vector=%u ecode=%u"]]></Message>
    <Message ID="0x8086000200030803"><![CDATA["[KERNEL] SW exception: internal code=%u TID=%08x"]]></Message>
    <Message ID="0x8086000200030817"><![CDATA["[KERNEL] Stack canary error: internal code=%u TID=%08x"]]></Message>
    <Message ID="0x8086000200030816"><![CDATA["[KERNEL] CFI check error: internal code=%u TID=%08x"]]></Message>
    <Message ID="0x8086000200030815"><![CDATA["[KERNEL] User Panic: internal code=%u TID=%08x"]]></Message>
    <Message ID="0x8086000200030809"><![CDATA["[KERNEL] unexpected interrupt: vector=%u"]]></Message>
    <Message ID="0x8086000200030808"><![CDATA["[KERNEL] Kernel stack overflow"]]></Message>
    <Message ID="0x808600020003080F"><![CDATA["[KERNEL] Kernel cfi failure"]]></Message>
    <Message ID="0x8086000200030819"><![CDATA["kernel: abnormal process termination caused by pid=0x%x "]]></Message>
    <Message ID="0x808600020003081A"><![CDATA["kernel: abnormal process termination caused by pid=0x%x "]]></Message>
    <Message ID="0x8086000200030804"><![CDATA["[KERNEL] Syscall internal code=%u TID=%08x"]]></Message>
    <Message ID="0x8086000200030805"><![CDATA["[KERNEL] Syscall exception: internal code=%u TID=%08x"]]></Message>
    <Message ID="0x8086000200030806"><![CDATA["[KERNEL] process termination begin PID=%04x"]]></Message>
    <Message ID="0x8086000200030807"><![CDATA["[KERNEL] process termination end PID=%04x"]]></Message>
    <Message ID="0x8086000200031000"><![CDATA["[KERNEL][PF] page fault begin: linear address=0x%08x virtual address=0x%08x ecode=0x%08x eip=0x%08x process name=0x%x, 0x%x"]]></Message>
    <Message ID="0x8086000200031002"><![CDATA["[KERNEL][PF] page fault error: LasAddress=0x%08x (runtime info: csbase=0x%08x tid=%08x moduleUniqueId=0x%08x)"]]></Message>
    <Message ID="0x8086000200031001"><![CDATA["[KERNEL][PF] page fault end: status=%u"]]></Message>
    <Message ID="0x808600020003080B"><![CDATA["[KERNEL] Partial Context Restore failed due to IPK mismatch"]]></Message>
    <Message ID="0x808600020003083D"><![CDATA["[KERNEL] Not enough UMA pages"]]></Message>
    <Message ID="0x808600020003083E"><![CDATA["[KERNEL] Not enough SRAM pages while UMA on"]]></Message>
    <Message ID="0x808600020003083F"><![CDATA["[KERNEL] Not enough SRAM pages while UMA off"]]></Message>
    <Message ID="0x8086000200030840"><![CDATA["[KERNEL] Not enough heap UMA on pages"]]></Message>
    <Message ID="0x8086000200030841"><![CDATA["[KERNEL] Not enough heap UMA off pages"]]></Message>
    <Message ID="0x8086000200030810"><![CDATA["[KERNEL] Invalid grant DMA active bit. Value=%d, expected value=%d"]]></Message>
    <Message ID="0x8086000200030811"><![CDATA["[KERNEL] Resolve and validate grant failed. internel status=%d"]]></Message>
    <Message ID="0x8086000200030812"><![CDATA["[KERNEL] Grant chains mismatch - actual grant chain is not same as saved in the dma transaction"]]></Message>
    <Message ID="0x8086000200030408"><![CDATA["[KERNEL] RunProfileControl PG override process request state=%d, global request state=%d, PG in progress=%d, ModuleId=%x"]]></Message>
    <Message ID="0x8086000200030409"><![CDATA["[KERNEL] RunProfileControl PG override all processes bitmap=%.8X%.8X%.8X%.8X"]]></Message>
    <Message ID="0x808600020003040A"><![CDATA["[KERNEL] RunProfileControl Immediate Wake process request state=%d, global request state=%d, PG in progress=%d, ModuleId=%x "]]></Message>
    <Message ID="0x808600020003040B"><![CDATA["[KERNEL] RunProfileControl Immediate Wake all processes requests bitmap=%.8X%.8X%.8X%.8X "]]></Message>
    <Message ID="0x8086000200030407"><![CDATA["[KERNEL] PME offset=0x%08x value=0x%08x CalledFromPgExit=%u"]]></Message>
    <Message ID="0x8086000200030005"><![CDATA["[KERNEL] Set timer expiration: expiration time=0x%x%x"]]></Message>
    <Message ID="0x8086000200030006"><![CDATA["[KERNEL] Current time=0x%x%x"]]></Message>
    <Message ID="0x8086000200030001"><![CDATA["[KERNEL] Exit: running TID=%08x"]]></Message>
    <Message ID="0x8086000200030000"><![CDATA["[KERNEL] Entry: trapNumber=%u"]]></Message>
    <Message ID="0x8086000200030403"><![CDATA["[KERNEL] PG exit"]]></Message>
    <Message ID="0x8086000200030004"><![CDATA["[KERNEL] Going to HALT"]]></Message>
    <Message ID="0x808600020003080C"><![CDATA["[KERNEL][NVM] UFS driver failure: status=0x%08x"]]></Message>
    <Message ID="0x808600020003080D"><![CDATA["[KERNEL][NVM] UFS driver registers log: IS=0x%08x HCS=0x%08x UECPA=0x%08x UECDL=0x%08x"]]></Message>
    <Message ID="0x808600020003080E"><![CDATA["[KERNEL][NVM] UFS driver registers log: UECN=0x%08x UECT=0x%08x UECDME=0x%08x UTRLRSR=0x%08x"]]></Message>
    <Message ID="0x808600020003081D"><![CDATA["[KERNEL] DMA ERROR: DeviceId=%d, DmaErrorId=%d, src=0x%08x, dst=0x%08x, status=0x%08x, log=0x%08x"]]></Message>
    <Message ID="0x808600020043006A"><![CDATA["[ED] Publish Paused Producer PID (%04x)."]]></Message>
    <Message ID="0x8086000200430070"><![CDATA["[ED] This will block any PublishEvent request!!!"]]></Message>
    <Message ID="0x8086000200430074"><![CDATA["[ED] Target Busy on Consumer (%d)."]]></Message>
    <Message ID="0x8086000200430075"><![CDATA["[ED] Target Busy on Producer (%d)."]]></Message>
    <Message ID="0x8086000200430076"><![CDATA["[ED] Target Busy on Send Event."]]></Message>
    <Message ID="0x5600030090D55800"><![CDATA["[ED] Publish Complete PID (%d) Event: (0x%x)."]]></Message>
    <Message ID="0x8086000200430016"><![CDATA["[ED] PE: Immediately Publishing Event (0x%x)."]]></Message>
    <Message ID="0x8086000200430018"><![CDATA["[ED] PE: Not all processes registered for events.  Delaying Publish on Event Group (%d) ID (0x%x)."]]></Message>
    <Message ID="0x808600020043007A"><![CDATA["[ED] Notifying Send Event Receiver PID (%d) Handle (%d)."]]></Message>
    <Message ID="0x808600020043007B"><![CDATA["[ED] BUSY Receiver PID (%d) Handle (%d)"]]></Message>
    <Message ID="0x808600020043007C"><![CDATA["[ED] All Active Send Slots Busy"]]></Message>
    <Message ID="0x8086000200430080"><![CDATA["[ED] Consumers Count (%d) Capacity (%d). New Count (%d)"]]></Message>
    <Message ID="0x8086000200430082"><![CDATA["[ED] Flags (0x%x)."]]></Message>
    <Message ID="0x8086000200430083"><![CDATA["[ED] HandleCount (%d) Handles: "]]></Message>
    <Message ID="0x8086000200430086"><![CDATA["[ED] Event Dispatcher State:"]]></Message>
    <Message ID="0x8086000200430087"><![CDATA["[ED] QueuePublishHead (%d)."]]></Message>
    <Message ID="0x8086000200430088"><![CDATA["[ED] QueuePublishTail (%d)."]]></Message>
    <Message ID="0x8086000200430089"><![CDATA["[ED] QueuePublishCount (%d)."]]></Message>
    <Message ID="0x808600020043008A"><![CDATA["[ED] Handle (%d)."]]></Message>
    <Message ID="0x808600020043008B"><![CDATA["[ED] Queued Send Events:"]]></Message>
    <Message ID="0x808600020043008C"><![CDATA["[ED] Event (%x)."]]></Message>
    <Message ID="0x808600020043008D"><![CDATA["[ED] ReceiverHandle (%d)."]]></Message>
    <Message ID="0x808600020043008E"><![CDATA["[ED] Active Send Events:"]]></Message>
    <Message ID="0x808600020043008F"><![CDATA["[ED] Event (%x)."]]></Message>
    <Message ID="0x8086000200430090"><![CDATA["[ED] ReceiverHandle (%d)."]]></Message>
    <Message ID="0x8086000200430091"><![CDATA["[ED] g_ed.internal_flags (0x%x)."]]></Message>
    <Message ID="0x8086000200430092"><![CDATA["[ED] g_ed.next_consumer_ndx (%d)."]]></Message>
    <Message ID="0x8086000200430093"><![CDATA["[ED] g_ed.next_handle_ndx (%d)."]]></Message>
    <Message ID="0x8086000200430094"><![CDATA["[ED] Current Consumer:"]]></Message>
    <Message ID="0x8086000200430096"><![CDATA["[ED] g_ed.direction (%d)."]]></Message>
    <Message ID="0x8086000200430097"><![CDATA["[ED] g_ed.publish_state (%d)."]]></Message>
    <Message ID="0x8086000200430098"><![CDATA["[ED] g_ed.publish_data.event (0x%x)."]]></Message>
    <Message ID="0x808600020043009A"><![CDATA["[ED] g_ed.publish_flags (0x%x)."]]></Message>
    <Message ID="0x808600020043009B"><![CDATA["[ED] g_ed.publish_bytes_used (%d)."]]></Message>
    <Message ID="0x808600020043009C"><![CDATA["[ED] g_ed.publish_status (%d)."]]></Message>
    <Message ID="0x808600020043009D"><![CDATA["[ED] g_ed.producer_tid (0x%x)."]]></Message>
    <Message ID="0x808600020043009E"><![CDATA["[ED] g_ed.producer_pid (%d)."]]></Message>
    <Message ID="0x808600020043009F"><![CDATA["[ED] g_ed.producer_handle (%d)."]]></Message>
    <Message ID="0x80860002004300A0"><![CDATA["[ED] g_ed.consumer_pid (%d)."]]></Message>
    <Message ID="0x80860002004300A1"><![CDATA["[ED] g_ed.consumer_handle (%d)."]]></Message>
    <Message ID="0x80860002004300A2"><![CDATA["[ED] g_ed.my_pid (%d)."]]></Message>
    <Message ID="0x80860002004300A3"><![CDATA["[ED]"]]></Message>
    <Message ID="0x808600020043004F"><![CDATA["[ED] Failed to find free slot for handle, pid %04x"]]></Message>
    <Message ID="0x8086000200430050"><![CDATA["[ED] Failed to allocate memory for handle_data, pid %04x."]]></Message>
    <Message ID="0x8086000200430055"><![CDATA["[ED] Close Service Handle (%d)."]]></Message>
    <Message ID="0x808600020043005B"><![CDATA["[ED] Invalid Memory Tag."]]></Message>
    <Message ID="0x808600020043005F"><![CDATA["[ED] ed_init: Failed to allocate memory for g_consumers_list."]]></Message>
    <Message ID="0x8086000200430060"><![CDATA["[ED] Exiting Event Dispatcher."]]></Message>
    <Message ID="0x8086000200430005"><![CDATA["[ED] Register Process: No Access."]]></Message>
    <Message ID="0x808600020043000A"><![CDATA["[ED] RP: Starting Publish of event 0x%x."]]></Message>
    <Message ID="0x808600020043000C"><![CDATA["[ED] Register Process: NoMem , pid (%04x)"]]></Message>
    <Message ID="0x8086000200430012"><![CDATA["[ED] SetDependencyOrder Called. Order Data PID (%d) Flags (0x%x)"]]></Message>
    <Message ID="0x8086000200430013"><![CDATA["[ED] Set Dependency Order: No Access."]]></Message>
    <Message ID="0x8086000200430014"><![CDATA["[ED] Set Dependency Order: Consumer PID (%d) is NULL."]]></Message>
    <Message ID="0x8086000200430019"><![CDATA["[ED] RegisterForEvents Called. PID (%04x) Flags (0x%x)."]]></Message>
    <Message ID="0x5600030090D55C00"><![CDATA["[ED] RegisterForEvents Called. Events: {0x%08x,0x%08x,0x%08x,0x%08x,0x%08x,0x%08x}"]]></Message>
    <Message ID="0x808600020043001A"><![CDATA["[ED] Register For Events: Bad ID passed. Group (%d) ID (0x%x)."]]></Message>
    <Message ID="0x808600020043001B"><![CDATA["[ED] Register For Events: Process ID (%d) not in dependency list."]]></Message>
    <Message ID="0x808600020043001C"><![CDATA["[ED] Register For Events: Middle of PublishEvent. RegisterForEvents rejected."]]></Message>
    <Message ID="0x808600020043001E"><![CDATA["[ED] Register For Events: Starting Publish of %d"]]></Message>
    <Message ID="0x8086000200430022"><![CDATA["[ED] PublishEvent: Event: (0x%x) Flags(0x%08x)."]]></Message>
    <Message ID="0x8086000200430023"><![CDATA["[ED] PublisEvent: Bad Event Group,event(0x%x), group (0x%x)."]]></Message>
    <Message ID="0x8086000200430024"><![CDATA["[ED] PublihsEvent: Bad Event ID, event (0x%x), id (0x%x)."]]></Message>
    <Message ID="0x8086000200430025"><![CDATA["[ED] PublishEvent: More than one ID bit: (0x%x)."]]></Message>
    <Message ID="0x8086000200430026"><![CDATA["[ED] PublishEvent: No Access. Group: (%d) Id: (0x%x)."]]></Message>
    <Message ID="0x8086000200430027"><![CDATA["[ED] PublishEvent: Invalid return_buffer_grant, event (0x%x)."]]></Message>
    <Message ID="0x8086000200430028"><![CDATA["[ED] PublishEvent: Still busy.  Dropping publish request."]]></Message>
    <Message ID="0x8086000200430037"><![CDATA["[ED] SendEvent: Bad Event Group, event (0x%x), group (0x%x)."]]></Message>
    <Message ID="0x8086000200430038"><![CDATA["[ED] SE: Bad Event ID, event (0x%x), ID (0x%x)."]]></Message>
    <Message ID="0x8086000200430039"><![CDATA["[ED] SE: More than one ID bit: event (0x%x), ID (0x%x)."]]></Message>
    <Message ID="0x808600020043002E"><![CDATA["[ED] SendEvent: Could not find target PID (%04x)."]]></Message>
    <Message ID="0x808600020043002F"><![CDATA["[ED] SendEvent: No Access."]]></Message>
    <Message ID="0x8086000200430030"><![CDATA["[ED] SendEvent: failed to allocate event info, event (0x%x)."]]></Message>
    <Message ID="0x8086000200430031"><![CDATA["[ED] SendEvent: Failed to allocated event context, event (0x%x)."]]></Message>
    <Message ID="0x8086000200430032"><![CDATA["[ED] SendEvent: failed to enqueue event, event (0x%x), status (0x%x)."]]></Message>
    <Message ID="0x8086000200430033"><![CDATA["[ED] SendEvent: Memory Allocation Failure., status 0x%x"]]></Message>
    <Message ID="0x8086000200430034"><![CDATA["[ED] SendEvent: No Receiver. Skip Send."]]></Message>
    <Message ID="0x8086000200430035"><![CDATA["[ED] SendEvent: Memory Allocation Failure. status 0x%x"]]></Message>
    <Message ID="0x8086000200430036"><![CDATA["[ED] SendEvent: No Receiver. Skip Send."]]></Message>
    <Message ID="0x808600020043003A"><![CDATA["[ED] ReceiveNotifyCause: Context Buffer Too Small. Must be (%d) bytes."]]></Message>
    <Message ID="0x808600020043003C"><![CDATA["[ED] ReceiveNotifyConsumer: Consumer Call: Cause: (%d) Event: (0x%x)."]]></Message>
    <Message ID="0x808600020043003E"><![CDATA["[ED] ReceiveNotifyConsumer: Producer Call: Cause: (%d) Event: (0x%x)."]]></Message>
    <Message ID="0x808600020043003F"><![CDATA["[ED] ReceiveNotifyConsumer: Producer buffer too small for consumer results."]]></Message>
    <Message ID="0x8086000200430040"><![CDATA["[ED] ReceiveNotifyConsumer called by wrong component."]]></Message>
    <Message ID="0x8086000200430043"><![CDATA["[ED] ReceiveNotifyConsumer: Context Buffer Too Small. Must be (%d) bytes."]]></Message>
    <Message ID="0x8086000200430042"><![CDATA["[ED] ReceiveNotifyConsumer: Receiver Call: Cause: (%d) Event: (0x%x)."]]></Message>
    <Message ID="0x8086000200430046"><![CDATA["[ED] EventProcessingDone: Wrong Event: Expected: (0x%x) Received: (0x%x)."]]></Message>
    <Message ID="0x8086000200430048"><![CDATA["[ED] EventProcessingDone: %d bytes copied: Consumer->Producer."]]></Message>
    <Message ID="0x8086000200890006"><![CDATA["[SEC_MSG_KL] sec_msg_keylocker_init: timers_init failed res %d errno %d"]]></Message>
    <Message ID="0x8086000200890005"><![CDATA["[SEC_MSG_KL] sec_msg_keylocker_init, st: 0x%04X, dbg: 0x%04X"]]></Message>
    <Message ID="0x8086000200890007"><![CDATA["[SEC_MSG_KL] sec_msg_keylocker_init: consumed, backing up"]]></Message>
    <Message ID="0x8086000200890008"><![CDATA["[SEC_MSG_KL] sec_msg_keylocker_init: ERROR connectint to BusDrv errno %d"]]></Message>
    <Message ID="0x8086000200890009"><![CDATA["[SEC_MSG_KL] sec_msg_keylocker_backup WR failed (%d), errno %d"]]></Message>
    <Message ID="0x808600020089000A"><![CDATA["[SEC_MSG_KL] sec_msg_keylocker_backup WR successful"]]></Message>
    <Message ID="0x808600020089000B"><![CDATA["[SEC_MSG_KL] sec_msg_keylocker_temp_failure TIMEOUT"]]></Message>
    <Message ID="0x808600020089000C"><![CDATA["[SEC_MSG_KL] sec_msg_keylocker_temp_failure PERMANENT FAILURE"]]></Message>
    <Message ID="0x808600020089000D"><![CDATA["[SEC_MSG_KL] sec_msg_keylocker_set_msie set MSIE FAILED s %d errno %d"]]></Message>
    <Message ID="0x808600020089000E"><![CDATA["[SEC_MSG_KL] sec_msg_keylocker_set_msie set PME FAILED s %d errno %d"]]></Message>
    <Message ID="0x808600020089000F"><![CDATA["[SEC_MSG_KL] sec_msg_keylocker_set_pme set MSIE FAILED s %d errno %d"]]></Message>
    <Message ID="0x8086000200890010"><![CDATA["[SEC_MSG_KL] sec_msg_keylocker_set_pme set PME FAILED s %d errno %d"]]></Message>
    <Message ID="0x8086000200890011"><![CDATA["[SEC_MSG_KL] sec_msg_keylocker_close, st: 0x%04X, dbg: 0x%04X"]]></Message>
    <Message ID="0x8086000200890013"><![CDATA["[SEC_MSG] sec_msg_evt_cb: event_grp = %d evt_id %d"]]></Message>
    <Message ID="0x8086000200890001"><![CDATA["[SEC_MSG] : Secure Messaging DRIVER INIT. "]]></Message>
    <Message ID="0x8086000200890002"><![CDATA["[SEC_MSG] main: open failed errno %d"]]></Message>
    <Message ID="0x8086000200890004"><![CDATA["[SEC_MSG] main: srv_init failed status %d errno %d"]]></Message>
    <Message ID="0x8086000200890012"><![CDATA["[SEC_MSG] main: ed_register_for_eventsfailed  status %d"]]></Message>
    <Message ID="0x8086000200890003"><![CDATA["[SEC_MSG] Secure Messaging driver finished, return code %d"]]></Message>
    <Message ID="0x8086000200890801"><![CDATA["[SEC_MSG_CMN] sec_msg_keylocker_interrupt_handler, st: 0x%04X, dbg: 0x%04X"]]></Message>
    <Message ID="0x8086000200890802"><![CDATA["[SEC_MSG_CMN] sec_msg_keylocker_interrupt_handler CONSUMED %d"]]></Message>
    <Message ID="0x8086000200890804"><![CDATA["[SEC_MSG_CMN] sec_msg_keylocker_key_consume, st: 0x%04X, dbg: 0x%04X"]]></Message>
    <Message ID="0x8086000200890803"><![CDATA["[SEC_MSG_CMN] sec_msg_keylocker_flash_error, st: 0x%04X, dbg: 0x%04X"]]></Message>
    <Message ID="0x80860002003C00BD"><![CDATA["Failed to initialize HECI mutex attributes with status %d"]]></Message>
    <Message ID="0x80860002003C00BE"><![CDATA["Failed to initialize HECI mutex for client %d with status %d"]]></Message>
    <Message ID="0x80860002003C001D"><![CDATA["Failed to initialize HECI conditional variable for client %d with status %d"]]></Message>
    <Message ID="0x80860002003C001E"><![CDATA["Failed to initialize HECI conditional variable for client %d with status %d"]]></Message>
    <Message ID="0x80860002003C001F"><![CDATA["Failed to initialize HECI semaphore for client %d with status %d"]]></Message>
    <Message ID="0x80860002003C00C0"><![CDATA["Failed to read HECI buffer with status %d"]]></Message>
    <Message ID="0x80860002003C00C1"><![CDATA["Failed to create HECI client for client %d"]]></Message>
    <Message ID="0x80860002003C00C3"><![CDATA["Failed to select HECI events with status %d"]]></Message>
    <Message ID="0x80860002003C00C4"><![CDATA["Failed to read HECI buffer with status %d"]]></Message>
    <Message ID="0x80860002003C00C5"><![CDATA["Failed to send message via HECI with status %d"]]></Message>
    <Message ID="0x80860002003C0021"><![CDATA["Failed to retrieve the security tag."]]></Message>
    <Message ID="0x80860002003C00CA"><![CDATA["Failed to create a new thread, ran out of resources"]]></Message>
    <Message ID="0x80860002003C00CB"><![CDATA["Failed to create a new thread with status %d"]]></Message>
    <Message ID="0x80860002003C00CC"><![CDATA["Failed to get self thread id"]]></Message>
    <Message ID="0x80860002003C00CD"><![CDATA["Failed to get the thread handle, got handle %d"]]></Message>
    <Message ID="0x80860002003C00CE"><![CDATA["Failed to send event to DAL's event dispatcher with status %d and errno %d"]]></Message>
    <Message ID="0x80860002003C00CF"><![CDATA["Failed to create a new mutex, ran out of resources"]]></Message>
    <Message ID="0x80860002003C00D0"><![CDATA["Failed to initialize mutex with status %d"]]></Message>
    <Message ID="0x80860002003C00D1"><![CDATA["Failed to get the mutex handle, got handle %d"]]></Message>
    <Message ID="0x80860002003C00D2"><![CDATA["Failed to destroy the mutex with status %d"]]></Message>
    <Message ID="0x80860002003C00D3"><![CDATA["Failed to get the mutex handle, got handle %d"]]></Message>
    <Message ID="0x80860002003C00D4"><![CDATA["Failed to lock mutex with status %d and errno %d"]]></Message>
    <Message ID="0x80860002003C00D5"><![CDATA["Failed to get the mutex handle, got handle %d"]]></Message>
    <Message ID="0x80860002003C00D6"><![CDATA["Failed to create a new semaphore, ran out of resources"]]></Message>
    <Message ID="0x80860002003C00D7"><![CDATA["Failed to initialize semaphore with status %d"]]></Message>
    <Message ID="0x80860002003C00D8"><![CDATA["Failed to get the semaphore handle, got handle %d"]]></Message>
    <Message ID="0x80860002003C00D9"><![CDATA["Failed to destroy semaphore with status %d"]]></Message>
    <Message ID="0x80860002003C00DA"><![CDATA["Failed to get the semaphore handle, got handle %d"]]></Message>
    <Message ID="0x80860002003C00DB"><![CDATA["Failed to wait for the semaphore with status %d"]]></Message>
    <Message ID="0x80860002003C00DC"><![CDATA["Failed to get the semaphore handle, got handle %d"]]></Message>
    <Message ID="0x80860002003C00DD"><![CDATA["Failed to post a wakeup to the semaphore with status %d"]]></Message>
    <Message ID="0x80860002003C00DE"><![CDATA["Failed to initialize DAL porting native mutex with status %d"]]></Message>
    <Message ID="0x80860002003C00DF"><![CDATA["Failed to initialize DAL porting context mutex with status %d"]]></Message>
    <Message ID="0x80860002003C0100"><![CDATA["Failed to initialize DAL communication plugin with status %d"]]></Message>
    <Message ID="0x80860002003C0020"><![CDATA["Failed to generate a random number for the security tag. Status %d"]]></Message>
    <Message ID="0x80860002003C00E8"><![CDATA["Failed to allocate memory, returned NULL"]]></Message>
    <Message ID="0x80860002003C00E1"><![CDATA["Calling component number %d close-session-function"]]></Message>
    <Message ID="0x80860002003C0013"><![CDATA["Failed to lock DAL porting context mutex"]]></Message>
    <Message ID="0x80860002003C0014"><![CDATA["Failed to unlock DAL porting context mutex"]]></Message>
    <Message ID="0x80860002003C0015"><![CDATA["Failed to lock DAL porting native mutex"]]></Message>
    <Message ID="0x80860002003C0016"><![CDATA["Failed to unlock DAL porting native mutex"]]></Message>
    <Message ID="0x80860002003C00FD"><![CDATA["Failed to initialize DAL porting with status %d"]]></Message>
    <Message ID="0x80860002003C00FE"><![CDATA["Failed to initialize DAL HECI client with status %d"]]></Message>
    <Message ID="0x80860002003C00FF"><![CDATA["Failed to initialize DAL thread management with status %d"]]></Message>
    <Message ID="0x80860002003C0017"><![CDATA["Failed to lock DAL mutex, mutex is NULL"]]></Message>
    <Message ID="0x80860002003C0018"><![CDATA["Failed to lock DAL mutex with status %d"]]></Message>
    <Message ID="0x80860002003C0019"><![CDATA["Failed to unlock DAL mutex, mutex is NULL"]]></Message>
    <Message ID="0x80860002003C001A"><![CDATA["Failed to unlock DAL mutex with status %d"]]></Message>
    <Message ID="0x80860002003C0125"><![CDATA["Failed to wait for DAL semaphore, semaphore is NULL"]]></Message>
    <Message ID="0x80860002003C012A"><![CDATA["Failed to wait for DAL semaphore with status %d"]]></Message>
    <Message ID="0x80860002003C00C2"><![CDATA["Failed to post to DAL semaphore, semaphore is NULL"]]></Message>
    <Message ID="0x80860002003C0124"><![CDATA["Failed to post to DAL semaphore with status %d"]]></Message>
    <Message ID="0x80860002003C0061"><![CDATA["Failed to wait for conditional variable, mutex/conditional-variable is NULL"]]></Message>
    <Message ID="0x80860002003C0062"><![CDATA["Failed to wait for conditional variable with status %d"]]></Message>
    <Message ID="0x80860002003C0063"><![CDATA["Failed to signal conditional variable, conditional variable is NULL"]]></Message>
    <Message ID="0x80860002003C0064"><![CDATA["Failed to signal conditional variable with status %d"]]></Message>
    <Message ID="0x80860002003C0065"><![CDATA["Failed to broadcast conditional variable, conditional variable is NULL"]]></Message>
    <Message ID="0x80860002003C0066"><![CDATA["Failed to broadcast conditional variable with status %d"]]></Message>
    <Message ID="0x560002008F1E8800"><![CDATA["[PERF],TS,%x,%d,%d,%u,%u"]]></Message>
    <Message ID="0x80860002003C0112"><![CDATA["Failed to open platform-id snowball file with errno %d"]]></Message>
    <Message ID="0x80860002003C0113"><![CDATA["Failed to read part or the whole platform-id snowball file with errno %d, read %d bytes"]]></Message>
    <Message ID="0x80860002003C0111"><![CDATA["Failed to compute hash-sha256 on platform-id and DAL token with status %d"]]></Message>
    <Message ID="0x80860002003C00E4"><![CDATA["Sending request to maestro for CSE RESET"]]></Message>
    <Message ID="0x80860002003C00E2"><![CDATA["Failed to request maestro for CSE RESET with status %d and errno %d"]]></Message>
    <Message ID="0x80860002003C0000"><![CDATA["Failed to run DAL IVM main thread with status %d"]]></Message>
    <Message ID="0x80860002003C0001"><![CDATA["Terminating DAL IVM main thread with status %d"]]></Message>
    <Message ID="0x80860002003C0002"><![CDATA["Process initialization started"]]></Message>
    <Message ID="0x80860002003C0003"><![CDATA["Process initialization failed, HAL initialization returned status %d"]]></Message>
    <Message ID="0x80860002003C0122"><![CDATA["Starting init functions"]]></Message>
    <Message ID="0x560002008F1E9400"><![CDATA["[PERF],TMSC,%x,%d,%d,%d,%u,%u"]]></Message>
    <Message ID="0x560002008F1E9401"><![CDATA["[PERF],TMEC,%x,%d,%d,%d,%u,%u"]]></Message>
    <Message ID="0x80860002003C0004"><![CDATA["Process initialization failed, component number %d failed to initialize with status %d"]]></Message>
    <Message ID="0x80860002003C0123"><![CDATA["Ended init functions"]]></Message>
    <Message ID="0x80860002003C0005"><![CDATA["Process initialization failed, Beihai thread creation returned %d"]]></Message>
    <Message ID="0x80860002003C0006"><![CDATA["Process initialization completed successfully"]]></Message>
    <Message ID="0x80860002003C0007"><![CDATA["Process deinitialization started"]]></Message>
    <Message ID="0x80860002003C0008"><![CDATA["Process deinitialization completed successfully"]]></Message>
    <Message ID="0x80860002003C0009"><![CDATA["select in DAL IVM main event loop failed with status %d and errno %d"]]></Message>
    <Message ID="0x80860002003C000A"><![CDATA["Process received an exit event"]]></Message>
    <Message ID="0x80860002003C011C"><![CDATA["Process received FW Update event"]]></Message>
    <Message ID="0x80860002003C00E3"><![CDATA["Process received RTFD event"]]></Message>
    <Message ID="0x80860002003C000B"><![CDATA["Failed to initialize DAL NPK with status %d"]]></Message>
    <Message ID="0x80860002003C0157"><![CDATA["Process should not run in red-unlock state"]]></Message>
    <Message ID="0x80860002003C000C"><![CDATA["Failed to get power-management context"]]></Message>
    <Message ID="0x80860002003C000D"><![CDATA["Process failed to initialize"]]></Message>
    <Message ID="0x80860002003C000E"><![CDATA["Process should not run in this power state"]]></Message>
    <Message ID="0x80860002003C000F"><![CDATA["Process failed to open event-dispatcher with errno %d"]]></Message>
    <Message ID="0x80860002003C0010"><![CDATA["Process failed to register for events with status %d"]]></Message>
    <Message ID="0x80860002003C0011"><![CDATA["DAL feature is not enabled on this platform"]]></Message>
    <Message ID="0x80860002003C0012"><![CDATA["READY"]]></Message>
    <Message ID="0x560002008F1E9402"><![CDATA["[PERF],TS,%x,%d,%d,%u,%u"]]></Message>
    <Message ID="0x80860002003C00C6"><![CDATA["Failed to compute TA hash with status %d"]]></Message>
    <Message ID="0x80860002003C0151"><![CDATA["Failed to get DAL's current seed with status %d"]]></Message>
    <Message ID="0x80860002003C015A"><![CDATA["Failed to compute hmac for ivi seed with status %d"]]></Message>
    <Message ID="0x80860002003C014A"><![CDATA["Failed to compute hash for pbind key with status %d"]]></Message>
    <Message ID="0x80860002003C0156"><![CDATA["Failed to compute hmac for applet's derived key with status %d"]]></Message>
    <Message ID="0x80860002003C00EF"><![CDATA["Failed to encrypt the data with status %d"]]></Message>
    <Message ID="0x80860002003C00F0"><![CDATA["Failed to decrypt the data with status %d"]]></Message>
    <Message ID="0x80860002003C0092"><![CDATA["Failed to initialize TLS connection with status %d and detailed-status %d"]]></Message>
    <Message ID="0x80860002003C0094"><![CDATA["Failed to set TLS cipher suite with status %d and detailed-status %d"]]></Message>
    <Message ID="0x80860002003C0095"><![CDATA["Failed to create TLS certificate store with status %d"]]></Message>
    <Message ID="0x80860002003C0097"><![CDATA["Failed to get whether the TLS session is established with status %d"]]></Message>
    <Message ID="0x80860002003C0098"><![CDATA["Failed to create CRL with status %d"]]></Message>
    <Message ID="0x80860002003C0099"><![CDATA["Failed to add chunk to the CRL with status %d"]]></Message>
    <Message ID="0x80860002003C009A"><![CDATA["Failed to find whether the serial number is in the CRL with status %d and detailed-status %d"]]></Message>
    <Message ID="0x80860002003C009B"><![CDATA["Failed to verify CRL with status %d and detailed-status %d"]]></Message>
    <Message ID="0x80860002003C009C"><![CDATA["Failed to create TLS certificate chain with status %d"]]></Message>
    <Message ID="0x80860002003C009D"><![CDATA["Failed to destroy TLS certificate chain with status %d"]]></Message>
    <Message ID="0x80860002003C009E"><![CDATA["Failed to add TLS certificate to certificate chain with status %d"]]></Message>
    <Message ID="0x80860002003C009F"><![CDATA["Failed to verify TLS certificate chain with status %d and detailed-status %d"]]></Message>
    <Message ID="0x80860002003C00A0"><![CDATA["Failed to get whether the TLS certificate has a critical extension with status %d"]]></Message>
    <Message ID="0x80860002003C00A1"><![CDATA["Failed to get length of TLS certificate chain with status %d"]]></Message>
    <Message ID="0x80860002003C00A2"><![CDATA["Failed to get TLS certificate chain info with status %d"]]></Message>
    <Message ID="0x80860002003C00FA"><![CDATA["Failed to add key to TLS certificate store with status %d and detailed-status %d"]]></Message>
    <Message ID="0x80860002003C00FB"><![CDATA["Failed to set connection between client certificate chain and TLS session with status %d and detailed-status %d"]]></Message>
    <Message ID="0x80860002003C00EA"><![CDATA["Failed to get TLS send-buffer with status %d and detailed-status %d"]]></Message>
    <Message ID="0x80860002003C00A3"><![CDATA["Failed to get TLS receive-buffer with status %d and detailed-status %d"]]></Message>
    <Message ID="0x80860002003C00A4"><![CDATA["Failed to perform TLS handshake with status %d and detailed-status %d"]]></Message>
    <Message ID="0x80860002003C00A5"><![CDATA["Failed to encrypt using TLS with status %d and detailed-status %d"]]></Message>
    <Message ID="0x80860002003C00A6"><![CDATA["Failed to decrypt using TLS with status %d and detailed-status %d"]]></Message>
    <Message ID="0x80860002003C00A7"><![CDATA["Failed to create TLS alert message with status %d and detailed-status %d"]]></Message>
    <Message ID="0x80860002003C00A8"><![CDATA["Failed to destroy TLS session with status %d"]]></Message>
    <Message ID="0x80860002003C00A9"><![CDATA["Failed to destroy TLS certificate store with status %d"]]></Message>
    <Message ID="0x80860002003C00AA"><![CDATA["Failed to get TLS server alert with status %d"]]></Message>
    <Message ID="0x80860002003C00AB"><![CDATA["Failed to convert TLS error-id to alert-id with status %d and detailed-status %d"]]></Message>
    <Message ID="0x80860002003C00AC"><![CDATA["Failed to destroy CRL with status %d"]]></Message>
    <Message ID="0x80860002003C00AD"><![CDATA["Failed to set connection between TLS session and certificate store with status %d"]]></Message>
    <Message ID="0x80860002003C00F9"><![CDATA["Failed to add TLS certificate to certificate store with status %d"]]></Message>
    <Message ID="0x80860002003C0093"><![CDATA["Failed to set TLS session parameters with status %d and detailed-status %d"]]></Message>
    <Message ID="0x80860002003C0054"><![CDATA["Failed to encrypt buffer using AES CTR with status %d"]]></Message>
    <Message ID="0x80860002003C0055"><![CDATA["Failed to wrap PAVP key with status %d"]]></Message>
    <Message ID="0x80860002003C00AE"><![CDATA["Failed to encrypt/decrypt using AES CBC with status %d"]]></Message>
    <Message ID="0x80860002003C00AF"><![CDATA["Failed to encrypt/decrypt using AES CTR with status %d"]]></Message>
    <Message ID="0x80860002003C00B0"><![CDATA["Failed to encrypt/decrypt using AES ECB with status %d"]]></Message>
    <Message ID="0x80860002003C00F1"><![CDATA["Failed to encrypt using AES GCM MMIO with status %d"]]></Message>
    <Message ID="0x80860002003C00F2"><![CDATA["Failed to decrypt using AES GCM MMIO with status %d"]]></Message>
    <Message ID="0x80860002003C0048"><![CDATA["Failed to activate PG override with status %d"]]></Message>
    <Message ID="0x80860002003C0049"><![CDATA["Failed to suspend timer with status %d"]]></Message>
    <Message ID="0x80860002003C004A"><![CDATA["Failed to modify timer with status %d"]]></Message>
    <Message ID="0x80860002003C004B"><![CDATA["Failed to deactivate PG override with status %d"]]></Message>
    <Message ID="0x80860002003C004C"><![CDATA["Failed to lock power-gating context, struct is uninitialized"]]></Message>
    <Message ID="0x80860002003C004D"><![CDATA["Failed to unlock power-gating context, struct is uninitialized"]]></Message>
    <Message ID="0x80860002003C004F"><![CDATA["Failed to initialize power-gating mutex with status %d"]]></Message>
    <Message ID="0x80860002003C0050"><![CDATA["Failed to initialize power-gating timer with status %d"]]></Message>
    <Message ID="0x80860002003C0051"><![CDATA["Failed to add power-gating timer with status %d"]]></Message>
    <Message ID="0x80860002003C00F3"><![CDATA["Failed to encrypt using ECC with status %d"]]></Message>
    <Message ID="0x80860002003C00F4"><![CDATA["Failed to decrypt using ECC with status %d"]]></Message>
    <Message ID="0x80860002003C015B"><![CDATA["Failed to get Dh shared key using ECC with status %d"]]></Message>
    <Message ID="0x80860002003C0056"><![CDATA["Failed to start generating RSA key with status %d and errno %d"]]></Message>
    <Message ID="0x80860002003C0057"><![CDATA["Failed to select on crypto fd with status %d and errno %d"]]></Message>
    <Message ID="0x80860002003C0058"><![CDATA["Failed to get RSA generated key with status %d and errno %d"]]></Message>
    <Message ID="0x80860002003C0059"><![CDATA["Failed to encrypt using RSA with status %d and errno %d"]]></Message>
    <Message ID="0x80860002003C005A"><![CDATA["Failed to decrypt using RSA with status %d and errno %d"]]></Message>
    <Message ID="0x80860002003C005B"><![CDATA["Failed to encrypt using RSA (PKCS padding scheme) with status %d and errno %d"]]></Message>
    <Message ID="0x80860002003C005C"><![CDATA["Failed to decrypt using RSA (PKCS padding scheme) with status %d and errno %d"]]></Message>
    <Message ID="0x80860002003C005D"><![CDATA["Failed to encrypt using RSA (OAEP padding scheme) with status %d and errno %d"]]></Message>
    <Message ID="0x80860002003C005E"><![CDATA["Failed to decrypt using RSA (OAEP padding scheme) with status %d and errno %d"]]></Message>
    <Message ID="0x80860002003C005F"><![CDATA["Failed to sign using RSA, decryption failed with status %d and errno %d"]]></Message>
    <Message ID="0x80860002003C0060"><![CDATA["Failed to verify using RSA, encryption failed with status %d and errno %d"]]></Message>
    <Message ID="0x80860002003C0040"><![CDATA["Failed to get CPU brand type from sku manager with status %d"]]></Message>
    <Message ID="0x80860002003C0041"><![CDATA["Failed to get LPCDID from sku manager with status %d"]]></Message>
    <Message ID="0x80860002003C0042"><![CDATA["Failed to get feature state from sku manager with status %d"]]></Message>
    <Message ID="0x80860002003C0046"><![CDATA["Failed to get feature state from sku manager with status %d"]]></Message>
    <Message ID="0x80860002003C0043"><![CDATA["Failed to get FW version from sku manager with status %d"]]></Message>
    <Message ID="0x80860002003C0044"><![CDATA["Failed to get LPCDID from sku manager with status %d"]]></Message>
    <Message ID="0x80860002003C0045"><![CDATA["Failed to get platform type with status %d"]]></Message>
    <Message ID="0x80860002003C0052"><![CDATA["Failed to set PRTC time with status %d"]]></Message>
    <Message ID="0x80860002003C0053"><![CDATA["Failed to get PRTC time with status %d"]]></Message>
    <Message ID="0x80860002003C002E"><![CDATA["Failed to initialize digest context, hash failed with status %d"]]></Message>
    <Message ID="0x80860002003C00E0"><![CDATA["Failed to compute digest hash with status %d"]]></Message>
    <Message ID="0x80860002003C002F"><![CDATA["Failed to compute digest hmac with status %d"]]></Message>
    <Message ID="0x80860002003C0031"><![CDATA["Failed to compute digest hash (resume) with status %d"]]></Message>
    <Message ID="0x80860002003C0033"><![CDATA["Failed to compute digest hmac (resume) with status %d"]]></Message>
    <Message ID="0x80860002003C0035"><![CDATA["Failed to get hash with status %d"]]></Message>
    <Message ID="0x80860002003C00B4"><![CDATA["Failed to initialize timer context with status %d"]]></Message>
    <Message ID="0x80860002003C00B6"><![CDATA["Failed to initialize timer-context mutex with status %d"]]></Message>
    <Message ID="0x80860002003C00B8"><![CDATA["Failed to lock timer-context, timer-context is not initialized"]]></Message>
    <Message ID="0x80860002003C00B9"><![CDATA["Failed to unlock timer-context, timer-context is not initialized"]]></Message>
    <Message ID="0x80860002003C00BA"><![CDATA["Failed to add a new timer with status %d"]]></Message>
    <Message ID="0x80860002003C00BB"><![CDATA["Failed to delete timer with status %d"]]></Message>
    <Message ID="0x80860002003C00BC"><![CDATA["Failed to initialize SPI RPMC library with status %d"]]></Message>
    <Message ID="0x80860002003C0027"><![CDATA["Failed to read file with errno %d"]]></Message>
    <Message ID="0x80860002003C0028"><![CDATA["Failed to write file with errno %d"]]></Message>
    <Message ID="0x80860002003C0029"><![CDATA["Failed to delete file with status %d and errno %d"]]></Message>
    <Message ID="0x80860002003C002A"><![CDATA["Failed to get whether the file exists with errno %d"]]></Message>
    <Message ID="0x80860002003C002D"><![CDATA["Failed to get user info with status %d and errno %d"]]></Message>
    <Message ID="0x8086000200500006"><![CDATA["[IPC_DRV] ipc_init_cli_queues c_%d"]]></Message>
    <Message ID="0x8086000200500034"><![CDATA["[IPC_DRV] ipc_destroy_cli_queues c_%d"]]></Message>
    <Message ID="0x808600020050002E"><![CDATA["[IPC_DRV] ipc_read_aon_file: open failed, errno = %d"]]></Message>
    <Message ID="0x8086000200500032"><![CDATA["[IPC_DRV] ipc_read_aon_file: read failed, errno = %d"]]></Message>
    <Message ID="0x808600020050003C"><![CDATA["[IPC_DRV] ipc_write_aon_file: open failed, errno = %d"]]></Message>
    <Message ID="0x808600020050003F"><![CDATA["[IPC_DRV] ipc_write_aon_file: write failed, errno = %d"]]></Message>
    <Message ID="0x808600020050007E"><![CDATA["[IPC_DRV] ipc_skip_to_operational: Skipping reset for p_%d IPC_STATE_OPERATIONAL"]]></Message>
    <Message ID="0x8086000200500031"><![CDATA["[IPC_DRV] ipc_skip_to_operational: failed to initialize fixed client queues, error code = %d"]]></Message>
    <Message ID="0x8086000200500091"><![CDATA["[IPC_DRV] ipc_check_pg_override OVERRIDING"]]></Message>
    <Message ID="0x8086000200500048"><![CDATA["[IPC_DRV] ipc_check_pg_override: srv_set_ltr_and_poll failed , res %d, errno %d"]]></Message>
    <Message ID="0x808600020050008B"><![CDATA["[IPC_DRV] ipc_check_pg_override ALREADY OVERRIDDEN"]]></Message>
    <Message ID="0x8086000200500056"><![CDATA["[IPC_DRV] ipc_check_pg_override: Cancel srv_set_ltr failed , res %d, errno %d"]]></Message>
    <Message ID="0x808600020050008C"><![CDATA["[IPC_DRV] ipc_check_pg_override OVERRIDE CANCELLED"]]></Message>
    <Message ID="0x8086000200500007"><![CDATA["[IPC_DRV] ipc_proceed_to_reset_ph1 p_%d"]]></Message>
    <Message ID="0x8086000200500008"><![CDATA["[IPC_DRV] ipc_proceed_to_reset_ph1: Setting p_%d IPC_STATE_RESET_PHASE1"]]></Message>
    <Message ID="0x8086000200500009"><![CDATA["[IPC_DRV] ipc_initiate_reset p_%d"]]></Message>
    <Message ID="0x808600020050000A"><![CDATA["[IPC_DRV] ipc_initiate_reset: Sending notification to client p_%d:c_%d on fd %d"]]></Message>
    <Message ID="0x808600020050008D"><![CDATA["[IPC_DRV] ipc_drv_send_data p_%d:c_%d DB 0x%08X Data 0x%08X 0x%08X 0x%08X"]]></Message>
    <Message ID="0x808600020050000C"><![CDATA["[IPC_DRV] ipc_drv_handle_CSR_interrupt_handle_validity_bits: p_%d GOT VALIDITY RQ [%d]"]]></Message>
    <Message ID="0x8086000200500092"><![CDATA["[IPC_DRV] ipc_drv_handle_CSR_interrupt_handle_validity_bits: VAL GUARANTEED for p_%d"]]></Message>
    <Message ID="0x808600020050000D"><![CDATA["[IPC_DRV] ipc_drv_handle_CSR_interrupt_handle_validity_bits: p_%d GOT VALIDITY RQ CANCEL [%d]"]]></Message>
    <Message ID="0x808600020050000E"><![CDATA["[IPC_DRV] ipc_drv_handle_CSR_interrupt: Setting p_%d IPC_STATE_RESET_PHASE2"]]></Message>
    <Message ID="0x808600020050000F"><![CDATA["[IPC_DRV] ipc_drv_handle_CSR_interrupt: Setting p_%d state IPC_STATE_OPERATIONAL"]]></Message>
    <Message ID="0x8086000200500010"><![CDATA["[IPC_DRV] ipc_drv_handle_CSR_interrupt: error srv_notify_consumer, res %d, errno %d"]]></Message>
    <Message ID="0x808600020050008E"><![CDATA["[IPC_DRV] ipc_drv_handle_CSR_interrupt SET incoming_csr_in_progress for p_%d [%d] (0x%08X)"]]></Message>
    <Message ID="0x8086000200500090"><![CDATA["[IPC_DRV] ipc_drv_handle_CSR_interrupt RESET incoming_csr_in_progress for p_%d [%d]"]]></Message>
    <Message ID="0x808600020050000B"><![CDATA["[IPC_DRV] ipc_drv_handle_CSR_interrupt: p_%d: pg %d, CSR 0x%08X, state %d"]]></Message>
    <Message ID="0x8086000200500072"><![CDATA["[IPC_DRV] ipc_drv_handle_CSR_interrupt: BEEN IN GRACEFUL EXIT. IGNORING...."]]></Message>
    <Message ID="0x8086000200500011"><![CDATA["[IPC_DRV] ipc_drv_consume_in_msg p_%d:c_%d DB 0x%08X Data 0x%08X 0x%08X 0x%08X"]]></Message>
    <Message ID="0x8086000200500012"><![CDATA["[IPC_DRV] ipc_drv_handle_IN_DB_interrupt: p_%d Incoming DB interrupt: 0x%08X"]]></Message>
    <Message ID="0x8086000200500013"><![CDATA["[IPC_DRV] ipc_drv_handle_IN_DB_interrupt: p_%d Busy bit off"]]></Message>
    <Message ID="0x8086000200500014"><![CDATA["[IPC_DRV] ipc_drv_handle_IN_DB_interrupt: p_%d Not my client"]]></Message>
    <Message ID="0x8086000200500015"><![CDATA["[IPC_DRV] ipc_drv_handle_IN_DB_interrupt: p_%d:c_%d Dyn client not registered"]]></Message>
    <Message ID="0x8086000200500016"><![CDATA["[IPC_DRV] ipc_drv_handle_IN_DB_interrupt: p_%d:c_%d Message too long %d"]]></Message>
    <Message ID="0x8086000200500017"><![CDATA["[IPC_DRV] ipc_drv_handle_IN_DB_interrupt: p_%d:c_%d Unsupported custom msg"]]></Message>
    <Message ID="0x8086000200500018"><![CDATA["[IPC_DRV] ipc_drv_handle_IN_DB_interrupt: p_%d:c_%d Unsupported short msg"]]></Message>
    <Message ID="0x8086000200500019"><![CDATA["[IPC_DRV] ipc_drv_handle_IN_DB_interrupt: p_%d:c_%d invalid command FLOW_CTRL_INFO_REQ"]]></Message>
    <Message ID="0x808600020050001A"><![CDATA["[IPC_DRV] ipc_drv_handle_IN_DB_interrupt: p_%d:c_%d unsupported version %d"]]></Message>
    <Message ID="0x808600020050001B"><![CDATA["[IPC_DRV] ipc_drv_handle_IN_DB_interrupt: p_%d:c_%d queue_size error %d"]]></Message>
    <Message ID="0x808600020050001C"><![CDATA["[IPC_DRV] ipc_drv_handle_IN_DB_interrupt: p_%d:c_%d invalid size %d"]]></Message>
    <Message ID="0x808600020050001D"><![CDATA["[IPC_DRV] ipc_drv_handle_IN_DB_interrupt: p_%d:c_%d Sending Select event to client"]]></Message>
    <Message ID="0x808600020050001E"><![CDATA["[IPC_DRV] ipc_drv_handle_IN_DB_interrupt: p_%d:c_%d error srv_notify_consumer, res %d, errno %d"]]></Message>
    <Message ID="0x808600020050001F"><![CDATA["[IPC_DRV] ipc_drv_handle_OUT_DB_interrupt: p_%d Outgoing DB interrupt val 0x%08X"]]></Message>
    <Message ID="0x8086000200500020"><![CDATA["[IPC_DRV] ipc_drv_handle_OUT_DB_interrupt: p_%d not busy"]]></Message>
    <Message ID="0x808600020050008F"><![CDATA["[IPC_DRV] ipc_drv_handle_OUT_DB_interrupt Resetting send_in_progress for p_%d, pg %d"]]></Message>
    <Message ID="0x8086000200500021"><![CDATA["[IPC_DRV] ipc_drv_handle_OUT_DB_interrupt: p_%d got unsuccessful status [%d] from the peer"]]></Message>
    <Message ID="0x8086000200500003"><![CDATA["[IPC_DRV] ipc_drv_handle_OUT_DB_interrupt: p_%d:c_%d ipc_drv_send_data error [%d]"]]></Message>
    <Message ID="0x8086000200500022"><![CDATA["[IPC_DRV] ipc_drv_handle_OUT_DB_interrupt: p_%d:c_%d Setting select write off"]]></Message>
    <Message ID="0x8086000200500023"><![CDATA["[IPC_DRV] ipc_drv_handle_OUT_DB_interrupt: p_%d:c_%d srv_notify_consumer error [%d]"]]></Message>
    <Message ID="0x8086000200500058"><![CDATA["[IPC_DRV] ipc_cm0_mem_init: Init queues p_%d:c_%d"]]></Message>
    <Message ID="0x8086000200500030"><![CDATA["[IPC_DRV] ipc_cm0_mem_init: failed to initialize fixed client queues, error code = %d"]]></Message>
    <Message ID="0x8086000200500005"><![CDATA["[IPC_DRV] ipc_init"]]></Message>
    <Message ID="0x808600020050002A"><![CDATA["[IPC_DRV] ipc_power_device busdrv_open_device failed "]]></Message>
    <Message ID="0x808600020050002B"><![CDATA["[IPC_DRV] ipc_power_device: busdrv_set_pwr_state failed error code = %d"]]></Message>
    <Message ID="0x808600020050002C"><![CDATA["[IPC_DRV] ipc_init: operation busdrv_set_pme(0) failed error code = %d"]]></Message>
    <Message ID="0x808600020050002F"><![CDATA["[IPC_DRV] ipc_init: busdrv_set_msie failed, error code = %d"]]></Message>
    <Message ID="0x8086000200500067"><![CDATA["[IPC_DRV] ipc_drv_graceful_exit: p_%d:c_%d Still Connected"]]></Message>
    <Message ID="0x808600020050007C"><![CDATA["[IPC_DRV] ipc_drv_graceful_exit: operation busdrv_set_pme(0) failed error code = %d"]]></Message>
    <Message ID="0x8086000200500025"><![CDATA["[IPC_DRV] ipc_drv_graceful_exit: busdrv_set_msie failed, error code = %d"]]></Message>
    <Message ID="0x8086000200500026"><![CDATA["[IPC_DRV] ipc_drv_handle_pwr_event: Event 0x%x, src_cse_state 0x%x, dst_cse_state 0x%x cause 0x%x"]]></Message>
    <Message ID="0x8086000200500085"><![CDATA["[IPC_DRV] ipc_drv_handle_pwr_event: Entering %d state with PG Overridden"]]></Message>
    <Message ID="0x8086000200500087"><![CDATA["[IPC_DRV] ipc_drv_handle_pwr_event: p_%d validity state %d"]]></Message>
    <Message ID="0x8086000200500088"><![CDATA["[IPC_DRV] ipc_drv_handle_pwr_event: p_%d:c_%d CLI HANDLE %d"]]></Message>
    <Message ID="0x8086000200500089"><![CDATA["[IPC_DRV] ipc_drv_handle_pwr_event: p_%d:c_%d CLI STATE %d"]]></Message>
    <Message ID="0x8086000200500004"><![CDATA["[IPC_DRV] ipc_drv_handle_pwr_event: Destroying queues p_%d:c_%d"]]></Message>
    <Message ID="0x8086000200500028"><![CDATA["[IPC_DRV] ipc_drv_handle_pwr_event: busdrv_set_msie (%d) failed res %d, errno %d"]]></Message>
    <Message ID="0x808600020050002D"><![CDATA["[IPC_DRV] ipc_drv_open_cb: BEEN IN GRACEFUL EXIT. IGNORING...."]]></Message>
    <Message ID="0x8086000200500037"><![CDATA["[IPC_DRV] ipc_drv_open_cb: client p_%d:c_%d (minor %d) already registered"]]></Message>
    <Message ID="0x8086000200500038"><![CDATA["[IPC_DRV] ipc_drv_open_cb: p_%d:c_%d (minor %d) is connected"]]></Message>
    <Message ID="0x8086000200500073"><![CDATA["[IPC_DRV] ipc_drv_open_cb: failed to initialize fixed client queues, error code = %d"]]></Message>
    <Message ID="0x8086000200500039"><![CDATA["[IPC_DRV] ipc_drv_open_cb: Internal error (queue_size) errno %d"]]></Message>
    <Message ID="0x808600020050003B"><![CDATA["[IPC_DRV] ipc_drv_open_cb: unsupported minor number %d"]]></Message>
    <Message ID="0x808600020050003D"><![CDATA["[IPC_DRV] ipc_drv_close_cb: Not my handle %d"]]></Message>
    <Message ID="0x808600020050003E"><![CDATA["[IPC_DRV] ipc_drv_close_cb fd %d p_%d:c_%d"]]></Message>
    <Message ID="0x8086000200500086"><![CDATA["[IPC_DRV] ipc_drv_close_cb: CHECKING PG OVERRIDE for p_%d [%d]"]]></Message>
    <Message ID="0x8086000200500040"><![CDATA["[IPC_DRV] ipc_drv_read_cb: not my fd"]]></Message>
    <Message ID="0x8086000200500041"><![CDATA["[IPC_DRV] ipc_drv_read_cb: p_%d:c_%d Not ready, cse_state %d, cli state %d"]]></Message>
    <Message ID="0x8086000200500042"><![CDATA["[IPC_DRV] ipc_drv_read_cb: p_%d:c_%d Queue error %d"]]></Message>
    <Message ID="0x8086000200500043"><![CDATA["[IPC_DRV] ipc_drv_read_cb: p_%d:c_%d Nothing to read"]]></Message>
    <Message ID="0x8086000200500044"><![CDATA["[IPC_DRV] ipc_drv_read_cb: p_%d:c_%d Dequeue error %d"]]></Message>
    <Message ID="0x808600020050003A"><![CDATA["[IPC_DRV] ipc_drv_read_cb: p_%d:c_%d DB 0x%08X, Data 0x%08X 0x%08X 0x%08X"]]></Message>
    <Message ID="0x8086000200500047"><![CDATA["[IPC_DRV] ipc_drv_read_cb: p_%d:c_%d Invalid payload size %d"]]></Message>
    <Message ID="0x8086000200500081"><![CDATA["[IPC_DRV] ipc_drv_read_cb: p_%d:c_%d Error memcpy"]]></Message>
    <Message ID="0x8086000200500082"><![CDATA["[IPC_DRV] ipc_drv_read_cb: p_%d:c_%d Error mg_copyto, status %d"]]></Message>
    <Message ID="0x8086000200500068"><![CDATA["[IPC_DRV] ipc_drv_read_cb: p_%d:c_%d Invalid payload size from DB reg: %d"]]></Message>
    <Message ID="0x8086000200500045"><![CDATA["[IPC_DRV] ipc_drv_read_cb: p_%d:c_%d  Queue size error %d"]]></Message>
    <Message ID="0x8086000200500046"><![CDATA["[IPC_DRV] ipc_drv_read_cb: p_%d:c_%d error srv_notify_consumer, res %d, errno %d"]]></Message>
    <Message ID="0x8086000200500049"><![CDATA["[IPC_DRV] ipc_drv_write_cb: not my fd"]]></Message>
    <Message ID="0x808600020050004A"><![CDATA["[IPC_DRV] ipc_drv_write_cb: p_%d:c_%d Not ready, cse_state %d, cli state %d"]]></Message>
    <Message ID="0x808600020050004B"><![CDATA["[IPC_DRV] ipc_drv_write_cb: p_%d:c_%d Queue error %d"]]></Message>
    <Message ID="0x808600020050004C"><![CDATA["[IPC_DRV] ipc_drv_write_cb: p_%d:c_%d Queue overflow"]]></Message>
    <Message ID="0x808600020050004D"><![CDATA["[IPC_DRV] ipc_drv_write_cb: p_%d:c_%d Internal error: Msg len %d"]]></Message>
    <Message ID="0x808600020050004E"><![CDATA["[IPC_DRV] ipc_drv_write_cb: p_%d:c_%d mg_copyfrom error, res %d, errno %d"]]></Message>
    <Message ID="0x8086000200500093"><![CDATA["[IPC_DRV] ipc_drv_write_cb: p_%d:c_%d Internal error: Msg.len %d"]]></Message>
    <Message ID="0x808600020050004F"><![CDATA["[IPC_DRV] ipc_drv_write_cb: p_%d:c_%d SENDING (DB 0x%08X) Data 0x%08X 0x%08X 0x%08X"]]></Message>
    <Message ID="0x8086000200500050"><![CDATA["[IPC_DRV] ipc_drv_write_cb: p_%d:c_%d memcpy_s error, status %d, errno %d"]]></Message>
    <Message ID="0x8086000200500051"><![CDATA["[IPC_DRV] ipc_drv_write_cb: p_%d:c_%d QUEUEING (DB 0x%08X) Data 0x%08X 0x%08X 0x%08X"]]></Message>
    <Message ID="0x8086000200500052"><![CDATA["[IPC_DRV] ipc_drv_write_cb: p_%d:c_%d Enqueue error %d"]]></Message>
    <Message ID="0x8086000200500053"><![CDATA["[IPC_DRV] ipc_drv_write_cb: p_%d:c_%d Queue size error %d"]]></Message>
    <Message ID="0x8086000200500054"><![CDATA["[IPC_DRV] ipc_drv_write_cb: p_%d:c_%d Setting select write off"]]></Message>
    <Message ID="0x8086000200500055"><![CDATA["[IPC_DRV] ipc_drv_write_cb: p_%d:c_%d srv_notify_consumer error %d"]]></Message>
    <Message ID="0x808600020050005A"><![CDATA["[IPC_DRV] ipc_drv_ioctl_cb: not my fd handle %d"]]></Message>
    <Message ID="0x808600020050005B"><![CDATA["[IPC_DRV] ipc_drv_ioctl_cb: p_%d:c_%d Resetting Client fd %d err select"]]></Message>
    <Message ID="0x8086000200500080"><![CDATA["[IPC_DRV] ipc_drv_ioctl_cb: Unexpected Quiesce Confirmation"]]></Message>
    <Message ID="0x808600020050005C"><![CDATA["[IPC_DRV] ipc_drv_ioctl_cb: INTERNAL ERROR - p_%d:c_%d peer state %d before client confirmed messages clear"]]></Message>
    <Message ID="0x808600020050005D"><![CDATA["[IPC_DRV] ipc_drv_ioctl_cb: p_%d:c_%d regular client trying to set main cli policy"]]></Message>
    <Message ID="0x808600020050005E"><![CDATA["[IPC_DRV] ipc_drv_ioctl_cb: p_%d:c_%d Setting Main client policy to %d"]]></Message>
    <Message ID="0x808600020050005F"><![CDATA["[IPC_DRV] ipc_drv_ioctl_cb: p_%d:c_%d trying to set invalid policy %d"]]></Message>
    <Message ID="0x8086000200500060"><![CDATA["[IPC_DRV] ipc_drv_ioctl_cb: INTERNAL ERROR - peer[%d] state %d before main client set the policy"]]></Message>
    <Message ID="0x808600020050007B"><![CDATA["[IPC_DRV] ipc_drv_ioctl_cb: error srv_notify_consumer, res %d, errno %d"]]></Message>
    <Message ID="0x8086000200500027"><![CDATA["[IPC_DRV] ipc_drv_ioctl_cb: Unsupported IOCTL %d"]]></Message>
    <Message ID="0x8086000200500075"><![CDATA["[IPC_DRV] ipc_drv_hw_int_cb: irq = %d"]]></Message>
    <Message ID="0x8086000200500024"><![CDATA["[IPC_DRV] ipc_drv_hw_int_cb: BEEN IN GRACEFUL EXIT. IGNORING...."]]></Message>
    <Message ID="0x8086000200500076"><![CDATA["[IPC_DRV] ipc_drv_hw_int_cb p_%d: Int Status: 0x%08X, IE: 0x%08X"]]></Message>
    <Message ID="0x8086000200500077"><![CDATA["[IPC_DRV] ipc_drv_hw_int_cb p_%d: INCOMING CSR"]]></Message>
    <Message ID="0x8086000200500033"><![CDATA["[IPC_DRV] ipc_drv_hw_int_cb p_%d: Leaving CSR interrupt ON"]]></Message>
    <Message ID="0x8086000200500078"><![CDATA["[IPC_DRV] ipc_drv_hw_int_cb p_%d: INCOMING DB"]]></Message>
    <Message ID="0x8086000200500079"><![CDATA["[IPC_DRV] ipc_drv_hw_int_cb: Peer %d is not operational"]]></Message>
    <Message ID="0x808600020050007A"><![CDATA["[IPC_DRV] ipc_drv_hw_int_cb p_%d: OUTGOING DB"]]></Message>
    <Message ID="0x8086000200500057"><![CDATA["[IPC_DRV] ipc_drv_hw_int_cb: Peer %d is not operational"]]></Message>
    <Message ID="0x8086000200500035"><![CDATA["[IPC_DRV] ipc_drv_evt_cb: event_grp = %d evt_id %d"]]></Message>
    <Message ID="0x8086000200500059"><![CDATA["[IPC_DRV] ipc_drv_evt_cb: ipc_drv_handle_pwr_event res %d errno %d"]]></Message>
    <Message ID="0x8086000200500074"><![CDATA["[IPC_DRV] ipc_drv_evt_cb: unexpected event, grp = %d"]]></Message>
    <Message ID="0x808600020050008A"><![CDATA["[IPC_DRV] ipc_drv_init: HW init failed res %d errno %d"]]></Message>
    <Message ID="0x8086000200500036"><![CDATA["[IPC_DRV] ipc_drv_init, src_cse_state 0x%x, dst_cse_state 0x%x cause 0x%x"]]></Message>
    <Message ID="0x8086000200500000"><![CDATA["[IPC_DRV] : IPC DRIVER INIT. %d Peers defined."]]></Message>
    <Message ID="0x8086000200500063"><![CDATA["[IPC_DRV] ipc_drv_main: open failed errno %d"]]></Message>
    <Message ID="0x8086000200500064"><![CDATA["[IPC_DRV] ipc_drv_main: malloc failed errno %d"]]></Message>
    <Message ID="0x8086000200500065"><![CDATA["[IPC_DRV] ipc_drv_main: srv_init failed res %d errno %d"]]></Message>
    <Message ID="0x8086000200500001"><![CDATA["[IPC_DRV] IPC Init Completed "]]></Message>
    <Message ID="0x8086000200500066"><![CDATA["[IPC_DRV] ipc_drv_main: ed_register_for_eventsfailed  res %d"]]></Message>
    <Message ID="0x8086000200500002"><![CDATA["[IPC_DRV] IPC driver finished, return code %d"]]></Message>
    <Message ID="0x80860002002C0020"><![CDATA["failed notifying, r = %d"]]></Message>
    <Message ID="0x80860002002C0036"><![CDATA["[PM][ED] handle_new_process: 0x%04x"]]></Message>
    <Message ID="0x80860002002C0021"><![CDATA["[ED] process is an M0-only process."]]></Message>
    <Message ID="0x80860002002C0022"><![CDATA["[ED] process is an M3 process."]]></Message>
    <Message ID="0x560002008B141400"><![CDATA["[PERF],TS,%x,%d,%d,%u,%u"]]></Message>
    <Message ID="0x80860002002C0029"><![CDATA[" **** error: mismatch on thread id const, expecting 0x%08x"]]></Message>
    <Message ID="0x80860002002C002B"><![CDATA["pm panic: endpoint = %8x, p_index = %d, t_index = %d, real_ep = %d, real_pid = %d, type = %d"]]></Message>
    <Message ID="0x80860002002C0039"><![CDATA["pm_unload_no_recovery_modules(): COMPLETED - MODULES UNLOADED = %d "]]></Message>
    <Message ID="0x80860002002C0015"><![CDATA["flzma init malloc failed"]]></Message>
    <Message ID="0x80860002002C000A"><![CDATA["crypto_aes_ctr in flzma_init failed, r = 0x%x"]]></Message>
    <Message ID="0x80860002002C000B"><![CDATA["pmcrypto_hash_update in flzma_init failed, r = 0x%x"]]></Message>
    <Message ID="0x80860002002C0001"><![CDATA["lzma_calculate_context_size failed. status: %d"]]></Message>
    <Message ID="0x80860002002C000C"><![CDATA["flzma context malloc failed"]]></Message>
    <Message ID="0x80860002002C000D"><![CDATA["flzma init context failed, r = 0x%x"]]></Message>
    <Message ID="0x80860002002C000E"><![CDATA["flzma set input buffer in flzma_init failed, r = 0x%x"]]></Message>
    <Message ID="0x80860002002C000F"><![CDATA["flzma set output buffer failed, r = 0x%x"]]></Message>
    <Message ID="0x80860002002C0010"><![CDATA["lzma decompress returned with error, r = 0x%x"]]></Message>
    <Message ID="0x80860002002C0011"><![CDATA["illegal lzma state"]]></Message>
    <Message ID="0x80860002002C0012"><![CDATA["flzma read returned with error, errno = 0x%x"]]></Message>
    <Message ID="0x80860002002C0013"><![CDATA["crypto_aes_ctr in flzma_read failed, r = 0x%x"]]></Message>
    <Message ID="0x80860002002C0014"><![CDATA["pmcrypto_hash_update in flzma_read failed, r = 0x%x"]]></Message>
    <Message ID="0x80860002002C0016"><![CDATA["flzma set input buffer in flzma_read failed, r = 0x%x"]]></Message>
    <Message ID="0x80860002002C0027"><![CDATA["do_exit for pid %x"]]></Message>
    <Message ID="0x80860002002C0028"><![CDATA["VFS died"]]></Message>
    <Message ID="0x80860002002C002C"><![CDATA["unable to open file, errno = %d "]]></Message>
    <Message ID="0x80860002002C002D"><![CDATA["unable to fstat, errno = %d "]]></Message>
    <Message ID="0x80860002002C002E"><![CDATA["isokendpt got invalid slot: %d, ep=%x "]]></Message>
    <Message ID="0x80860002002C002F"><![CDATA["isokendpt got endpoint of a free tslot - %d, ep = %x "]]></Message>
    <Message ID="0x80860002002C0030"><![CDATA["isokendpoint mismatch - got ep %x, known ep %x "]]></Message>
    <Message ID="0x80860002002C0031"><![CDATA["isokendpt - thread slot %d is not a subthread of proc slot %d, ep = %x "]]></Message>
    <Message ID="0x80860002002C0032"><![CDATA["isokpid illegal slot %d, pid = %x "]]></Message>
    <Message ID="0x80860002002C0035"><![CDATA["isokpid mismatch - got pid %x, existing pid %x "]]></Message>
    <Message ID="0x80860002002C0034"><![CDATA["isokpid pslot %d is not in use, pid = %x, flags = %x "]]></Message>
    <Message ID="0x80860002002C0037"><![CDATA["[PM] Exception in process: 0x%04x"]]></Message>
    <Message ID="0x80860002002C0023"><![CDATA["unable to get error info for process. pid %x module id %x"]]></Message>
    <Message ID="0x80860002002C0024"><![CDATA["[ProcMan] exception in process (pid %x module id %x): exit cause %d"]]></Message>
    <Message ID="0x80860002002C0025"><![CDATA["warning: ignoring notifications from tid 0x%x"]]></Message>
    <Message ID="0x80860002002C0026"><![CDATA["warning: ignoring kernel messages. type %d"]]></Message>
    <Message ID="0x560002008B144800"><![CDATA["[PERF],TS,%x,%d,%d,%u,%u"]]></Message>
    <Message ID="0x80860002002C001F"><![CDATA["build_icv_blob: started. size = %d"]]></Message>
    <Message ID="0x80860002002C001C"><![CDATA["build_icv_blob: finished. phase = %d, status = %d"]]></Message>
    <Message ID="0x80860002002C001D"><![CDATA["write_nvm_icv: finished. phase = %d, status = %d"]]></Message>
    <Message ID="0x80860002002C0002"><![CDATA["load_module_pages: location_path in rm_load_exec returned null, mp_proc->mp_unique_id - 0x%x"]]></Message>
    <Message ID="0x80860002002C0003"><![CDATA["load_module_pages: unable to stat, errno = 0x%x"]]></Message>
    <Message ID="0x80860002002C0004"><![CDATA["load_module_pages: unable to call allowed, errno = 0x%x"]]></Message>
    <Message ID="0x80860002002C0005"><![CDATA["load_module_pages: failed in malloc_ex"]]></Message>
    <Message ID="0x80860002002C0006"><![CDATA["load_module_pages: FTPR snowball manifest open failed, errno = 0x%x"]]></Message>
    <Message ID="0x80860002002C0007"><![CDATA["load_module_pages: FTPR snowball manifest read failed, errno = 0x%x"]]></Message>
    <Message ID="0x80860002002C0008"><![CDATA["load_module_pages: unable to initialize flzma, errno = %d, r = 0x%x, mp_proc->mp_pid = 0x%x"]]></Message>
    <Message ID="0x80860002002C0009"><![CDATA["load_module_pages: Sys module load page failed, r = 0x%x (pid = 0x%x, page_off = 0x%x)"]]></Message>
    <Message ID="0x80860002002C002A"><![CDATA["load_module_pages: Failed when trying to read from file, page_off = 0x%x, got n = %d, errno = %d "]]></Message>
    <Message ID="0x80860002002C0017"><![CDATA["load_module_pages: unable to hash-update on module data, r = 0x%x"]]></Message>
    <Message ID="0x80860002002C0018"><![CDATA["load_module_pages: trying to read from file, page_off = 0x%x, got n = 0x%x, errno = 0x%x"]]></Message>
    <Message ID="0x80860002002C0019"><![CDATA["load_module_pages: calling sys_process_add_page(pid = 0x%x, page offset = 0x%x)"]]></Message>
    <Message ID="0x80860002002C001A"><![CDATA["load_module_pages: unable to hash-digest on module data, r = 0x%x, mp_proc->mp_pid = 0x%x"]]></Message>
    <Message ID="0x80860002002C001B"><![CDATA["load_module_pages: module hash mismatch!, mp_proc->mp_pid = 0x%x"]]></Message>
    <Message ID="0x8086000200520C01"><![CDATA["[PWR] Select CB returned (%d)."]]></Message>
    <Message ID="0x8086000200520C00"><![CDATA["[PWR] SelectCB Called. "]]></Message>
    <Message ID="0x8086000200520C5C"><![CDATA["[PWR] Select CB returned (%d)."]]></Message>
    <Message ID="0x8086000200520C02"><![CDATA["[PWR] pwr_core_event_sys_event_handler(): Clearing transition log"]]></Message>
    <Message ID="0x8086000200520C5A"><![CDATA["[PWR] Error - IPC Drv Send ClearTransLog Returned (%d)."]]></Message>
    <Message ID="0x8086000200520C0C"><![CDATA["[PWR] Error - IPC Drv Send DynamicPm Returned (%d)."]]></Message>
    <Message ID="0x8086000200520C0F"><![CDATA["[PWR] New IPC Event Received. 0x%08X"]]></Message>
    <Message ID="0x8086000200520C10"><![CDATA["[PWR] New IPC Event Received: Other FDS."]]></Message>
    <Message ID="0x8086000200520C11"><![CDATA["[PWR] Failed IPC Drv Get Notifications (%d) errno %d."]]></Message>
    <Message ID="0x8086000200520C12"><![CDATA["[PWR] Failed IPC Drv Ack Messages Cleared (%d). errno %d"]]></Message>
    <Message ID="0x8086000200520C14"><![CDATA["[PWR] Failed IPC Drv Receive Failed. (%d) errno %d, len %d."]]></Message>
    <Message ID="0x8086000200520C13"><![CDATA["[PWR] New IPC Event Received: Read FDS. ipc_event->Command = 0x%x"]]></Message>
    <Message ID="0x8086000200520C1B"><![CDATA["[PWR] pwr_core_event_ipc_event_handler: Wrong message size received: %d, expected %d"]]></Message>
    <Message ID="0x8086000200520C15"><![CDATA["[PWR] IPC PMC Manageability Event. Value (0x%x)."]]></Message>
    <Message ID="0x8086000200520C16"><![CDATA["[PWR] IPC PMC Clear  Transaction Log Ack. Value (0x%x)."]]></Message>
    <Message ID="0x8086000200520C1C"><![CDATA["[PWR] pwr_core_event_ipc_event_handler: Wrong message size received: %d, expected %d"]]></Message>
    <Message ID="0x8086000200520C18"><![CDATA["[PWR] IPC PMC Payload Pull Ack. Value (0x%x), len %d, done 0x%04X, error 0x%04X, expecting 0x%04X."]]></Message>
    <Message ID="0x8086000200520C19"><![CDATA["[PWR] Error sending ioctl reply, status %d"]]></Message>
    <Message ID="0x8086000200520C17"><![CDATA["[PWR] Unknown IPC Event. Value (0x%x)."]]></Message>
    <Message ID="0x8086000200520C2A"><![CDATA["[PWR] HW interrupt cb: received from PMC. pmcintsts = 0x%x."]]></Message>
    <Message ID="0x8086000200520C2F"><![CDATA["[PWR] HW interrupt cb: received from PMC. csmew2ie = 0x%x, csmews = 0x%x."]]></Message>
    <Message ID="0x8086000200520C04"><![CDATA["[PWR] HW interrupt cb: nvm_take_ownership_required. STATE_TRANS_DATA = 0x%x."]]></Message>
    <Message ID="0x8086000200521000"><![CDATA["[PWR]: pwr_ack_pmc_for_rst_warn"]]></Message>
    <Message ID="0x8086000200521001"><![CDATA["[PWR]: pwr_ack_pmc_for_go_sx"]]></Message>
    <Message ID="0x8086000200521005"><![CDATA["[PWR]: pwr_disable_cm3_operation"]]></Message>
    <Message ID="0x8086000200521006"><![CDATA["[PWR]: pwr_modify_sus_pd (enable = %d)"]]></Message>
    <Message ID="0x8086000200521007"><![CDATA["[PWR]: pwr_enable_sus_pd"]]></Message>
    <Message ID="0x8086000200521008"><![CDATA["[PWR]: pwr_disable_sus_pd"]]></Message>
    <Message ID="0x808600020052100B"><![CDATA["[PWR]: pwr_clear_intr_mask"]]></Message>
    <Message ID="0x808600020052100C"><![CDATA["[PWR]: pwr_clear_pltrst_assertion_status"]]></Message>
    <Message ID="0x808600020052100D"><![CDATA["[PWR]: pwr_clear_crda_status"]]></Message>
    <Message ID="0x808600020052100F"><![CDATA["[PWR]: pwr_pmc_interrupt_enable"]]></Message>
    <Message ID="0x8086000200521010"><![CDATA["[PWR]: pwr_update_fwsts_and_shared_bup_data(): Context = 0x%x"]]></Message>
    <Message ID="0x8086000200521012"><![CDATA["[PWR]: pwr_log_add_entry - log_value = 0x%x"]]></Message>
    <Message ID="0x8086000200520800"><![CDATA["[PWR] pwr_drv_ioctl_cb(): Minor: (%d) Handle: (%d) Tid: (%08x) Request: (%d)"]]></Message>
    <Message ID="0x8086000200520822"><![CDATA["[PWR] Invalid minor %d"]]></Message>
    <Message ID="0x8086000200520821"><![CDATA["[PWR] Invalid IOCTL %d"]]></Message>
    <Message ID="0x8086000200520820"><![CDATA["[PWR] Ioctl %d Minor %d Deferred Reply"]]></Message>
    <Message ID="0x8086000200520801"><![CDATA["[PWR] Ioctl %d Minor %d Returned %d"]]></Message>
    <Message ID="0x8086000200520824"><![CDATA["[PWR] pwr_drv_reply_ioctl: minor %d, request %d"]]></Message>
    <Message ID="0x8086000200520825"><![CDATA["[PWR] pwr_drv_reply_ioctl: INVALID PARAMS"]]></Message>
    <Message ID="0x8086000200520826"><![CDATA["[PWR] pwr_drv_reply_ioctl: NOT MY IOCTL"]]></Message>
    <Message ID="0x8086000200520823"><![CDATA["[PWR] pwr_drv_reply_ioctl: no IOCTL pending for minor %d, request %d"]]></Message>
    <Message ID="0x8086000200520803"><![CDATA["[PWR] pwr_maestro_enable_event_handler(): Maestro Enable Event (%d)"]]></Message>
    <Message ID="0x8086000200520804"><![CDATA["[PWR] pwr_maestro_disable_event_handler(): Maestro Disable Event (%d)"]]></Message>
    <Message ID="0x8086000200520805"><![CDATA["[PWR] pwr_maestro_register_notify_causes_handler(): Maestro Register Notify Causes."]]></Message>
    <Message ID="0x8086000200520806"><![CDATA["[PWR] pwr_maestro_receive_notify_causes_handler(): Maestro ReceiveNotifyCauses."]]></Message>
    <Message ID="0x8086000200520807"><![CDATA["[PWR] pwr_maestro_receive_notify_causes_handler(): Cause: (%d) Event (%d) Context (%d)."]]></Message>
    <Message ID="0x808600020052080F"><![CDATA["[PWR] pwr_maestro_receive_notify_causes_handler(): Unexpected call"]]></Message>
    <Message ID="0x8086000200520808"><![CDATA["[PWR] pwr_maestro_config_pmc_handler(): Maestro ConfigPmc (%d)."]]></Message>
    <Message ID="0x808600020052081E"><![CDATA["[PWR] pwr_maestro_get_data_handler(): Maestro GetData (%d)."]]></Message>
    <Message ID="0x8086000200520809"><![CDATA["[PWR] pwr_maestro_set_data_handler(): Maestro SetData (%d) %d."]]></Message>
    <Message ID="0x808600020052080A"><![CDATA["[PWR]: Ops Ungraceful Global Reset (ClientID: %d)"]]></Message>
    <Message ID="0x808600020052080B"><![CDATA["[PWR]: Ops Host Power Down (ClientID: %d)"]]></Message>
    <Message ID="0x8086000200520829"><![CDATA["[PWR]: Ops Power Down (ClientID: %d)"]]></Message>
    <Message ID="0x808600020052080C"><![CDATA["[PWR]: Ops Host Power Up (ClientID: %d)"]]></Message>
    <Message ID="0x808600020052080D"><![CDATA["[PWR]: Ops Host Warm Reset (ClientID: %d)"]]></Message>
    <Message ID="0x808600020052080E"><![CDATA["[PWR]: Ops Host Cold Reset (ClientID: %d)"]]></Message>
    <Message ID="0x808600020052081F"><![CDATA["[PWR]: Promoted Global Reset (ClientID: %d)"]]></Message>
    <Message ID="0x8086000200520813"><![CDATA["[PWR]: Ops SetGbePhyPwr (%d)."]]></Message>
    <Message ID="0x8086000200520816"><![CDATA["[PWR]: Ops EnableSouthLink (%d)."]]></Message>
    <Message ID="0x8086000200520817"><![CDATA["[PWR]: Ops GetWlanStatus (%d)."]]></Message>
    <Message ID="0x8086000200520818"><![CDATA["[PWR]: Ops Virtual Pwr Button Press."]]></Message>
    <Message ID="0x808600020052081B"><![CDATA["[PWR]: pwr_ops_send_pmc_payload_handler (0x%04X)."]]></Message>
    <Message ID="0x8086000200520827"><![CDATA["[PWR] pwr_ops_send_pmc_payload_handler Error sending IPC msg, status %d"]]></Message>
    <Message ID="0x8086000200520828"><![CDATA["[PWR]: pmc_resources_read. Register address (0x%X)."]]></Message>
    <Message ID="0x8086000200520819"><![CDATA["[PWR]: State GetPwrSource (%d)."]]></Message>
    <Message ID="0x808600020052081A"><![CDATA["[PWR]: State GetResetReason (%d)."]]></Message>
    <Message ID="0x808600020052081D"><![CDATA["[PWR]: State RegisterForCm3Wake (%d)."]]></Message>
    <Message ID="0x8086000200520401"><![CDATA["[PWR] Exiting: (%d)"]]></Message>
    <Message ID="0x8086000200520400"><![CDATA["[PWR] Init Start."]]></Message>
    <Message ID="0x8086000200520402"><![CDATA["[PWR] Init Complete."]]></Message>
    <Message ID="0x8086000200520403"><![CDATA["[PWR] OpenCB: Minor (%d), Caller Tid (%d)."]]></Message>
    <Message ID="0x8086000200520406"><![CDATA["[PWR] OpenCB: Minor (%d) Handle (%d) "]]></Message>
    <Message ID="0x8086000200520407"><![CDATA["[PWR] CloseCB Called. Service Handle (%d)."]]></Message>
    <Message ID="0x8086000200520C28"><![CDATA["[PWR] Posting event. event = %d."]]></Message>
    <Message ID="0x8086000200520C29"><![CDATA["[PWR] Not posting event. Event is saved for later. event = %d."]]></Message>
    <Message ID="0x8086000200520C5B"><![CDATA["[PWR_DRV] Warning: PCD cleared on possible first boot"]]></Message>
    <Message ID="0x8086000200520C31"><![CDATA["[PWR] Sent to PMC. Offset = 0x%x, Value = 0x%x."]]></Message>
    <Message ID="0x8086000200520C37"><![CDATA["[PWR] pwr_common_core_ack_pmc"]]></Message>
    <Message ID="0x8086000200520C38"><![CDATA["[PWR] pwr_common_core_query_pcd: pcd=%d"]]></Message>
    <Message ID="0x8086000200520C39"><![CDATA["[PWR] pwr_common_core_set_pcd(%d)"]]></Message>
    <Message ID="0x8086000200520C41"><![CDATA["[PWR] pwr_common_core_set_host_wake_asw_disable(%d)"]]></Message>
    <Message ID="0x8086000200520C43"><![CDATA["[PWR] pwr_common_core_set_cpupwrgd_override(%d)"]]></Message>
    <Message ID="0x8086000200520C44"><![CDATA["[PWR] pwr_common_core_clear_pmcintsts"]]></Message>
    <Message ID="0x8086000200520C45"><![CDATA["[PWR] pwr_common_core_set_csme_ack_required_bit"]]></Message>
    <Message ID="0x8086000200520C47"><![CDATA["[PWR] pwr_common_core_request_reset: reset_type_t = 0x%x"]]></Message>
    <Message ID="0x8086000200520C49"><![CDATA["[PWR] BOOT_PHASE pwr_common_core_set_host_boot_prep_done (Setting HOBIT)"]]></Message>
    <Message ID="0x8086000200520C56"><![CDATA["[PWR] BOOT_PHASE pwr_common_core_set_cpu_boot_config_done (Setting CPU_BOOT_CONFIG_DONE)"]]></Message>
    <Message ID="0x8086000200520C32"><![CDATA["[PWR] pwr_common_core_query_host_boot_prep_done_fail: Received from PMC. csme_host_ctl = 0x%x."]]></Message>
    <Message ID="0x8086000200520C0B"><![CDATA["[PWR] Read power registers:"]]></Message>
    <Message ID="0x8086000200520C34"><![CDATA["[PWR] genctl = 0x%x, gen_pmc_com = 0x%x, rtcpmcfg = 0x%x, psctrl = 0x%x, csmew2ie = 0x%x, csmews = 0x%x"]]></Message>
    <Message ID="0x8086000200520C35"><![CDATA["[PWR] dswpmcfg = 0x%x, suspmcfg = 0x%x, hests0 = 0x%x, hests1 = 0x%x, pmcintsts = 0x%x, csme_ack_reqd = 0x%x"]]></Message>
    <Message ID="0x8086000200520C59"><![CDATA["[PWR] pwr_common_bup_clear_event_status"]]></Message>
    <Message ID="0x8086000200520C4A"><![CDATA["[PWR] pwr_common_bup_clear_cpu_reset_done_ack_status"]]></Message>
    <Message ID="0x8086000200520C4B"><![CDATA["[PWR] pwr_common_bup_disable_host_reset_timeout"]]></Message>
    <Message ID="0x8086000200520C4C"><![CDATA["[PWR] pwr_common_bup_disable_lan_power_control"]]></Message>
    <Message ID="0x8086000200520C4D"><![CDATA["[PWR] pwr_common_bup_config_cpupwrgd_timeout"]]></Message>
    <Message ID="0x8086000200520C4E"><![CDATA["[PWR] pwr_common_bup_set_ltr_default_values"]]></Message>
    <Message ID="0x8086000200520C50"><![CDATA["[PWR] pwr_common_bup_set_pltrst_entry_timeout"]]></Message>
    <Message ID="0x8086000200520C52"><![CDATA["[PWR] pwr_common_bup_poll_csme_ack_required_bit_set"]]></Message>
    <Message ID="0x8086000200520C53"><![CDATA["[PWR] pwr_common_bup_clear_pltrst_assertion_status"]]></Message>
    <Message ID="0x8086000200520C54"><![CDATA["[PWR] pwr_common_bup_poll_pltrst_assertion_status(%d)"]]></Message>
    <Message ID="0x8086000200520C36"><![CDATA["[PWR] pwr_common_bup_check_host_prim_reset_status: Received from PMC. hests1 = 0x%x."]]></Message>
    <Message ID="0x8086000200520C58"><![CDATA["[PWR] bup_pm_drv_clear_old_host_wake_events"]]></Message>
    <Message ID="0x80860002003D0000"><![CDATA["SDM DB file is corrupted or missing, return code %d, performing RTFD"]]></Message>
    <Message ID="0x80860002003D0001"><![CDATA["Restored SDM DB file, performing CSE reset"]]></Message>
    <Message ID="0x80860002003D0002"><![CDATA["SDM main failed with status %d"]]></Message>
    <Message ID="0x80860002003D0003"><![CDATA["Terminating DAL SDM process with status %d"]]></Message>
    <Message ID="0x80860002003D0004"><![CDATA["Process initialization started"]]></Message>
    <Message ID="0x80860002003D0005"><![CDATA["Process initialization failed, HAL initialization returned status %d"]]></Message>
    <Message ID="0x80860002003D0006"><![CDATA["Process initialization failed, Supported-Policies initialization returned status %d"]]></Message>
    <Message ID="0x80860002003D0007"><![CDATA["Process initialization failed, Beihai thread creation returned %d"]]></Message>
    <Message ID="0x80860002003D0008"><![CDATA["select in DAL SDM main event loop failed with status %d and errno %d"]]></Message>
    <Message ID="0x80860002003D0009"><![CDATA["Process received an exit event"]]></Message>
    <Message ID="0x80860002003D000A"><![CDATA["Process started"]]></Message>
    <Message ID="0x80860002003D002F"><![CDATA["Process should not run in red-unlock state"]]></Message>
    <Message ID="0x80860002003D000B"><![CDATA["Failed to get power-management context"]]></Message>
    <Message ID="0x80860002003D000C"><![CDATA["Process failed to initialize"]]></Message>
    <Message ID="0x80860002003D000D"><![CDATA["Process should not run in this power state"]]></Message>
    <Message ID="0x80860002003D000E"><![CDATA["Process failed to open event-dispatcher with errno %d"]]></Message>
    <Message ID="0x80860002003D000F"><![CDATA["Process failed to register for events with status %d"]]></Message>
    <Message ID="0x80860002003D0010"><![CDATA["DAL feature is not enabled on this platform"]]></Message>
    <Message ID="0x560002008F625000"><![CDATA["[PERF],TS,%x,%d,%d,%u,%u"]]></Message>
    <Message ID="0x80860002003D0021"><![CDATA["Failed to verify the Admin Command Package header, invalid parameters"]]></Message>
    <Message ID="0x80860002003D0022"><![CDATA["Failed to verify Admin Command Package header with status %d"]]></Message>
    <Message ID="0x80860002003D0023"><![CDATA["Failed to verify Admin Command Package RSA signature with status %d"]]></Message>
    <Message ID="0x80860002003D0024"><![CDATA["Failed to verify Admin Command Package signature with status %d"]]></Message>
    <Message ID="0x80860002003D0026"><![CDATA["Failed to verify TA install conditions with status %d"]]></Message>
    <Message ID="0x80860002003D0027"><![CDATA["Failed to verify SVL install conditions with status %d"]]></Message>
    <Message ID="0x80860002003D002A"><![CDATA["Failed to open platofrm-id snowball file with errno %d"]]></Message>
    <Message ID="0x80860002003D002B"><![CDATA["Failed to read part or the whole platform-id snowball file with errno %d, read %d bytes"]]></Message>
    <Message ID="0x80860002003D002C"><![CDATA["Failed to compute hash-sha256 on platform-id and token with status %d"]]></Message>
    <Message ID="0x80860002003D002D"><![CDATA["Failed to parse policy value, written %d bytes"]]></Message>
    <Message ID="0x5600030092DD0800"><![CDATA["[MAIN] Session %#x opened by tid %u with minor number %d."]]></Message>
    <Message ID="0x80860002004B0007"><![CDATA["[MAIN] IOCTL %#x called."]]></Message>
    <Message ID="0x80860002004B0008"><![CDATA["[MAIN] select callback"]]></Message>
    <Message ID="0x80860002004B000A"><![CDATA["[MAIN] heci_handle_select call returned error %d"]]></Message>
    <Message ID="0x5600018092DD0801"><![CDATA["[MAIN] pavp_select_cb():  widi_handle_select_events returned error %d"]]></Message>
    <Message ID="0x5600018092DD0802"><![CDATA["[MAIN] pavp_select_cb():  pavp_vdm_handle_select_events returned error %#x"]]></Message>
    <Message ID="0x5600018092DD0803"><![CDATA["[MAIN] Error status %#x: Failed to delete LSPCON Device Certificate Blob."]]></Message>
    <Message ID="0x80860002004B001E"><![CDATA["[MAIN] Error status %#x: Unexpected event (event group %#x, event ID %#x)."]]></Message>
    <Message ID="0x5600018092DD0804"><![CDATA["[MAIN] Error status %#x: Received NULL context."]]></Message>
    <Message ID="0x80860002004B0005"><![CDATA["[MAIN] Error status %#x: Service context malloc failed"]]></Message>
    <Message ID="0x80860002004B0014"><![CDATA["[MAIN] Errno %d: Service context initialization failed."]]></Message>
    <Message ID="0x80860002004B0016"><![CDATA["[MAIN] Errno %d: Crypto initialization failed."]]></Message>
    <Message ID="0x80860002004B001D"><![CDATA["[MAIN] Errno %d: Failed to open crypto gkey device file."]]></Message>
    <Message ID="0x80860002004B0019"><![CDATA["[MAIN] Errno %d: Get CPU type failed."]]></Message>
    <Message ID="0x5600030092DD0805"><![CDATA["[MAIN] PAVP is production PCH: %d"]]></Message>
    <Message ID="0x80860002004B001A"><![CDATA["[MAIN] Errno %d: GKEY initialization failed."]]></Message>
    <Message ID="0x80860002004B001B"><![CDATA["[MAIN] Errno %d: Timer initialization failed."]]></Message>
    <Message ID="0x5600018092DD0806"><![CDATA["[MAIN] Error status %#x: MCV update failed."]]></Message>
    <Message ID="0x5600018092DD0807"><![CDATA["[MAIN] Error status %#x: Pavp gen utils initialization failed."]]></Message>
    <Message ID="0x5600018092DD0808"><![CDATA["[MAIN] Error status %#x: Pavp key utils initialization failed."]]></Message>
    <Message ID="0x5600018092DD0809"><![CDATA["[MAIN] Error status %#x: Pavp utils initialization failed ."]]></Message>
    <Message ID="0x5600018092DD080A"><![CDATA["[MAIN] Error status %#x: pavp_video_key_mgr initialization failed."]]></Message>
    <Message ID="0x5600018092DD080B"><![CDATA["[MAIN] Error status %#x: Pavp key initialization failed."]]></Message>
    <Message ID="0x5600018092DD080C"><![CDATA["[MAIN] Error status %#x: Heci initialization failed."]]></Message>
    <Message ID="0x5600018092DD080D"><![CDATA["[MAIN] Error status %#x: WIDI initialization failed."]]></Message>
    <Message ID="0x5600018092DD080E"><![CDATA["[MAIN] Error status %#x: Widevine initialization failed."]]></Message>
    <Message ID="0x5600018092DD080F"><![CDATA["[MAIN] Error status %#x: MDRM initialization failed."]]></Message>
    <Message ID="0x5600018092DD0810"><![CDATA["[MAIN] Error status %#x: ASMF initialization failed."]]></Message>
    <Message ID="0x5600018092DD0811"><![CDATA["[MAIN] Error status %#x: PlayReady base key initialization failed."]]></Message>
    <Message ID="0x5600018092DD0812"><![CDATA["[MAIN] Error status %#x: GuC initialization failed."]]></Message>
    <Message ID="0x5600018092DD0813"><![CDATA["[MAIN] Error status %#x: Lspcon initialization failed."]]></Message>
    <Message ID="0x80860002004B000D"><![CDATA["[MAIN] Errno %d: Unable to open handle to event dispatcher."]]></Message>
    <Message ID="0x80860002004B000E"><![CDATA["[MAIN] Errno %d: Unable to register for events."]]></Message>
    <Message ID="0x80860002004B001C"><![CDATA["[MAIN] Errno %d: Failed to close Crypto fd."]]></Message>
    <Message ID="0x80860002004B0001"><![CDATA["[MAIN] PAVP loaded"]]></Message>
    <Message ID="0x80860002004B0010"><![CDATA["[MAIN] Errno %d: Failed retrieving feature enable state from SKU manager."]]></Message>
    <Message ID="0x80860002004B0011"><![CDATA["[MAIN] Feature not enabled. Exiting."]]></Message>
    <Message ID="0x80860002004B0018"><![CDATA["[MAIN] Initialization failed after HotHam unlock. Returning Success."]]></Message>
    <Message ID="0x80860002004B0012"><![CDATA["[MAIN] Initialization failed. Exiting."]]></Message>
    <Message ID="0x80860002004B0000"><![CDATA["[MAIN] Initialized successfully. waiting for events"]]></Message>
    <Message ID="0x80860002004B001F"><![CDATA["[MAIN] Error status %#x: PAVP process is exiting with error."]]></Message>
    <Message ID="0x5600018692DD4C00"><![CDATA["[WIDI] hdcp_heci_command(): Invalid params received."]]></Message>
    <Message ID="0x5600018692DD4C01"><![CDATA["[WIDI] hdcp_heci_command(): Invalid command length %#x."]]></Message>
    <Message ID="0x5600018692DD4C02"><![CDATA["[WIDI] hdcp_heci_command(): Invalid API version %#x."]]></Message>
    <Message ID="0x5600018692DD4C03"><![CDATA["[WIDI] hdcp_heci_command(): Invalid Command ID %#x."]]></Message>
    <Message ID="0x5600030692DD4C04"><![CDATA["[WIDI] hdcp_heci_command(): Processing command id %#x."]]></Message>
    <Message ID="0x5600018692DD4C05"><![CDATA["[WIDI] Input length %#x is outside the range [%#x, %#x] or does not match  header + header->buffer_len (%#x)"]]></Message>
    <Message ID="0x5600030692DD4C06"><![CDATA["[WIDI] hdcp_heci_command(): Returning status %#x."]]></Message>
    <Message ID="0x5600018692DD4C07"><![CDATA["[WIDI] init_hdcp_session(): Invalid Input."]]></Message>
    <Message ID="0x80860002004B0C31"><![CDATA["[WIDI] init_hdcp_session(): Generating r_tx failed."]]></Message>
    <Message ID="0x5600018692DD4C08"><![CDATA["[WIDI] hdcp_get_srm_status(): Invalid Parameters."]]></Message>
    <Message ID="0x5600018692DD4C09"><![CDATA["[WIDI] send_srm_fragment(): Invalid Parameters."]]></Message>
    <Message ID="0x5600030692DD4C0A"><![CDATA["[WIDI] hdcp_srm_fragment verified with facsimilie key."]]></Message>
    <Message ID="0x5600018692DD4C0B"><![CDATA["[WIDI] hdcp_send_srm_fragment():  Writing SRM version to flash failed with error %#x."]]></Message>
    <Message ID="0x5600018692DD4C0C"><![CDATA["[WIDI] verify_receiver_cert(): Invalid Input params."]]></Message>
    <Message ID="0x5600018692DD4C0D"><![CDATA["[WIDI] verify_receiver_cert():  Signature verification failed with HDCP_STATUS %#x"]]></Message>
    <Message ID="0x5600018692DD4C0E"><![CDATA["[WIDI] verify_receiver_cert():  Checking Revocation status failed with HDCP_STATUS %#x"]]></Message>
    <Message ID="0x80860002004B0C46"><![CDATA["[WIDI] verify_receiver_cert():  drng failed for km: %d"]]></Message>
    <Message ID="0x80860002004B0C47"><![CDATA["[WIDI] verify_receiver_cert():  drng failed for seed generation: %d"]]></Message>
    <Message ID="0x80860002004B0C48"><![CDATA["[WIDI] verify_receiver_cert():  RSA OAEP encrypt failed: %d"]]></Message>
    <Message ID="0x5600018692DD4C0F"><![CDATA["[WIDI] widi_ake_send_rrx():  Invalid input parameters."]]></Message>
    <Message ID="0x5600018692DD4C10"><![CDATA["[WIDI] widi_ake_send_rrx():  Deriving d_key 0 failed: %#x."]]></Message>
    <Message ID="0x5600018692DD4C11"><![CDATA["[WIDI] widi_ake_send_rrx():  Deriving d_key 1 failed: %#x."]]></Message>
    <Message ID="0x80860002004B0C9A"><![CDATA["[WIDI] widi_ake_send_rrx():  Computing H failed with error %d"]]></Message>
    <Message ID="0x5600018692DD4C12"><![CDATA["[WIDI] ake_send_h_prime(): Invalid Input."]]></Message>
    <Message ID="0x5600018692DD4C13"><![CDATA["[WIDI] widi_ake_send_h_prime():  unable to delete key blob %d: %d"]]></Message>
    <Message ID="0x5600018692DD4C14"><![CDATA["[WIDI] widi_ake_send_pairing_info(): Invalid Input."]]></Message>
    <Message ID="0x5600018692DD4C15"><![CDATA["[WIDI] ake_send_pairing_info(): blob write %d failed with  error %#x."]]></Message>
    <Message ID="0x5600018692DD4C16"><![CDATA["[WIDI] init_locality_check(): Invalid Input."]]></Message>
    <Message ID="0x80860002004B0CC1"><![CDATA["[WIDI] init_locality_check(): generating r_n failed  with status %d."]]></Message>
    <Message ID="0x5600018692DD4C17"><![CDATA["[WIDI] validate_locality(): Invalid Input."]]></Message>
    <Message ID="0x80860002004B0CD2"><![CDATA["[WIDI] validate_locality():  calculating L failed with %d."]]></Message>
    <Message ID="0x80860002004B0CE1"><![CDATA["[WIDI] get_session_key(): Generating random r_iv failed   with status %d."]]></Message>
    <Message ID="0x80860002004B0CE2"><![CDATA["[WIDI] get_session_key(): Generating random ks failed  with status %d."]]></Message>
    <Message ID="0x5600018692DD4C18"><![CDATA["[WIDI] Caluclating ks_lc_xor failed with status %d."]]></Message>
    <Message ID="0x5600018692DD4C19"><![CDATA["[WIDI] get_session_key(): Caluclating ks_lc_xor failed with status %d."]]></Message>
    <Message ID="0x5600018692DD4C1A"><![CDATA["[WIDI] get_session_key(): Inject WiDi stream key failed  with status %d"]]></Message>
    <Message ID="0x5600018692DD4C1B"><![CDATA["[WIDI] get_session_key(): Invalid Input."]]></Message>
    <Message ID="0x5600018692DD4C1C"><![CDATA["[WIDI] HDCP 2.3 get_session_key(): Invalid Input."]]></Message>
    <Message ID="0x5600018692DD4C1D"><![CDATA["[WIDI] verify_repeater(): Invalid Input."]]></Message>
    <Message ID="0x80860002004B0CF2"><![CDATA["[WIDI] verify_repeater(): Creating HMAC failed with %d."]]></Message>
    <Message ID="0x5600018692DD4C1E"><![CDATA["[WIDI] Invalid Input params to close_session."]]></Message>
    <Message ID="0x5600018692DD4C1F"><![CDATA["[WIDI] ake_transmitter_info(): Invalid input parameters."]]></Message>
    <Message ID="0x5600018692DD4C20"><![CDATA["[WIDI] repeater_auth_send_receiver_id_list(): Invalid input  parameters."]]></Message>
    <Message ID="0x80860002004B0D43"><![CDATA["[WIDI] repeater_auth_send_receiver_id_list(): Computing V  failed with status %d."]]></Message>
    <Message ID="0x5600018692DD4C21"><![CDATA["[WIDI] repeater_auth_stream_req(): Invalid input parameters."]]></Message>
    <Message ID="0x80860002004B0D51"><![CDATA["[WIDI] repeater_auth_stream_req(): Malloc m_data  failed."]]></Message>
    <Message ID="0x80860002004B0D54"><![CDATA["[WIDI] repeater_auth_stream_req(): Calculating  SHA256(kd) failed with %d."]]></Message>
    <Message ID="0x80860002004B0D55"><![CDATA["[WIDI] repeater_auth_stream_req(): Calculating  M failed with %d."]]></Message>
    <Message ID="0x5600018692DD4C22"><![CDATA["[WIDI] init_locality_check_2_2(): Invalid input params."]]></Message>
    <Message ID="0x80860002004B0D61"><![CDATA["[WIDI] init_locality_check_2_2(): Generating r_n  failed with status %d"]]></Message>
    <Message ID="0x80860002004B0D66"><![CDATA["[WIDI] init_locality_check_2_2(): Computing  HMAC-SHA256(kd XOR r_rx, r_n || r_n) failed with %d."]]></Message>
    <Message ID="0x5600018692DD4C23"><![CDATA["[WIDI] validate_locality_check_2_2(): Invalid input params."]]></Message>
    <Message ID="0x5600018692DD4C24"><![CDATA["[WIDI] set_tx_capability_mask(): Invalid input params."]]></Message>
    <Message ID="0x5600030692DD4C25"><![CDATA["[WIDI] HDCP provisioned Rx cert verified with facsimilie key."]]></Message>
    <Message ID="0x5600018692DD4C26"><![CDATA["[WIDI] send_secure_func_vdm returned %#x."]]></Message>
    <Message ID="0x80860002004B0DB0"><![CDATA["[WIDI] Generating r_tx failed."]]></Message>
    <Message ID="0x5600018692DD4C27"><![CDATA["[WIDI] wired_ake_send_hprime():  unable to delete key blob %d: %d"]]></Message>
    <Message ID="0x80860002004B0DBD"><![CDATA["[WIDI] Generating r_n failed."]]></Message>
    <Message ID="0x80860002004B0DC0"><![CDATA["[WIDI] Computing L failed with error code %d."]]></Message>
    <Message ID="0x5600018692DD4C28"><![CDATA["[WIDI] repeater_auth_send_receiver_id_list():  Getting receiver revocation status failed with status %d."]]></Message>
    <Message ID="0x80860002004B0C03"><![CDATA["[WIDI] HECI connection failure: %d."]]></Message>
    <Message ID="0x80860002004B0C02"><![CDATA["[WIDI] HECI buffer assignment failure."]]></Message>
    <Message ID="0x80860002004B0C13"><![CDATA["[WIDI] Processing HECI message..."]]></Message>
    <Message ID="0x80860002004B0C14"><![CDATA["[WIDI]Failed sending reply: %d"]]></Message>
    <Message ID="0x80860002004B0C08"><![CDATA["[WIDI] Failed to add the send/receive buffer: %d"]]></Message>
    <Message ID="0x80860002004B0C12"><![CDATA["[WIDI] send/receive aborted"]]></Message>
    <Message ID="0x5600018692DDAC00"><![CDATA["[WIDI] Error status %#x: Invalid HECI client context."]]></Message>
    <Message ID="0x80860002004B0C01"><![CDATA["[WIDI] Failed to register WiDI as a single client on HECI1! errno = %d"]]></Message>
    <Message ID="0x80860002004B0C07"><![CDATA["[WIDI] Unexpected status from heci select! errno = %d"]]></Message>
    <Message ID="0x5600018692DD4800"><![CDATA["[WIDI] Error status %#x: Received NULL vdm_tx_info."]]></Message>
    <Message ID="0x5600018692DD4801"><![CDATA["[WIDI] Error status %#x: Unable to get vkm pointer!"]]></Message>
    <Message ID="0x5600018692DD4802"><![CDATA["[WIDI] Errno = %d: Failed to register WIDI HECI client."]]></Message>
    <Message ID="0x5600018692DD4803"><![CDATA["[WIDI] Error status %#x: SRM version blob read failed."]]></Message>
    <Message ID="0x5600018692DD4804"><![CDATA["[WIDI] Error status %#x: cert_rx blob read failed."]]></Message>
    <Message ID="0x5600018692DD4805"><![CDATA["[WIDI] Error status %#x: kh blob read failed."]]></Message>
    <Message ID="0x5600018692DD4806"><![CDATA["[WIDI] Error status %#x: rx_priv_key blob read failed."]]></Message>
    <Message ID="0x5600018692DD4807"><![CDATA["[WIDI] Error status %#x: Setting VDM Tx Parameters failed!"]]></Message>
    <Message ID="0x5600018692DD5000"><![CDATA["[WIDI] hdcp2_verify_rsa_signature():  RSA PKCS verify received a null context"]]></Message>
    <Message ID="0x5600018692DD5001"><![CDATA["[WIDI] hdcp2_verify_rsa_signature():  RSA PKCS verify invalid signature length"]]></Message>
    <Message ID="0x5600018692DD5002"><![CDATA["[WIDI] RSA PKCS verify failed"]]></Message>
    <Message ID="0x5600018692DD5003"><![CDATA["[WIDI] RSA PKCS verify failed unexpectedly"]]></Message>
    <Message ID="0x80860002004B0D93"><![CDATA["[WIDI] hdcp2_derive_dkey(): deriving dkey crypto  operation failed: %d"]]></Message>
    <Message ID="0x5600018692DD5004"><![CDATA["[WIDI] Getting lc128 failed with %#x."]]></Message>
    <Message ID="0x80860002004B0DB6"><![CDATA["[WIDI] Calculating H failed with %d"]]></Message>
    <Message ID="0x5600018692DD5800"><![CDATA["[WIDI] Writing km blob %u failed with error %#x."]]></Message>
    <Message ID="0x80860002004B0DB3"><![CDATA["[WIDI] drng failed for km: %d"]]></Message>
    <Message ID="0x80860002004B0DB4"><![CDATA["[WIDI] RSA OAEP encrypt failed: %d"]]></Message>
    <Message ID="0x5600018692DD5801"><![CDATA["Reading the HDCP port  override blob failed with error status %#x. No overrides are set"]]></Message>
    <Message ID="0x5600018692DD5802"><![CDATA["port config initialization failed %X"]]></Message>
    <Message ID="0x80860002004B0C10"><![CDATA["[WIDI] Failed to write UNSOL msg. vdm_status: %d "]]></Message>
    <Message ID="0x5600018692DD5803"><![CDATA["[WIDI] Error status %#x: km%d blob read failed."]]></Message>
    <Message ID="0x5600018092DD4000"><![CDATA["[PAVP_PRTC] Error %d: Invalid pointer parameters of NULL value!"]]></Message>
    <Message ID="0x80860002004B0176"><![CDATA["[PAVP_PRTC] Error %d: Failed to retrieve UTC time!"]]></Message>
    <Message ID="0x5600018092DD4001"><![CDATA["[PAVP_PRTC] Error %d: Invalid pointer parameters of NULL value!"]]></Message>
    <Message ID="0x5600018092DD4002"><![CDATA["[PAVP_PRTC] Error %d: Invalid NTP time of %d seconds; must be equal to or greater than %d seconds!"]]></Message>
    <Message ID="0x80860002004B017B"><![CDATA["[PAVP_PRTC] Error %d: Failed to obtain offset between current PRTC  and input!"]]></Message>
    <Message ID="0x80860002004B0114"><![CDATA["[GUC] guc_send_vdm(): Sending %#08x to %#08x (data:not wake/term)"]]></Message>
    <Message ID="0x80860002004B010D"><![CDATA["[PAVP] Sending CSE to GuC VDM failed with status %d."]]></Message>
    <Message ID="0x80860002004B0115"><![CDATA["[PAVP] guc_send_vdm(): Sending %#08x to %#08x (req:wake/cse_ini)"]]></Message>
    <Message ID="0x80860002004B0116"><![CDATA["[PAVP] guc_send_vdm(): Sending %#08x to %#08x (rsp:guc_ini)"]]></Message>
    <Message ID="0x80860002004B011D"><![CDATA["[PAVP] guc_send_vdm(): Sending %#08x to %#08x (Explicit Terminate)"]]></Message>
    <Message ID="0x80860002004B010E"><![CDATA["[PAVP] Sending the CSE to GuC interrupt VDM failed status %d."]]></Message>
    <Message ID="0x5600018092DD1C00"><![CDATA["[PAVP_ERROR]"]]></Message>
    <Message ID="0x80860002004B0110"><![CDATA["[PAVP] Suspending the PG override timer failed with %d."]]></Message>
    <Message ID="0x5600018092DD1C01"><![CDATA["[PAVP] Removing PG override requirement failed."]]></Message>
    <Message ID="0x5600018092DD1C02"><![CDATA["[PAVP] Enabling PG override failed with %#x."]]></Message>
    <Message ID="0x5600030092DD1C03"><![CDATA["[PAVP] pavp_guc_pg_timer_cb(): PG Timer fired."]]></Message>
    <Message ID="0x5600018092DD1C04"><![CDATA["[PAVP] Clearing PG override failed with status %#x."]]></Message>
    <Message ID="0x80860002004B012F"><![CDATA["[PAVP] Sending Explicit Terminate VDM due to timeout in watchdog_timer_cb"]]></Message>
    <Message ID="0x5600018092DD1C05"><![CDATA["[PAVP] Sending Explicit Terminate VDM failed with status %#x."]]></Message>
    <Message ID="0x5600018092DD1C06"><![CDATA["[PAVP_ERROR]"]]></Message>
    <Message ID="0x5600018092DD1C07"><![CDATA["[PAVP_ERROR]"]]></Message>
    <Message ID="0x80860002004B00F2"><![CDATA["[PAVP] Writing GuC hash data to %#x failed."]]></Message>
    <Message ID="0x5600018092DD1C08"><![CDATA["[PAVP] Sending GuC VDM failed."]]></Message>
    <Message ID="0x80860002004B011C"><![CDATA["[PAVP] Starting the GuC Watchdog timer failed: %d"]]></Message>
    <Message ID="0x5600020092DD1C09"><![CDATA["[PAVP] Activated the Watchdog timer %d msec in wake_cse"]]></Message>
    <Message ID="0x5600018092DD1C0A"><![CDATA["[PAVP] Sending GuC VDM failed."]]></Message>
    <Message ID="0x80860002004B00F6"><![CDATA["[PAVP] Writing GuC connection req v2 to %#x failed."]]></Message>
    <Message ID="0x5600018092DD1C0B"><![CDATA["[PAVP] Sending GuC initiate VDM failed."]]></Message>
    <Message ID="0x5600030092DD1C0C"><![CDATA["[PAVP] pavp_guc_command_dispatcher(): Received Command %#x on %#x"]]></Message>
    <Message ID="0x5600018092DD1C0D"><![CDATA["[PAVP] GuC attack condition triggered!"]]></Message>
    <Message ID="0x5600018092DD1C0E"><![CDATA["[PAVP] Sending the Explicit Terminate VDM failed with status %#x."]]></Message>
    <Message ID="0x5600030092DD1C0F"><![CDATA["[PAVP] pavp_guc_command_dispatcher(): Returning status %#x"]]></Message>
    <Message ID="0x5600018092DD1C10"><![CDATA["[GUC] Error status %#x: Invalid PAVP context."]]></Message>
    <Message ID="0x80860002004B00FC"><![CDATA["[GUC] Error status %#x: allocating context failed."]]></Message>
    <Message ID="0x5600018092DD1C11"><![CDATA["[GUC] Error status %#x: Unable to register with the VDM driver."]]></Message>
    <Message ID="0x5600018092DD1C12"><![CDATA["[GUC] Error status %#x: Unable to set VDM TX client parameters."]]></Message>
    <Message ID="0x80860002004B0107"><![CDATA["[GUC] Errno %d: Adding the Watchdog timer failed."]]></Message>
    <Message ID="0x5600020092DD1C13"><![CDATA["[GUC] Added the Watchdog timer %d msec in initialize"]]></Message>
    <Message ID="0x80860002004B0108"><![CDATA["[GUC] Errno %d: Adding the PG timer failed."]]></Message>
    <Message ID="0x5600018092DD1C14"><![CDATA["[GUC] Error status %#x: Invalid PAVP context."]]></Message>
    <Message ID="0x5600018092DD1C15"><![CDATA["[PAVP_ERROR]"]]></Message>
    <Message ID="0x5600030092DD2400"><![CDATA["[PAVP] Get Stream 3.2: stream %#x"]]></Message>
    <Message ID="0x5600030092DD2401"><![CDATA["[PAVP] Get Stream 4.1: stream %#x"]]></Message>
    <Message ID="0x5600030092DD2402"><![CDATA["[PAVP] Get Stream 4.2: stream %#x"]]></Message>
    <Message ID="0x5600018092DD1000"><![CDATA["[PAVP] Incorrect PAVP version in for sigma command."]]></Message>
    <Message ID="0x80860002004B0041"><![CDATA["sigma cmd handler returned %#x."]]></Message>
    <Message ID="0x5600018092DD1001"><![CDATA["[PAVP_ERROR]"]]></Message>
    <Message ID="0x5600018092DD1002"><![CDATA["[PAVP_ERROR]"]]></Message>
    <Message ID="0x5600018092DD1003"><![CDATA["[PAVP_ERROR]"]]></Message>
    <Message ID="0x5600018092DD1004"><![CDATA["[PAVP_ERROR]"]]></Message>
    <Message ID="0x5600018092DD1005"><![CDATA["[PAVP] Invalid params recieved by heci cmd handler."]]></Message>
    <Message ID="0x5600018092DD1006"><![CDATA["[PAVP] Invalid or Incorrect API number recieved: %#x."]]></Message>
    <Message ID="0x5600018092DD1007"><![CDATA["[PAVP] Incorrect API version. Got %#x, expected between %#x and %#x"]]></Message>
    <Message ID="0x5600018092DD1008"><![CDATA["[PAVP] Invalid Buffer length. Got %u, expected between %u and %u."]]></Message>
    <Message ID="0x5600018092DD1009"><![CDATA["[PAVP_ERROR]"]]></Message>
    <Message ID="0x5600018092DD100A"><![CDATA["[PAVP] No command handler set."]]></Message>
    <Message ID="0x5600030092DD100B"><![CDATA["[PAVP] command status: %#x"]]></Message>
    <Message ID="0x5600030092DD100C"><![CDATA["[PAVP] Returning a response with length %#x"]]></Message>
    <Message ID="0x5600018092DD100D"><![CDATA["[PAVP_ERROR]"]]></Message>
    <Message ID="0x5600018092DD8400"><![CDATA["[PAVP] Key Refresh is not valid."]]></Message>
    <Message ID="0x5600018092DD8401"><![CDATA["[PAVP_ERROR]"]]></Message>
    <Message ID="0x5600018092DD8402"><![CDATA["[PAVP_ERROR]"]]></Message>
    <Message ID="0x5600018092DD8403"><![CDATA["[PAVP] Init not allowed after terminate"]]></Message>
    <Message ID="0x5600019292DD2800"><![CDATA["[CRYPTO_UTILS] RSA operation failed with code %d"]]></Message>
    <Message ID="0x80860002004B240F"><![CDATA["[CRYPTO_UTILS] RSA operation failed unexpectedly with code %d"]]></Message>
    <Message ID="0x5600018092DD6C00"><![CDATA["[LSPCON] Error status %#x: LSPCON Port Config Blob read failed."]]></Message>
    <Message ID="0x5600018092DD6C01"><![CDATA["[LSPCON] Error status %#x: Received NULL pavp context."]]></Message>
    <Message ID="0x5600018092DD6C02"><![CDATA["[PAVP] lspcon_cmd_handler(): Invalid parameters"]]></Message>
    <Message ID="0x5600018092DD6C03"><![CDATA["[PAVP] lspcon_cmd_handler():  Command id %#x maps to a NULL command handler."]]></Message>
    <Message ID="0x80860002004B0101"><![CDATA["[PAVP] lspcon_gen_sk_mk():  Generating SK failed with status code %d"]]></Message>
    <Message ID="0x80860002004B0102"><![CDATA["[PAVP] lspcon_gen_sk_mk():  Deriving MK failed with status code %d"]]></Message>
    <Message ID="0x80860002004B0104"><![CDATA["[PAVP] Generating the LSPCON message ICV failed with status code %d"]]></Message>
    <Message ID="0x80860002004B0117"><![CDATA["[PAVP] lspcon_gen_msg_INIT_LSPCON_RESTRICTIONS():  Generating a nonce failed with status %d"]]></Message>
    <Message ID="0x5600018092DD6C04"><![CDATA["[PAVP_ERROR]"]]></Message>
    <Message ID="0x5600018092DD6C05"><![CDATA["[PAVP_ERROR]"]]></Message>
    <Message ID="0x5600018092DD6C06"><![CDATA["guc_get_active_sessions returned error %#x"]]></Message>
    <Message ID="0x5600030092DD6C07"><![CDATA["[PAVP] lspcon_playback_done: Active Display Session bitmap: %x"]]></Message>
    <Message ID="0x5600018092DD6C08"><![CDATA["[PAVP_ERROR]"]]></Message>
    <Message ID="0x5600018092DD8000"><![CDATA["[KEY_UTILS] Error status %#x: Received null rsa_n or rsa_p."]]></Message>
    <Message ID="0x80860002004B0131"><![CDATA["[KEY_UTILS] Errno %d: Crypto AES decryption failed."]]></Message>
    <Message ID="0x5600018092DD2C00"><![CDATA["[UTILS] Error status %#x: Received NULL pavp context."]]></Message>
    <Message ID="0x5600018092DD2C01"><![CDATA["[UTILS] Error status %#x: Invalid pavp utils context of NULL value returned."]]></Message>
    <Message ID="0x5600018092DD2C02"><![CDATA["[UTILS] Error status %#x: Received NULL file path."]]></Message>
    <Message ID="0x5600018092DD2C03"><![CDATA["[UTILS] Error status %#x: Invalid params recieved."]]></Message>
    <Message ID="0x5600018092DD2C04"><![CDATA["[UTILS] Error status %#x: Failed to get file attributes."]]></Message>
    <Message ID="0x5600018092DD2C05"><![CDATA["[UTILS] Errno %d: File read failed after HotHam Unlock."]]></Message>
    <Message ID="0x80860002004B0083"><![CDATA["[UTILS] Errno %d: Unexpected error reading file."]]></Message>
    <Message ID="0x5600018092DD2C06"><![CDATA["[UTILS] Error status %#x: Only able to read %d of %d bytes from file."]]></Message>
    <Message ID="0x5600018092DD2C07"><![CDATA["[UTILS] Error status %#x: Received NULL file path."]]></Message>
    <Message ID="0x5600018092DD2C08"><![CDATA["[UTILS] Error status %#x: Invalid parameter."]]></Message>
    <Message ID="0x5600018092DD2C09"><![CDATA["[UTILS] Error status %#x: Failed to get file attributes."]]></Message>
    <Message ID="0x80860002004B0087"><![CDATA["[UTILS] Errno %d: Unexpected error writing file."]]></Message>
    <Message ID="0x80860002004B0088"><![CDATA["[UTILS] Error status %#x: Only able to write %d of %d bytes from file."]]></Message>
    <Message ID="0x5600018092DD2C0A"><![CDATA["[UTILS] Error status %#x: Received NULL file path."]]></Message>
    <Message ID="0x80860002004B0089"><![CDATA["[UTILS] Unable to delete file. Errno: %d."]]></Message>
    <Message ID="0x80860002004B008A"><![CDATA["[PAVP] Could not set PG override: %d"]]></Message>
    <Message ID="0x80860002004B0147"><![CDATA["[PAVP] Setting PG override"]]></Message>
    <Message ID="0x5600018092DD2C0B"><![CDATA["[UTILS] Error status %#x: Invalid pavp utils ctx of NULL value returned."]]></Message>
    <Message ID="0x80860002004B008B"><![CDATA["[UTILS] Could not cancel PG override: errno %d"]]></Message>
    <Message ID="0x80860002004B0148"><![CDATA["[PAVP] Canceling PG override"]]></Message>
    <Message ID="0x80860002004B008C"><![CDATA["[PAVP] error copying HDCP override file. errno = %d"]]></Message>
    <Message ID="0x5600018092DD2C0C"><![CDATA["[PAVP_ERROR]"]]></Message>
    <Message ID="0x80860002004B008D"><![CDATA["[PAVP] error copying LSPCON override file. errno = %d"]]></Message>
    <Message ID="0x5600018092DD2C0D"><![CDATA["[PAVP_ERROR]"]]></Message>
    <Message ID="0x5600018092DD2C0E"><![CDATA["[UTILS] Error status %#x: Failed to get RSA key."]]></Message>
    <Message ID="0x5600018092DD2C0F"><![CDATA["[PAVP_ERROR]"]]></Message>
    <Message ID="0x5600018A92DD2C10"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DD2C11"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DD2C12"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018092DD2C13"><![CDATA["[UTILS] Received NULL file path or buffer"]]></Message>
    <Message ID="0x5600018092DD2C14"><![CDATA["[UTILS] Invalid buffer size, smaller than expected size"]]></Message>
    <Message ID="0x5600010092DD2C15"><![CDATA["[PAVP] Errno %d: could not open file"]]></Message>
    <Message ID="0x5600010092DD2C16"><![CDATA["[PAVP] Errno %d: could not read file"]]></Message>
    <Message ID="0x5600018092DD2C17"><![CDATA["[UTILS] Received NULL file path or buffer"]]></Message>
    <Message ID="0x5600018092DD2C18"><![CDATA["[UTILS] Invalid buffer size, smaller than expected size"]]></Message>
    <Message ID="0x5600010092DD2C19"><![CDATA["[PAVP] Errno %d: could not open file"]]></Message>
    <Message ID="0x5600010092DD2C1A"><![CDATA["[PAVP] Errno %d: could not write file"]]></Message>
    <Message ID="0x5600018092DD3000"><![CDATA["[PAVP_ERROR]"]]></Message>
    <Message ID="0x80860002004B00B0"><![CDATA["[PAVP] getting a new random Kb failed with %d."]]></Message>
    <Message ID="0x5600018092DD3001"><![CDATA["[PAVP] updating display sessions - get_active_sessions failed with status  = 0x%08x"]]></Message>
    <Message ID="0x5600018092DD3002"><![CDATA["[PAVP] updating transcode sessions - get_active_sessions failed with status  = 0x%08x"]]></Message>
    <Message ID="0x5600018092DD3003"><![CDATA["[PAVP] get_active_sessions failed with status  = 0x%08x"]]></Message>
    <Message ID="0x5600030092DD3004"><![CDATA["[PAVP] pavp_video_key_manager_check_active_sessions stream.id = 0x%08x active_sessions = 0x%08x session_is_active %d"]]></Message>
    <Message ID="0x5600018092DD3005"><![CDATA["[PAVP_ERROR]"]]></Message>
    <Message ID="0x5600018092DD3006"><![CDATA["[VKM] Error status %#x: Received NULL context or vkm."]]></Message>
    <Message ID="0x5600018092DD3007"><![CDATA["[VKM] Error status %#x: Gfx key manager initialization failed."]]></Message>
    <Message ID="0x5600018092DD3008"><![CDATA["[PAVP] Gen9: Unexpcted gen version in connection status %d."]]></Message>
    <Message ID="0x5600018092DD3009"><![CDATA["[PAVP_ERROR]"]]></Message>
    <Message ID="0x5600018092DD300A"><![CDATA["[PAVP] Gen10: Unexpcted gen version in connection status %d."]]></Message>
    <Message ID="0x5600018092DD300B"><![CDATA["[PAVP_ERROR]"]]></Message>
    <Message ID="0x5600018092DD300C"><![CDATA["[PAVP] Gen11: Unexpcted gen version in connection status %d."]]></Message>
    <Message ID="0x5600018092DD300D"><![CDATA["[PAVP_ERROR]"]]></Message>
    <Message ID="0x5600018092DD300E"><![CDATA["[PAVP] Gen11_5: Unexpcted gen version in connection status %d."]]></Message>
    <Message ID="0x5600018092DD300F"><![CDATA["[PAVP_ERROR]"]]></Message>
    <Message ID="0x5600018092DD3010"><![CDATA["[PAVP_ERROR]"]]></Message>
    <Message ID="0x5600018092DD3011"><![CDATA["[PAVP_ERROR]"]]></Message>
    <Message ID="0x5600018092DD3012"><![CDATA["[PAVP] Key Refresh is not valid."]]></Message>
    <Message ID="0x5600030092DD3013"><![CDATA["[PAVP] Explicit terminate: Already sent, aborting flow"]]></Message>
    <Message ID="0x5600030092DD3014"><![CDATA["[PAVP] Explicit terminate: no open slots, aborting flow"]]></Message>
    <Message ID="0x5600030092DD3015"><![CDATA["[PAVP] Explicit terminate: sending"]]></Message>
    <Message ID="0x5600018092DD3016"><![CDATA["[PAVP] Status %x: Failed sending explicit terminate through GuC"]]></Message>
    <Message ID="0x80860002004B006D"><![CDATA["[PAVP] pavp_kf1_aes(): AES-ECB failed with errno %d"]]></Message>
    <Message ID="0x5600018092DD1800"><![CDATA["[GFX] Error status %#x: Received NULL gkm."]]></Message>
    <Message ID="0x80860002004B0060"><![CDATA["[GFX] Errno %d: Registering the VDM client failed."]]></Message>
    <Message ID="0x5600018092DD1801"><![CDATA["[GFX] Error status %#x: Received NULL vdm_client_tx_info."]]></Message>
    <Message ID="0x5600018092DD1802"><![CDATA["[GFX] Error status %#x: Received NULL context."]]></Message>
    <Message ID="0x5600018092DD1803"><![CDATA["[GFX] Error status %#x: Invalid pavp_gfx_key_mgr context of NULL value returned"]]></Message>
    <Message ID="0x5600018092DD1804"><![CDATA["[GFX] Error status %#x: Failed to set VDM_TX params."]]></Message>
    <Message ID="0x5600018092DD1805"><![CDATA["[GFX] Error status %#x: Failed to register VDM drv."]]></Message>
    <Message ID="0x5600018092DD1806"><![CDATA["[PAVP_ERROR]"]]></Message>
    <Message ID="0x5600018092DD1807"><![CDATA["[PAVP_ERROR]"]]></Message>
    <Message ID="0x80860002004B0061"><![CDATA["[PAVP] pavp_gkm_send_ravdm(): Writing %#x to %#x"]]></Message>
    <Message ID="0x80860002004B0062"><![CDATA["[PAVP] Call to vdm_write() failed. status = %d"]]></Message>
    <Message ID="0x5600018092DD1808"><![CDATA["[PAVP_ERROR]"]]></Message>
    <Message ID="0x5600030092DD1809"><![CDATA["[PAVP] Current VDM Message ID: %d."]]></Message>
    <Message ID="0x5600018092DD180A"><![CDATA["[PAVP] pavp_gkm_read_ravdm():  Destination buffer size %d is not equal to the expected message size %d."]]></Message>
    <Message ID="0x5600030092DD180B"><![CDATA["[PAVP] Expecting VDM %u of %u."]]></Message>
    <Message ID="0x80860002004B0066"><![CDATA["[PAVP] select() error %d while waiting on VDM response."]]></Message>
    <Message ID="0x80860002004B0067"><![CDATA["[PAVP] select() timeout expired while waiting for VDM."]]></Message>
    <Message ID="0x80860002004B0069"><![CDATA["[PAVP] ERROR - vdm_read() returned %d"]]></Message>
    <Message ID="0x80860002004B006A"><![CDATA["[PAVP] Read VDM - address: %#x data: %#x"]]></Message>
    <Message ID="0x5600018092DD180C"><![CDATA["[PAVP] Ignoring VDM message with address %#x.   Expected address between %#x and %#x. "]]></Message>
    <Message ID="0x5600030092DD180D"><![CDATA["[PAVP] Waiting for VDM Message ID: %d. Expected address between %#x and %#x"]]></Message>
    <Message ID="0x5600018092DD180E"><![CDATA["[PAVP] pavp_gkm_read_ravdm():  Destination buffer size %d is not equal to the expected message size %d."]]></Message>
    <Message ID="0x5600030092DD180F"><![CDATA["[PAVP] Expecting VDM %u of %u."]]></Message>
    <Message ID="0x80860002004B0203"><![CDATA["[PAVP] select() error %d while waiting on VDM response."]]></Message>
    <Message ID="0x80860002004B0204"><![CDATA["[PAVP] select() timeout expired while waiting for VDM."]]></Message>
    <Message ID="0x80860002004B0205"><![CDATA["[PAVP] ERROR - vdm_read() returned %d"]]></Message>
    <Message ID="0x80860002004B0206"><![CDATA["[PAVP] Read VDM - address: %#x data: %#x"]]></Message>
    <Message ID="0x5600018092DD1810"><![CDATA["[PAVP] Ignoring VDM message with address %#x.   vdm message is not in the expected address range. "]]></Message>
    <Message ID="0x5600030092DD1811"><![CDATA["[PAVP] Simulating KF1 Exchange without using VDMs."]]></Message>
    <Message ID="0x5600018092DD1812"><![CDATA["[PAVP_ERROR]"]]></Message>
    <Message ID="0x5600018092DD1813"><![CDATA["[PAVP] validate_gfx_priv_key():  Sending VDM failed with status %#x"]]></Message>
    <Message ID="0x5600018092DD1814"><![CDATA["[PAVP_ERROR]"]]></Message>
    <Message ID="0x5600030092DD1815"><![CDATA["[PAVP] validate_gfx_priv_key_wait_for_reply(): VDM response: %#x"]]></Message>
    <Message ID="0x80860002004B007C"><![CDATA["[PAVP] Fixed KF1"]]></Message>
    <Message ID="0x5600030092DD1816"><![CDATA["[PAVP] validate_gfx_priv_key_wait_for_reply(): return code - %#x."]]></Message>
    <Message ID="0x5600030092DD1817"><![CDATA["[PAVP] provision_gfx_key(): function entry, using fixed kf1: %d."]]></Message>
    <Message ID="0x5600030092DD1818"><![CDATA["[PAVP] provision_gfx_key(): Requesting {KF1}G"]]></Message>
    <Message ID="0x80860002004B0074"><![CDATA["[PAVP] Unable to decrypt gfx key with the G key. Crypto failure %d"]]></Message>
    <Message ID="0x80860002004B0075"><![CDATA["[PAVP] Error: Detected Fixed KF1 on revenue part!"]]></Message>
    <Message ID="0x5600030092DD1819"><![CDATA["[PAVP] Attempt %u with Key Exchange State: %u."]]></Message>
    <Message ID="0x5600030092DD181A"><![CDATA["[PAVP] New Key Exchange State: %u - Status %#x."]]></Message>
    <Message ID="0x5600018092DD0C00"><![CDATA["[BIST] Error status %#x: Edp is not reserved."]]></Message>
    <Message ID="0x5600018092DD0C01"><![CDATA["[BIST] Error status %#x: Edp is using port e."]]></Message>
    <Message ID="0x5600018092DD0C02"><![CDATA["[BIST] Error status %#x: Edp use too many ports."]]></Message>
    <Message ID="0x5600018092DD0C03"><![CDATA["[BIST] Error status %#x: Lspcon is not reserved."]]></Message>
    <Message ID="0x5600018092DD0C04"><![CDATA["[BIST] Error status %#x: Lspcon is using port a or port e."]]></Message>
    <Message ID="0x5600018092DD0C05"><![CDATA["[BIST] Error status %#x: Too many LSPCON ports are in use."]]></Message>
    <Message ID="0x5600018092DD0C06"><![CDATA["[BIST] Error status %#x: Edp and Lspcon are mutually exclusive on the same port."]]></Message>
    <Message ID="0x5600018092DD0C07"><![CDATA["[BIST] Error status %#x: Failed to read HDCP Override Blob"]]></Message>
    <Message ID="0x5600018092DD0C08"><![CDATA["[BIST] Error status %#x: Edp configuration check failed."]]></Message>
    <Message ID="0x5600018092DD0C09"><![CDATA["[BIST] Error status %#x: Failed to read Lspcon Port Configuration Blob."]]></Message>
    <Message ID="0x5600018092DD0C0A"><![CDATA["[BIST] Error status %#x: Lspcon configuration check failed."]]></Message>
    <Message ID="0x5600018092DD0C0B"><![CDATA["[BIST] Error status %#x: Edp-Lspcon configuration check failed."]]></Message>
    <Message ID="0x5600018092DD0C0C"><![CDATA["[BIST] Error status %#x: Incorrect Edp or Lspcon port values."]]></Message>
    <Message ID="0x5600018092DD7000"><![CDATA["[PAVP_ERROR]"]]></Message>
    <Message ID="0x80860002004B0150"><![CDATA["[PAVP_CRYPTO] Error %d: Failed to generate random number!"]]></Message>
    <Message ID="0x5600018092DD7001"><![CDATA["[PAVP_CRYPTO] Error %d: Hash type, %d, not supported!"]]></Message>
    <Message ID="0x5600018092DD7002"><![CDATA["[PAVP_CRYPTO] Error %d: Invalid pointer parameter of NULL value!"]]></Message>
    <Message ID="0x5600018092DD7003"><![CDATA["[PAVP_CRYPTO] Error %d: Invalid data block type, %d; expected %d!"]]></Message>
    <Message ID="0x80860002004B0157"><![CDATA["[PAVP_CRYPTO] Error %d: Failed to calculate hash or HMAC!"]]></Message>
    <Message ID="0x5600018092DD7004"><![CDATA["[PAVP_CRYPTO] Error %d: Hash type, %d, not supported!"]]></Message>
    <Message ID="0x5600018092DD7005"><![CDATA["[PAVP_CRYPTO] Error %d: Block type, %d, not supported!"]]></Message>
    <Message ID="0x5600018092DD7006"><![CDATA["[PAVP_CRYPTO] Error %d: Invalid pointer parameter of NULL value!"]]></Message>
    <Message ID="0x80860002004B015B"><![CDATA["[PAVP_CRYPTO] Error %d: Failed to calculate hash or HMAC!"]]></Message>
    <Message ID="0x5600018092DD7007"><![CDATA["[PAVP_CRYPTO] Error %d: Invalid pointer parameter of NULL value!"]]></Message>
    <Message ID="0x80860002004B015D"><![CDATA["[PAVP_CRYPTO] Error %d: Failed to calculate hash or HMAC!"]]></Message>
    <Message ID="0x5600018092DD7008"><![CDATA["[PAVP_CRYPTO] Error %d: Encrypt type, %d, not supported!"]]></Message>
    <Message ID="0x5600018092DD7009"><![CDATA["[PAVP_CRYPTO] Error %d: Invalid pointer parameter of NULL value!"]]></Message>
    <Message ID="0x80860002004B0160"><![CDATA["[PAVP_CRYPTO] Error %d: Failed to perform AES encryption type %d!"]]></Message>
    <Message ID="0x5600018092DD700A"><![CDATA["[PAVP_CRYPTO] Error %d: Decrypt type, %d, not supported!"]]></Message>
    <Message ID="0x5600018092DD700B"><![CDATA["[PAVP_CRYPTO] Error %d: Invalid pointer parameter of NULL value!"]]></Message>
    <Message ID="0x80860002004B0163"><![CDATA["[PAVP_CRYPTO] Error %d: Failed to perform AES decryption type %d!"]]></Message>
    <Message ID="0x5600018092DD700C"><![CDATA["[PAVP_CRYPTO] Error %d: Invalid pointer parameter of NULL value!"]]></Message>
    <Message ID="0x5600018092DD700D"><![CDATA["[PAVP_CRYPTO] Error %d: Invalid RSA parameter operation, %d!"]]></Message>
    <Message ID="0x80860002004B0166"><![CDATA["[PAVP_CRYPTO] Error %d: Failed to perform RSA raw encrypt or decrypt!"]]></Message>
    <Message ID="0x5600018092DD700E"><![CDATA["[PAVP_CRYPTO] Error %d: Invalid pointer parameter of NULL value!"]]></Message>
    <Message ID="0x80860002004B0168"><![CDATA["[PAVP_CRYPTO] Error %d: Failed to perform RSA SSA sign!"]]></Message>
    <Message ID="0x5600018092DD700F"><![CDATA["[PAVP_CRYPTO] Error %d: Invalid pointer parameter of NULL value!"]]></Message>
    <Message ID="0x5600018092DD7010"><![CDATA["[PAVP_CRYPTO] Error %d: Invalid RSA parameter operation, %d!"]]></Message>
    <Message ID="0x80860002004B0171"><![CDATA["[PAVP_CRYPTO] Error %d: Failed to perform RSA-OAEP encrypt or decrypt!"]]></Message>
    <Message ID="0x5600018092DD7011"><![CDATA["[CRYPTO] Errno %d: Invalid pointer parameter of NULL value!"]]></Message>
    <Message ID="0x5600018092DD7012"><![CDATA["[CRYPTO] Errno %d: Invalid RSA parameter operation, %d!"]]></Message>
    <Message ID="0x80860002004B0174"><![CDATA["[PAVP_CRYPTO] Error %d: Failed to perform RSA-PKCS encrypt or decrypt!"]]></Message>
    <Message ID="0x5600018092DD7013"><![CDATA["[PAVP_ERROR]"]]></Message>
    <Message ID="0x5600018092DD7014"><![CDATA["[PAVP_ERROR] error %d"]]></Message>
    <Message ID="0x5600018092DD7015"><![CDATA["[PAVP_ERROR]"]]></Message>
    <Message ID="0x5600018092DD7016"><![CDATA["[PAVP_ERROR]"]]></Message>
    <Message ID="0x5600018092DD7017"><![CDATA["[PAVP_ERROR]"]]></Message>
    <Message ID="0x5600018092DD7018"><![CDATA["[PAVP_ERROR]"]]></Message>
    <Message ID="0x5600018092DD7019"><![CDATA["[PAVP_ERROR] error %d"]]></Message>
    <Message ID="0x5600018092DD701A"><![CDATA["[PAVP_ERROR] error %d"]]></Message>
    <Message ID="0x5600018092DD701B"><![CDATA["[PAVP_ERROR] error %d"]]></Message>
    <Message ID="0x5600018092DD701C"><![CDATA["[PAVP_ERROR]"]]></Message>
    <Message ID="0x5600018092DD701D"><![CDATA["[PAVP_ERROR] error %d"]]></Message>
    <Message ID="0x5600018092DD2000"><![CDATA["[PAVP] pavp_heci_cmd_handler():  Invalid parameters."]]></Message>
    <Message ID="0x5600018092DD2001"><![CDATA["[PAVP] pavp_heci_cmd_handler():  cmd_size of %#d is too short."]]></Message>
    <Message ID="0x5600030092DD2002"><![CDATA["[PAVP] Processing Command - API:%#x CommandId:%#x BufferLen:%#x Status:%#x  (ConnectionID %d, VM_tag %d)"]]></Message>
    <Message ID="0x5600030092DD2003"><![CDATA["[PAVP] Returning Header data - API:%#x CommandId:%#x BufferLen:%#x Status:%#x  (ConnectionID %d, VM_tag %d)"]]></Message>
    <Message ID="0x80860002004B0128"><![CDATA["[PAVP_CRYPTO] Errno %d: failed to read wrapped pavp key."]]></Message>
    <Message ID="0x5600018092DD7800"><![CDATA["[PAVP_CRYPTO] invalid key size"]]></Message>
    <Message ID="0x5600018092DD7801"><![CDATA["[PAVP_CRYPTO] asmf base key derivation failed. status: 0x%x"]]></Message>
    <Message ID="0x5600018092DD7802"><![CDATA["[PAVP_CRYPTO] asmf base key derivation failed. status: %d"]]></Message>
    <Message ID="0x5600018092DD7803"><![CDATA["[PAVP_CRYPTO] wrapping key hmac failed. status: %d"]]></Message>
    <Message ID="0x5600018092DD7804"><![CDATA["[PAVP_CRYPTO] sks wrap key for wrapping key failed. status: %d"]]></Message>
    <Message ID="0x5600018092DD7805"><![CDATA["[PAVP_CRYPTO] integrity key hmac failed. status: %d"]]></Message>
    <Message ID="0x5600018092DD7806"><![CDATA["[PAVP_CRYPTO] sks wrap key for integrity key failed. status: %d"]]></Message>
    <Message ID="0x5600018092DD7807"><![CDATA["[PAVP_CRYPTO] sks uninstall failed. status: %d"]]></Message>
    <Message ID="0x80860002004B012B"><![CDATA["[PAVP_CRYPTO] failed to derive drm base key "]]></Message>
    <Message ID="0x80860002004B0126"><![CDATA["[PAVP_CRYPTO] Derive key: SKS install key failed. status: %d"]]></Message>
    <Message ID="0x80860002004B0127"><![CDATA["[PAVP_CRYPTO] Derive key: HMAC simple failed. status: %d"]]></Message>
    <Message ID="0x80860002004B0129"><![CDATA["[PAVP_CRYPTO] Derive key: SKS wrap failed. status: %d"]]></Message>
    <Message ID="0x80860002004B012A"><![CDATA["[PAVP_CRYPTO] Derive key: SKS uninstall failed. status: %d"]]></Message>
    <Message ID="0x5600018092DD7808"><![CDATA["[PAVP_CRYPTO] invalid SKS key type: %d"]]></Message>
    <Message ID="0x5600018092DD7809"><![CDATA["[PAVP_CRYPTO] key type %d has not been derived "]]></Message>
    <Message ID="0x5600018092DD780A"><![CDATA["[PAVP_CRYPTO] invalid key type for SKS HMAC: %d"]]></Message>
    <Message ID="0x5600018092DD780B"><![CDATA["[PAVP_CRYPTO] Could not get valid wrapped key: %d"]]></Message>
    <Message ID="0x80860002004B0191"><![CDATA["[PAVP_CRYPTO] SKS install HMAC key failed. errno: %d"]]></Message>
    <Message ID="0x80860002004B0192"><![CDATA["[PAVP_CRYPTO] HMAC operation failed. errno: %d"]]></Message>
    <Message ID="0x80860002004B0193"><![CDATA["[PAVP_CRYPTO] SKS uninstall HMAC key failed. errno: %d"]]></Message>
    <Message ID="0x5600018092DD780C"><![CDATA["[PAVP_CRYPTO] invalid key type for SKS HMAC: %d"]]></Message>
    <Message ID="0x5600018092DD780D"><![CDATA["[PAVP_CRYPTO] Could not get valid wrapped key: %d"]]></Message>
    <Message ID="0x80860002004B0194"><![CDATA["[PAVP_CRYPTO] SKS install HMAC key failed. errno: %d"]]></Message>
    <Message ID="0x80860002004B0195"><![CDATA["[PAVP_CRYPTO] HMAC operation failed. errno: %d"]]></Message>
    <Message ID="0x5600018092DD780E"><![CDATA["[PAVP_CRYPTO] HMAC verification failed"]]></Message>
    <Message ID="0x80860002004B0196"><![CDATA["[PAVP_CRYPTO] SKS uninstall HMAC key failed. errno: %d"]]></Message>
    <Message ID="0x5600018092DD780F"><![CDATA["[PAVP_CRYPTO] invalid key type for SKS_AES: %d"]]></Message>
    <Message ID="0x5600018092DD7810"><![CDATA["[PAVP_CRYPTO] Could not get valid wrapped key: %d"]]></Message>
    <Message ID="0x80860002004B0197"><![CDATA["[PAVP_CRYPTO] SKS install AES key failed. errno: %d"]]></Message>
    <Message ID="0x80860002004B0198"><![CDATA["[PAVP_CRYPTO] AES operation failed. errno: %d"]]></Message>
    <Message ID="0x80860002004B0199"><![CDATA["[PAVP_CRYPTO] SKS uninstall AES key failed. errno: %d"]]></Message>
    <Message ID="0x5600018092DDA800"><![CDATA["[PAVP] pavp_sigma_add_session(): NULL pointer for session_id was given"]]></Message>
    <Message ID="0x5600018092DDA801"><![CDATA["[SIGMA] Error status %#x: Invalid session ID received."]]></Message>
    <Message ID="0x5600018092DDA802"><![CDATA["[PAVP] KF1 exchange failed. Continuing anyway"]]></Message>
    <Message ID="0x5600018092DDA803"><![CDATA["[PAVP_ERROR]"]]></Message>
    <Message ID="0x5600018092DDA804"><![CDATA["[PAVP] Get sigma context failed. session_id: %#x."]]></Message>
    <Message ID="0x80860002004B00A6"><![CDATA["[PAVP] Get SIGMA session keys failed with %#x."]]></Message>
    <Message ID="0x5600018092DDA805"><![CDATA["[PAVP] KF1 exchange failed. Continuing anyway"]]></Message>
    <Message ID="0x5600018092DDA806"><![CDATA["[PAVP_ERROR]"]]></Message>
    <Message ID="0x5600018092DDA807"><![CDATA["[PAVP_ERROR]"]]></Message>
    <Message ID="0x5600018092DDA808"><![CDATA["[PAVP] error %#x"]]></Message>
    <Message ID="0x5600018092DDA809"><![CDATA["[PAVP] error %#x"]]></Message>
    <Message ID="0x5600018092DDA80A"><![CDATA["[PAVP] Adding a session failed with status %d."]]></Message>
    <Message ID="0x5600018092DDA80B"><![CDATA["[PAVP] error %#x"]]></Message>
    <Message ID="0x5600018092DDA80C"><![CDATA["[PAVP] error %#x"]]></Message>
    <Message ID="0x80860002004B00AA"><![CDATA["[PAVP] Error returned from sigma_get_session_public_key(): %#x"]]></Message>
    <Message ID="0x5600018092DDA80D"><![CDATA["[PAVP_ERROR]"]]></Message>
    <Message ID="0x5600018092DDA80E"><![CDATA["[PAVP] error %#x"]]></Message>
    <Message ID="0x5600018092DDA80F"><![CDATA["[PAVP_ERROR]"]]></Message>
    <Message ID="0x5600018092DDA810"><![CDATA["[PAVP] error %#x"]]></Message>
    <Message ID="0x5600018092DDA811"><![CDATA["[PAVP] error %#x"]]></Message>
    <Message ID="0x5600018092DDA812"><![CDATA["[PAVP] error %#x"]]></Message>
    <Message ID="0x5600018092DDA813"><![CDATA["[PAVP] error %#x"]]></Message>
    <Message ID="0x5600018092DDA814"><![CDATA["[PAVP_ERROR]"]]></Message>
    <Message ID="0x5600018092DDA815"><![CDATA["[PAVP] error %#x"]]></Message>
    <Message ID="0x5600018092DDA816"><![CDATA["[PAVP] error %#x"]]></Message>
    <Message ID="0x5600018092DDA817"><![CDATA["[PAVP] error %#x"]]></Message>
    <Message ID="0x5600018092DDA818"><![CDATA["[PAVP] error %#x"]]></Message>
    <Message ID="0x5600018092DDA819"><![CDATA["[PAVP] error %#x"]]></Message>
    <Message ID="0x5600018092DDA81A"><![CDATA["[PAVP] error %#x"]]></Message>
    <Message ID="0x5600018092DDA81B"><![CDATA["[PAVP] error %#x"]]></Message>
    <Message ID="0x5600018092DDA81C"><![CDATA["[PAVP] error %#x"]]></Message>
    <Message ID="0x5600018092DDA81D"><![CDATA["[PAVP] error %#x"]]></Message>
    <Message ID="0x5600018092DDA81E"><![CDATA["[PAVP] error %#x"]]></Message>
    <Message ID="0x5600018092DDA81F"><![CDATA["[PAVP_ERROR]"]]></Message>
    <Message ID="0x5600018092DDA820"><![CDATA["[PAVP] error %#x"]]></Message>
    <Message ID="0x5600018092DDA821"><![CDATA["[PAVP] error %#x"]]></Message>
    <Message ID="0x5600018092DDA822"><![CDATA["[PAVP_ERROR]"]]></Message>
    <Message ID="0x5600018092DDA823"><![CDATA["[PAVP] error %#x"]]></Message>
    <Message ID="0x5600018092DDA824"><![CDATA["[PAVP] error %#x"]]></Message>
    <Message ID="0x5600018092DDA825"><![CDATA["[PAVP] error %#x"]]></Message>
    <Message ID="0x5600018092DDA826"><![CDATA["[PAVP] error %#x"]]></Message>
    <Message ID="0x5600018092DDA827"><![CDATA["[PAVP] error %#x"]]></Message>
    <Message ID="0x5600018092DDA828"><![CDATA["[PAVP] error %#x"]]></Message>
    <Message ID="0x5600018092DDA829"><![CDATA["[PAVP] error %#x"]]></Message>
    <Message ID="0x5600018092DDA82A"><![CDATA["[PAVP_ERROR]"]]></Message>
    <Message ID="0x5600018092DDA82B"><![CDATA["[PAVP] error %#x"]]></Message>
    <Message ID="0x5600018092DDA82C"><![CDATA["[PAVP] error %#x"]]></Message>
    <Message ID="0x5600018092DDA82D"><![CDATA["[PAVP_ERROR]"]]></Message>
    <Message ID="0x5600018092DDA82E"><![CDATA["[PAVP] error %#x"]]></Message>
    <Message ID="0x5600018092DDA000"><![CDATA["[PAVP_ERROR]"]]></Message>
    <Message ID="0x5600018092DDA001"><![CDATA["[PAVP_ERROR]"]]></Message>
    <Message ID="0x5600018092DD8C00"><![CDATA["[PAVP_ERROR]"]]></Message>
    <Message ID="0x5600018092DD8C01"><![CDATA["[PAVP_ERROR]"]]></Message>
    <Message ID="0x5600018092DD8C02"><![CDATA["[PAVP] Actual PAVP mode %d != requested mode %d"]]></Message>
    <Message ID="0x5600030092DDC000"><![CDATA["port type %d, min hdcp %d"]]></Message>
    <Message ID="0x5600030092DDC001"><![CDATA["is_dp_mst"]]></Message>
    <Message ID="0x5600030092DDC002"><![CDATA["not is_dp_mst"]]></Message>
    <Message ID="0x5600018092DD3800"><![CDATA["[GEN_UTILS] Error status %#x: Failed to read gen version. Exiting."]]></Message>
    <Message ID="0x5600018092DD3801"><![CDATA["[GEN_UTILS] Error status %#x: Invalid HW gen version."]]></Message>
    <Message ID="0x80860002004B0125"><![CDATA["[GEN_UTILS] Errno %#x: Failed getting GFX HW info."]]></Message>
    <Message ID="0x5600018092DD3802"><![CDATA["[GEN_UTILS] Error status %#x: Invalid gen version."]]></Message>
    <Message ID="0x5600030092DD3803"><![CDATA["[GEN_UTILS] HW gen is %d. Display gen is %d"]]></Message>
    <Message ID="0x5600018092DDB000"><![CDATA["[PAVP_ERROR]"]]></Message>
    <Message ID="0x80860002004B00D9"><![CDATA["[PAVP] pavp_heci_async_message():  Receive complete for connection %#x with a buffer size of %#x"]]></Message>
    <Message ID="0x5600030092DDB001"><![CDATA["[PAVP] pavp_heci_async_message(): Processing HECI message..."]]></Message>
    <Message ID="0x80860002004B0053"><![CDATA["[PAVP] pavp_heci_async_message():  Failed to send reply. Status %d, errno %d"]]></Message>
    <Message ID="0x80860002004B0054"><![CDATA["[PAVP] pavp_heci_async_message():  Failed to Add read buffer. Status %d, errno %d"]]></Message>
    <Message ID="0x5600030092DDB002"><![CDATA["[PAVP] pavp_heci_async_message(): Message send callback serviced."]]></Message>
    <Message ID="0x80860002004B00D3"><![CDATA["[PAVP] pavp_heci_disconnect_request(): Got Disconnect Request."]]></Message>
    <Message ID="0x5600018092DDB003"><![CDATA["[PAVP] pavp_heci_disconnect_request():  Failed to close CPHS connection."]]></Message>
    <Message ID="0x5600018092DDB004"><![CDATA["[PAVP] pavp_heci_disconnect_request():  Failed to unassign heci connection ID from PAVP."]]></Message>
    <Message ID="0x80860002004B0059"><![CDATA["[PAVP] pavp_heci_connection_request(): Got connection request notification."]]></Message>
    <Message ID="0x80860002004B005A"><![CDATA["[PAVP] pavp_heci_connection_request():  Failed to accept incoming HECI connection"]]></Message>
    <Message ID="0x5600018092DDB005"><![CDATA["[PAVP] Failed to map the heci client id to a connection ID."]]></Message>
    <Message ID="0x5600018092DDB006"><![CDATA["[PAVP_ERROR]"]]></Message>
    <Message ID="0x80860002004B005D"><![CDATA["[PAVP] Failed to add read buffer."]]></Message>
    <Message ID="0x5600018092DDB007"><![CDATA["[PAVP_ERROR]"]]></Message>
    <Message ID="0x80860002004B00D1"><![CDATA["[PAVP] pavp_heci_connection_request(): accepted connection."]]></Message>
    <Message ID="0x80860002004B0056"><![CDATA["[HECI]  Failed to register as a full client on HECI1! errno = %d"]]></Message>
    <Message ID="0x5600018092DDB008"><![CDATA["[PAVP_ERROR]"]]></Message>
    <Message ID="0x5600018092DDB009"><![CDATA["heci_handle_select_events_new call returned error %d"]]></Message>
    <Message ID="0x5600030092DD7C00"><![CDATA["[PAVP] Setting CPHS mode to Legacy."]]></Message>
    <Message ID="0x5600030092DD7C01"><![CDATA["[PAVP]Detected a legacy packet even through CPHS mode is enabled."]]></Message>
    <Message ID="0x5600018092DD7C02"><![CDATA["[PAVP_ERROR]"]]></Message>
    <Message ID="0x5600018092DD7C03"><![CDATA["[PAVP_ERROR]"]]></Message>
    <Message ID="0x5600018092DD7C04"><![CDATA["[PAVP_ERROR]"]]></Message>
    <Message ID="0x5600018092DD7C05"><![CDATA["[PAVP] CPHS returning error %d."]]></Message>
    <Message ID="0x5600018092DD7C06"><![CDATA["[PAVP] CPHS returning error %d."]]></Message>
    <Message ID="0x5600018092DD7C07"><![CDATA["[PAVP] CPHS returning error %d."]]></Message>
    <Message ID="0x5600018092DD7C08"><![CDATA["[PAVP] CPHS returning error %d."]]></Message>
    <Message ID="0x5600018092DD7C09"><![CDATA["[PAVP] CPHS returning error %d."]]></Message>
    <Message ID="0x5600018092DD7C0A"><![CDATA["[PAVP] CPHS returning error %d."]]></Message>
    <Message ID="0x5600018092DD7C0B"><![CDATA["[PAVP] CPHS returning error %d."]]></Message>
    <Message ID="0x5600018092DD7C0C"><![CDATA["[PAVP] CPHS returning error %d."]]></Message>
    <Message ID="0x5600018A92DD7400"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DD7401"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DD7402"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DD7403"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DD7404"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DD7405"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DD7406"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DD7407"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DD7408"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DD7409"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DD740A"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DD740B"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DD740C"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DD740D"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DD740E"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DD740F"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DD7410"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DD7411"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DD7412"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DD7413"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DD7414"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DD7415"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DD7416"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DD7417"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DD7418"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DD7419"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DD741A"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DD741B"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DD741C"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DD741D"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DD741E"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DD741F"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DD7420"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DD7421"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DD7422"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DD7423"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DD7424"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DD7425"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DD7426"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DD7427"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DD7428"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DD7429"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DD742A"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DD742B"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DD742C"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x80860002004B00FA"><![CDATA["[PAVP] Reading VDM data failed with status %d."]]></Message>
    <Message ID="0x80860002004B00FB"><![CDATA["[PAVP] Only able to read %d byets of the VDM data."]]></Message>
    <Message ID="0x80860002004B011B"><![CDATA["[PAVP] Received VDM Command %#x:%#x"]]></Message>
    <Message ID="0x5600018092DDA400"><![CDATA["[PAVP] pavp_sigma_21_create_session(): NULL pointer for session_id was given"]]></Message>
    <Message ID="0x5600018092DDA401"><![CDATA["[SIGMA_2_1] Error status %#x: Invalid p_cert_chain_size was given."]]></Message>
    <Message ID="0x5600018092DDA402"><![CDATA["[SIGMA_2_1] Error status %#x: Invalid cert_type %d was given."]]></Message>
    <Message ID="0x80860002004B01A0"><![CDATA["[SIGMA_2_1] Errno %d: Failed to get ROM certificate, cert_chain_buffer_size = %d, size_left = %d."]]></Message>
    <Message ID="0x80860002004B01A1"><![CDATA["[SIGMA_2_1] Errno %d: Failed to get Kernel certificate, cert_chain_buffer_size = %d, size_left = %d."]]></Message>
    <Message ID="0x80860002004B01A2"><![CDATA["[SIGMA_2_1] Errno %d: Failed to get Level-3 certificate, cert_chain_buffer_size = %d, size_left = %d."]]></Message>
    <Message ID="0x80860002004B01A3"><![CDATA["[SIGMA_2_1] Errno %d: Failed to cache certificate."]]></Message>
    <Message ID="0x5600018092DDA403"><![CDATA["[SIGMA_2_1] Error status %#x: Invalid cert_type."]]></Message>
    <Message ID="0x80860002004B01A4"><![CDATA["[SIGMA_2_1] Errno %d: Failed to get DRM certificate, cert type = %d, cert_chain_buffer_size = %d, size_left = %d."]]></Message>
    <Message ID="0x80860002004B01A5"><![CDATA["[SIGMA_2_1] Errno %d: Failed to cache certificate, lvl4_cert_type = %d."]]></Message>
    <Message ID="0x5600018E92DDDC00"><![CDATA["[MIRACAST] miracast_get_system_info(): System info is NULL; status = %#x"]]></Message>
    <Message ID="0x5600018E92DDDC01"><![CDATA["[MIRACAST] miracast_get_system_info(): Buffer size is invalid, System info = %d"]]></Message>
    <Message ID="0x5600018E92DDDC02"><![CDATA["[MIRACAST] miracast_get_system_info(): Hdcp cmd handler failure, buffer len = %d, status = %#x"]]></Message>
    <Message ID="0x5600018E92DDDC03"><![CDATA["[MIRACAST] miracast_prepare_policy_info(): Invalid parameters to wrapper call, status = %#x"]]></Message>
    <Message ID="0x5600018E92DDDC04"><![CDATA["[MIRACAST] miracast_prepare_policy_info(): Invalid parameter sizes to wrapper call, stream_size = %d, status = %#x"]]></Message>
    <Message ID="0x5600018E92DDDC05"><![CDATA["[MIRACAST] miracast_prepare_policy_info(): Hdcp cmd handler buffer length failure; buffer len = %d, status = %#x"]]></Message>
    <Message ID="0x5600018E92DDDC06"><![CDATA["[MIRACAST] miracast_get_wrapped_session_key(): Invalid HwKey or wrapped key parameters, status = %#x"]]></Message>
    <Message ID="0x5600018E92DDDC07"><![CDATA["[MIRACAST] miracast_get_wrapped_session_key(): Invalid pavp drm type use"]]></Message>
    <Message ID="0x5600018E92DDDC08"><![CDATA["[MIRACAST] miracast_get_wrapped_session_key(): Invalid pavp session use"]]></Message>
    <Message ID="0x5600018E92DDDC09"><![CDATA["[MIRACAST] miracast_get_wrapped_session_key(): In audio path; no pavp session setup available; return success"]]></Message>
    <Message ID="0x5600018E92DDDC0A"><![CDATA["[MIRACAST] miracast_get_wrapped_session_key(): Invalid buffer allocation for wrapped key, size = %d; status = %#x"]]></Message>
    <Message ID="0x5600018E92DDDC0B"><![CDATA["[MIRACAST] miracast_get_wrapped_session_key(): Failed to map hdcp context = %d, status = %#x"]]></Message>
    <Message ID="0x5600018E92DDDC0C"><![CDATA["[MIRACAST] miracast_get_wrapped_session_key(): Hdcp cmd handler invalid buffer length , status = %#x"]]></Message>
    <Message ID="0x80860002004B012C"><![CDATA["failed to open CSE part ID snowball errno=%d"]]></Message>
    <Message ID="0x80860002004B012D"><![CDATA["failed to reading CSE part ID snowball errno=%d"]]></Message>
    <Message ID="0x80860002004B012E"><![CDATA["Unexpected size reading CSE part ID snowball bytes_read=%d"]]></Message>
    <Message ID="0x5600018A92DDCC00"><![CDATA["[MDRM_ERROR] error"]]></Message>
    <Message ID="0x5600018A92DDCC01"><![CDATA["[MDRM_ERROR] error"]]></Message>
    <Message ID="0x5600018A92DDCC02"><![CDATA["[MDRM_ERROR] error"]]></Message>
    <Message ID="0x5600018A92DDCC03"><![CDATA["[MDRM_ERROR] error"]]></Message>
    <Message ID="0x5600018A92DDCC04"><![CDATA["[MDRM_ERROR] error"]]></Message>
    <Message ID="0x5600018A92DDCC05"><![CDATA["[MDRM_ERROR] error"]]></Message>
    <Message ID="0x5600018A92DDCC06"><![CDATA["[MDRM_ERROR] error"]]></Message>
    <Message ID="0x5600018A92DDCC07"><![CDATA["[MDRM_ERROR] error"]]></Message>
    <Message ID="0x5600018A92DDCC08"><![CDATA["[MDRM_ERROR] error"]]></Message>
    <Message ID="0x5600018A92DDCC09"><![CDATA["[MDRM_ERROR] error"]]></Message>
    <Message ID="0x5600018A92DDCC0A"><![CDATA["[MDRM_ERROR] error"]]></Message>
    <Message ID="0x5600018A92DDCC0B"><![CDATA["[MDRM_ERROR] error"]]></Message>
    <Message ID="0x5600018A92DDCC0C"><![CDATA["[MDRM_ERROR] error"]]></Message>
    <Message ID="0x5600018A92DDCC0D"><![CDATA["[MDRM_ERROR] error"]]></Message>
    <Message ID="0x5600018A92DDCC0E"><![CDATA["[MDRM_ERROR] error"]]></Message>
    <Message ID="0x5600018A92DDCC0F"><![CDATA["[MDRM_ERROR] error"]]></Message>
    <Message ID="0x5600018A92DDCC10"><![CDATA["[MDRM_ERROR] error"]]></Message>
    <Message ID="0x5600018A92DDCC11"><![CDATA["[MDRM_ERROR] error"]]></Message>
    <Message ID="0x5600018A92DDCC12"><![CDATA["[MDRM_ERROR] error"]]></Message>
    <Message ID="0x5600018A92DDCC13"><![CDATA["[MDRM_ERROR] error"]]></Message>
    <Message ID="0x5600018A92DDCC14"><![CDATA["[MDRM_ERROR] error"]]></Message>
    <Message ID="0x5600018A92DDCC15"><![CDATA["[MDRM_ERROR] error"]]></Message>
    <Message ID="0x5600018A92DDCC16"><![CDATA["[MDRM_ERROR] error"]]></Message>
    <Message ID="0x5600018A92DDCC17"><![CDATA["[MDRM_ERROR] error"]]></Message>
    <Message ID="0x5600018A92DDCC18"><![CDATA["[MDRM_ERROR] error"]]></Message>
    <Message ID="0x5600018A92DDCC19"><![CDATA["[MDRM_ERROR] error"]]></Message>
    <Message ID="0x5600018A92DDCC1A"><![CDATA["[MDRM_ERROR] error"]]></Message>
    <Message ID="0x5600018A92DDCC1B"><![CDATA["[MDRM_ERROR] error"]]></Message>
    <Message ID="0x5600018A92DDCC1C"><![CDATA["[MDRM_ERROR] error"]]></Message>
    <Message ID="0x5600018A92DDCC1D"><![CDATA["[MDRM_ERROR] error"]]></Message>
    <Message ID="0x5600018A92DDCC1E"><![CDATA["[MDRM_ERROR] error"]]></Message>
    <Message ID="0x5600018A92DDCC1F"><![CDATA["[MDRM_ERROR] error"]]></Message>
    <Message ID="0x5600018A92DDCC20"><![CDATA["[MDRM_ERROR] error"]]></Message>
    <Message ID="0x5600018A92DDCC21"><![CDATA["[MDRM_ERROR] error"]]></Message>
    <Message ID="0x5600018A92DDCC22"><![CDATA["[MDRM_ERROR] error"]]></Message>
    <Message ID="0x5600018A92DDCC23"><![CDATA["[MDRM_ERROR] error"]]></Message>
    <Message ID="0x5600018A92DDCC24"><![CDATA["[MDRM_ERROR] error"]]></Message>
    <Message ID="0x5600018A92DDCC25"><![CDATA["[MDRM_ERROR] error"]]></Message>
    <Message ID="0x5600018A92DDCC26"><![CDATA["[MDRM_ERROR] error"]]></Message>
    <Message ID="0x5600018A92DDCC27"><![CDATA["[MDRM_ERROR] error"]]></Message>
    <Message ID="0x5600018A92DDCC28"><![CDATA["[MDRM_ERROR] error"]]></Message>
    <Message ID="0x5600018A92DDCC29"><![CDATA["[MDRM_ERROR] error"]]></Message>
    <Message ID="0x5600018A92DDCC2A"><![CDATA["[MDRM_ERROR] error"]]></Message>
    <Message ID="0x5600018A92DDCC2B"><![CDATA["[MDRM_ERROR] error %d, returned %d"]]></Message>
    <Message ID="0x5600018A92DDCC2C"><![CDATA["[MDRM_ERROR] error"]]></Message>
    <Message ID="0x5600018A92DDCC2D"><![CDATA["[MDRM_ERROR] error %d, returned %d"]]></Message>
    <Message ID="0x5600018A92DDCC2E"><![CDATA["[MDRM_ERROR] error %d, returned %d"]]></Message>
    <Message ID="0x5600018A92DDCC2F"><![CDATA["[MDRM_ERROR] error %d, returned %d"]]></Message>
    <Message ID="0x5600018A92DDCC30"><![CDATA["[MDRM_ERROR] error"]]></Message>
    <Message ID="0x5600018A92DDCC31"><![CDATA["[MDRM_ERROR] error"]]></Message>
    <Message ID="0x5600018A92DDCC32"><![CDATA["[MDRM_ERROR] error %d, returned %d"]]></Message>
    <Message ID="0x5600018A92DDCC33"><![CDATA["[MDRM_ERROR] error %d, returned %d"]]></Message>
    <Message ID="0x5600018A92DDCC34"><![CDATA["[MDRM_ERROR] error %d, returned %d"]]></Message>
    <Message ID="0x5600018A92DDCC35"><![CDATA["[MDRM_ERROR] error %d, returned %d"]]></Message>
    <Message ID="0x5600018A92DDCC36"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DDCC37"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DDCC38"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DDCC39"><![CDATA["[MDRM_ERROR] error"]]></Message>
    <Message ID="0x5600018A92DDCC3A"><![CDATA["[MDRM_ERROR] error %d, returned %d"]]></Message>
    <Message ID="0x5600018A92DDCC3B"><![CDATA["[MDRM_ERROR] error %d, returned %d"]]></Message>
    <Message ID="0x5600018A92DDCC3C"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DDCC3D"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DDCC3E"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DDCC3F"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DDCC40"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DDCC41"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DDCC42"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DDCC43"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DDCC44"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DDCC45"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DDCC46"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DDCC47"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DDCC48"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DDCC49"><![CDATA["[MDRM_ERROR] error"]]></Message>
    <Message ID="0x5600018A92DDCC4A"><![CDATA["[MDRM_ERROR] error %d, returned %d"]]></Message>
    <Message ID="0x5600018A92DDCC4B"><![CDATA["[MDRM_ERROR] error %d, returned %d"]]></Message>
    <Message ID="0x5600018A92DDCC4C"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DDCC4D"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DDCC4E"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DDCC4F"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DDCC50"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DDCC51"><![CDATA["[MDRM_ERROR] error %d, returned %d"]]></Message>
    <Message ID="0x5600018A92DDCC52"><![CDATA["[MDRM_ERROR] error"]]></Message>
    <Message ID="0x5600018A92DDCC53"><![CDATA["[MDRM_ERROR] error %d, returned %d"]]></Message>
    <Message ID="0x5600018A92DDCC54"><![CDATA["[MDRM_ERROR] error %d, returned %d"]]></Message>
    <Message ID="0x5600018A92DDCC55"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DDCC56"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DDCC57"><![CDATA["[MDRM_ERROR] error"]]></Message>
    <Message ID="0x5600018A92DDCC58"><![CDATA["[MDRM_ERROR] error %d, returned %d"]]></Message>
    <Message ID="0x5600018A92DDCC59"><![CDATA["[MDRM_ERROR] error %d, returned %d"]]></Message>
    <Message ID="0x5600018A92DDCC5A"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DDCC5B"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DDCC5C"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DDCC5D"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DDCC5E"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DDCC5F"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DDCC60"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DDCC61"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DDCC62"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DDCC63"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DDCC64"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DDCC65"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DDCC66"><![CDATA["[MDRM_ERROR] error %d, returned %d"]]></Message>
    <Message ID="0x5600018A92DDCC67"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DDCC68"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DDCC69"><![CDATA["[MDRM_ERROR] error %d, returned %d"]]></Message>
    <Message ID="0x5600018A92DDCC6A"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DDCC6B"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DDCC6C"><![CDATA["[MDRM_ERROR] error %d, returned %d"]]></Message>
    <Message ID="0x5600018A92DDCC6D"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DDCC6E"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DDCC6F"><![CDATA["[MDRM_ERROR] error %d, returned %d"]]></Message>
    <Message ID="0x5600018A92DDCC70"><![CDATA["[MDRM_ERROR] error"]]></Message>
    <Message ID="0x5600018A92DDCC71"><![CDATA["[MDRM_ERROR] error %d, returned %d"]]></Message>
    <Message ID="0x5600018A92DDCC72"><![CDATA["[MDRM_ERROR] error %d, returned %d"]]></Message>
    <Message ID="0x5600018A92DDCC73"><![CDATA["[MDRM_ERROR] error %d, returned %d"]]></Message>
    <Message ID="0x5600018A92DDCC74"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DDCC75"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DDCC76"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DDCC77"><![CDATA["[MDRM_ERROR] error"]]></Message>
    <Message ID="0x5600018A92DDCC78"><![CDATA["[MDRM_ERROR] error %d, returned %d"]]></Message>
    <Message ID="0x5600018A92DDCC79"><![CDATA["[MDRM_ERROR] error %d, returned %d"]]></Message>
    <Message ID="0x5600018A92DDCC7A"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DDCC7B"><![CDATA["[MDRM_ERROR] error"]]></Message>
    <Message ID="0x5600018A92DDCC7C"><![CDATA["[MDRM_ERROR] error %d, returned %d"]]></Message>
    <Message ID="0x5600018A92DDCC7D"><![CDATA["[MDRM_ERROR] error %d, returned %d"]]></Message>
    <Message ID="0x5600018A92DDCC7E"><![CDATA["[MDRM_ERROR] error %d, returned %d"]]></Message>
    <Message ID="0x5600018A92DDCC7F"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DDCC80"><![CDATA["[MDRM_ERROR] error"]]></Message>
    <Message ID="0x5600018A92DDCC81"><![CDATA["[MDRM_ERROR] error %d, returned %d"]]></Message>
    <Message ID="0x5600018A92DDCC82"><![CDATA["[MDRM_ERROR] error %d, returned %d"]]></Message>
    <Message ID="0x5600018A92DDCC83"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DDCC84"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DDCC85"><![CDATA["[MDRM_ERROR] error"]]></Message>
    <Message ID="0x5600018A92DDCC86"><![CDATA["[MDRM_ERROR] error %d, returned %d"]]></Message>
    <Message ID="0x5600018A92DDCC87"><![CDATA["[MDRM_ERROR] error %d, returned %d"]]></Message>
    <Message ID="0x5600018A92DDCC88"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DDCC89"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DDCC8A"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DDCC8B"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DDCC8C"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DDCC8D"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DDCC8E"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DDCC8F"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DDCC90"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DDCC91"><![CDATA["[MDRM_ERROR] error %d, returned %d"]]></Message>
    <Message ID="0x5600018A92DDCC92"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DDCC93"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DDCC94"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DDCC95"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DDCC96"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DDCC97"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DDCC98"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DDCC99"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DDCC9A"><![CDATA["[MDRM_ERROR] error"]]></Message>
    <Message ID="0x5600018A92DDCC9B"><![CDATA["[MDRM_ERROR] error %d, returned %d"]]></Message>
    <Message ID="0x5600018A92DDCC9C"><![CDATA["[MDRM_ERROR] error %d, returned %d"]]></Message>
    <Message ID="0x5600018A92DDCC9D"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DDCC9E"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DDCC9F"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DDCCA0"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DDCCA1"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DDCCA2"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DDCCA3"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DDCCA4"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DDCCA5"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DDCCA6"><![CDATA["[MDRM_ERROR] error %d, returned %d"]]></Message>
    <Message ID="0x5600018A92DDCCA7"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DDCCA8"><![CDATA["[MDRM_ERROR] error"]]></Message>
    <Message ID="0x5600018A92DDCCA9"><![CDATA["[MDRM_ERROR] error %d, returned %d"]]></Message>
    <Message ID="0x5600018A92DDCCAA"><![CDATA["[MDRM_ERROR] error %d, returned %d"]]></Message>
    <Message ID="0x5600018A92DDCCAB"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DDCCAC"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DDCCAD"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DDCCAE"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DDCCAF"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DDCCB0"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DDCCB1"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DDCCB2"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DDCCB3"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DDCCB4"><![CDATA["[MDRM_ERROR] error %d, returned %d"]]></Message>
    <Message ID="0x5600018A92DDCCB5"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DDCCB6"><![CDATA["[MDRM_ERROR] error"]]></Message>
    <Message ID="0x5600018A92DDCCB7"><![CDATA["[MDRM_ERROR] error %d, returned %d"]]></Message>
    <Message ID="0x5600018A92DDCCB8"><![CDATA["[MDRM_ERROR] error %d, returned %d"]]></Message>
    <Message ID="0x5600018A92DDCCB9"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DDCCBA"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DDCCBB"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DDCCBC"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DDCCBD"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DDCCBE"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DDCCBF"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DDCCC0"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DDCCC1"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DDCCC2"><![CDATA["[MDRM_ERROR] error %d, returned %d"]]></Message>
    <Message ID="0x5600018A92DDCCC3"><![CDATA["[MDRM_ERROR] error %d, returned %d"]]></Message>
    <Message ID="0x5600018A92DDCCC4"><![CDATA["[MDRM_ERROR] error %d, returned %d"]]></Message>
    <Message ID="0x5600018A92DDCCC5"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DDCCC6"><![CDATA["[MDRM_ERROR] error"]]></Message>
    <Message ID="0x5600018A92DDCCC7"><![CDATA["[MDRM_ERROR] error %d, returned %d"]]></Message>
    <Message ID="0x5600018A92DDCCC8"><![CDATA["[MDRM_ERROR] error %d, returned %d"]]></Message>
    <Message ID="0x5600018A92DDCCC9"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DDCCCA"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DDCCCB"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DDCCCC"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DDCCCD"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DDCCCE"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DDCCCF"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DDCCD0"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DDCCD1"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DDCCD2"><![CDATA["[MDRM_ERROR] error %d, returned %d"]]></Message>
    <Message ID="0x5600018A92DDCCD3"><![CDATA["[MDRM_ERROR] error %d, returned %d"]]></Message>
    <Message ID="0x5600018A92DDCCD4"><![CDATA["[MDRM_ERROR] error %d, returned %d"]]></Message>
    <Message ID="0x5600018A92DDCCD5"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DDCCD6"><![CDATA["[MDRM_ERROR] error"]]></Message>
    <Message ID="0x5600018A92DDCCD7"><![CDATA["[MDRM_ERROR] error %d, returned %d"]]></Message>
    <Message ID="0x5600018A92DDCCD8"><![CDATA["[MDRM_ERROR] error %d, returned %d"]]></Message>
    <Message ID="0x5600018A92DDCCD9"><![CDATA["[MDRM_ERROR] error %d, returned %d"]]></Message>
    <Message ID="0x5600018A92DDCCDA"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DDCCDB"><![CDATA["[MDRM_ERROR] error %d, returned %d"]]></Message>
    <Message ID="0x5600018A92DDCCDC"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DDCCDD"><![CDATA["[MDRM_ERROR] error"]]></Message>
    <Message ID="0x5600018A92DDCCDE"><![CDATA["[MDRM_ERROR] error %d, returned %d"]]></Message>
    <Message ID="0x5600018A92DDCCDF"><![CDATA["[MDRM_ERROR] error %d, returned %d"]]></Message>
    <Message ID="0x5600018A92DDCCE0"><![CDATA["[MDRM_ERROR] error %d, returned %d"]]></Message>
    <Message ID="0x5600018A92DDCCE1"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DDCCE2"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DDCCE3"><![CDATA["[MDRM_ERROR] error"]]></Message>
    <Message ID="0x5600018A92DDCCE4"><![CDATA["[MDRM_ERROR] error %d, returned %d"]]></Message>
    <Message ID="0x5600018A92DDCCE5"><![CDATA["[MDRM_ERROR] error %d, returned %d"]]></Message>
    <Message ID="0x5600018A92DDCCE6"><![CDATA["[MDRM_ERROR] error %d, returned %d"]]></Message>
    <Message ID="0x5600018A92DDCCE7"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DDCCE8"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DDCCE9"><![CDATA["[MDRM_ERROR] error"]]></Message>
    <Message ID="0x5600018A92DDCCEA"><![CDATA["[MDRM_ERROR] error %d, returned %d"]]></Message>
    <Message ID="0x5600018A92DDCCEB"><![CDATA["[MDRM_ERROR] error %d, returned %d"]]></Message>
    <Message ID="0x5600018A92DDCCEC"><![CDATA["[MDRM_ERROR] error %d, returned %d"]]></Message>
    <Message ID="0x5600018A92DDCCED"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DDCCEE"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DDCCEF"><![CDATA["[MDRM_ERROR] error"]]></Message>
    <Message ID="0x5600018A92DDCCF0"><![CDATA["[MDRM_ERROR] error %d, returned %d"]]></Message>
    <Message ID="0x5600018A92DDCCF1"><![CDATA["[MDRM_ERROR] error %d, returned %d"]]></Message>
    <Message ID="0x5600018A92DDCCF2"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DDCCF3"><![CDATA["[MDRM_ERROR] error"]]></Message>
    <Message ID="0x5600018A92DDCCF4"><![CDATA["[MDRM_ERROR] error %d, returned %d"]]></Message>
    <Message ID="0x5600018A92DDCCF5"><![CDATA["[MDRM_ERROR] error %d, returned %d"]]></Message>
    <Message ID="0x5600018A92DDCCF6"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DDCCF7"><![CDATA["[MDRM_ERROR] error"]]></Message>
    <Message ID="0x5600018A92DDCCF8"><![CDATA["[MDRM_ERROR] error %d, returned %d"]]></Message>
    <Message ID="0x5600018A92DDCCF9"><![CDATA["[MDRM_ERROR] error %d, returned %d"]]></Message>
    <Message ID="0x5600018A92DDCCFA"><![CDATA["[MDRM_ERROR] error %d, returned %d"]]></Message>
    <Message ID="0x5600018A92DDCCFB"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DDCCFC"><![CDATA["[MDRM_ERROR] error"]]></Message>
    <Message ID="0x5600018A92DDCCFD"><![CDATA["[MDRM_ERROR] error %d, returned %d"]]></Message>
    <Message ID="0x5600018A92DDCCFE"><![CDATA["[MDRM_ERROR] error %d, returned %d"]]></Message>
    <Message ID="0x5600018A92DDCCFF"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DDCD00"><![CDATA["[MDRM_ERROR] error"]]></Message>
    <Message ID="0x5600018A92DDCD01"><![CDATA["[MDRM_ERROR] error %d, returned %d"]]></Message>
    <Message ID="0x5600018A92DDCD02"><![CDATA["[MDRM_ERROR] error %d, returned %d"]]></Message>
    <Message ID="0x5600018A92DDCD03"><![CDATA["[MDRM_ERROR] error %d, returned %d"]]></Message>
    <Message ID="0x5600018A92DDCD04"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DDCD05"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DDCD06"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DDCD07"><![CDATA["[MDRM_ERROR] error"]]></Message>
    <Message ID="0x5600018A92DDCD08"><![CDATA["[MDRM_ERROR] error %d, returned %d"]]></Message>
    <Message ID="0x5600018A92DDCD09"><![CDATA["[MDRM_ERROR] error %d, returned %d"]]></Message>
    <Message ID="0x5600018A92DDCD0A"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DDCD0B"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DDCD0C"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DDCD0D"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DDCD0E"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DDCD0F"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DDCD10"><![CDATA["[MDRM_ERROR] error"]]></Message>
    <Message ID="0x5600018A92DDCD11"><![CDATA["[MDRM_ERROR] error %d, returned %d"]]></Message>
    <Message ID="0x5600018A92DDCD12"><![CDATA["[MDRM_ERROR] error %d, returned %d"]]></Message>
    <Message ID="0x5600018A92DDCD13"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DDCD14"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DDCD15"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DDCD16"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DDCD17"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DDCD18"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DDCD19"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DDCD1A"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DDCD1B"><![CDATA["[MDRM_ERROR] error %d, returned %d"]]></Message>
    <Message ID="0x5600018A92DDCD1C"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DDCD1D"><![CDATA["[MDRM_ERROR] error"]]></Message>
    <Message ID="0x5600018A92DDCD1E"><![CDATA["[MDRM_ERROR] error %d, returned %d"]]></Message>
    <Message ID="0x5600018A92DDCD1F"><![CDATA["[MDRM_ERROR] error %d, returned %d"]]></Message>
    <Message ID="0x5600018A92DDCD20"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DDCD21"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DDCD22"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DDCD23"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DDCD24"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DDCD25"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DDCD26"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DDCD27"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DDCD28"><![CDATA["[MDRM_ERROR] error %d, returned %d"]]></Message>
    <Message ID="0x5600018A92DDCD29"><![CDATA["[MDRM_ERROR] error %d, returned %d"]]></Message>
    <Message ID="0x5600018A92DDCD2A"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DDCD2B"><![CDATA["[MDRM_ERROR] error"]]></Message>
    <Message ID="0x5600018A92DDCD2C"><![CDATA["[MDRM_ERROR] error %d, returned %d"]]></Message>
    <Message ID="0x5600018A92DDCD2D"><![CDATA["[MDRM_ERROR] error %d, returned %d"]]></Message>
    <Message ID="0x5600018A92DDCD2E"><![CDATA["[MDRM_ERROR] error %d, returned %d"]]></Message>
    <Message ID="0x5600018A92DDCD2F"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DDCD30"><![CDATA["[MDRM_ERROR] error %d, returned %d"]]></Message>
    <Message ID="0x5600018A92DDCD31"><![CDATA["[MDRM_ERROR] error"]]></Message>
    <Message ID="0x5600018A92DDCD32"><![CDATA["[MDRM_ERROR] error %d, returned %d"]]></Message>
    <Message ID="0x5600018A92DDCD33"><![CDATA["[MDRM_ERROR] error %d, returned %d"]]></Message>
    <Message ID="0x5600018A92DDCD34"><![CDATA["[MDRM_ERROR] error %d, returned %d"]]></Message>
    <Message ID="0x5600018A92DDCD35"><![CDATA["[MDRM_ERROR] error %d, returned %d"]]></Message>
    <Message ID="0x5600018A92DDCD36"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DDCD37"><![CDATA["[MDRM_ERROR] error %d, returned %d"]]></Message>
    <Message ID="0x5600018A92DDCD38"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DDCD39"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DDCD3A"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DDCD3B"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DDCD3C"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DDCD3D"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DDCD3E"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DDCD3F"><![CDATA["[MDRM_ERROR] error"]]></Message>
    <Message ID="0x5600018A92DDCD40"><![CDATA["[MDRM_ERROR] error %d, returned %d"]]></Message>
    <Message ID="0x5600018A92DDCD41"><![CDATA["[MDRM_ERROR] error %d, returned %d"]]></Message>
    <Message ID="0x5600018A92DDCD42"><![CDATA["[MDRM_ERROR] error %d, returned %d"]]></Message>
    <Message ID="0x5600018A92DDCD43"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DDCD44"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DDCD45"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DDCD46"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DDCD47"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DDCD48"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DDCD49"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DDCD4A"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DDCD4B"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DDCD4C"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DDCD4D"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DDCD4E"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DDCD4F"><![CDATA["[MDRM_ERROR] error %d, returned %d"]]></Message>
    <Message ID="0x5600018A92DDCD50"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DDCD51"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DDCD52"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DDCD53"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DDCD54"><![CDATA["[MDRM_ERROR] error %d, returned %d"]]></Message>
    <Message ID="0x5600018A92DDCD55"><![CDATA["[MDRM_ERROR] error %d, returned %d"]]></Message>
    <Message ID="0x5600018A92DDCD56"><![CDATA["[MDRM_ERROR] error"]]></Message>
    <Message ID="0x5600018A92DDCD57"><![CDATA["[MDRM_ERROR] error %d, returned %d"]]></Message>
    <Message ID="0x5600018A92DDCD58"><![CDATA["[MDRM_ERROR] error %d, returned %d"]]></Message>
    <Message ID="0x5600018A92DDCD59"><![CDATA["[MDRM_ERROR] error %d, returned %d"]]></Message>
    <Message ID="0x5600018A92DDCD5A"><![CDATA["[MDRM_ERROR] error"]]></Message>
    <Message ID="0x5600018A92DDCD5B"><![CDATA["[MDRM_ERROR] error %d, returned %d"]]></Message>
    <Message ID="0x5600018A92DDCD5C"><![CDATA["[MDRM_ERROR] error %d, returned %d"]]></Message>
    <Message ID="0x5600018A92DDCD5D"><![CDATA["[MDRM_ERROR] error %d, returned %d"]]></Message>
    <Message ID="0x5600018A92DDCD5E"><![CDATA["[MDRM_ERROR] error"]]></Message>
    <Message ID="0x5600018A92DDCD5F"><![CDATA["[MDRM_ERROR] error %d, returned %d"]]></Message>
    <Message ID="0x5600018A92DDCD60"><![CDATA["[MDRM_ERROR] error %d, returned %d"]]></Message>
    <Message ID="0x5600018A92DDCD61"><![CDATA["[MDRM_ERROR] error %d, returned %d"]]></Message>
    <Message ID="0x5600018A92DDCD62"><![CDATA["[MDRM_ERROR] error"]]></Message>
    <Message ID="0x5600018A92DDCD63"><![CDATA["[MDRM_ERROR] error %d, returned %d"]]></Message>
    <Message ID="0x5600018A92DDCD64"><![CDATA["[MDRM_ERROR] error %d, returned %d"]]></Message>
    <Message ID="0x5600018A92DDCD65"><![CDATA["[MDRM_ERROR] error %d, returned %d"]]></Message>
    <Message ID="0x5600018A92DDCD66"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DDCD67"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DDCD68"><![CDATA["[MDRM_ERROR] error %d, returned %d"]]></Message>
    <Message ID="0x5600018A92DDCD69"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DDCD6A"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DDCD6B"><![CDATA["[MDRM_ERROR] error %d, returned %d"]]></Message>
    <Message ID="0x5600018A92DDCD6C"><![CDATA["[MDRM_ERROR] error"]]></Message>
    <Message ID="0x5600018A92DDCD6D"><![CDATA["[MDRM_ERROR] error %d, returned %d"]]></Message>
    <Message ID="0x5600018A92DDCD6E"><![CDATA["[MDRM_ERROR] error %d, returned %d"]]></Message>
    <Message ID="0x5600018A92DDCD6F"><![CDATA["[MDRM_ERROR] error %d, returned %d"]]></Message>
    <Message ID="0x5600018A92DDCD70"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DDCD71"><![CDATA["[MDRM_ERROR] error %d, returned %d"]]></Message>
    <Message ID="0x5600018A92DDCD72"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DDCD73"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DDCD74"><![CDATA["[MDRM_ERROR] error %d, returned %d"]]></Message>
    <Message ID="0x5600018A92DDCD75"><![CDATA["[MDRM_ERROR] error"]]></Message>
    <Message ID="0x5600018A92DDCD76"><![CDATA["[MDRM_ERROR] error %d, returned %d"]]></Message>
    <Message ID="0x5600018A92DDCD77"><![CDATA["[MDRM_ERROR] error %d, returned %d"]]></Message>
    <Message ID="0x5600018A92DDCD78"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DDCD79"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DDCD7A"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DDCD7B"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DDCD7C"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DDCD7D"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DDCD7E"><![CDATA["[MDRM_ERROR] error"]]></Message>
    <Message ID="0x5600018A92DDCD7F"><![CDATA["[MDRM_ERROR] error %d, returned %d"]]></Message>
    <Message ID="0x5600018A92DDCD80"><![CDATA["[MDRM_ERROR] error %d, returned %d"]]></Message>
    <Message ID="0x5600018A92DDCD81"><![CDATA["[MDRM_ERROR] error %d, returned %d"]]></Message>
    <Message ID="0x5600018A92DDCD82"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DDCD83"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DDCD84"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DDCD85"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DDCD86"><![CDATA["[MDRM_ERROR] error %d, returned %d"]]></Message>
    <Message ID="0x5600018A92DDCD87"><![CDATA["[MDRM_ERROR] error %d, returned %d"]]></Message>
    <Message ID="0x5600018A92DDCD88"><![CDATA["[MDRM_ERROR] error %d, returned %d"]]></Message>
    <Message ID="0x5600018A92DDCD89"><![CDATA["[MDRM_ERROR] error %d, returned %d"]]></Message>
    <Message ID="0x5600018A92DDCD8A"><![CDATA["[MDRM_ERROR] error %d, returned %d"]]></Message>
    <Message ID="0x5600018A92DDCD8B"><![CDATA["[MDRM_ERROR] error %d, returned %d"]]></Message>
    <Message ID="0x5600018A92DDCD8C"><![CDATA["[MDRM_ERROR] error %d, returned %d"]]></Message>
    <Message ID="0x5600018A92DDCD8D"><![CDATA["[MDRM_ERROR] error %d, returned %d"]]></Message>
    <Message ID="0x5600018A92DDD000"><![CDATA["[MDRM_ERROR] error"]]></Message>
    <Message ID="0x5600018A92DDD001"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DDD002"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DDD003"><![CDATA["[MDRM_ERROR] error"]]></Message>
    <Message ID="0x5600018A92DDD004"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DDD005"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DDD006"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DDD007"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DDD008"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DDD009"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DDD00A"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DDD00B"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DDD00C"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DDD00D"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DDD00E"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DDD00F"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DDD010"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DDD011"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DDD012"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DDD013"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DDD014"><![CDATA["[MDRM_ERROR] error %d, returned %d"]]></Message>
    <Message ID="0x5600018A92DDD015"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DDD016"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DDD017"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DDD018"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DDD019"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DDD01A"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DDD01B"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DDD01C"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DDD01D"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DDD01E"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DDD01F"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DDD020"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DDD021"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DDD022"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DDD023"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DDD024"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DDD025"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DDD026"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DDD027"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DDD028"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DDD029"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DDD02A"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DDD02B"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DDD02C"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DDD02D"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DDD02E"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DDD02F"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DDD030"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DDD031"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DDD032"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DDD033"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DDD034"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DDD035"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DDD036"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DDD037"><![CDATA["[MDRM_ERROR] error %d, returned %d"]]></Message>
    <Message ID="0x5600018A92DDD038"><![CDATA["[MDRM_ERROR] error %d, returned %d"]]></Message>
    <Message ID="0x5600018A92DDD039"><![CDATA["[MDRM_ERROR] error %d, returned %d"]]></Message>
    <Message ID="0x5600018A92DDD03A"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DDD03B"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DDD03C"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DDD03D"><![CDATA["[MDRM_ERROR] error %d, returned %d"]]></Message>
    <Message ID="0x5600018A92DDD03E"><![CDATA["[MDRM_ERROR] error"]]></Message>
    <Message ID="0x5600018A92DDD03F"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DDD040"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DDD041"><![CDATA["[MDRM_ERROR] error %d, returned %d"]]></Message>
    <Message ID="0x5600018A92DDD042"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DDD043"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DDD044"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DDD045"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DDD046"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DDD047"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DDD048"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DDD049"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DDD04A"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DDD04B"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DDD04C"><![CDATA["[MDRM_ERROR] error %d, returned %d"]]></Message>
    <Message ID="0x5600018A92DDD04D"><![CDATA["[MDRM_ERROR] error %d, returned %d"]]></Message>
    <Message ID="0x5600018A92DDD04E"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DDD04F"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DDD050"><![CDATA["[MDRM_ERROR] error %d, returned %d"]]></Message>
    <Message ID="0x5600018A92DDD051"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DDD052"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DDD053"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DDD054"><![CDATA["[MDRM_ERROR] error %d, returned %d"]]></Message>
    <Message ID="0x5600018A92DDD055"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DDD056"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DDD057"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DDD058"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DDD059"><![CDATA["[MDRM_ERROR] error %d, returned %d"]]></Message>
    <Message ID="0x5600018A92DDD05A"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DDD05B"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DDD05C"><![CDATA["[MDRM_ERROR] error %d, returned %d"]]></Message>
    <Message ID="0x5600018A92DDD05D"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DDD05E"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DDD05F"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DDD060"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DDD061"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DDD062"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DDD063"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DDD064"><![CDATA["[MDRM_ERROR] error %d, returned %d"]]></Message>
    <Message ID="0x5600018A92DDD065"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DDD066"><![CDATA["[MDRM_ERROR] error %d, returned %d"]]></Message>
    <Message ID="0x5600018A92DDD067"><![CDATA["[MDRM_ERROR] error %d, returned %d"]]></Message>
    <Message ID="0x5600018A92DDD068"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DDD069"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DDD06A"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DDD06B"><![CDATA["[MDRM_ERROR] error %d, returned %d"]]></Message>
    <Message ID="0x5600018A92DDD06C"><![CDATA["[MDRM_ERROR] error %d, returned %d"]]></Message>
    <Message ID="0x5600018A92DDD06D"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DDD06E"><![CDATA["[MDRM_ERROR] error %d, returned %d"]]></Message>
    <Message ID="0x5600018A92DDD06F"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DDD070"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DDD071"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DDD072"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DDD073"><![CDATA["[MDRM_ERROR] error %d, returned %d"]]></Message>
    <Message ID="0x5600018A92DDD074"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DDD075"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DDD076"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DDD077"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x80860002004B1400"><![CDATA["[MDRM] Errno %d: Failed to add title key timer."]]></Message>
    <Message ID="0x80860002004B1401"><![CDATA["[MDRM] Errno %d: Failed to add usage table timer."]]></Message>
    <Message ID="0x80860002004B1402"><![CDATA["[MDRM] Errno %d: Failed to delete title key timer."]]></Message>
    <Message ID="0x80860002004B1403"><![CDATA["[MDRM] Errno %d: Failed to delete usage table timer."]]></Message>
    <Message ID="0x5600018A92DDD078"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600030A92DDD079"><![CDATA["[MDRM_TIMER] Title Key Timer (Session ID %d, Key Index %d, Duration %d s) expired after %d s!"]]></Message>
    <Message ID="0x5600018A92DDD07A"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600030A92DDD07B"><![CDATA["[MDRM_TIMER] Usage Table Update Timer expired (timestamp %d ms)!"]]></Message>
    <Message ID="0x5600018A92DDD07C"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DDD07D"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DDD07E"><![CDATA["[MDRM_ERROR] error %d, returned %d"]]></Message>
    <Message ID="0x5600018A92DDD07F"><![CDATA["[MDRM_ERROR] error %d, returned %d"]]></Message>
    <Message ID="0x5600018A92DDD080"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DDD081"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DDD082"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DDD083"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018A92DDD084"><![CDATA["[MDRM_ERROR] error %d"]]></Message>
    <Message ID="0x5600018892DDC400"><![CDATA["[WV_ERROR] error"]]></Message>
    <Message ID="0x5600018892DDC401"><![CDATA["[WV_ERROR] error %d, returned %d"]]></Message>
    <Message ID="0x5600018892DDC402"><![CDATA["[WV_ERROR] error %d, returned %d"]]></Message>
    <Message ID="0x5600018892DDC403"><![CDATA["[WV_ERROR] error %d, returned %d"]]></Message>
    <Message ID="0x5600018892DDC404"><![CDATA["[WV_ERROR] error %d"]]></Message>
    <Message ID="0x5600018892DDC405"><![CDATA["[WV_ERROR] error %d"]]></Message>
    <Message ID="0x5600018892DDC406"><![CDATA["[WV_ERROR] error"]]></Message>
    <Message ID="0x5600018892DDC407"><![CDATA["[WV_ERROR] error %d, returned %d"]]></Message>
    <Message ID="0x5600018892DDC408"><![CDATA["[WV_ERROR] error %d, returned %d"]]></Message>
    <Message ID="0x5600018892DDC409"><![CDATA["[WV_ERROR] error %d, returned %d"]]></Message>
    <Message ID="0x5600018892DDC40A"><![CDATA["[WV_ERROR] error %d"]]></Message>
    <Message ID="0x5600018892DDC40B"><![CDATA["[WV_ERROR] error %d"]]></Message>
    <Message ID="0x5600018892DDC40C"><![CDATA["[WV_ERROR] error"]]></Message>
    <Message ID="0x5600018892DDC40D"><![CDATA["[WV_ERROR] error %d, returned %d"]]></Message>
    <Message ID="0x5600018892DDC40E"><![CDATA["[WV_ERROR] error %d, returned %d"]]></Message>
    <Message ID="0x5600018892DDC40F"><![CDATA["[WV_ERROR] error %d, returned %d"]]></Message>
    <Message ID="0x5600018892DDC410"><![CDATA["[WV_ERROR] error %d"]]></Message>
    <Message ID="0x5600018892DDC411"><![CDATA["[WV_ERROR] error %d"]]></Message>
    <Message ID="0x5600018892DDC412"><![CDATA["[WV_ERROR] error"]]></Message>
    <Message ID="0x5600018892DDC413"><![CDATA["[WV_ERROR] error %d, returned %d"]]></Message>
    <Message ID="0x5600018892DDC414"><![CDATA["[WV_ERROR] error %d, returned %d"]]></Message>
    <Message ID="0x5600018892DDC415"><![CDATA["[WV_ERROR] error %d, returned %d"]]></Message>
    <Message ID="0x5600018892DDC416"><![CDATA["[WV_ERROR] error"]]></Message>
    <Message ID="0x5600018892DDC417"><![CDATA["[WV_ERROR] error %d, returned %d"]]></Message>
    <Message ID="0x5600018892DDC418"><![CDATA["[WV_ERROR] error %d, returned %d"]]></Message>
    <Message ID="0x5600018892DDC419"><![CDATA["[WV_ERROR] error %d, returned %d"]]></Message>
    <Message ID="0x5600018892DDC41A"><![CDATA["[WV_ERROR] error %d, returned %d"]]></Message>
    <Message ID="0x5600018892DDC41B"><![CDATA["[WV_ERROR] error %d"]]></Message>
    <Message ID="0x5600018892DDC41C"><![CDATA["[WV_ERROR] error %d, returned %d"]]></Message>
    <Message ID="0x5600018892DDC41D"><![CDATA["[WV_ERROR] error %d, returned %d"]]></Message>
    <Message ID="0x5600018892DDC41E"><![CDATA["[WV_ERROR] error %d"]]></Message>
    <Message ID="0x5600018892DDC41F"><![CDATA["[WV_ERROR] error %d"]]></Message>
    <Message ID="0x5600018892DDC420"><![CDATA["[WV_ERROR] error %d, returned %d"]]></Message>
    <Message ID="0x5600018892DDC421"><![CDATA["[WV_ERROR] error"]]></Message>
    <Message ID="0x5600018892DDC422"><![CDATA["[WV_ERROR] error %d, returned %d"]]></Message>
    <Message ID="0x5600018892DDC423"><![CDATA["[WV_ERROR] error %d, returned %d"]]></Message>
    <Message ID="0x5600018892DDC424"><![CDATA["[WV_ERROR] error %d, returned %d"]]></Message>
    <Message ID="0x5600018892DDC425"><![CDATA["[WV_ERROR] error"]]></Message>
    <Message ID="0x5600018892DDC426"><![CDATA["[WV_ERROR] error %d, returned %d"]]></Message>
    <Message ID="0x5600018892DDC427"><![CDATA["[WV_ERROR] error %d, returned %d"]]></Message>
    <Message ID="0x5600018892DDC428"><![CDATA["[WV_ERROR] error %d, returned %d"]]></Message>
    <Message ID="0x5600018892DDC429"><![CDATA["[WV_ERROR] error %d"]]></Message>
    <Message ID="0x5600018892DDC42A"><![CDATA["[WV_ERROR] error %d, returned %d"]]></Message>
    <Message ID="0x5600018892DDC42B"><![CDATA["[WV_ERROR] error %d"]]></Message>
    <Message ID="0x5600018892DDC42C"><![CDATA["[WV_ERROR] error %d, returned %d"]]></Message>
    <Message ID="0x5600018892DDC42D"><![CDATA["[WV_ERROR] error %d, returned %d"]]></Message>
    <Message ID="0x5600018892DDC42E"><![CDATA["[WV_ERROR] error %d, returned %d"]]></Message>
    <Message ID="0x5600018892DDC42F"><![CDATA["[WV_ERROR] error %d, returned %d"]]></Message>
    <Message ID="0x5600018892DDC430"><![CDATA["[WV_ERROR] error"]]></Message>
    <Message ID="0x5600018892DDC431"><![CDATA["[WV_ERROR] error %d, returned %d"]]></Message>
    <Message ID="0x5600018892DDC432"><![CDATA["[WV_ERROR] error %d, returned %d"]]></Message>
    <Message ID="0x5600018892DDC433"><![CDATA["[WV_ERROR] error %d, returned %d"]]></Message>
    <Message ID="0x5600018892DDC434"><![CDATA["[WV_ERROR] error %d, returned %d"]]></Message>
    <Message ID="0x5600018892DDC435"><![CDATA["[WV_ERROR] error %d"]]></Message>
    <Message ID="0x5600018892DDC436"><![CDATA["[WV_ERROR] error %d, returned %d"]]></Message>
    <Message ID="0x5600018892DDC437"><![CDATA["[WV_ERROR] error %d, returned %d"]]></Message>
    <Message ID="0x5600018892DDC438"><![CDATA["[WV_ERROR] error %d, returned %d"]]></Message>
    <Message ID="0x5600018892DDC439"><![CDATA["[WV_ERROR] error %d"]]></Message>
    <Message ID="0x5600018892DDC43A"><![CDATA["[WV_ERROR] error %d"]]></Message>
    <Message ID="0x5600018892DDC43B"><![CDATA["[WV_ERROR] error %d, returned %d"]]></Message>
    <Message ID="0x5600018892DDC43C"><![CDATA["[WV_ERROR] error"]]></Message>
    <Message ID="0x5600018892DDC43D"><![CDATA["[WV_ERROR] error %d, returned %d"]]></Message>
    <Message ID="0x5600018892DDC43E"><![CDATA["[WV_ERROR] error %d, returned %d"]]></Message>
    <Message ID="0x5600018892DDC43F"><![CDATA["[WV_ERROR] error %d, returned %d"]]></Message>
    <Message ID="0x5600018892DDC440"><![CDATA["[WV_ERROR] error %d, returned %d"]]></Message>
    <Message ID="0x5600018892DDC441"><![CDATA["[WV_ERROR] error"]]></Message>
    <Message ID="0x5600018892DDC442"><![CDATA["[WV_ERROR] error"]]></Message>
    <Message ID="0x80860002004B1000"><![CDATA["[WV] Errno %d: Failed to retrieve EOM status"]]></Message>
    <Message ID="0x5600018892DDC800"><![CDATA["[WV] Error status %#x: Failed to read CEK from NVAR."]]></Message>
    <Message ID="0x5600018892DDC801"><![CDATA["[WV] Error status %#x: Failed to read WV Keybox AES CBC Key from file."]]></Message>
    <Message ID="0x80860002004B1001"><![CDATA["[WV] Errno %d: Failed to generate random number as WV Keybox AES CBC Key"]]></Message>
    <Message ID="0x5600018892DDC802"><![CDATA["[WV] Error status %#x: Failed to write key to WV_FILE_PATH_AES_CBC_KEYBOX_KEY_BLOB."]]></Message>
    <Message ID="0x5600018892DDC803"><![CDATA["[WV] Error status %#x: Failed to read WV Keybox AES CBC IV from file."]]></Message>
    <Message ID="0x80860002004B1002"><![CDATA["[WV] Errno %d: Failed to generate random number as WV Keybox AES CBC IV."]]></Message>
    <Message ID="0x5600018892DDC804"><![CDATA["[WV] Error status %#x: Failed to write IV to WV_FILE_PATH_AES_CBC_KEYBOX_IV_BLOB."]]></Message>
    <Message ID="0x5600018892DDC805"><![CDATA["[WV_ERROR] error"]]></Message>
    <Message ID="0x5600018892DDC806"><![CDATA["[WV_ERROR] error %d"]]></Message>
    <Message ID="0x5600018892DDC807"><![CDATA["[WV_ERROR] error %d, returned %d"]]></Message>
    <Message ID="0x5600018892DDC808"><![CDATA["[WV_ERROR] error %d"]]></Message>
    <Message ID="0x5600018892DDC809"><![CDATA["[WV_ERROR] error %d"]]></Message>
    <Message ID="0x5600018892DDC80A"><![CDATA["[WV] Error status %#x: Failed to read CEK NVAR from file."]]></Message>
    <Message ID="0x5600018892DDC80B"><![CDATA["[WV] Error status %#x: Failed to get RSA private key."]]></Message>
    <Message ID="0x5600018892DDC80C"><![CDATA["[WV] Errno %d: CEK decryption failed."]]></Message>
    <Message ID="0x5600018892DDC80D"><![CDATA["[WV] Error status %#x: CEK NVAR comparison failed."]]></Message>
    <Message ID="0x5600018892DDC80E"><![CDATA["[WV] Error status %#x: Failed to write CEK to blob."]]></Message>
    <Message ID="0x5600018892DDC80F"><![CDATA["[WV] Error status %#x: Failed to delete the CEK NVAR file."]]></Message>
    <Message ID="0x8086000200591814"><![CDATA["[2_1_SRV]  Errno %d: Failed to retreive derived key."]]></Message>
    <Message ID="0x8086000200591815"><![CDATA["[2_1_SRV]  Errno %d: Failed to install SKS wrapped key."]]></Message>
    <Message ID="0x8086000200591816"><![CDATA["[2_1_SRV]  Errno %d: Failed to generate session context base key."]]></Message>
    <Message ID="0x808600020059181A"><![CDATA["[2_1_SRV]  Errno %d: Failed to perform HMAC on session context base key."]]></Message>
    <Message ID="0x8086000200591817"><![CDATA["[2_1_SRV]  Errno %d: Failed to wrap session context base key."]]></Message>
    <Message ID="0x8086000200591818"><![CDATA["[2_1_SRV]  Errno %d: Failed to generate session context IV."]]></Message>
    <Message ID="0x8086000200591819"><![CDATA["[2_1_SRV]  Errno %d: Failed to uninstall SKS wrapped key."]]></Message>
    <Message ID="0x8086000200591810"><![CDATA["[2_1_SRV] RTC Cleared detected."]]></Message>
    <Message ID="0x8086000200591812"><![CDATA["[2_1_SRV]  Errno %d: Failed to retrieve prtc_time status."]]></Message>
    <Message ID="0x8086000200591811"><![CDATA["[2_1_SRV] PRTC Reset detected."]]></Message>
    <Message ID="0x5600018C96571C00"><![CDATA["[2_1_SRV]  Error status %#x: Failed to delete Trusted Time AR blob."]]></Message>
    <Message ID="0x8086000200591813"><![CDATA["[2_1_SRV]  Errno %d: Failed to retrieve Trusted Time RAND."]]></Message>
    <Message ID="0x5600018C96571C01"><![CDATA["[2_1_SRV]  Error status %#x: Failed to update Trusted Time RAND blob."]]></Message>
    <Message ID="0x5600018C96571C02"><![CDATA["[2_1_SRV]  Error status %#x: Failed to clear trusted time."]]></Message>
    <Message ID="0x5600018C96571C03"><![CDATA["SIGMA_2_1_ERROR %d"]]></Message>
    <Message ID="0x5600018C96571C04"><![CDATA["SIGMA_2_1_ERROR %d"]]></Message>
    <Message ID="0x5600018C96571C05"><![CDATA["SIGMA_2_1_ERROR %d"]]></Message>
    <Message ID="0x5600018C96571C06"><![CDATA["SIGMA_2_1_ERROR %d"]]></Message>
    <Message ID="0x5600018C96571C07"><![CDATA["SIGMA_2_1_ERROR %d"]]></Message>
    <Message ID="0x5600018C96571C08"><![CDATA["SIGMA_2_1_ERROR %d"]]></Message>
    <Message ID="0x5600018C96571C09"><![CDATA["SIGMA_2_1_ERROR %d"]]></Message>
    <Message ID="0x5600018C96571C0A"><![CDATA["SIGMA_2_1_ERROR %d"]]></Message>
    <Message ID="0x5600018C96571C0B"><![CDATA["SIGMA_2_1_ERROR %d"]]></Message>
    <Message ID="0x5600018C96571C0C"><![CDATA["SIGMA_2_1_ERROR %d"]]></Message>
    <Message ID="0x5600018C96571C0D"><![CDATA["SIGMA_2_1_ERROR %d"]]></Message>
    <Message ID="0x5600018C96571C0E"><![CDATA["SIGMA_2_1_ERROR %d"]]></Message>
    <Message ID="0x5600018C96571C0F"><![CDATA["SIGMA_2_1_ERROR %d"]]></Message>
    <Message ID="0x5600018C96571C10"><![CDATA["SIGMA_2_1_ERROR %d"]]></Message>
    <Message ID="0x5600018C96571C11"><![CDATA["SIGMA_2_1_ERROR %d"]]></Message>
    <Message ID="0x5600018C96571C12"><![CDATA["SIGMA_2_1_ERROR %d"]]></Message>
    <Message ID="0x5600018C96571C13"><![CDATA["SIGMA_2_1_ERROR %d RET %d"]]></Message>
    <Message ID="0x5600018C96571C14"><![CDATA["SIGMA_2_1_ERROR %d RET %d"]]></Message>
    <Message ID="0x5600018C96571C15"><![CDATA["SIGMA_2_1_ERROR %d RET %d"]]></Message>
    <Message ID="0x5600018C96571C16"><![CDATA["SIGMA_2_1_ERROR %d RET %d"]]></Message>
    <Message ID="0x5600018C96571C17"><![CDATA["SIGMA_2_1_ERROR %d"]]></Message>
    <Message ID="0x5600018C96571C18"><![CDATA["SIGMA_2_1_ERROR %d RET %d"]]></Message>
    <Message ID="0x5600018C96571C19"><![CDATA["SIGMA_2_1_ERROR %d"]]></Message>
    <Message ID="0x5600018C96571C1A"><![CDATA["SIGMA_2_1_ERROR %d"]]></Message>
    <Message ID="0x5600018C96571C1B"><![CDATA["SIGMA_2_1_ERROR %d"]]></Message>
    <Message ID="0x5600018C96571C1C"><![CDATA["SIGMA_2_1_ERROR %d"]]></Message>
    <Message ID="0x5600018C96571C1D"><![CDATA["SIGMA_2_1_ERROR %d RET %d"]]></Message>
    <Message ID="0x5600018C96571C1E"><![CDATA["SIGMA_2_1_ERROR %d RET %d"]]></Message>
    <Message ID="0x5600018C96571C1F"><![CDATA["SIGMA_2_1_ERROR %d"]]></Message>
    <Message ID="0x5600018C96571C20"><![CDATA["SIGMA_2_1_ERROR %d"]]></Message>
    <Message ID="0x5600018C96571C21"><![CDATA["SIGMA_2_1_ERROR %d"]]></Message>
    <Message ID="0x5600018C96571C22"><![CDATA["SIGMA_2_1_ERROR %d RET %d"]]></Message>
    <Message ID="0x5600018C96571C23"><![CDATA["SIGMA_2_1_ERROR %d RET %d"]]></Message>
    <Message ID="0x5600018C96571C24"><![CDATA["SIGMA_2_1_ERROR %d RET %d"]]></Message>
    <Message ID="0x5600018C96571C25"><![CDATA["SIGMA_2_1_ERROR %d"]]></Message>
    <Message ID="0x5600018C96571C26"><![CDATA["SIGMA_2_1_ERROR %d"]]></Message>
    <Message ID="0x5600018C96571C27"><![CDATA["SIGMA_2_1_ERROR %d"]]></Message>
    <Message ID="0x5600018C96571C28"><![CDATA["SIGMA_2_1_ERROR %d"]]></Message>
    <Message ID="0x5600018C96571C29"><![CDATA["SIGMA_2_1_ERROR %d"]]></Message>
    <Message ID="0x5600018C96571C2A"><![CDATA["SIGMA_2_1_ERROR %d"]]></Message>
    <Message ID="0x5600018C96571C2B"><![CDATA["SIGMA_2_1_ERROR %d"]]></Message>
    <Message ID="0x5600018C96571C2C"><![CDATA["SIGMA_2_1_ERROR %d"]]></Message>
    <Message ID="0x5600018C96571C2D"><![CDATA["SIGMA_2_1_ERROR %d"]]></Message>
    <Message ID="0x5600018C96571C2E"><![CDATA["SIGMA_2_1_ERROR %d RET %d"]]></Message>
    <Message ID="0x5600018C96571C2F"><![CDATA["SIGMA_2_1_ERROR %d"]]></Message>
    <Message ID="0x5600018C96571C30"><![CDATA["SIGMA_2_1_ERROR %d"]]></Message>
    <Message ID="0x5600018C96571C31"><![CDATA["SIGMA_2_1_ERROR %d"]]></Message>
    <Message ID="0x5600018C96571C32"><![CDATA["SIGMA_2_1_ERROR %d"]]></Message>
    <Message ID="0x5600018C96571C33"><![CDATA["SIGMA_2_1_ERROR %d"]]></Message>
    <Message ID="0x5600018C96571C34"><![CDATA["SIGMA_2_1_ERROR %d"]]></Message>
    <Message ID="0x5600018C96571C35"><![CDATA["SIGMA_2_1_ERROR %d"]]></Message>
    <Message ID="0x5600018C96571C36"><![CDATA["SIGMA_2_1_ERROR %d"]]></Message>
    <Message ID="0x5600018C96571C37"><![CDATA["SIGMA_2_1_ERROR %d"]]></Message>
    <Message ID="0x5600018C96571C38"><![CDATA["SIGMA_2_1_ERROR %d RET %d"]]></Message>
    <Message ID="0x5600018C96571C39"><![CDATA["SIGMA_2_1_ERROR %d"]]></Message>
    <Message ID="0x5600018C96571C3A"><![CDATA["SIGMA_2_1_ERROR %d"]]></Message>
    <Message ID="0x5600018C96571C3B"><![CDATA["SIGMA_2_1_ERROR %d RET %d"]]></Message>
    <Message ID="0x5600018C96571C3C"><![CDATA["SIGMA_2_1_ERROR %d"]]></Message>
    <Message ID="0x5600018C96571C3D"><![CDATA["SIGMA_2_1_ERROR %d RET %d"]]></Message>
    <Message ID="0x5600018C96571C3E"><![CDATA["SIGMA_2_1_ERROR %d"]]></Message>
    <Message ID="0x5600018C96571C3F"><![CDATA["SIGMA_2_1_ERROR %d"]]></Message>
    <Message ID="0x8086000200590012"><![CDATA["[SIGMA_SRV] session open, service handle %d by tid %x"]]></Message>
    <Message ID="0x8086000200590013"><![CDATA["[SIGMA_SRV] session close"]]></Message>
    <Message ID="0x808600020059001A"><![CDATA["[SIGMA_SRV] unexpected Event Group %u received (event id %u)"]]></Message>
    <Message ID="0x8086000200590010"><![CDATA["[MAIN_THREAD] Errno %d: Failed to register event dispatcher"]]></Message>
    <Message ID="0x5600018096571000"><![CDATA["[MAIN_THREAD] Error status %#x: SIGMA_2_1 initialization failed."]]></Message>
    <Message ID="0x808600020059001B"><![CDATA["[MAIN_THREAD] start"]]></Message>
    <Message ID="0x808600020059001C"><![CDATA["[MAIN_THREAD] Errno %d: init failed."]]></Message>
    <Message ID="0x5600030096571001"><![CDATA["[MAIN_THREAD] srv_task start"]]></Message>
    <Message ID="0x80860002005900A5"><![CDATA["[MAIN_THREAD] srv_task end"]]></Message>
    <Message ID="0x808600020059001F"><![CDATA["[MAIN_THREAD] end, return code %d"]]></Message>
    <Message ID="0x80860002005900A0"><![CDATA["[MAIN_THREAD] end, return errno code %d"]]></Message>
    <Message ID="0x5600018C96572400"><![CDATA["SIGMA_2_1_ERROR %d"]]></Message>
    <Message ID="0x5600018C96572401"><![CDATA["SIGMA_2_1_ERROR %d"]]></Message>
    <Message ID="0x5600018C96572402"><![CDATA["SIGMA_2_1_ERROR %d RET %d"]]></Message>
    <Message ID="0x5600018C96572403"><![CDATA["SIGMA_2_1_ERROR %d RET %d"]]></Message>
    <Message ID="0x5600018C96572404"><![CDATA["SIGMA_2_1_ERROR %d RET %d"]]></Message>
    <Message ID="0x5600018C96572405"><![CDATA["SIGMA_2_1_ERROR %d RET %d"]]></Message>
    <Message ID="0x5600018C96572406"><![CDATA["SIGMA_2_1_ERROR %d RET %d"]]></Message>
    <Message ID="0x5600018C96572407"><![CDATA["SIGMA_2_1_ERROR %d"]]></Message>
    <Message ID="0x5600018C96572408"><![CDATA["SIGMA_2_1_ERROR %d"]]></Message>
    <Message ID="0x5600018C96572409"><![CDATA["SIGMA_2_1_ERROR %d"]]></Message>
    <Message ID="0x5600018C9657240A"><![CDATA["SIGMA_2_1_ERROR %d RET %d"]]></Message>
    <Message ID="0x5600018C9657240B"><![CDATA["SIGMA_2_1_ERROR %d RET %d"]]></Message>
    <Message ID="0x5600018C9657240C"><![CDATA["SIGMA_2_1_ERROR %d RET %d"]]></Message>
    <Message ID="0x5600018C9657240D"><![CDATA["SIGMA_2_1_ERROR %d RET %d"]]></Message>
    <Message ID="0x5600018C9657240E"><![CDATA["SIGMA_2_1_ERROR %d RET %d"]]></Message>
    <Message ID="0x5600018C9657240F"><![CDATA["SIGMA_2_1_ERROR %d RET %d"]]></Message>
    <Message ID="0x5600018C96572410"><![CDATA["SIGMA_2_1_ERROR %d"]]></Message>
    <Message ID="0x5600018C96572411"><![CDATA["SIGMA_2_1_ERROR %d RET %d"]]></Message>
    <Message ID="0x8086000200591820"><![CDATA["[SIGMA_2_1_IOCTL] malloc failure of size %u"]]></Message>
    <Message ID="0x5600018C96572412"><![CDATA["SIGMA_2_1_ERROR %d"]]></Message>
    <Message ID="0x8086000200591821"><![CDATA["[SIGMA_2_1_IOCTL] mg_copyfrom failure of size %u from 0x%X"]]></Message>
    <Message ID="0x5600018C96572413"><![CDATA["SIGMA_2_1_ERROR %d"]]></Message>
    <Message ID="0x8086000200591822"><![CDATA["[SIGMA_2_1_IOCTL] sigma_2_1_get_session_context_size"]]></Message>
    <Message ID="0x5600018C96572414"><![CDATA["SIGMA_2_1_ERROR %d"]]></Message>
    <Message ID="0x5600018C96572415"><![CDATA["SIGMA_2_1_ERROR %d"]]></Message>
    <Message ID="0x8086000200591823"><![CDATA["[SIGMA_2_1_IOCTL] sigma_2_1_create_session"]]></Message>
    <Message ID="0x5600018C96572416"><![CDATA["SIGMA_2_1_ERROR %d"]]></Message>
    <Message ID="0x5600018C96572417"><![CDATA["SIGMA_2_1_ERROR %d"]]></Message>
    <Message ID="0x5600018C96572418"><![CDATA["SIGMA_2_1_ERROR %d"]]></Message>
    <Message ID="0x5600018C96572419"><![CDATA["SIGMA_2_1_ERROR %d"]]></Message>
    <Message ID="0x5600018C9657241A"><![CDATA["SIGMA_2_1_ERROR %d"]]></Message>
    <Message ID="0x8086000200591824"><![CDATA["[SIGMA_2_1_IOCTL] sigma_2_1_get_session_state"]]></Message>
    <Message ID="0x5600018C9657241B"><![CDATA["SIGMA_2_1_ERROR %d"]]></Message>
    <Message ID="0x5600018C9657241C"><![CDATA["SIGMA_2_1_ERROR %d"]]></Message>
    <Message ID="0x5600018C9657241D"><![CDATA["SIGMA_2_1_ERROR %d"]]></Message>
    <Message ID="0x5600018C9657241E"><![CDATA["SIGMA_2_1_ERROR %d"]]></Message>
    <Message ID="0x8086000200591825"><![CDATA["[SIGMA_2_1_IOCTL] sigma_2_1_get_s1"]]></Message>
    <Message ID="0x5600018C9657241F"><![CDATA["SIGMA_2_1_ERROR %d"]]></Message>
    <Message ID="0x5600018C96572420"><![CDATA["SIGMA_2_1_ERROR %d"]]></Message>
    <Message ID="0x5600018C96572421"><![CDATA["SIGMA_2_1_ERROR %d"]]></Message>
    <Message ID="0x5600018C96572422"><![CDATA["SIGMA_2_1_ERROR %d"]]></Message>
    <Message ID="0x5600018C96572423"><![CDATA["SIGMA_2_1_ERROR %d"]]></Message>
    <Message ID="0x5600018C96572424"><![CDATA["SIGMA_2_1_ERROR %d"]]></Message>
    <Message ID="0x5600018C96572425"><![CDATA["SIGMA_2_1_ERROR %d"]]></Message>
    <Message ID="0x5600018C96572426"><![CDATA["SIGMA_2_1_ERROR %d"]]></Message>
    <Message ID="0x8086000200591826"><![CDATA["[SIGMA_2_1_IOCTL] sigma_2_1_deliver_s2"]]></Message>
    <Message ID="0x5600018C96572427"><![CDATA["SIGMA_2_1_ERROR %d"]]></Message>
    <Message ID="0x5600018C96572428"><![CDATA["SIGMA_2_1_ERROR %d"]]></Message>
    <Message ID="0x5600018C96572429"><![CDATA["SIGMA_2_1_ERROR %d"]]></Message>
    <Message ID="0x5600018C9657242A"><![CDATA["SIGMA_2_1_ERROR %d"]]></Message>
    <Message ID="0x5600018C9657242B"><![CDATA["SIGMA_2_1_ERROR %d"]]></Message>
    <Message ID="0x5600018C9657242C"><![CDATA["SIGMA_2_1_ERROR %d"]]></Message>
    <Message ID="0x5600018C9657242D"><![CDATA["SIGMA_2_1_ERROR %d"]]></Message>
    <Message ID="0x5600018C9657242E"><![CDATA["SIGMA_2_1_ERROR %d"]]></Message>
    <Message ID="0x5600018C9657242F"><![CDATA["SIGMA_2_1_ERROR %d"]]></Message>
    <Message ID="0x5600018C96572430"><![CDATA["SIGMA_2_1_ERROR %d"]]></Message>
    <Message ID="0x5600018C96572431"><![CDATA["SIGMA_2_1_ERROR %d"]]></Message>
    <Message ID="0x5600018C96572432"><![CDATA["SIGMA_2_1_ERROR %d"]]></Message>
    <Message ID="0x5600018C96572433"><![CDATA["SIGMA_2_1_ERROR %d"]]></Message>
    <Message ID="0x8086000200591827"><![CDATA["[SIGMA_2_1_IOCTL] sigma_2_1_get_s3"]]></Message>
    <Message ID="0x5600018C96572434"><![CDATA["SIGMA_2_1_ERROR %d"]]></Message>
    <Message ID="0x5600018C96572435"><![CDATA["SIGMA_2_1_ERROR %d"]]></Message>
    <Message ID="0x5600018C96572436"><![CDATA["SIGMA_2_1_ERROR %d"]]></Message>
    <Message ID="0x5600018C96572437"><![CDATA["SIGMA_2_1_ERROR %d"]]></Message>
    <Message ID="0x5600018C96572438"><![CDATA["SIGMA_2_1_ERROR %d"]]></Message>
    <Message ID="0x5600018C96572439"><![CDATA["SIGMA_2_1_ERROR %d"]]></Message>
    <Message ID="0x5600018C9657243A"><![CDATA["SIGMA_2_1_ERROR %d"]]></Message>
    <Message ID="0x5600018C9657243B"><![CDATA["SIGMA_2_1_ERROR %d"]]></Message>
    <Message ID="0x5600018C9657243C"><![CDATA["SIGMA_2_1_ERROR %d"]]></Message>
    <Message ID="0x5600018C9657243D"><![CDATA["SIGMA_2_1_ERROR %d"]]></Message>
    <Message ID="0x5600018C9657243E"><![CDATA["SIGMA_2_1_ERROR %d"]]></Message>
    <Message ID="0x5600018C9657243F"><![CDATA["SIGMA_2_1_ERROR %d"]]></Message>
    <Message ID="0x808600020059182D"><![CDATA["[SIGMA_2_1_IOCTL] sigma_2_1_get_s3_size"]]></Message>
    <Message ID="0x5600018C96572440"><![CDATA["SIGMA_2_1_ERROR %d"]]></Message>
    <Message ID="0x5600018C96572441"><![CDATA["SIGMA_2_1_ERROR %d"]]></Message>
    <Message ID="0x8086000200591828"><![CDATA["[SIGMA_2_1_IOCTL] sigma_2_1_get_session_keys"]]></Message>
    <Message ID="0x5600018C96572442"><![CDATA["SIGMA_2_1_ERROR %d"]]></Message>
    <Message ID="0x5600018C96572443"><![CDATA["SIGMA_2_1_ERROR %d"]]></Message>
    <Message ID="0x5600018C96572444"><![CDATA["SIGMA_2_1_ERROR %d"]]></Message>
    <Message ID="0x5600018C96572445"><![CDATA["SIGMA_2_1_ERROR %d"]]></Message>
    <Message ID="0x5600018C96572446"><![CDATA["SIGMA_2_1_ERROR %d"]]></Message>
    <Message ID="0x5600018C96572447"><![CDATA["SIGMA_2_1_ERROR %d"]]></Message>
    <Message ID="0x5600018C96572448"><![CDATA["SIGMA_2_1_ERROR %d"]]></Message>
    <Message ID="0x5600018C96572449"><![CDATA["SIGMA_2_1_ERROR %d"]]></Message>
    <Message ID="0x5600018C9657244A"><![CDATA["SIGMA_2_1_ERROR %d"]]></Message>
    <Message ID="0x5600018C9657244B"><![CDATA["SIGMA_2_1_ERROR %d"]]></Message>
    <Message ID="0x5600018C9657244C"><![CDATA["SIGMA_2_1_ERROR %d"]]></Message>
    <Message ID="0x8086000200591829"><![CDATA["[SIGMA_2_1_IOCTL] sigma_2_1_get_trusted_time"]]></Message>
    <Message ID="0x5600018C9657244D"><![CDATA["SIGMA_2_1_ERROR %d"]]></Message>
    <Message ID="0x5600018C9657244E"><![CDATA["SIGMA_2_1_ERROR %d"]]></Message>
    <Message ID="0x808600020059182A"><![CDATA["[SIGMA_2_1_IOCTL] sigma_2_1_debug_disable_nonce_verification"]]></Message>
    <Message ID="0x5600018C9657244F"><![CDATA["SIGMA_2_1_ERROR %d"]]></Message>
    <Message ID="0x808600020059182B"><![CDATA["[SIGMA_2_1_IOCTL] sigma_2_1_debug_reduce_trusted_time_expiration"]]></Message>
    <Message ID="0x5600018C96572450"><![CDATA["SIGMA_2_1_ERROR %d"]]></Message>
    <Message ID="0x808600020059182C"><![CDATA["[SIGMA_2_1_IOCTL] sigma_2_1_debug_set_trusted_time"]]></Message>
    <Message ID="0x5600018C96572451"><![CDATA["SIGMA_2_1_ERROR %d"]]></Message>
    <Message ID="0x5600018C96572452"><![CDATA["SIGMA_2_1_ERROR %d"]]></Message>
    <Message ID="0x8086000200590002"><![CDATA["[UTILS] Errno %d: Unexpected error writing file."]]></Message>
    <Message ID="0x8086000200590000"><![CDATA["[UTILS] Errno %d: Unexpected error reading file"]]></Message>
    <Message ID="0x8086000200590001"><![CDATA["[UTILS] Errno %d: Unable to delete file."]]></Message>
    <Message ID="0x8086000200590004"><![CDATA["[UTILS] Errno %d: Failed to get file info."]]></Message>
    <Message ID="0x8086000200590003"><![CDATA["[UTILS] Errno %d: Failed to read snowball file."]]></Message>
    <Message ID="0x5600018C96572000"><![CDATA["SIGMA_2_1_X509_ERROR %d"]]></Message>
    <Message ID="0x5600018C96572001"><![CDATA["SIGMA_2_1_X509_ERROR %d"]]></Message>
    <Message ID="0x5600018C96572002"><![CDATA["SIGMA_2_1_X509_ERROR %d"]]></Message>
    <Message ID="0x5600018C96572003"><![CDATA["SIGMA_2_1_X509_ERROR %d"]]></Message>
    <Message ID="0x5600018C96572004"><![CDATA["SIGMA_2_1_X509_ERROR %d"]]></Message>
    <Message ID="0x5600018C96572005"><![CDATA["SIGMA_2_1_X509_ERROR %d"]]></Message>
    <Message ID="0x5600018C96572006"><![CDATA["SIGMA_2_1_X509_ERROR %d"]]></Message>
    <Message ID="0x5600018C96572007"><![CDATA["SIGMA_2_1_X509_ERROR %d"]]></Message>
    <Message ID="0x5600018C96572008"><![CDATA["SIGMA_2_1_X509_ERROR %d"]]></Message>
    <Message ID="0x5600018C96572009"><![CDATA["SIGMA_2_1_X509_ERROR %d"]]></Message>
    <Message ID="0x5600018C9657200A"><![CDATA["SIGMA_2_1_X509_ERROR %d"]]></Message>
    <Message ID="0x5600018C9657200B"><![CDATA["SIGMA_2_1_X509_ERROR %d RET %d"]]></Message>
    <Message ID="0x5600018C9657200C"><![CDATA["SIGMA_2_1_X509_ERROR %d RET %d"]]></Message>
    <Message ID="0x5600018C9657200D"><![CDATA["SIGMA_2_1_X509_ERROR %d"]]></Message>
    <Message ID="0x5600018C9657200E"><![CDATA["SIGMA_2_1_X509_ERROR %d"]]></Message>
    <Message ID="0x5600018C9657200F"><![CDATA["SIGMA_2_1_X509_ERROR %d"]]></Message>
    <Message ID="0x5600018C96572010"><![CDATA["SIGMA_2_1_X509_ERROR %d"]]></Message>
    <Message ID="0x5600018C96572011"><![CDATA["SIGMA_2_1_X509_ERROR %d"]]></Message>
    <Message ID="0x5600018C96572012"><![CDATA["SIGMA_2_1_X509_ERROR %d"]]></Message>
    <Message ID="0x5600018C96572013"><![CDATA["SIGMA_2_1_X509_ERROR %d"]]></Message>
    <Message ID="0x5600018C96572014"><![CDATA["SIGMA_2_1_X509_ERROR %d"]]></Message>
    <Message ID="0x5600018C96572015"><![CDATA["SIGMA_2_1_X509_ERROR %d"]]></Message>
    <Message ID="0x5600018C96572016"><![CDATA["SIGMA_2_1_X509_ERROR %d"]]></Message>
    <Message ID="0x5600018C96572017"><![CDATA["SIGMA_2_1_X509_ERROR %d"]]></Message>
    <Message ID="0x5600018C96572018"><![CDATA["SIGMA_2_1_X509_ERROR %d"]]></Message>
    <Message ID="0x5600018C96572019"><![CDATA["SIGMA_2_1_X509_ERROR %d"]]></Message>
    <Message ID="0x5600018C9657201A"><![CDATA["SIGMA_2_1_X509_ERROR %d"]]></Message>
    <Message ID="0x5600018C9657201B"><![CDATA["SIGMA_2_1_X509_ERROR %d"]]></Message>
    <Message ID="0x5600018C9657201C"><![CDATA["SIGMA_2_1_X509_ERROR %d"]]></Message>
    <Message ID="0x5600018C9657201D"><![CDATA["SIGMA_2_1_X509_ERROR %d"]]></Message>
    <Message ID="0x5600018C9657201E"><![CDATA["SIGMA_2_1_X509_ERROR %d"]]></Message>
    <Message ID="0x5600018C9657201F"><![CDATA["SIGMA_2_1_X509_ERROR %d"]]></Message>
    <Message ID="0x5600018C96572020"><![CDATA["SIGMA_2_1_X509_ERROR %d"]]></Message>
    <Message ID="0x5600018C96572021"><![CDATA["SIGMA_2_1_X509_ERROR %d"]]></Message>
    <Message ID="0x5600018C96572022"><![CDATA["SIGMA_2_1_X509_ERROR %d"]]></Message>
    <Message ID="0x5600018C96572023"><![CDATA["SIGMA_2_1_X509_ERROR %d"]]></Message>
    <Message ID="0x5600018C96572024"><![CDATA["SIGMA_2_1_X509_ERROR %d"]]></Message>
    <Message ID="0x5600018C96572025"><![CDATA["SIGMA_2_1_X509_ERROR %d"]]></Message>
    <Message ID="0x5600018C96572026"><![CDATA["SIGMA_2_1_X509_ERROR %d"]]></Message>
    <Message ID="0x5600018C96572027"><![CDATA["SIGMA_2_1_X509_ERROR %d"]]></Message>
    <Message ID="0x5600018C96572028"><![CDATA["SIGMA_2_1_X509_ERROR %d"]]></Message>
    <Message ID="0x5600018C96572029"><![CDATA["SIGMA_2_1_X509_ERROR %d"]]></Message>
    <Message ID="0x5600018C9657202A"><![CDATA["SIGMA_2_1_X509_ERROR %d"]]></Message>
    <Message ID="0x5600018C9657202B"><![CDATA["SIGMA_2_1_X509_ERROR %d"]]></Message>
    <Message ID="0x5600018C9657202C"><![CDATA["SIGMA_2_1_X509_ERROR %d"]]></Message>
    <Message ID="0x5600018C9657202D"><![CDATA["SIGMA_2_1_X509_ERROR %d"]]></Message>
    <Message ID="0x5600018C9657202E"><![CDATA["SIGMA_2_1_X509_ERROR %d"]]></Message>
    <Message ID="0x5600018C9657202F"><![CDATA["SIGMA_2_1_X509_ERROR %d"]]></Message>
    <Message ID="0x5600018C96572030"><![CDATA["SIGMA_2_1_X509_ERROR %d"]]></Message>
    <Message ID="0x5600018C96572031"><![CDATA["SIGMA_2_1_X509_ERROR %d"]]></Message>
    <Message ID="0x5600018C96572032"><![CDATA["SIGMA_2_1_X509_ERROR %d"]]></Message>
    <Message ID="0x5600018C96572033"><![CDATA["SIGMA_2_1_X509_ERROR %d"]]></Message>
    <Message ID="0x5600018C96572034"><![CDATA["SIGMA_2_1_X509_ERROR %d"]]></Message>
    <Message ID="0x5600018C96572035"><![CDATA["SIGMA_2_1_X509_ERROR %d"]]></Message>
    <Message ID="0x5600018C96572036"><![CDATA["SIGMA_2_1_X509_ERROR %d"]]></Message>
    <Message ID="0x5600018C96572037"><![CDATA["SIGMA_2_1_X509_ERROR %d"]]></Message>
    <Message ID="0x5600018C96572038"><![CDATA["SIGMA_2_1_X509_ERROR %d"]]></Message>
    <Message ID="0x5600018C96572039"><![CDATA["SIGMA_2_1_X509_ERROR %d"]]></Message>
    <Message ID="0x5600018C9657203A"><![CDATA["SIGMA_2_1_X509_ERROR %d"]]></Message>
    <Message ID="0x5600018C9657203B"><![CDATA["SIGMA_2_1_X509_ERROR %d"]]></Message>
    <Message ID="0x5600018C9657203C"><![CDATA["SIGMA_2_1_X509_ERROR %d"]]></Message>
    <Message ID="0x5600018C9657203D"><![CDATA["SIGMA_2_1_X509_ERROR %d"]]></Message>
    <Message ID="0x5600018C9657203E"><![CDATA["SIGMA_2_1_X509_ERROR %d"]]></Message>
    <Message ID="0x5600018C9657203F"><![CDATA["SIGMA_2_1_X509_ERROR %d"]]></Message>
    <Message ID="0x5600018C96572040"><![CDATA["SIGMA_2_1_X509_ERROR %d"]]></Message>
    <Message ID="0x5600018C96572041"><![CDATA["SIGMA_2_1_X509_ERROR %d"]]></Message>
    <Message ID="0x5600018C96572042"><![CDATA["SIGMA_2_1_X509_ERROR %d"]]></Message>
    <Message ID="0x5600018C96572043"><![CDATA["SIGMA_2_1_X509_ERROR %d"]]></Message>
    <Message ID="0x5600018C96572044"><![CDATA["SIGMA_2_1_X509_ERROR %d"]]></Message>
    <Message ID="0x5600018C96572045"><![CDATA["SIGMA_2_1_X509_ERROR %d"]]></Message>
    <Message ID="0x5600018C96572046"><![CDATA["SIGMA_2_1_X509_ERROR %d"]]></Message>
    <Message ID="0x5600018C96572047"><![CDATA["SIGMA_2_1_X509_ERROR %d"]]></Message>
    <Message ID="0x5600018C96572048"><![CDATA["SIGMA_2_1_X509_ERROR %d"]]></Message>
    <Message ID="0x5600018C96572049"><![CDATA["SIGMA_2_1_X509_ERROR %d"]]></Message>
    <Message ID="0x5600018C9657204A"><![CDATA["SIGMA_2_1_X509_ERROR %d"]]></Message>
    <Message ID="0x5600018C9657204B"><![CDATA["SIGMA_2_1_X509_ERROR %d"]]></Message>
    <Message ID="0x5600018C9657204C"><![CDATA["SIGMA_2_1_X509_ERROR %d"]]></Message>
    <Message ID="0x5600018C9657204D"><![CDATA["SIGMA_2_1_X509_ERROR %d"]]></Message>
    <Message ID="0x5600018C9657204E"><![CDATA["SIGMA_2_1_X509_ERROR %d"]]></Message>
    <Message ID="0x5600018C9657204F"><![CDATA["SIGMA_2_1_X509_ERROR %d"]]></Message>
    <Message ID="0x5600018C96572050"><![CDATA["SIGMA_2_1_X509_ERROR %d"]]></Message>
    <Message ID="0x5600018C96572051"><![CDATA["SIGMA_2_1_X509_ERROR %d"]]></Message>
    <Message ID="0x5600018C96572052"><![CDATA["SIGMA_2_1_X509_ERROR %d"]]></Message>
    <Message ID="0x5600018C96572053"><![CDATA["SIGMA_2_1_X509_ERROR %d"]]></Message>
    <Message ID="0x5600018C96572054"><![CDATA["SIGMA_2_1_X509_ERROR %d"]]></Message>
    <Message ID="0x5600018C96572055"><![CDATA["SIGMA_2_1_X509_ERROR %d"]]></Message>
    <Message ID="0x5600018C96572056"><![CDATA["SIGMA_2_1_X509_ERROR %d"]]></Message>
    <Message ID="0x5600018C96572057"><![CDATA["SIGMA_2_1_X509_ERROR %d"]]></Message>
    <Message ID="0x5600018C96572058"><![CDATA["SIGMA_2_1_X509_ERROR %d"]]></Message>
    <Message ID="0x5600018C96572059"><![CDATA["SIGMA_2_1_X509_ERROR %d"]]></Message>
    <Message ID="0x5600018C9657205A"><![CDATA["SIGMA_2_1_X509_ERROR %d"]]></Message>
    <Message ID="0x5600018C9657205B"><![CDATA["SIGMA_2_1_X509_ERROR %d"]]></Message>
    <Message ID="0x5600018C9657205C"><![CDATA["SIGMA_2_1_X509_ERROR %d"]]></Message>
    <Message ID="0x5600018C9657205D"><![CDATA["SIGMA_2_1_X509_ERROR %d"]]></Message>
    <Message ID="0x5600018C9657205E"><![CDATA["SIGMA_2_1_X509_ERROR %d"]]></Message>
    <Message ID="0x5600018C9657205F"><![CDATA["SIGMA_2_1_X509_ERROR %d"]]></Message>
    <Message ID="0x5600018C96572060"><![CDATA["SIGMA_2_1_X509_ERROR %d"]]></Message>
    <Message ID="0x5600018C96572061"><![CDATA["SIGMA_2_1_X509_ERROR %d"]]></Message>
    <Message ID="0x5600018C96572062"><![CDATA["SIGMA_2_1_X509_ERROR %d"]]></Message>
    <Message ID="0x5600018C96572063"><![CDATA["SIGMA_2_1_X509_ERROR %d"]]></Message>
    <Message ID="0x5600018C96572064"><![CDATA["SIGMA_2_1_X509_ERROR %d"]]></Message>
    <Message ID="0x5600018C96572065"><![CDATA["SIGMA_2_1_X509_ERROR %d"]]></Message>
    <Message ID="0x5600018C96572066"><![CDATA["SIGMA_2_1_X509_ERROR %d"]]></Message>
    <Message ID="0x5600018C96572067"><![CDATA["SIGMA_2_1_X509_ERROR %d"]]></Message>
    <Message ID="0x5600018C96572068"><![CDATA["SIGMA_2_1_X509_ERROR %d"]]></Message>
    <Message ID="0x5600018C96572069"><![CDATA["SIGMA_2_1_X509_ERROR %d"]]></Message>
    <Message ID="0x5600018C9657206A"><![CDATA["SIGMA_2_1_X509_ERROR %d"]]></Message>
    <Message ID="0x5600018C9657206B"><![CDATA["SIGMA_2_1_X509_ERROR %d"]]></Message>
    <Message ID="0x5600018C9657206C"><![CDATA["SIGMA_2_1_X509_ERROR %d"]]></Message>
    <Message ID="0x5600018C9657206D"><![CDATA["SIGMA_2_1_X509_ERROR %d"]]></Message>
    <Message ID="0x5600018C9657206E"><![CDATA["SIGMA_2_1_X509_ERROR %d"]]></Message>
    <Message ID="0x5600018C9657206F"><![CDATA["SIGMA_2_1_X509_ERROR %d"]]></Message>
    <Message ID="0x5600018C96572070"><![CDATA["SIGMA_2_1_X509_ERROR %d"]]></Message>
    <Message ID="0x5600018C96572071"><![CDATA["SIGMA_2_1_X509_ERROR %d"]]></Message>
    <Message ID="0x5600018C96572072"><![CDATA["SIGMA_2_1_X509_ERROR %d"]]></Message>
    <Message ID="0x5600018C96572073"><![CDATA["SIGMA_2_1_X509_ERROR %d"]]></Message>
    <Message ID="0x5600018C96572074"><![CDATA["SIGMA_2_1_X509_ERROR %d"]]></Message>
    <Message ID="0x5600018C96572075"><![CDATA["SIGMA_2_1_X509_ERROR %d"]]></Message>
    <Message ID="0x5600018C96572076"><![CDATA["SIGMA_2_1_X509_ERROR %d"]]></Message>
    <Message ID="0x5600018C96572077"><![CDATA["SIGMA_2_1_X509_ERROR %d"]]></Message>
    <Message ID="0x5600018C96572078"><![CDATA["SIGMA_2_1_X509_ERROR %d"]]></Message>
    <Message ID="0x5600018C96572079"><![CDATA["SIGMA_2_1_X509_ERROR %d"]]></Message>
    <Message ID="0x5600018C9657207A"><![CDATA["SIGMA_2_1_X509_ERROR %d"]]></Message>
    <Message ID="0x5600018C9657207B"><![CDATA["SIGMA_2_1_X509_ERROR %d"]]></Message>
    <Message ID="0x5600018C9657207C"><![CDATA["SIGMA_2_1_X509_ERROR %d"]]></Message>
    <Message ID="0x5600018C9657207D"><![CDATA["SIGMA_2_1_X509_ERROR %d"]]></Message>
    <Message ID="0x5600018C9657207E"><![CDATA["SIGMA_2_1_X509_ERROR %d"]]></Message>
    <Message ID="0x5600018C9657207F"><![CDATA["SIGMA_2_1_X509_ERROR %d"]]></Message>
    <Message ID="0x5600018C96572080"><![CDATA["SIGMA_2_1_X509_ERROR %d"]]></Message>
    <Message ID="0x5600018C96572081"><![CDATA["SIGMA_2_1_X509_ERROR %d"]]></Message>
    <Message ID="0x5600018C96572082"><![CDATA["SIGMA_2_1_X509_ERROR %d"]]></Message>
    <Message ID="0x5600018C96572083"><![CDATA["SIGMA_2_1_X509_ERROR %d"]]></Message>
    <Message ID="0x5600018C96572084"><![CDATA["SIGMA_2_1_X509_ERROR %d"]]></Message>
    <Message ID="0x5600018C96572085"><![CDATA["SIGMA_2_1_X509_ERROR %d"]]></Message>
    <Message ID="0x5600018C96572086"><![CDATA["SIGMA_2_1_X509_ERROR %d"]]></Message>
    <Message ID="0x5600018C96572087"><![CDATA["SIGMA_2_1_X509_ERROR %d"]]></Message>
    <Message ID="0x5600018C96572088"><![CDATA["SIGMA_2_1_X509_ERROR %d"]]></Message>
    <Message ID="0x5600018C96572089"><![CDATA["SIGMA_2_1_X509_ERROR %d"]]></Message>
    <Message ID="0x5600018C9657208A"><![CDATA["SIGMA_2_1_X509_ERROR %d"]]></Message>
    <Message ID="0x5600018C9657208B"><![CDATA["SIGMA_2_1_X509_ERROR %d"]]></Message>
    <Message ID="0x5600018C9657208C"><![CDATA["SIGMA_2_1_X509_ERROR %d"]]></Message>
    <Message ID="0x5600018C9657208D"><![CDATA["SIGMA_2_1_X509_ERROR %d"]]></Message>
    <Message ID="0x5600018C9657208E"><![CDATA["SIGMA_2_1_X509_ERROR %d"]]></Message>
    <Message ID="0x5600018C9657208F"><![CDATA["SIGMA_2_1_X509_ERROR %d"]]></Message>
    <Message ID="0x5600018C96572090"><![CDATA["SIGMA_2_1_X509_ERROR %d"]]></Message>
    <Message ID="0x5600018C96572091"><![CDATA["SIGMA_2_1_X509_ERROR %d"]]></Message>
    <Message ID="0x5600018C96572092"><![CDATA["SIGMA_2_1_X509_ERROR %d"]]></Message>
    <Message ID="0x5600018C96572093"><![CDATA["SIGMA_2_1_X509_ERROR %d"]]></Message>
    <Message ID="0x5600018C96572094"><![CDATA["SIGMA_2_1_X509_ERROR %d"]]></Message>
    <Message ID="0x5600018C96572095"><![CDATA["SIGMA_2_1_X509_ERROR %d"]]></Message>
    <Message ID="0x5600018C96572096"><![CDATA["SIGMA_2_1_X509_ERROR %d"]]></Message>
    <Message ID="0x5600018C96572097"><![CDATA["SIGMA_2_1_X509_ERROR %d"]]></Message>
    <Message ID="0x5600018C96572098"><![CDATA["SIGMA_2_1_X509_ERROR %d"]]></Message>
    <Message ID="0x5600018C96572099"><![CDATA["SIGMA_2_1_X509_ERROR %d"]]></Message>
    <Message ID="0x5600018C9657209A"><![CDATA["SIGMA_2_1_X509_ERROR %d"]]></Message>
    <Message ID="0x5600018C9657209B"><![CDATA["SIGMA_2_1_X509_ERROR %d"]]></Message>
    <Message ID="0x5600018C9657209C"><![CDATA["SIGMA_2_1_X509_ERROR %d"]]></Message>
    <Message ID="0x5600018C9657209D"><![CDATA["SIGMA_2_1_X509_ERROR %d"]]></Message>
    <Message ID="0x5600018C9657209E"><![CDATA["SIGMA_2_1_X509_ERROR %d RET %d"]]></Message>
    <Message ID="0x5600018C9657209F"><![CDATA["SIGMA_2_1_X509_ERROR %d"]]></Message>
    <Message ID="0x5600018C965720A0"><![CDATA["SIGMA_2_1_X509_ERROR %d"]]></Message>
    <Message ID="0x5600018C965720A1"><![CDATA["SIGMA_2_1_X509_ERROR %d"]]></Message>
    <Message ID="0x5600018C965720A2"><![CDATA["SIGMA_2_1_X509_ERROR %d RET %d"]]></Message>
    <Message ID="0x5600018C965720A3"><![CDATA["SIGMA_2_1_X509_ERROR %d RET %d"]]></Message>
    <Message ID="0x5600018C965720A4"><![CDATA["SIGMA_2_1_X509_ERROR %d"]]></Message>
    <Message ID="0x5600018C965720A5"><![CDATA["SIGMA_2_1_X509_ERROR %d"]]></Message>
    <Message ID="0x5600018C965720A6"><![CDATA["SIGMA_2_1_X509_ERROR %d"]]></Message>
    <Message ID="0x5600018C965720A7"><![CDATA["SIGMA_2_1_X509_ERROR %d"]]></Message>
    <Message ID="0x5600018C965720A8"><![CDATA["SIGMA_2_1_X509_ERROR %d"]]></Message>
    <Message ID="0x5600018C965720A9"><![CDATA["SIGMA_2_1_X509_ERROR %d"]]></Message>
    <Message ID="0x5600018C965720AA"><![CDATA["SIGMA_2_1_X509_ERROR %d"]]></Message>
    <Message ID="0x5600018C965720AB"><![CDATA["SIGMA_2_1_X509_ERROR %d RET %d"]]></Message>
    <Message ID="0x5600018C965720AC"><![CDATA["SIGMA_2_1_X509_ERROR %d"]]></Message>
    <Message ID="0x5600018C965720AD"><![CDATA["SIGMA_2_1_X509_ERROR %d RET %d"]]></Message>
    <Message ID="0x5600018C965720AE"><![CDATA["SIGMA_2_1_X509_ERROR %d RET %d"]]></Message>
    <Message ID="0x5600018C965720AF"><![CDATA["SIGMA_2_1_X509_ERROR %d"]]></Message>
    <Message ID="0x5600018C965720B0"><![CDATA["SIGMA_2_1_X509_ERROR %d"]]></Message>
    <Message ID="0x5600018C965720B1"><![CDATA["SIGMA_2_1_X509_ERROR %d"]]></Message>
    <Message ID="0x5600018C965720B2"><![CDATA["SIGMA_2_1_X509_ERROR %d RET %d"]]></Message>
    <Message ID="0x5600018C965720B3"><![CDATA["SIGMA_2_1_X509_ERROR %d"]]></Message>
    <Message ID="0x5600018C965720B4"><![CDATA["SIGMA_2_1_X509_ERROR %d"]]></Message>
    <Message ID="0x5600018C965720B5"><![CDATA["SIGMA_2_1_X509_ERROR %d RET %d"]]></Message>
    <Message ID="0x5600018C965720B6"><![CDATA["SIGMA_2_1_X509_ERROR %d"]]></Message>
    <Message ID="0x5600018C965720B7"><![CDATA["SIGMA_2_1_X509_ERROR %d"]]></Message>
    <Message ID="0x5600018C965720B8"><![CDATA["SIGMA_2_1_X509_ERROR %d"]]></Message>
    <Message ID="0x5600018C965720B9"><![CDATA["SIGMA_2_1_X509_ERROR %d"]]></Message>
    <Message ID="0x5600018C965720BA"><![CDATA["SIGMA_2_1_X509_ERROR %d"]]></Message>
    <Message ID="0x5600018C965720BB"><![CDATA["SIGMA_2_1_X509_ERROR %d"]]></Message>
    <Message ID="0x5600018C965720BC"><![CDATA["SIGMA_2_1_X509_ERROR %d"]]></Message>
    <Message ID="0x5600018C965720BD"><![CDATA["SIGMA_2_1_X509_ERROR %d"]]></Message>
    <Message ID="0x5600018C965720BE"><![CDATA["SIGMA_2_1_X509_ERROR %d"]]></Message>
    <Message ID="0x5600018C965720BF"><![CDATA["SIGMA_2_1_X509_ERROR %d"]]></Message>
    <Message ID="0x5600018C965720C0"><![CDATA["SIGMA_2_1_X509_ERROR %d"]]></Message>
    <Message ID="0x5600018C965720C1"><![CDATA["SIGMA_2_1_X509_ERROR %d"]]></Message>
    <Message ID="0x5600018C965720C2"><![CDATA["SIGMA_2_1_X509_ERROR %d"]]></Message>
    <Message ID="0x5600018C965720C3"><![CDATA["SIGMA_2_1_X509_ERROR %d"]]></Message>
    <Message ID="0x5600018C965720C4"><![CDATA["SIGMA_2_1_X509_ERROR %d"]]></Message>
    <Message ID="0x5600018C965720C5"><![CDATA["SIGMA_2_1_X509_ERROR %d"]]></Message>
    <Message ID="0x5600018C965720C6"><![CDATA["SIGMA_2_1_X509_ERROR %d"]]></Message>
    <Message ID="0x5600018C965720C7"><![CDATA["SIGMA_2_1_X509_ERROR %d"]]></Message>
    <Message ID="0x5600018C965720C8"><![CDATA["SIGMA_2_1_X509_ERROR %d"]]></Message>
    <Message ID="0x5600018C965720C9"><![CDATA["SIGMA_2_1_X509_ERROR %d"]]></Message>
    <Message ID="0x5600018C965720CA"><![CDATA["SIGMA_2_1_X509_ERROR %d"]]></Message>
    <Message ID="0x5600018C965720CB"><![CDATA["SIGMA_2_1_X509_ERROR %d"]]></Message>
    <Message ID="0x5600018C965720CC"><![CDATA["SIGMA_2_1_X509_ERROR %d"]]></Message>
    <Message ID="0x5600018C965720CD"><![CDATA["SIGMA_2_1_X509_ERROR %d"]]></Message>
    <Message ID="0x5600018C965720CE"><![CDATA["SIGMA_2_1_X509_ERROR %d"]]></Message>
    <Message ID="0x5600018C965720CF"><![CDATA["SIGMA_2_1_X509_ERROR %d"]]></Message>
    <Message ID="0x5600018C965720D0"><![CDATA["SIGMA_2_1_X509_ERROR %d"]]></Message>
    <Message ID="0x5600018C965720D1"><![CDATA["SIGMA_2_1_X509_ERROR %d"]]></Message>
    <Message ID="0x5600018C965720D2"><![CDATA["SIGMA_2_1_X509_ERROR %d"]]></Message>
    <Message ID="0x5600018C965720D3"><![CDATA["SIGMA_2_1_X509_ERROR %d"]]></Message>
    <Message ID="0x5600018C965720D4"><![CDATA["SIGMA_2_1_X509_ERROR %d"]]></Message>
    <Message ID="0x5600018C965720D5"><![CDATA["SIGMA_2_1_X509_ERROR %d"]]></Message>
    <Message ID="0x5600018C965720D6"><![CDATA["SIGMA_2_1_X509_ERROR %d"]]></Message>
    <Message ID="0x5600018C965720D7"><![CDATA["SIGMA_2_1_X509_ERROR %d"]]></Message>
    <Message ID="0x5600018C965720D8"><![CDATA["SIGMA_2_1_X509_ERROR %d"]]></Message>
    <Message ID="0x5600018C965720D9"><![CDATA["SIGMA_2_1_X509_ERROR %d"]]></Message>
    <Message ID="0x5600018C965720DA"><![CDATA["SIGMA_2_1_X509_ERROR %d"]]></Message>
    <Message ID="0x5600018C965720DB"><![CDATA["SIGMA_2_1_X509_ERROR %d"]]></Message>
    <Message ID="0x5600018C965720DC"><![CDATA["SIGMA_2_1_X509_ERROR %d"]]></Message>
    <Message ID="0x5600018C965720DD"><![CDATA["SIGMA_2_1_X509_ERROR %d"]]></Message>
    <Message ID="0x5600018C965720DE"><![CDATA["SIGMA_2_1_X509_ERROR %d"]]></Message>
    <Message ID="0x5600018C965720DF"><![CDATA["SIGMA_2_1_X509_ERROR %d"]]></Message>
    <Message ID="0x5600018C965720E0"><![CDATA["SIGMA_2_1_X509_ERROR %d"]]></Message>
    <Message ID="0x5600018C965720E1"><![CDATA["SIGMA_2_1_X509_ERROR %d"]]></Message>
    <Message ID="0x5600018C965720E2"><![CDATA["SIGMA_2_1_X509_ERROR %d"]]></Message>
    <Message ID="0x5600018C965720E3"><![CDATA["SIGMA_2_1_X509_ERROR %d"]]></Message>
    <Message ID="0x5600018C965720E4"><![CDATA["SIGMA_2_1_X509_ERROR %d"]]></Message>
    <Message ID="0x5600018C965720E5"><![CDATA["SIGMA_2_1_X509_ERROR %d"]]></Message>
    <Message ID="0x5600018C965720E6"><![CDATA["SIGMA_2_1_X509_ERROR %d"]]></Message>
    <Message ID="0x5600018C965720E7"><![CDATA["SIGMA_2_1_X509_ERROR %d"]]></Message>
    <Message ID="0x5600018C965720E8"><![CDATA["SIGMA_2_1_X509_ERROR %d"]]></Message>
    <Message ID="0x5600018C965720E9"><![CDATA["SIGMA_2_1_X509_ERROR %d"]]></Message>
    <Message ID="0x5600018C965720EA"><![CDATA["SIGMA_2_1_X509_ERROR %d"]]></Message>
    <Message ID="0x5600018C965720EB"><![CDATA["SIGMA_2_1_X509_ERROR %d"]]></Message>
    <Message ID="0x5600018C965720EC"><![CDATA["SIGMA_2_1_X509_ERROR %d"]]></Message>
    <Message ID="0x5600018C965720ED"><![CDATA["SIGMA_2_1_X509_ERROR %d"]]></Message>
    <Message ID="0x5600018C965720EE"><![CDATA["SIGMA_2_1_X509_ERROR %d"]]></Message>
    <Message ID="0x5600018C965720EF"><![CDATA["SIGMA_2_1_X509_ERROR %d"]]></Message>
    <Message ID="0x5600018C965720F0"><![CDATA["SIGMA_2_1_X509_ERROR %d"]]></Message>
    <Message ID="0x5600018C965720F1"><![CDATA["SIGMA_2_1_X509_ERROR %d"]]></Message>
    <Message ID="0x80860002005B0404"><![CDATA["[MCTP] MCTP: open port #%d, status %d"]]></Message>
    <Message ID="0x80860002005B0405"><![CDATA["[MCTP] MctpProcessSend, Send failed, status %d"]]></Message>
    <Message ID="0x80860002005B0801"><![CDATA["[MCTP] Handling MCTP control message %d request, Status %d"]]></Message>
    <Message ID="0x80860002005B0802"><![CDATA["[MCTP] Handling MCTP control message %d response, Status %d"]]></Message>
    <Message ID="0x80860002005B1020"><![CDATA["[MCTP] MctpProcessTxComplete, port = %d, sequence = %d"]]></Message>
    <Message ID="0x80860002005B101E"><![CDATA["[MCTP] MctpProcessNotifyWokenByBus, called PG override, res = %d"]]></Message>
    <Message ID="0x80860002005B101F"><![CDATA["[MCTP] MctpProcessPgTimerCallback, called cancel PG override, res = %d"]]></Message>
    <Message ID="0x80860002005B0001"><![CDATA["[MCTP] MctpProcessInitEidDatabase has wrong size, actual is:%d and expected is:%d , errno = %d"]]></Message>
    <Message ID="0x80860002005B0002"><![CDATA["[MCTP] malloc returned NULL, errno = %d "]]></Message>
    <Message ID="0x80860002005B1021"><![CDATA["[MCTP] MctpProcessExitingCm3Pg() Can't read from flash, bytes read :%d , Requested size is %d, errno = %d"]]></Message>
    <Message ID="0x80860002005B1008"><![CDATA["[MCTP][Discovery] MctpProcessAdvanceDiscoveryStateMachine, Port = %d, PortDiscoveryState = %d, EndpointIndex = %d, EndpointDiscoveryState = %d"]]></Message>
    <Message ID="0x80860002005B1009"><![CDATA["[MCTP][Discovery] MctpProcessAdvanceDiscoveryStateMachine, Physical address = 0x%x, TriesSentInLastState = %d, NackedRetries = %d"]]></Message>
    <Message ID="0x80860002005B100A"><![CDATA["[MCTP][Discovery] MctpProcessAdvanceDiscoveryStateMachine, Tries exhausted"]]></Message>
    <Message ID="0x80860002005B100B"><![CDATA["[MCTP][Discovery] MctpProcessAdvanceDiscoveryStateMachine, MsgTypeToSend = %d"]]></Message>
    <Message ID="0x80860002005B0803"><![CDATA["[MCTP] MctpProcessAdvanceDiscoveryStateMachine: Can't add message to send queue, port %d, Status %d"]]></Message>
    <Message ID="0x80860002005B0804"><![CDATA["[MCTP] MCTP discovery complete on port:%d, discovery state:%d"]]></Message>
    <Message ID="0x80860002005B101C"><![CDATA["[MCTP] MctpProcessAddToSendQueue. Adding to queue, port = %d, head = %u"]]></Message>
    <Message ID="0x80860002005B0805"><![CDATA["[MCTP] MctpProcessPerformSend, Sending message on port %d, Head = %d"]]></Message>
    <Message ID="0x80860002005B101D"><![CDATA["[MCTP] MctpProcessPerformSend, Successfully sent message on port %d, Res = %d, sentBytes = %d"]]></Message>
    <Message ID="0x80860002005B0406"><![CDATA["[MCTP] StartPhysicalDiscovery failed on port %d. Res = %d"]]></Message>
    <Message ID="0x80860002005B100C"><![CDATA["[MCTP][Discovery] MctpProcessFreeEid, Eid = %d"]]></Message>
    <Message ID="0x80860002005B1029"><![CDATA["[MCTP][EID] PmtSrvReceiveMessage src eid = 0x%x, dst eid = 0x%x, address = 0x%x"]]></Message>
    <Message ID="0x80860002005B101A"><![CDATA["[MCTP][Discovery] SmtSrvPhysicalDiscovery called, port = %d, Discovery state = %d"]]></Message>
    <Message ID="0x80860002005B0400"><![CDATA["[SMT bytes] sending byte %d value: 0x%x"]]></Message>
    <Message ID="0x80860002005B0401"><![CDATA["[SMT bytes] sending byte %d value: 0x%x"]]></Message>
    <Message ID="0x80860002005B0402"><![CDATA["[SMT bytes] sending byte %d value: 0x%x"]]></Message>
    <Message ID="0x80860002005B0403"><![CDATA["[SMT bytes] sending byte %d value: 0x%x"]]></Message>
    <Message ID="0x80860002005B0800"><![CDATA["[SMT bytes] Receive byte %d value: 0x%x"]]></Message>
    <Message ID="0x80860002005B100D"><![CDATA["[MCTP][Discovery] MctpProcessHandleSetEIDRes, EndpointType = %d, EIDPoolSize = %d"]]></Message>
    <Message ID="0x80860002005B100E"><![CDATA["[MCTP][Discovery] MctpProcessHandleSetEIDRes, Setting EID to = %d, EndpointDiscoveryState = %d"]]></Message>
    <Message ID="0x80860002005B100F"><![CDATA["[MCTP][Discovery] MctpProcessHandleSetEIDRes done, Status = %d, EndpointDiscoveryState = %d"]]></Message>
    <Message ID="0x80860002005B1010"><![CDATA["[MCTP][Discovery] MctpProcessCreateSetEIDReq, EndpointDiscoveryState = %d, Allocated EID = %d"]]></Message>
    <Message ID="0x80860002005B1000"><![CDATA["[MCTP] MctpProcessHandleGetEIDRes response size is incorrect ResponseSize = %d"]]></Message>
    <Message ID="0x80860002005B1011"><![CDATA["[MCTP][Discovery] MctpProcessHandleGetEIDRes called, EndpointType = %d, Requested EndpointID = %d"]]></Message>
    <Message ID="0x80860002005B1001"><![CDATA["[MCTP] MctpProcessHandleGetEIDRes endpoint type is incorrect, type = %d"]]></Message>
    <Message ID="0x80860002005B1002"><![CDATA["[MCTP] MctpProcessHandleGetEIDRes requested EID is invalid RequestedEID = %d"]]></Message>
    <Message ID="0x80860002005B1003"><![CDATA["[MCTP] MctpProcessHandleGetEIDRes discrepancy in requested EID,  RequestedEID = %d,  ReceivedEID = %d "]]></Message>
    <Message ID="0x80860002005B1004"><![CDATA["[MCTP] MctpProcessHandleGetEIDRes endpoint supports static assignment but wants different one"]]></Message>
    <Message ID="0x80860002005B1005"><![CDATA["[MCTP] MctpProcessHandleGetEIDRes there are no more eids we can allocate "]]></Message>
    <Message ID="0x80860002005B1006"><![CDATA["[MCTP] MctpProcessHandleGetEIDRes eid in use "]]></Message>
    <Message ID="0x80860002005B1007"><![CDATA["[MCTP] MctpProcessHandleGetEIDRes In response to GetEID, the device reported itself as Static EID 0x%x, which is an illegal EID "]]></Message>
    <Message ID="0x80860002005B1012"><![CDATA["[MCTP][Discovery] MctpProcessHandleGetEIDRes, Status = %d"]]></Message>
    <Message ID="0x80860002005B1013"><![CDATA["[MCTP][Discovery] MctpProcessHandleDiscoveryNotifyReq"]]></Message>
    <Message ID="0x80860002005B1014"><![CDATA["[MCTP][Discovery] MctpProcessHandleDiscoveryNotifyReq, Found matching endpoint, index = %d, Allocated Eid  = %d"]]></Message>
    <Message ID="0x80860002005B1015"><![CDATA["[MCTP][Discovery] MctpProcessHandleDiscoveryNotifyReq, No matching endpoint, new index = %d"]]></Message>
    <Message ID="0x80860002005B1016"><![CDATA["[MCTP][Discovery] MctpProcessGetFreeEID, pMctpEID = %d, Count = %d"]]></Message>
    <Message ID="0x80860002005B1017"><![CDATA["[MCTP][Discovery] MctpProcessGetFreeEID, Allocated requested range: %d - %d"]]></Message>
    <Message ID="0x80860002005B1018"><![CDATA["[MCTP][Discovery] MctpProcessGetFreeEID, Allocated alternative range: %d - %d"]]></Message>
    <Message ID="0x80860002005B1019"><![CDATA["[MCTP][Discovery] MctpProcessGetFreeEID done status = %d"]]></Message>
    <Message ID="0x80860002004F0400"><![CDATA["Driver Init."]]></Message>
    <Message ID="0x80860002004F0466"><![CDATA["Failed to get PM context!"]]></Message>
    <Message ID="0x80860002004F0401"><![CDATA["Failed to open bup!"]]></Message>
    <Message ID="0x80860002004F0422"><![CDATA["Failed to get context! Expected size %d, actual size %d"]]></Message>
    <Message ID="0x80860002004F0403"><![CDATA["Failed to open bus driver!"]]></Message>
    <Message ID="0x80860002004F0404"><![CDATA["Failed to disable PME!"]]></Message>
    <Message ID="0x80860002004F0405"><![CDATA["Failed to set MSI interrupt state!"]]></Message>
    <Message ID="0x80860002004F0406"><![CDATA["Failed to open event dispatcher driver!"]]></Message>
    <Message ID="0x80860002004F0424"><![CDATA["Failed to update GPIO NVAR!"]]></Message>
    <Message ID="0x80860002004F0408"><![CDATA["Failed to initialize service library!"]]></Message>
    <Message ID="0x80860002004F0409"><![CDATA["Failed to register for events!"]]></Message>
    <Message ID="0x80860002004F0467"><![CDATA["Driver initialization failed. status = %d"]]></Message>
    <Message ID="0x80860002004F0410"><![CDATA["Failed to allocate service handle."]]></Message>
    <Message ID="0x80860002004F0415"><![CDATA["Ioctl (%d) Returned (%d)."]]></Message>
    <Message ID="0x80860002004F0416"><![CDATA["srv_ioctl_reply returned (%d)."]]></Message>
    <Message ID="0x80860002004F0464"><![CDATA["Failed to notify SH (%d) of interrupt notification."]]></Message>
    <Message ID="0x80860002004F0468"><![CDATA["Got interrupt during CM3 PG entry. Requested immediate PG exit"]]></Message>
    <Message ID="0x80860002004F041F"><![CDATA["Unexpected Event Group (%d) from ED!"]]></Message>
    <Message ID="0x80860002004F0407"><![CDATA["Failed Arg Check. Grp: %d Pad# %d."]]></Message>
    <Message ID="0x80860002004F040C"><![CDATA["Failed Arg Check. Grp: %d Pad# %d."]]></Message>
    <Message ID="0x80860002004F040D"><![CDATA["Failed Ownership Check. Grp: %d Pad# %d."]]></Message>
    <Message ID="0x80860002004F040E"><![CDATA["Failed Config Check. Grp: %d Pad# %d."]]></Message>
    <Message ID="0x80860002004F0413"><![CDATA["Unable to set pad which is not GPIO OUTPUT. Grp: %d Pad#: %d."]]></Message>
    <Message ID="0x80860002004F041C"><![CDATA["Failed Arg Check. Grp: (%d) Pad# (%d)."]]></Message>
    <Message ID="0x80860002004F041D"><![CDATA["Failed Ownership Check. Grp: (%d) Pad# (%d)."]]></Message>
    <Message ID="0x80860002004F0425"><![CDATA["Failed Config Check. Grp: (%d) Pad# (%d)."]]></Message>
    <Message ID="0x80860002004F0426"><![CDATA["Invalid Alert Type (%d)."]]></Message>
    <Message ID="0x80860002004F0462"><![CDATA["Failed to activate alert on Output. Grp: (%d) Pad#: (%d)."]]></Message>
    <Message ID="0x80860002004F0427"><![CDATA["Cannot Active. Already Active. Grp: (%d) Pad#: (%d)."]]></Message>
    <Message ID="0x80860002004F0429"><![CDATA["Failed Arg Check. Grp: (%d) Pad# (%d)."]]></Message>
    <Message ID="0x80860002004F042A"><![CDATA["Failed Ownership Check. Grp: (%d) Pad# (%d)."]]></Message>
    <Message ID="0x80860002004F042B"><![CDATA["Failed Config Check. Grp: (%d) Pad# (%d)."]]></Message>
    <Message ID="0x80860002004F042C"><![CDATA["Cancel Alert Error. Not active. Grp: (%d) Pad #: (%d)."]]></Message>
    <Message ID="0x80860002004F042E"><![CDATA["Failed Arg Check. Grp: (%d) Pad# (%d)."]]></Message>
    <Message ID="0x80860002004F042F"><![CDATA["Failed Ownership Check. Grp: (%d) Pad# (%d)."]]></Message>
    <Message ID="0x80860002004F0430"><![CDATA["Failed Config Check. Grp: (%d) Pad# (%d)."]]></Message>
    <Message ID="0x80860002004F0463"><![CDATA["Failed to register alert on Output. Grp: (%d) Pad#: (%d)."]]></Message>
    <Message ID="0x80860002004F0431"><![CDATA["Pad register - failed on memory allocation."]]></Message>
    <Message ID="0x80860002004F0433"><![CDATA["Failed Arg Check. Grp: (%d) Pad# (%d)."]]></Message>
    <Message ID="0x80860002004F0434"><![CDATA["Failed Ownership Check. Grp: (%d) Pad# (%d)."]]></Message>
    <Message ID="0x80860002004F0435"><![CDATA["Failed Config Check. Grp: (%d) Pad# (%d)."]]></Message>
    <Message ID="0x80860002004F0436"><![CDATA["No Alert Info. Grp: (%d) Pad# (%d)."]]></Message>
    <Message ID="0x80860002004F0438"><![CDATA["No Alert Info. SH: (%d)."]]></Message>
    <Message ID="0x80860002004F043A"><![CDATA["Failed Arg Check. Grp: (%d) Pad# (%d)."]]></Message>
    <Message ID="0x80860002004F043B"><![CDATA["Failed Ownership Check. Grp: (%d) Pad# (%d)."]]></Message>
    <Message ID="0x80860002004F043C"><![CDATA["Failed Not Config Check. Grp: (%d) Pad# (%d)."]]></Message>
    <Message ID="0x80860002004F0465"><![CDATA["Invalid config flag provided (0x%x)."]]></Message>
    <Message ID="0x80860002004F043E"><![CDATA["Failed Arg Check. Grp: (%d) Pad# (%d)."]]></Message>
    <Message ID="0x80860002004F043F"><![CDATA["Failed Ownership Check. Grp: (%d) Pad# (%d)."]]></Message>
    <Message ID="0x80860002004F0440"><![CDATA["PadResetCfg (%d), PadDirection (%d)."]]></Message>
    <Message ID="0x80860002004F0442"><![CDATA["Failed Arg Check. Grp: (%d) Pad# (%d)."]]></Message>
    <Message ID="0x80860002004F0443"><![CDATA["Failed Ownership Check. Grp: (%d) Pad# (%d)."]]></Message>
    <Message ID="0x80860002004F0444"><![CDATA["Failed Config Check. Grp: (%d) Pad# (%d)."]]></Message>
    <Message ID="0x80860002004F0446"><![CDATA["Failed Arg Check. Grp: (%d) Pad# (%d)."]]></Message>
    <Message ID="0x80860002004F0449"><![CDATA["Failed Arg Check. Grp (%d) Pad (%d)"]]></Message>
    <Message ID="0x80860002004F044A"><![CDATA["Failed Ownership Change. Grp (%d), Pad (%d), Ownership (%d)"]]></Message>
    <Message ID="0x80860002004F044F"><![CDATA["Get Pin Assignment. Invalid Usage: (%d)"]]></Message>
    <Message ID="0x80860002004F0450"><![CDATA["Get Pin Assignment. Usage: (%d) Bad Pad#: (%d)"]]></Message>
    <Message ID="0x8086000200481000"><![CDATA["[OCS][AES] ocs_sm4_ecb_ipp encountered IPP error code 0x%x"]]></Message>
    <Message ID="0x8086000200481001"><![CDATA["[OCS][AES] ocs_sm4_cbc_ipp encountered IPP error code 0x%x"]]></Message>
    <Message ID="0x8086000200481002"><![CDATA["[OCS][AES] ocs_sm4_ctr_ipp encountered IPP error code 0x%x"]]></Message>
    <Message ID="0x8086000200481430"><![CDATA["[OCS][HASH] ocs_hcu_params_from_hash_alg: Unsupported hash alg: 0x%x"]]></Message>
    <Message ID="0x8086000200481431"><![CDATA["[OCS][HASH] ocs_hash_simple_comp: IPP implementation cannot support non-blocking IO"]]></Message>
    <Message ID="0x8086000200481432"><![CDATA["[OCS][HASH] ocs_hmac_simple_comp: IPP implementation cannot support non-blocking IO"]]></Message>
    <Message ID="0x8086000200481433"><![CDATA["[OCS][HASH] ocs_hash_resume_comp: IPP implementation cannot support non-blocking IO"]]></Message>
    <Message ID="0x8086000200481437"><![CDATA["[OCS][HASH] ocs_hmac_resume_comp: IPP implementation cannot support non-blocking IO"]]></Message>
    <Message ID="0x8086000200481434"><![CDATA["[OCS][HASH] ocs_get_hash: Null parameter passed in"]]></Message>
    <Message ID="0x8086000200481435"><![CDATA["[OCS][HASH] ocs_get_hash: Unexpected context type : 0x%x"]]></Message>
    <Message ID="0x8086000200481436"><![CDATA["[OCS][HASH] ocs_get_hash: Invalid result length in hash context : 0x%x"]]></Message>
    <Message ID="0x8086000200482406"><![CDATA["[OCS][BN] Modular Reduction operation is not supported for given input"]]></Message>
    <Message ID="0x8086000200482405"><![CDATA["[OCS][BN] Modular Exponentiation is not supported for given input"]]></Message>
    <Message ID="0x8086000200481400"><![CDATA["[OCS][HASH] Caller provided HMAC key buffer can only be NULL if key length is also zero"]]></Message>
    <Message ID="0x8086000200481401"><![CDATA["[OCS][HASH] HMAC key length is larger than is supported"]]></Message>
    <Message ID="0x8086000200481402"><![CDATA["[OCS][HASH] requested hash algorithm is out of range"]]></Message>
    <Message ID="0x8086000200481403"><![CDATA["[OCS][HASH] Caller provided an invalid HMAC algorithm ID"]]></Message>
    <Message ID="0x8086000200481404"><![CDATA["[OCS][HASH] Unable to convert requested HMAC algorithm ID to underlying hash algorithm ID"]]></Message>
    <Message ID="0x8086000200481405"><![CDATA["[OCS][HASH] Attempt to use a non-HMAC hash context to set an HMAC key"]]></Message>
    <Message ID="0x8086000200481406"><![CDATA["[OCS][HASH] Attempt to use an SKS hash context to set an HMAC key"]]></Message>
    <Message ID="0x8086000200481407"><![CDATA["[OCS][HASH] Unexpected HCU_ISR: 0x%x "]]></Message>
    <Message ID="0x8086000200481408"><![CDATA["[OCS][HASH] HCU HW is not asserting the HCU_DONE signal"]]></Message>
    <Message ID="0x8086000200481409"><![CDATA["[OCS][HASH] HCU HW is not deasserting the HCU_BUSY signal"]]></Message>
    <Message ID="0x808600020048140A"><![CDATA["[OCS][HASH] HCU_STATUS: 0x%x"]]></Message>
    <Message ID="0x808600020048140E"><![CDATA["[OCS][HASH] Invalid buffer provided to ocs_hash_simple_hw"]]></Message>
    <Message ID="0x808600020048140F"><![CDATA["[OCS][HASH] Invalid buffer provided to ocs_hash_simple_comp_hw"]]></Message>
    <Message ID="0x8086000200481410"><![CDATA["[OCS][HASH] Invalid buffer provided to ocs_hmac_simple_hw"]]></Message>
    <Message ID="0x8086000200481411"><![CDATA["[OCS][HASH] Invalid buffer provided to ocs_hmac_simple_comp_hw"]]></Message>
    <Message ID="0x8086000200481412"><![CDATA["[OCS][HASH] Null, or invalid length hash context provided to ocs_hash_resume_hw"]]></Message>
    <Message ID="0x8086000200481413"><![CDATA["[OCS][HASH] Received an invalid/corrupted hash context"]]></Message>
    <Message ID="0x8086000200481414"><![CDATA["[OCS][HASH] Length of hash context's partial block is out of bounds"]]></Message>
    <Message ID="0x8086000200481415"><![CDATA["[OCS][HASH] Hash and copy feature cannot support hash contexts with any partial block data"]]></Message>
    <Message ID="0x8086000200481416"><![CDATA["[OCS][HASH] Hash and copy feature can only support 64 byte aligned inputs for first/middle hash blocks"]]></Message>
    <Message ID="0x8086000200481421"><![CDATA["[OCS][HASH] The data size is too big"]]></Message>
    <Message ID="0x8086000200481417"><![CDATA["[OCS][HASH] Null context provided to ocs_hash_resume_comp_hw"]]></Message>
    <Message ID="0x8086000200481418"><![CDATA["[OCS][HASH] Null context provided to ocs_hmac_resume_hw"]]></Message>
    <Message ID="0x8086000200481419"><![CDATA["[OCS][HASH] Invalid context type provided to ocs_hmac_resume_hw"]]></Message>
    <Message ID="0x808600020048141A"><![CDATA["[OCS][HASH] Hash algorithm block size provided is out of bounds"]]></Message>
    <Message ID="0x808600020048141B"><![CDATA["[OCS][HASH] HCU HW cannot support SKS keys with the HMAC resume feature"]]></Message>
    <Message ID="0x8086000200481424"><![CDATA["[OCS][HASH] Null context provided to ocs_hash_resume_comp_hw"]]></Message>
    <Message ID="0x808600020048141C"><![CDATA["[OCS][HASH] Hashed data can only be NULL if a length of zero is passed into ocs_hcu_hmac256_sks_key_derive_hw"]]></Message>
    <Message ID="0x808600020048141F"><![CDATA["[OCS][HASH] Unsupported slots combinations. Root type: %d, Result type: %d"]]></Message>
    <Message ID="0x808600020048141E"><![CDATA["[OCS][HASH] Derivation root key slot ID does not contain a valid SKS key"]]></Message>
    <Message ID="0x8086000200481420"><![CDATA["[OCS][HASH] Target derived key slot ID already contains a valid SKS key"]]></Message>
    <Message ID="0x8086000200481800"><![CDATA["[OCS][SKS] Max retry count exceeded while polling on SKS_STR"]]></Message>
    <Message ID="0x8086000200481801"><![CDATA["[OCS][SKS] SKS HW has signaled an error condition"]]></Message>
    <Message ID="0x8086000200481802"><![CDATA["[OCS][SKS] SKS_STR: 0x%x"]]></Message>
    <Message ID="0x8086000200481803"><![CDATA["[OCS][SKS] ocs_sks_load_key_to_cipher: SKS HW unexpectedly busy"]]></Message>
    <Message ID="0x8086000200481804"><![CDATA["[OCS][SKS] ocs_sks_load_key_to_cipher: Requested SKS slot number is invalid "]]></Message>
    <Message ID="0x8086000200481805"><![CDATA["[OCS][SKS] ocs_sks_load_key_to_cipher: Requested SKS slot 0x%x does not have a valid key"]]></Message>
    <Message ID="0x8086000200481806"><![CDATA["[OCS][SKS] ocs_sks_load_key_to_cipher: Requested slot 0x%x is 384 bit, so is only allowed with HCU"]]></Message>
    <Message ID="0x8086000200481807"><![CDATA["[OCS][SKS] ocs_sks_load_key_from_cipher: SKS HW unexpectedly busy"]]></Message>
    <Message ID="0x8086000200481808"><![CDATA["[OCS][SKS] ocs_sks_load_key_from_cipher: Requested SKS slot number 0x%x is invalid "]]></Message>
    <Message ID="0x8086000200481809"><![CDATA["[OCS][SKS] ocs_sks_load_key_from_memory: Unsupported key length 0x%x"]]></Message>
    <Message ID="0x808600020048180A"><![CDATA["[OCS][SKS] ocs_sks_load_key_from_memory: SKS HW unexpectedly busy"]]></Message>
    <Message ID="0x808600020048180B"><![CDATA["[OCS][SKS] ocs_sks_load_key_from_memory: Requested SKS slot number 0x%x is invalid "]]></Message>
    <Message ID="0x808600020048180C"><![CDATA["[OCS][SKS] ocs_sks_load_key_from_memory: Requested slot ID 0x%x already contains a valid SKS key "]]></Message>
    <Message ID="0x808600020048180D"><![CDATA["[OCS][SKS] ocs_sks_invalidate_key: SKS HW unexpectedly busy"]]></Message>
    <Message ID="0x808600020048180E"><![CDATA["[OCS][SKS] ocs_sks_invalidate_key: Requested SKS slot number 0x%x is invalid "]]></Message>
    <Message ID="0x808600020048180F"><![CDATA["[OCS][SKS] ocs_sks_get_key_attr: SKS HW unexpectedly busy"]]></Message>
    <Message ID="0x808600020048140B"><![CDATA["[OCS][HASH] ocs_hcu_poll_pio_write_done_hw:  HCU HW is not asserting the SRC_DONE signal"]]></Message>
    <Message ID="0x808600020048140C"><![CDATA["[OCS][HASH] DMA_STATUS: 0x%x"]]></Message>
    <Message ID="0x808600020048140D"><![CDATA["[OCS][HASH] ocs_hcu_poll_pio_write_done_hw:  Received BAD_RESPONSE signal from DMA_STATUS: 0x%x"]]></Message>
    <Message ID="0x8086000200482400"><![CDATA["[OCS][EAU] OCS EAU HW is not de-asserting ES bit"]]></Message>
    <Message ID="0x8086000200482401"><![CDATA["[OCS][EAU] OCS EAU HW is not asserting DONE bit"]]></Message>
    <Message ID="0x8086000200482407"><![CDATA["[OCS][EAU] OCS EAU HW Modular Reduction doesn't support 0 MSB of modulus"]]></Message>
    <Message ID="0x8086000200482409"><![CDATA["[OCS][EAU] Insufficient buffer to hold Modular Reduction result. Expected %d, actual %d"]]></Message>
    <Message ID="0x8086000200482403"><![CDATA["[OCS][EAU] unexpected n length"]]></Message>
    <Message ID="0x8086000200482402"><![CDATA["[OCS][EAU] OCS EAU HW Modular Exponential doesn't support 0 MSB or LSB of modulus"]]></Message>
    <Message ID="0x8086000200482404"><![CDATA["[OCS][EAU] Insufficient buffer to hold modular exponential result. Expected %d, actual %d"]]></Message>
    <Message ID="0x8086000200482800"><![CDATA["[OCS][GPDMA] ocs_gpdma_poll_pio_write_done_hw: GPDMA HW is not asserting the SRC_DONE signal"]]></Message>
    <Message ID="0x8086000200482801"><![CDATA["[OCS][GPDMA] DMA_STATUS: 0x%x"]]></Message>
    <Message ID="0x8086000200482802"><![CDATA["[OCS][GPDMA] ocs_gpdma_poll_pio_write_done_hw: Received BAD_RESPONSE signal from DMA_STATUS: 0x%x"]]></Message>
    <Message ID="0x8086000200481C00"><![CDATA["[OCS][PLAT] plat_ocs_pio_data_to_engine read extends local memory boundaries"]]></Message>
    <Message ID="0x8086000200481C01"><![CDATA["[OCS][PLAT] plat_ocs_pio_data_to_engine read data failed. status %d"]]></Message>
    <Message ID="0x8086000200481C02"><![CDATA["[OCS][PLAT] plat_ocs_pio_data_from_engine write extends local memory boundaries"]]></Message>
    <Message ID="0x8086000200481C03"><![CDATA["[OCS][PLAT] plat_ocs_pio_data_from_engine unexpected engine %d"]]></Message>
    <Message ID="0x8086000200481C04"><![CDATA["[OCS][PLAT] plat_ocs_pio_data_from_engine write data failed"]]></Message>
    <Message ID="0x8086000200481C0B"><![CDATA["[OCS][PLAT] plat_ocs_xfer_data_ext_dma_poll: Unsupported engine type 0x%x"]]></Message>
    <Message ID="0x8086000200481C0C"><![CDATA["[OCS][PLAT] plat_ocs_xfer_data_ext_dma_int: Unsupported engine type 0x%x"]]></Message>
    <Message ID="0x8086000200481C0D"><![CDATA["[OCS][PLAT] ocs_xfer_data_ext: Unexpected xfer object type 0x%x"]]></Message>
    <Message ID="0x8086000200480C0A"><![CDATA["[OCS][AES] HW is not deasserting UPDATE_DPA_SEED, AES_ACTIVE: 0x%x"]]></Message>
    <Message ID="0x8086000200480C0B"><![CDATA["[OCS][AES] ocs_aes_poll_pio_write_done_hw:  AES_A HW is not asserting the SRC_DONE signal"]]></Message>
    <Message ID="0x8086000200480C0C"><![CDATA["[OCS][AES] DMA_STATUS: 0x%x"]]></Message>
    <Message ID="0x8086000200480C0D"><![CDATA["[OCS][AES] ocs_aes_poll_pio_write_done_hw:  Received BAD_RESPONSE signal from DMA_STATUS: 0x%x"]]></Message>
    <Message ID="0x8086000200480C13"><![CDATA["[OCS][AES] ocs_aes_dma_poll_aes_input_occupancy_hw:  AES INPUT_BUFFER_OCCUPANCY is not going to zero"]]></Message>
    <Message ID="0x8086000200480C14"><![CDATA["[OCS][AES] DMA_STATUS: 0x%x"]]></Message>
    <Message ID="0x8086000200480C15"><![CDATA["[OCS][AES] ocs_aes_dma_poll_aes_input_occupancy_hw:  Received BAD_RESPONSE signal from DMA_STATUS: 0x%x"]]></Message>
    <Message ID="0x8086000200480C00"><![CDATA["[OCS][AES] ocs_aes_validate_input_hw: Unsupported operation type 0x%x"]]></Message>
    <Message ID="0x8086000200480C01"><![CDATA["[OCS][AES] ocs_aes_validate_input_hw: Requested slot id does not contain a valid key 0x%x"]]></Message>
    <Message ID="0x8086000200480C02"><![CDATA["[OCS][AES] ocs_aes_validate_input_hw: An IV is required for requested mode 0x%x"]]></Message>
    <Message ID="0x8086000200480C03"><![CDATA["[OCS][AES] ocs_aes_validate_input_hw: Invalid counter len for AES_CTR mode 0x%x"]]></Message>
    <Message ID="0x8086000200480C04"><![CDATA["[OCS][AES] ocs_aes_validate_input_hw: Invalid counter len for AES_GCM mode 0x%x"]]></Message>
    <Message ID="0x8086000200480C05"><![CDATA["[OCS][AES] ocs_aes_validate_input_hw: Null input object provided for non zero data length"]]></Message>
    <Message ID="0x8086000200480C1A"><![CDATA["[OCS][AES] ocs_aes_validate_input_hw: input data length is bigger than the max allowed"]]></Message>
    <Message ID="0x8086000200480C1B"><![CDATA["[OCS][AES] ocs_aes_validate_input_hw: additional data length is bigger than the max allowed"]]></Message>
    <Message ID="0x8086000200480C06"><![CDATA["[OCS][AES] ocs_aes_validate_input_hw: Zero data length is unsupported for ECB, CBC, and CTR mode"]]></Message>
    <Message ID="0x8086000200480C07"><![CDATA["[OCS][AES] ocs_aes_validate_input_hw: HW cannot support non 16 byte aligned CTR mode"]]></Message>
    <Message ID="0x8086000200480C08"><![CDATA["[OCS][AES] ocs_aes_validate_input_hw: Unsupported GCM tag length 0x%x"]]></Message>
    <Message ID="0x8086000200480C09"><![CDATA["[OCS][AES] ocs_aes_validate_input_hw: Unsupported GCM tag length 0x%x"]]></Message>
    <Message ID="0x8086000200480C19"><![CDATA["[OCS][AES] DPA reseed is needed"]]></Message>
    <Message ID="0x8086000200480C0E"><![CDATA["[OCS][AES] OCS AES HW was unexpectedly in SKS mode, this is a FW bug"]]></Message>
    <Message ID="0x8086000200480C0F"><![CDATA["[OCS][AES] AES_ISR: 0x%x"]]></Message>
    <Message ID="0x8086000200480C10"><![CDATA["[OCS][AES] OCS AES HW is not asserting AES_COMPLETE"]]></Message>
    <Message ID="0x8086000200480C11"><![CDATA["[OCS][AES] AES_ISR: 0x%x"]]></Message>
    <Message ID="0x8086000200480C12"><![CDATA["[OCS][AES] ocs_aes_poll_last_gcm_hw: AES HW is not deasserting LAST_CCM_GCM signal"]]></Message>
    <Message ID="0x8086000200480C16"><![CDATA["[OCS][AES] ocs_aes_gcm_plain_hw: Caller requested non-zero data length, but provided a null variable"]]></Message>
    <Message ID="0x80860002004803C0"><![CDATA["[CRYPTO][HMAC_DRBG] crypto_drv_drng_hmac_drbg_init: Invalid HMAC algorithm: 0x%x"]]></Message>
    <Message ID="0x80860002004803C3"><![CDATA["[CRYPTO][HMAC_DRBG] crypto_drv_drng_hmac_drbg_init: Only caller keys are supported"]]></Message>
    <Message ID="0x80860002004803C9"><![CDATA["[CRYPTO][HMAC_DRBG] crypto_drv_drng_hmac_drbg_generate: Request to generate data 0x%x bytes in a single call exceeds bounds 0x%x"]]></Message>
    <Message ID="0x80860002004803CC"><![CDATA["[CRYPTO][HMAC_DRBG] crypto_drv_drng_hmac_drbg_generate: re-seed interval hit"]]></Message>
    <Message ID="0x8086000200480360"><![CDATA["[CRYPTO][DRNG] crypto_drv_drng_aes_ctr_drbg_external_init: This RNG requires non-zero length seed material to be initialized"]]></Message>
    <Message ID="0x8086000200480361"><![CDATA["[CRYPTO][DRNG] crypto_drv_drng_aes_ctr_drbg_external_init: Unexpected parameter provided"]]></Message>
    <Message ID="0x8086000200480362"><![CDATA["[CRYPTO][DRNG] crypto_drv_drng_aes_ctr_drbg_external_reseed: This RNG requires non-zero length seed material to be reseeded"]]></Message>
    <Message ID="0x80860002004800BD"><![CDATA["***[CRYPTO_RSA]  crypto_drv_big_number_inverse_mod: Invalid Parameters"]]></Message>
    <Message ID="0x80860002004800BE"><![CDATA["***[CRYPTO_RSA]  crypto_drv_big_number_inverse_mod: Could not allocate bignum_e"]]></Message>
    <Message ID="0x80860002004800C0"><![CDATA["***[CRYPTO_RSA]  crypto_drv_big_number_inverse_mod: my_copyfrom failed for ldata.number[0]"]]></Message>
    <Message ID="0x80860002004800C1"><![CDATA["***[CRYPTO_RSA]  crypto_drv_big_number_inverse_mod: Could not allocate bignum_phi"]]></Message>
    <Message ID="0x80860002004800C3"><![CDATA["***[CRYPTO_RSA]  crypto_drv_big_number_inverse_mod: my_copyfrom failed for ldata.number[1]"]]></Message>
    <Message ID="0x80860002004800C4"><![CDATA["***[CRYPTO_RSA]  crypto_drv_big_number_inverse_mod: Could not allocate bignum_d"]]></Message>
    <Message ID="0x80860002004800C6"><![CDATA["***[CRYPTO_RSA]  crypto_drv_big_number_inverse_mod: my_copyto failed for ldata.number[1]"]]></Message>
    <Message ID="0x80860002004800E2"><![CDATA["***[CRYPTO_RSA]  crypto_drv_mod_rsa: Could not allocate bignum_op1"]]></Message>
    <Message ID="0x80860002004800E3"><![CDATA["***[CRYPTO_RSA]  crypto_drv_mod_rsa: Could not allocate bignum_op2"]]></Message>
    <Message ID="0x80860002004800E4"><![CDATA["***[CRYPTO_RSA]  crypto_drv_mod_rsa: Could not allocate bignum_res"]]></Message>
    <Message ID="0x80860002004800E7"><![CDATA["***[CRYPTO_RSA]  crypto_drv_rsa_gen_key: crypto_drv_generate_prime for p failed"]]></Message>
    <Message ID="0x80860002004800E8"><![CDATA["***[CRYPTO_RSA]  crypto_drv_rsa_gen_key: crypto_drv_mod_rsa for p failed"]]></Message>
    <Message ID="0x80860002004800EA"><![CDATA["***[CRYPTO_RSA]  crypto_drv_rsa_gen_key: crypto_drv_generate_prime for q failed"]]></Message>
    <Message ID="0x80860002004800EB"><![CDATA["***[CRYPTO_RSA]  crypto_drv_rsa_gen_key: crypto_drv_mod_rsa for q failed"]]></Message>
    <Message ID="0x80860002004800E0"><![CDATA["***[CRYPTO_RSA]  crypto_drv_rsa_gen_key: crypto_drv_mod_rsa failed"]]></Message>
    <Message ID="0x80860002004800F8"><![CDATA["***[CRYPTO_RSA]  crypto_drv_rsa_gen_key: crypto_drv_mod_rsa failed"]]></Message>
    <Message ID="0x80860002004800F0"><![CDATA["***[CRYPTO_RSA]  crypto_drv_rsa_gen_key: my_copyto failed for rsa_key_p"]]></Message>
    <Message ID="0x80860002004800F1"><![CDATA["***[CRYPTO_RSA]  crypto_drv_rsa_gen_key: my_copyto failed for rsa_key_q"]]></Message>
    <Message ID="0x80860002004800EF"><![CDATA["***[CRYPTO_RSA]  crypto_drv_rsa_gen_key: my_copyto failed for rsa_key_e"]]></Message>
    <Message ID="0x80860002004800EE"><![CDATA["***[CRYPTO_RSA]  crypto_drv_rsa_gen_key: my_copyto failed for rsa_key_n"]]></Message>
    <Message ID="0x80860002004800DF"><![CDATA["***[CRYPTO_RSA]  crypto_drv_rsa_gen_key: my_copyto failed for rsa_key_d"]]></Message>
    <Message ID="0x80860002004800F9"><![CDATA["***[CRYPTO_RSA]  crypto_drv_rsa_gen_key: my_copyto failed for d_p"]]></Message>
    <Message ID="0x80860002004800FA"><![CDATA["***[CRYPTO_RSA]  crypto_drv_rsa_gen_key: my_copyto failed for d_q"]]></Message>
    <Message ID="0x8086000200480100"><![CDATA["***[CRYPTO_RSA]  crypto_drv_rsa_gen_key: my_copyto failed for q_inv"]]></Message>
    <Message ID="0x80860002004800E5"><![CDATA["***[CRYPTO_RSA]  crypto_drv_rsa_gen_key: Could not allocate p.pBuffer"]]></Message>
    <Message ID="0x80860002004800E9"><![CDATA["***[CRYPTO_RSA]  crypto_drv_rsa_gen_key: Could not allocate q.pBuffer"]]></Message>
    <Message ID="0x80860002004800EC"><![CDATA["***[CRYPTO_RSA]  crypto_drv_rsa_gen_key: Could not allocate n"]]></Message>
    <Message ID="0x80860002004800F3"><![CDATA["***[CRYPTO_RSA]  crypto_drv_rsa_gen_key: Could not allocate d"]]></Message>
    <Message ID="0x80860002004800F7"><![CDATA["***[CRYPTO_RSA]  crypto_drv_rsa_gen_key: Could not allocate d_p"]]></Message>
    <Message ID="0x80860002004800F5"><![CDATA["***[CRYPTO_RSA]  crypto_drv_rsa_gen_key: Could not allocate d_q"]]></Message>
    <Message ID="0x80860002004800FE"><![CDATA["***[CRYPTO_RSA]  crypto_drv_rsa_gen_key: Failure rsa_key_p & rsa_key_q"]]></Message>
    <Message ID="0x80860002004800FF"><![CDATA["***[CRYPTO_RSA]  crypto_drv_rsa_gen_key: Could not allocate q_inv"]]></Message>
    <Message ID="0x808600020048013E"><![CDATA["***[CRYPTO_RSA]  crypto_drv_rsa_validate_key: my_copyfrom failed for d.number[0]"]]></Message>
    <Message ID="0x808600020048013F"><![CDATA["***[CRYPTO_RSA]  crypto_drv_rsa_validate_key: my_copyto failed for d.number[0]"]]></Message>
    <Message ID="0x808600020048018C"><![CDATA["[CRYPTO][RSA] crypto_rsa_raw_encrypt_internal: Attempt to perform RSA encryption with a plaintext that is larger than the modulus"]]></Message>
    <Message ID="0x808600020048018D"><![CDATA["[CRYPTO][RSA] crypto_rsa_raw_decrypt_internal: Attempt to perform RSA decryption with a ciphertext that is larger than the modulus"]]></Message>
    <Message ID="0x808600020048008E"><![CDATA["***[CRYPTO_RSA]  RSA GenKey start: size is wrong"]]></Message>
    <Message ID="0x8086000200480102"><![CDATA["***[CRYPTO_RSA]  crypto_drv_rsa_gen_key_start: rsa_key_n & rsa_key_e invalid"]]></Message>
    <Message ID="0x8086000200480103"><![CDATA["***[CRYPTO_RSA]  crypto_drv_rsa_gen_key_start: rsa_key_p & rsa_key_q & rsa_key_d invalid"]]></Message>
    <Message ID="0x8086000200480104"><![CDATA["***[CRYPTO_RSA]  crypto_drv_rsa_gen_key_start: rsa_key_d & rsa_key_p & rsa_key_d_p invalid"]]></Message>
    <Message ID="0x8086000200480105"><![CDATA["***[CRYPTO_RSA]  crypto_drv_rsa_gen_key_start: rsa_key_d & rsa_key_q & rsa_key_d_p invalid"]]></Message>
    <Message ID="0x8086000200480106"><![CDATA["***[CRYPTO_RSA]  crypto_drv_rsa_gen_key_start: rsa_key_p & rsa_key_q & rsa_key_q_inv invalid"]]></Message>
    <Message ID="0x808600020048018B"><![CDATA["***[CRYPTO_RSA]  gen key abort: cannot find request to abort"]]></Message>
    <Message ID="0x808600020048013C"><![CDATA["***[CRYPTO_RSA]  crypto_drv_big_number_prime_test: Invalid Parameters"]]></Message>
    <Message ID="0x8086000200480143"><![CDATA["[CRYPTO][RSA] crypto_drv_process_prime_test_message: Unsupported operand length 0x%x exceeds max supported 0x%x"]]></Message>
    <Message ID="0x8086000200482019"><![CDATA["***[CRYPTO]  crypto_drv_ecc_ecdaa_sign_exec: Failed to calculate [nonceK || digest] (status = %d)"]]></Message>
    <Message ID="0x808600020048201A"><![CDATA["***[CRYPTO]  crypto_drv_ecc_ecdaa_sign_exec: Failed to calculate [Hash(nonceK || digest)] (status = %d)"]]></Message>
    <Message ID="0x808600020048201B"><![CDATA["***[CRYPTO]  crypto_drv_ecc_ecdaa_sign_exec: Failed to calculate [Hash(nonceK || digest)] (status = %d)"]]></Message>
    <Message ID="0x808600020048201C"><![CDATA["***[CRYPTO]  crypto_drv_ecc_ecdaa_sign_exec: Failed to calculate [T:=Hash(nonceK || digest) mod n] (status = %d)"]]></Message>
    <Message ID="0x808600020048201D"><![CDATA["***[CRYPTO]  crypto_drv_ecc_ecdaa_sign_exec: Failed to calculate [T * d] (status = %d)"]]></Message>
    <Message ID="0x808600020048201E"><![CDATA["***[CRYPTO]  crypto_drv_ecc_ecdaa_sign_exec: [T * d] got invalid size %d"]]></Message>
    <Message ID="0x8086000200482022"><![CDATA["***[CRYPTO]  crypto_drv_ecc_ecdaa_sign_exec: Failed to calculate [(r + T*d) mod n] (status = %d)"]]></Message>
    <Message ID="0x8086000200482020"><![CDATA["***[CRYPTO]  crypto_drv_ecc_ecdaa_sign_exec: Failed to calculate [(r + T*d)] (status = %d)"]]></Message>
    <Message ID="0x8086000200482021"><![CDATA["***[CRYPTO]  crypto_drv_ecc_ecdaa_sign_exec: [(r mod n) + (T*d mod n) ] got invalid size %d"]]></Message>
    <Message ID="0x8086000200482023"><![CDATA["crypto_drv_ecc_ecdaa_sign_exec: Got s=0"]]></Message>
    <Message ID="0x808600020048200A"><![CDATA["***[CRYPTO]  crypto_drv_ecc_c_2_2_ecdh: [dsA]QsB failed. status = %d"]]></Message>
    <Message ID="0x808600020048200B"><![CDATA["***[CRYPTO]  crypto_drv_ecc_c_2_2_ecdh: [deA]QeB failed. status = %d"]]></Message>
    <Message ID="0x8086000200482014"><![CDATA["***[CRYPTO]  crypto_drv_process_ecc_ecdaa_sign_message: Unsupported message size %d"]]></Message>
    <Message ID="0x8086000200482015"><![CDATA["crypto_drv_process_ecc_ecdaa_sign_message: Invalid params"]]></Message>
    <Message ID="0x8086000200482016"><![CDATA["***[CRYPTO]  crypto_drv_process_ecc_ecdaa_sign_message: Unsupported curve type %d"]]></Message>
    <Message ID="0x8086000200482017"><![CDATA["***[CRYPTO]  crypto_drv_process_ecc_ecdaa_sign_message: Unsupported hash alg %d"]]></Message>
    <Message ID="0x8086000200482000"><![CDATA["***[CRYPTO]  crypto_drv_ecc_commit_compute: Failed to copy d param. status = %d"]]></Message>
    <Message ID="0x8086000200482001"><![CDATA["***[CRYPTO]  crypto_drv_ecc_commit_compute: Failed to copy r param. status = %d"]]></Message>
    <Message ID="0x8086000200482002"><![CDATA["***[CRYPTO]  crypto_drv_ecc_commit_compute: Failed to copy point B. status = %d"]]></Message>
    <Message ID="0x8086000200482003"><![CDATA["***[CRYPTO]  crypto_drv_ecc_commit_compute: Failed to compute K = [d]B. status = %d"]]></Message>
    <Message ID="0x8086000200482004"><![CDATA["***[CRYPTO]  crypto_drv_ecc_commit_compute: Failed to compute L = [r]B. status = %d"]]></Message>
    <Message ID="0x8086000200482005"><![CDATA["***[CRYPTO]  crypto_drv_ecc_commit_compute: Failed to copy point M. status = %d"]]></Message>
    <Message ID="0x8086000200482006"><![CDATA["***[CRYPTO]  crypto_drv_ecc_commit_compute: Failed to compute E = [r]M. status = %d"]]></Message>
    <Message ID="0x8086000200482007"><![CDATA["***[CRYPTO]  crypto_drv_ecc_commit_compute: Failed to copy point K. status = %d"]]></Message>
    <Message ID="0x8086000200482008"><![CDATA["***[CRYPTO]  crypto_drv_ecc_commit_compute: Failed to copy point L. status = %d"]]></Message>
    <Message ID="0x8086000200482009"><![CDATA["***[CRYPTO]  crypto_drv_ecc_commit_compute: Failed to copy point E. status = %d"]]></Message>
    <Message ID="0x808600020048200C"><![CDATA["crypto_drv_ecc_2_phase_key_exchange: Invalid input arguments"]]></Message>
    <Message ID="0x808600020048200D"><![CDATA["***[CRYPTO]  crypto_drv_ecc_2_phase_key_exchange: Failed to copy deA param. status = %d"]]></Message>
    <Message ID="0x808600020048200E"><![CDATA["***[CRYPTO]  crypto_drv_ecc_2_phase_key_exchange: Failed to copy dsA param. status = %d"]]></Message>
    <Message ID="0x808600020048200F"><![CDATA["***[CRYPTO]  crypto_drv_ecc_2_phase_key_exchange: Failed to copy QeB point. status = %d"]]></Message>
    <Message ID="0x8086000200482010"><![CDATA["***[CRYPTO]  crypto_drv_ecc_2_phase_key_exchange: Failed to copy QsB point. status = %d"]]></Message>
    <Message ID="0x8086000200482011"><![CDATA["***[CRYPTO]  crypto_drv_ecc_2_phase_key_exchange: Unsupported scheme %d"]]></Message>
    <Message ID="0x8086000200482012"><![CDATA["***[CRYPTO]  crypto_drv_ecc_2_phase_key_exchange: Failed to copy Z1 point. status = %d"]]></Message>
    <Message ID="0x8086000200482013"><![CDATA["***[CRYPTO]  crypto_drv_ecc_2_phase_key_exchange: Failed to copy Z2 point. status = %d"]]></Message>
    <Message ID="0x8086000200482080"><![CDATA["[CRYPTO] crypto_drv_process_ecc_generate_key_message: Invalid Parameters"]]></Message>
    <Message ID="0x8086000200482081"><![CDATA["[CRYPTO] crypto_drv_ecc_val_key: Invalid Parameters"]]></Message>
    <Message ID="0x8086000200482082"><![CDATA["[CRYPTO] crypto_drv_ecc_verify: Invalid Parameters"]]></Message>
    <Message ID="0x808600020048208C"><![CDATA["[CRYPTO] crypto_drv_ecc_sm2_verify: Invalid Parameters"]]></Message>
    <Message ID="0x8086000200482083"><![CDATA["[CRYPTO] crypto_drv_ecc_dh_cofactor: Invalid Parameters"]]></Message>
    <Message ID="0x8086000200482084"><![CDATA["[CRYPTO] crypto_drv_ecc_add_point: Invalid Parameters"]]></Message>
    <Message ID="0x8086000200482085"><![CDATA["[CRYPTO] crypto_drv_ecc_scalar_mult: Invalid Parameters"]]></Message>
    <Message ID="0x8086000200480380"><![CDATA["crypto_drv_big_number_add invalid parameter"]]></Message>
    <Message ID="0x8086000200480382"><![CDATA["crypto_drv_big_number_subtract invalid parameter"]]></Message>
    <Message ID="0x8086000200480383"><![CDATA["crypto_drv_big_number_multiply_hw: NULL params received"]]></Message>
    <Message ID="0x8086000200480384"><![CDATA["[CRYPTO] crypto_drv_big_number_multiply_ipp: Unable to allocate sufficient memory"]]></Message>
    <Message ID="0x8086000200480385"><![CDATA["[CRYPTO] crypto_drv_big_number_multiply: One or more operands are too large"]]></Message>
    <Message ID="0x8086000200480386"><![CDATA["[CRYPTO] crypto_drv_big_number_multiply: Result length must be sum of length of inputs"]]></Message>
    <Message ID="0x8086000200480387"><![CDATA["crypto_drv_big_number_multiply: Could not copy operand 1, error = %d"]]></Message>
    <Message ID="0x8086000200480388"><![CDATA["crypto_drv_big_number_multiply: Could not copy operand 2, error = %d"]]></Message>
    <Message ID="0x8086000200480389"><![CDATA["crypto_drv_big_number_multiply: Could not copy result; buffer size = %d bytes; error = %d"]]></Message>
    <Message ID="0x808600020048038A"><![CDATA["crypto_drv_big_number_divide: Invalid Parameters"]]></Message>
    <Message ID="0x808600020048038B"><![CDATA["crypto_drv_big_number_mod_hw: NULL params received"]]></Message>
    <Message ID="0x808600020048038C"><![CDATA["[CRYPTO] crypto_drv_big_number_mod_ipp: Unable to allocate sufficient memory"]]></Message>
    <Message ID="0x808600020048038E"><![CDATA["[CRYPTO] crypto_drv_big_number_mod: One or more operands are too large"]]></Message>
    <Message ID="0x808600020048038F"><![CDATA["crypto_drv_big_number_mod: Could not copy operand 1, error = %d"]]></Message>
    <Message ID="0x8086000200480390"><![CDATA["crypto_drv_big_number_mod: Could not copy operand 2, error = %d"]]></Message>
    <Message ID="0x8086000200480391"><![CDATA["crypto_drv_big_number_mod: Could not copy result; buffer size = %d bytes; error = %d"]]></Message>
    <Message ID="0x8086000200480394"><![CDATA["crypto_drv_big_number_exp_mul_mod: Could not copy one or more operands, error = %d"]]></Message>
    <Message ID="0x8086000200480396"><![CDATA["crypto_drv_big_number_exp_mul_mod: Could not copy result; buffer size = %d bytes; error = %d"]]></Message>
    <Message ID="0x8086000200480395"><![CDATA["crypto_drv_big_number_exp_mul_mod: Call to crypto_drv_big_number_exp_mul_mod_hw failed error = %d"]]></Message>
    <Message ID="0x8086000200480397"><![CDATA["[CRYPTO] crypto_drv_big_number_mont_mul_internal: LSb (%X) of modulus is not 1 (big endian)"]]></Message>
    <Message ID="0x8086000200480399"><![CDATA["[CRYPTO] crypto_drv_big_number_mont_mul_internal: Operand lengths not supported op1:0x%x op_2:0x%x result_len:0x%x mod_len:0x%x"]]></Message>
    <Message ID="0x808600020048039A"><![CDATA["[CRYPTO] crypto_drv_big_number_mont_op_ipp: Unable to allocate sufficient memory"]]></Message>
    <Message ID="0x808600020048039B"><![CDATA["[CRYPTO] crypto_drv_big_number_mont_mul: Grant ID for operand is invalid"]]></Message>
    <Message ID="0x808600020048039C"><![CDATA["[CRYPTO] crypto_drv_big_number_mont_mul: Operand lengths op1:0x%x op2:0x%x mod:0x%x cannot exceed maximum supported length 0x%x"]]></Message>
    <Message ID="0x808600020048039D"><![CDATA["[CRYPTO] crypto_drv_big_number_mont_mul: Result length 0x%x must be same as modulus length 0x%x"]]></Message>
    <Message ID="0x808600020048039E"><![CDATA["[CRYPTO] crypto_drv_big_number_mont_mul: Could not copy one or more operands, error = %d"]]></Message>
    <Message ID="0x808600020048039F"><![CDATA["crypto_drv_big_number_mont_mul: Could not copy result; buffer size = %d bytes; error = %d"]]></Message>
    <Message ID="0x8086000200480350"><![CDATA["[CRYPTO][DRNG] crypto_drv_drng_aes_ctr_drbg_internal_init: This RNG does not support external entropy during initialization"]]></Message>
    <Message ID="0x8086000200480351"><![CDATA["[CRYPTO][DRNG] crypto_drv_drng_aes_ctr_drbg_internal_reseed: This RNG does not support external entropy during initialization"]]></Message>
    <Message ID="0x8086000200480320"><![CDATA["[CRYPTO][KDFE] crypto_drv_drng_kdfe_init: Passed in KDF initialization string length: 0x%x exceeds maximum supported: 0x%x"]]></Message>
    <Message ID="0x8086000200480321"><![CDATA["[CRYPTO][KDFE] crypto_drv_drng_kdfe_init: Invalid hash algorithm: 0x%x"]]></Message>
    <Message ID="0x8086000200480322"><![CDATA["[CRYPTO][KDFE] crypto_drv_drng_kdfe_init: Passed in KDF initialization string length: 0x%x exceeds maximum supported: 0x%x"]]></Message>
    <Message ID="0x8086000200480323"><![CDATA["[CRYPTO][KDFE] crypto_drv_drng_kdfe_reseed: Passed in KDF initialization string length: 0x%x exceeds maximum supported: 0x%x"]]></Message>
    <Message ID="0x8086000200480324"><![CDATA["[CRYPTO][KDFE] crypto_drv_drng_kdfe_generate: Request to generate data 0x%x bytes in a single call exceeds bounds 0x%x"]]></Message>
    <Message ID="0x8086000200480325"><![CDATA["[CRYPTO][KDFE] crypto_drv_drng_kdfe_generate: KDF was never provided a non-NULL shared secret."]]></Message>
    <Message ID="0x8086000200480326"><![CDATA["[CRYPTO][KDFE] crypto_drv_drng_kdfe_generate: Request to generate data 0x%x bytes exceeds bounds"]]></Message>
    <Message ID="0x80860002004802F0"><![CDATA["[CRYPTO][FIPS] crypto_fips_test_integrity: Integrity self-test produced mismatched HMAC"]]></Message>
    <Message ID="0x80860002004802F1"><![CDATA["[CRYPTO][FIPS] crypto_fips_power_on_self_tests_ok: Test crypto_fips_test_drng failed"]]></Message>
    <Message ID="0x80860002004802FE"><![CDATA["[CRYPTO][FIPS] crypto_fips_power_on_self_tests_ok: Test crypto_fips_test_aes_cmac failed"]]></Message>
    <Message ID="0x80860002004802F4"><![CDATA["[CRYPTO][FIPS] crypto_fips_power_on_self_tests_ok: Test crypto_fips_test_rsa failed"]]></Message>
    <Message ID="0x80860002004802FC"><![CDATA["[CRYPTO][FIPS] crypto_fips_power_on_self_tests_ok: Test crypto_fips_test_rsa_oaep_encrypt_decrypt failed"]]></Message>
    <Message ID="0x80860002004802FB"><![CDATA["[CRYPTO][FIPS] crypto_fips_power_on_self_tests_ok: Test crypto_fips_test_kdf failed"]]></Message>
    <Message ID="0x80860002004802F7"><![CDATA["[CRYPTO][FIPS] crypto_drv_fips_get_hmac: Unable to open FIPS HMAC file, errno 0x%x"]]></Message>
    <Message ID="0x80860002004802FD"><![CDATA["[CRYPTO][FIPS] crypto_drv_fips_get_hmac: Unable to read FIPS HMAC file, errno 0x%x"]]></Message>
    <Message ID="0x80860002004802F8"><![CDATA["[CRYPTO][FIPS] crypto_drv_fips_get_hmac: FIPS HMAC file is an unexpected length: 0x%x, errno 0x%x"]]></Message>
    <Message ID="0x80860002004802F9"><![CDATA["[CRYPTO][FIPS] crypto_fips_poll_selftests_done: Failed to complete self-tests"]]></Message>
    <Message ID="0x8086000200480301"><![CDATA["[CRYPTO][DRNG] crypto_drv_rng_gen_unique_handle: Unable to generate a valid handle"]]></Message>
    <Message ID="0x8086000200480302"><![CDATA["[CRYPTO][DRNG] crypto_drv_rng_init_exec: Requested RNG 0x%x must be in uninitialized state, but is in state: 0x%x"]]></Message>
    <Message ID="0x8086000200480303"><![CDATA["[CRYPTO][DRNG] crypto_drv_rng_deinit_exec: No RNG is associated with requested handle 0x%x"]]></Message>
    <Message ID="0x8086000200480304"><![CDATA["[CRYPTO][DRNG] crypto_drv_rng_deinit_exec: Requested RNG 0x%x must be in initialized state, but is in state: 0x%x"]]></Message>
    <Message ID="0x8086000200480305"><![CDATA["[CRYPTO][DRNG] crypto_drv_rng_deinit_exec: Requested RNG 0x%x is being deinitialized by tid 0x%x, but is owned by tid 0x%x"]]></Message>
    <Message ID="0x8086000200480306"><![CDATA["[CRYPTO][DRNG] crypto_drv_rng_reseed_impl: No RNG is associated with requested handle 0x%x"]]></Message>
    <Message ID="0x8086000200480307"><![CDATA["[CRYPTO][DRNG] crypto_drv_rng_reseed_exec: Requested RNG 0x%x must be in initialized state, but is in state: 0x%x"]]></Message>
    <Message ID="0x8086000200480308"><![CDATA["[CRYPTO][DRNG] crypto_drv_rng_reseed_exec: Requested RNG 0x%x is being deinitialized by tid 0x%x, but is owned by tid 0x%x"]]></Message>
    <Message ID="0x808600020048030C"><![CDATA["[CRYPTO][DRNG] crypto_drv_process_rng_init_message: RNG algorithm out of range: 0x%x"]]></Message>
    <Message ID="0x8086000200480309"><![CDATA["[CRYPTO][DRNG] crypto_drv_rng_generate_impl: No RNG is associated with requested handle 0x%x"]]></Message>
    <Message ID="0x808600020048030A"><![CDATA["[CRYPTO][DRNG] crypto_drv_rng_generate_impl: Requested RNG to generate 0 bytes of data. "]]></Message>
    <Message ID="0x808600020048030B"><![CDATA["[CRYPTO][DRNG] crypto_drv_rng_generate_impl: Requested RNG 0x%x cannot be in uninitialized state"]]></Message>
    <Message ID="0x808600020048030D"><![CDATA["[CRYPTO][DRNG] crypto_drv_rng_get_type_from_handle: No RNG is associated with requested handle 0x%x"]]></Message>
    <Message ID="0x8086000200480330"><![CDATA["[CRYPTO][KDFa] crypto_drv_drng_kdfa_init: Passed in KDF initialization string length: 0x%x exceeds maximum supported: 0x%x"]]></Message>
    <Message ID="0x8086000200480331"><![CDATA["[CRYPTO][KDFa] crypto_drv_drng_kdfa_init: Invalid HMAC algorithm: 0x%x"]]></Message>
    <Message ID="0x8086000200480332"><![CDATA["[CRYPTO][KDFa] crypto_drv_drng_kdfa_init: Not supporting SKS keys"]]></Message>
    <Message ID="0x8086000200480333"><![CDATA["[CRYPTO][KDFA] crypto_drv_drng_kdfa_generate: Request to generate data 0x%x bytes in a single call exceeds bounds 0x%x"]]></Message>
    <Message ID="0x8086000200480334"><![CDATA["[CRYPTO][KDFA] crypto_drv_drng_kdfa_generate: Request to generate data 0x%x bytes exceeds bounds"]]></Message>
    <Message ID="0x80860002004800DE"><![CDATA["[CRYPTO][AES] crypto_drv_aes_get_ocs_key_type: Unexpected AES key type received 0x%x"]]></Message>
    <Message ID="0x80860002004800DD"><![CDATA["[CRYPTO][AES] crypto_drv_aes_common_impl: Unexpected AES mode received 0x%x"]]></Message>
    <Message ID="0x80860002004802CB"><![CDATA["[CRYPTO][GKEY] Handling GKEY PG entrance processing"]]></Message>
    <Message ID="0x808600020048009C"><![CDATA["***[CRYPTO_SYM]  sys_mem_dma_lock_ex failed; res = %d "]]></Message>
    <Message ID="0x808600020048009E"><![CDATA["***[CRYPTO_SYM]  gkey: mg_copyfrom failed for ldata->in_grant_id!"]]></Message>
    <Message ID="0x808600020048009F"><![CDATA["***[CRYPTO_SYM]  gkey: mg_copyto failed for ldata->out_grant_id!"]]></Message>
    <Message ID="0x80860002004800A5"><![CDATA["***[CRYPTO_SYM]  sys_mem_dma_unlock failed handle = 0x%X, res = %d"]]></Message>
    <Message ID="0x80860002004800D8"><![CDATA["***[CRYPTO_GPDMA]  gpdma_acquire_dma_engine, obtained an unexpected value for DMA_STATUS register: %x"]]></Message>
    <Message ID="0x8086000200480031"><![CDATA["***[CRYPTO_GPDMA]  Received invalid IOCTL param"]]></Message>
    <Message ID="0x80860002004800DC"><![CDATA["[CRYPTO] convert_ocs_to_cse_err: Defaulting OCS status code 0x%x to EGENERIC"]]></Message>
    <Message ID="0x8086000200480370"><![CDATA["[CRYPTO][DRNG] CTR_DRBG_init_entropy: Unable to get fresh random data from RNG HW"]]></Message>
    <Message ID="0x8086000200480371"><![CDATA["[CRYPTO][DRNG] CTR_DRBG_get_entropy: Requested entropy length 0x%x exceeds RNG self-test storage limits"]]></Message>
    <Message ID="0x8086000200480372"><![CDATA["[CRYPTO][DRNG] CTR_DRBG_get_entropy: Unable to get fresh random data from RNG HW"]]></Message>
    <Message ID="0x8086000200480373"><![CDATA["[CRYPTO][DRNG] CTR_DRBG_get_entropy: HW returned same entropy from prior call"]]></Message>
    <Message ID="0x8086000200480374"><![CDATA["[CRYPTO][DRNG] CTR_DRBG_Generate_algorithm: DRBG generate halted, DRBG needs to be reseeded"]]></Message>
    <Message ID="0x8086000200480375"><![CDATA["[CRYPTO][DRNG] CTR_DRBG_Generate_algorithm: Request to generate data 0x%x bytes exceeds bounds"]]></Message>
    <Message ID="0x8086000200480376"><![CDATA["[CRYPTO][DRNG] CTR_DRBG_Derivation_func: invalid parameter"]]></Message>
    <Message ID="0x8086000200480377"><![CDATA["[CRYPTO][DRNG] CTR_DRBG_Derivation_func: unexpected seed buffer length"]]></Message>
    <Message ID="0x8086000200480378"><![CDATA["[CRYPTO][DRNG] CTR_DRBG_Derivation_func: unsupported seed material length"]]></Message>
    <Message ID="0x80860002004800D9"><![CDATA["[CRYPTO] get_ocs_hash_alg: Unknown hash alg type: 0x%x"]]></Message>
    <Message ID="0x80860002004800DA"><![CDATA["[CRYPTO] get_ocs_hmac_alg: Unknown HMAC alg type: 0x%x"]]></Message>
    <Message ID="0x80860002004800B9"><![CDATA["***[CRYPTO_HASH]  Hash resume: mg_copyfrom failed for hash_data.context!"]]></Message>
    <Message ID="0x80860002004800B8"><![CDATA["***[CRYPTO_HASH]  Hash resume: mg_copyto reverse failed for hash_data.context!"]]></Message>
    <Message ID="0x80860002004800C7"><![CDATA["***[CRYPTO_HASH]  Hash resume: invalid data"]]></Message>
    <Message ID="0x80860002004800C9"><![CDATA["***[CRYPTO_HASH]  Hash resume: mg_copyfrom failed for hash_data.context!"]]></Message>
    <Message ID="0x80860002004800CA"><![CDATA["***[CRYPTO_HASH]  Hash resume: mg_copyto reverse failed for hash_data.context!"]]></Message>
    <Message ID="0x80860002004800CC"><![CDATA["***[CRYPTO_HASH]  crypto_drv_dma_and_hash: invalid data"]]></Message>
    <Message ID="0x80860002004800CD"><![CDATA["***[CRYPTO_HASH]  crypto_drv_dma_and_hash: invalid data"]]></Message>
    <Message ID="0x8086000200480119"><![CDATA["***[CRYPTO]  RSA Key invalid: n is even"]]></Message>
    <Message ID="0x808600020048011A"><![CDATA["***[CRYPTO]  RSA Key invalid: n is out of the valid range"]]></Message>
    <Message ID="0x808600020048011B"><![CDATA["***[CRYPTO]  RSA Key invalid: e is even"]]></Message>
    <Message ID="0x808600020048011C"><![CDATA["***[CRYPTO]  RSA Key invalid: e is out of the valid range"]]></Message>
    <Message ID="0x8086000200480125"><![CDATA["***[CRYPTO]  RSA Key invalid: d is even"]]></Message>
    <Message ID="0x8086000200480126"><![CDATA["***[CRYPTO]  RSA Key invalid: d n is out of the valid range"]]></Message>
    <Message ID="0x808600020048011D"><![CDATA["***[CRYPTO]  RSA Key invalid: prime p or q is even"]]></Message>
    <Message ID="0x8086000200480124"><![CDATA["***[CRYPTO]  RSA Key invalid: p or q is out of valid range"]]></Message>
    <Message ID="0x808600020048011F"><![CDATA["***[CRYPTO]  RSA Key invalid: p or q is not prime"]]></Message>
    <Message ID="0x8086000200480123"><![CDATA["***[CRYPTO]  RSA Key invalid: p-1 or q-1 is not co-prime to e"]]></Message>
    <Message ID="0x8086000200480122"><![CDATA["***[CRYPTO]  RSA Key invalid: p and q are too close"]]></Message>
    <Message ID="0x8086000200480121"><![CDATA["***[CRYPTO]  RSA Key invalid: p and q don't match n"]]></Message>
    <Message ID="0x8086000200480128"><![CDATA["***[CRYPTO]  RSA Key invalid: one of primes is not a modulus divisor"]]></Message>
    <Message ID="0x8086000200480129"><![CDATA["***[CRYPTO]  RSA Key invalid: Calculated prime is out of the valid range"]]></Message>
    <Message ID="0x5600010092183800"><![CDATA["Failed to put the key to SKS slot %d. status = %d"]]></Message>
    <Message ID="0x8086000200480090"><![CDATA["[CRYPTO] crypto_drv_sks_get_node: Unable to locate requested wrapped key"]]></Message>
    <Message ID="0x8086000200480091"><![CDATA["[CRYPTO] crypto_drv_sks_get_node: Requested SKS key is for SKS_KEY_USAGE=%d, but was requested to be used in SKS_KEY_USAGE=%d."]]></Message>
    <Message ID="0x8086000200480094"><![CDATA["***[CRYPTO_SKS]  install_wrapped_key:  exceeded MAX_WRAPPED_KEYS_PER_SH, count = %d"]]></Message>
    <Message ID="0x8086000200480098"><![CDATA["[CRYPTO_SKS] crypto_drv_sks_install_wrapped_key: SKS key usage range contains an unexpected value %d"]]></Message>
    <Message ID="0x8086000200480096"><![CDATA["***[CRYPTO_SKS]  install_wrapped_key: crypto_drv_sks_state_add_node failed"]]></Message>
    <Message ID="0x8086000200480097"><![CDATA["***[CRYPTO_SKS]  install_wrapped_key: mg_copyto failed"]]></Message>
    <Message ID="0x80860002004802D5"><![CDATA["***[CRYPTO_SKS]  install_wrapped_key: crypto_drv_sks_state_add_node failed"]]></Message>
    <Message ID="0x808600020048001F"><![CDATA["[CRYPTO]  Exiting Crypto driver!"]]></Message>
    <Message ID="0x8086000200480019"><![CDATA["[CRYPTO]  open on slow thread. minor = %d, caller = 0x%08x, sh = %d"]]></Message>
    <Message ID="0x8086000200480018"><![CDATA["[CRYPTO]  open on fast thread. minor = %d, caller = 0x%08x, sh = %d"]]></Message>
    <Message ID="0x8086000200480017"><![CDATA["[CRYPTO]  open on fast thread. minor = %d, caller = 0x%08x, sh = %d"]]></Message>
    <Message ID="0x808600020048005C"><![CDATA["***[CRYPTO]  Failed to notify consumer that slow operation is done"]]></Message>
    <Message ID="0x8086000200480000"><![CDATA["***[CRYPTO]  Error executing IOCTL request 0x%x, status= 0x%x"]]></Message>
    <Message ID="0x80860002004800B5"><![CDATA["***[CRYPTO]  Error executing crypto request. status = %d"]]></Message>
    <Message ID="0x8086000200480002"><![CDATA["***[CRYPTO]  failed to perform operation %d"]]></Message>
    <Message ID="0x8086000200480008"><![CDATA["***[CRYPTO]  Got unknown IOCTL request %d"]]></Message>
    <Message ID="0x8086000200480009"><![CDATA["[CRYPTO] Received power transition cause:0x%x, dst_state:0x%x"]]></Message>
    <Message ID="0x808600020048000A"><![CDATA["[CRYPTO] Exiting PG"]]></Message>
    <Message ID="0x808600020048000B"><![CDATA["***[CRYPTO]  Crypto PM hander: Bus driver failed to set power state;  status = %d"]]></Message>
    <Message ID="0x808600020048000C"><![CDATA["***[CRYPTO]  Unexpected event received"]]></Message>
    <Message ID="0x808600020048000D"><![CDATA["[CRYPTO]  Terminating the Crypto driver process"]]></Message>
    <Message ID="0x808600020048002D"><![CDATA["***[CRYPTO]  Recieved error interrupt. MSI_ISR = %x"]]></Message>
    <Message ID="0x80860002004801AB"><![CDATA["[CRYPTO][INT CB] unexpected irq %d"]]></Message>
    <Message ID="0x8086000200480013"><![CDATA["[CRYPTO]  Thread 0x%08x ready. Major %d"]]></Message>
    <Message ID="0x8086000200480016"><![CDATA["***[CRYPTO]  CryptoInit: Slow thread init failed with status %d"]]></Message>
    <Message ID="0x8086000200480011"><![CDATA["[CRYPTO]  Thread 0x%08x started"]]></Message>
    <Message ID="0x808600020048001B"><![CDATA["***[CRYPTO]  CryptoInit: Failed to open event dispatcher"]]></Message>
    <Message ID="0x808600020048001C"><![CDATA["***[CRYPTO]  CryptoInit: Registration with ED failed!"]]></Message>
    <Message ID="0x808600020048001D"><![CDATA["***[CRYPTO]  CryptoInit: Failed to initialize GPDMA!"]]></Message>
    <Message ID="0x808600020048001E"><![CDATA["***[CRYPTO]  CryptoInit: Failed to switch to default DRBG!"]]></Message>
    <Message ID="0x80860002004802D3"><![CDATA["***[CRYPTO]  CryptoInit: sks_generate_memguard_key fail %d"]]></Message>
    <Message ID="0x80860002004802D4"><![CDATA["***[CRYPTO]  CryptoInit: crypto_derive_root_crypto_key fail %d"]]></Message>
    <Message ID="0x8086000200480012"><![CDATA["[CRYPTO]  Thread 0x%08x ready. Major %d"]]></Message>
    <Message ID="0x5600010E9218B400"><![CDATA["[OCS][PLAT] attempt to read beyond source buffer boundary"]]></Message>
    <Message ID="0x5600010E9218B401"><![CDATA["[OCS][PLAT] target buffer not large enough for copy"]]></Message>
    <Message ID="0x5600010E9218B402"><![CDATA["[OCS][PLAT] mg_copyfrom returned status %d"]]></Message>
    <Message ID="0x5600010E9218B403"><![CDATA["[OCS][PLAT] attempt to write beyond destination buffer boundary"]]></Message>
    <Message ID="0x5600010E9218B404"><![CDATA["[OCS][PLAT] requested copy length exceeds source buffer size"]]></Message>
    <Message ID="0x5600010E9218B405"><![CDATA["[OCS][PLAT] mg_copyto returned status %d"]]></Message>
    <Message ID="0x5600010E9218B800"><![CDATA["[OCS][PLAT] sys_mem_dma_unlock returned status 0x%x"]]></Message>
    <Message ID="0x5600010E9218B801"><![CDATA["[OCS][PLAT] unsupported source memory type 0x%x"]]></Message>
    <Message ID="0x5600010E9218B802"><![CDATA["[OCS][PLAT] unsupported destination memory type 0x%x"]]></Message>
    <Message ID="0x5600010E9218B803"><![CDATA["[OCS][PLAT] sys_mem_dma_lock_ex returned status 0x%x"]]></Message>
    <Message ID="0x8086000200303C1E"><![CDATA["[BUP] BUP OS INIT ERROR !!! status %d, state %d"]]></Message>
    <Message ID="0x560002008C102400"><![CDATA["[PERF],TS,%x,%d,%d,%u,%u"]]></Message>
    <Message ID="0x560002008C102401"><![CDATA["[PERF],PF,%x,%d,%d,%d,%d,%d"]]></Message>
    <Message ID="0x560002008C102402"><![CDATA["[PERF],SRAM_NO_UMA,%x,%d,%d,%u,%u"]]></Message>
    <Message ID="0x560002008C102403"><![CDATA["[PERF],SRAM_NO_UMA_HEAP,%x,%d,%d,%u,%u"]]></Message>
    <Message ID="0x8086000200320C00"><![CDATA["[BuVdm] BuVdmGetSid: RetSid is null"]]></Message>
    <Message ID="0x8086000200320C01"><![CDATA["[BuVdm] BuVdmGetSid: VdmCommonInitHw failed, vdm_status = %d"]]></Message>
    <Message ID="0x8086000200320C02"><![CDATA["[BuVdm] BuVdmGetSid: VdmCommonTxMsg: failed to send 1st TX, vdm_status = %d"]]></Message>
    <Message ID="0x8086000200320C03"><![CDATA["[BuVdm] BuVdmGetSid: VdmCommonTxMsg: failed to send 2nd TX, vdm_status = %d"]]></Message>
    <Message ID="0x8086000200320C04"><![CDATA["[BuVdm] BuVdmGetSid: VdmCommonTxMsg: failed to send 3rd TX, vdm_status = %d"]]></Message>
    <Message ID="0x8086000200320C06"><![CDATA["[BuVdm] BuVdmGetSid: VdmCommonRxMsg failed, vdm_status = %d"]]></Message>
    <Message ID="0x8086000200320C14"><![CDATA["[BuVdm] BuVdmGetSid: got un-expected offset, offset = 0x%x"]]></Message>
    <Message ID="0x8086000200320C07"><![CDATA["[BuVdm] BuVdmGetSid: ended, Sid (index,value): (%d,0x%x)"]]></Message>
    <Message ID="0x8086000200306C00"><![CDATA["[BUP_CA_MGR] Starting CA manager initialization (mode: %X). "]]></Message>
    <Message ID="0x8086000200306C01"><![CDATA["[BUP_CA_MGR] CA manager initialization succeeded."]]></Message>
    <Message ID="0x8086000200306C02"><![CDATA["[BUP_CA_MGR] CA manager initialization failed with Status: %d. (mode: %X)"]]></Message>
    <Message ID="0x8086000200303450"><![CDATA["[BUP_DF]  BuDfProgramDynamicFusing: FOM: 0x%x, FOV: 0x%x"]]></Message>
    <Message ID="0x808600020030342B"><![CDATA["[BUP_DF]  bup_df_prep_host_boot_live"]]></Message>
    <Message ID="0x8086000200303434"><![CDATA["[BUP_DF]  bup_df_cse_disabled_entry is calling bup_df_host_boot()"]]></Message>
    <Message ID="0x8086000200303452"><![CDATA["[BUP_DF]  bup_df_prep_host_boot: GetPchHwSku returned: 0x%x"]]></Message>
    <Message ID="0x808600020030340A"><![CDATA["[BUP_DF]  bup_df_prep_host_boot: Dynamic Fusing disabled"]]></Message>
    <Message ID="0x808600020030340B"><![CDATA["[BUP_DF]  bup_df_prep_host_boot: Non-CSE reset flow"]]></Message>
    <Message ID="0x808600020030342C"><![CDATA["[BUP_DF]  bup_df_prep_host_boot: SUSRAM LastKnownCpuComplexId %x"]]></Message>
    <Message ID="0x808600020030340C"><![CDATA["[BUP_DF]  bup_df_prep_host_boot: CSE reset flow"]]></Message>
    <Message ID="0x808600020030340F"><![CDATA["[BUP_DF]  bup_df_host_boot: Non-CSE reset flow"]]></Message>
    <Message ID="0x8086000200303410"><![CDATA["[BUP_DF]  bup_df_host_boot: DF_CPU_CCID_CHANGED"]]></Message>
    <Message ID="0x8086000200303412"><![CDATA["[BUP_DF]  bup_df_host_boot: set_df_warm_reset_req"]]></Message>
    <Message ID="0x8086000200303413"><![CDATA["[BUP_DF]  bup_df_host_boot: DF_CPU_CCID_CHANGED HAP Mode"]]></Message>
    <Message ID="0x8086000200303414"><![CDATA["[BUP_DF]  bup_df_host_boot: DF_CPU_CCID_UNCHANGED"]]></Message>
    <Message ID="0x8086000200303415"><![CDATA["[BUP_DF]  bup_df_host_boot: DF_NOT_SUPPORTED"]]></Message>
    <Message ID="0x8086000200303416"><![CDATA["[BUP_DF]  bup_df_host_boot: SID Check HAP Mode"]]></Message>
    <Message ID="0x8086000200303417"><![CDATA["[BUP_DF]  bup_df_host_boot: HAP Mode SID changed PrevSid.SN[0] %x, PrevSid.SN[1] %x, NewSN[0] %x, NewSN[1] %x"]]></Message>
    <Message ID="0x8086000200303432"><![CDATA["[BUP_DF]  bup_df_host_boot: Get Sid status = %d"]]></Message>
    <Message ID="0x8086000200303418"><![CDATA["[BUP_DF]  bup_df_host_boot: PrevSid.Status.fields.Done %x, PrevSid.Status.fields.Length %x"]]></Message>
    <Message ID="0x8086000200303419"><![CDATA["[BUP_DF]  bup_df_host_boot: SID changed PrevSid.SN[0] %x, PrevSid.SN[1] %x, NewSN[0] %x, NewSN[1] %x"]]></Message>
    <Message ID="0x808600020030341D"><![CDATA["[BUP_DF]  bup_df_host_boot: Setting CpuCcidChanged=1 in /susram/buperror"]]></Message>
    <Message ID="0x808600020030341A"><![CDATA["[BUP_DF]  bup_df_host_boot: Change Action cpu_ccid_changed, setting cpu_was_replaced"]]></Message>
    <Message ID="0x8086000200303430"><![CDATA["[BUP_DF]  bup_df_host_boot: Setting CpuSidChanged=1 in /susram/buperror"]]></Message>
    <Message ID="0x808600020030341E"><![CDATA["[BUP_DF]  bup_df_host_boot: Change Action cpu_sid_changed, setting cpu_was_replaced"]]></Message>
    <Message ID="0x8086000200303431"><![CDATA["[BUP_DF]  bup_df_host_boot: CCID or SID were not changed in this boot but check if they changed in PAST"]]></Message>
    <Message ID="0x808600020030341F"><![CDATA["[BUP_DF]  bup_df_host_boot: Change Action HaltReason.hr.CpuCcidChanged = %x, HaltReason.hr.CpuSidChanged %x, setting cpu_was_replaced"]]></Message>
    <Message ID="0x8086000200303420"><![CDATA["[BUP_DF]  bup_df_host_boot_live: CM3 to CM0NU"]]></Message>
    <Message ID="0x8086000200303421"><![CDATA["[BUP_DF]  bup_df_host_boot_live: CPU ID changed LastKnownCpuComplexId %x CurrentCpuComplexId %x"]]></Message>
    <Message ID="0x8086000200303422"><![CDATA["[BUP_DF]  bup_df_host_boot_live: PM reg CPU ID changed setting df_warm_reset_req"]]></Message>
    <Message ID="0x8086000200303433"><![CDATA["[BUP_DF]  bup_df_host_boot_live: Get Sid status = %d"]]></Message>
    <Message ID="0x8086000200303423"><![CDATA["[BUP_DF]  bup_df_host_boot_live: SID changed PrevSid.SN[0] %x, PrevSid.SN[1] %x, NewSN[0] %x, NewSN[1] %x"]]></Message>
    <Message ID="0x8086000200303424"><![CDATA["[BUP_DF]  bup_df_host_boot_live: LastKnownCpuInfo CPU ID changed setting df_warm_reset_req"]]></Message>
    <Message ID="0x8086000200303425"><![CDATA["[BUP_DF]  bup_df_host_boot_live: Setting HaltReason.hr.CpuCcidChanged"]]></Message>
    <Message ID="0x8086000200303426"><![CDATA["[BUP_DF]  bup_df_host_boot_live:PM_CAUSE_HNPC_RESET CpuCcidChanged %x CpuSidChanged %x Setting mebx_invoke"]]></Message>
    <Message ID="0x8086000200303427"><![CDATA["[BUP_DF]  bup_df_host_boot_live: clearing cpu_replaced FWSTS pm cause %d"]]></Message>
    <Message ID="0x8086000200303435"><![CDATA["[BUP_DF]  bup_df_host_boot_live: snowball write failed. status: %d."]]></Message>
    <Message ID="0x8086000200303428"><![CDATA["[BUP_DF]  bup_df_cse_shutdown: bup_df_ctxt.SnowballData.Flags.cpu_ccid_changed %d"]]></Message>
    <Message ID="0x8086000200303406"><![CDATA["[BUP_DF]  BuDfGetPreviousSid: Entering"]]></Message>
    <Message ID="0x8086000200303407"><![CDATA["[BUP_DF]  BuDfGetPreviousSid: previous SID found, Serial[0]: %0x, Serial[1]: %0x, Status: %0x, CpuComplexId: %0x, PchSkuFromLpcDid: %0x"]]></Message>
    <Message ID="0x8086000200303409"><![CDATA["[BUP_DF]  BuDfGetPreviousSid: Couldn't find SID in susram or flash. Assume CPU is changed."]]></Message>
    <Message ID="0x8086000200303402"><![CDATA["[BUP_DF]  FILE can not open fd= %d errno %d"]]></Message>
    <Message ID="0x8086000200303403"><![CDATA["[BUP_DF]  bytesWritten to file %d"]]></Message>
    <Message ID="0x8086000200303404"><![CDATA["[BUP_DF]  bytesWritten to file %d"]]></Message>
    <Message ID="0x808600020030342D"><![CDATA["[BUP_DF]  BuDfGetLastKnownCpuComplexId: RTC reg LastKnownCpuComplexId %x"]]></Message>
    <Message ID="0x808600020030342E"><![CDATA["[BUP_DF]  BuDfGetLastKnownCpuComplexId: DEFAULT CCID"]]></Message>
    <Message ID="0x808600020030342F"><![CDATA["[BUP_DF]  BuDfGetLastKnownCpuComplexId: From Flash LastKnownCpuComplexId %x"]]></Message>
    <Message ID="0x808600020030342A"><![CDATA["[BUP_DF]  In BuDfProgramPmcVdmXram"]]></Message>
    <Message ID="0x8086000200303451"><![CDATA["[BUP_DF]  BuDfSendPmcPayload failed, status: 0x%x"]]></Message>
    <Message ID="0x808600020030340E"><![CDATA["[BUP_DF]  BuDfGetCpuComplexId: CPU Complex ID: %0x"]]></Message>
    <Message ID="0x8086000200307C00"><![CDATA["[BUP_IPL] bup_ip_loading_read_nvar cannot read NVAR file id %u wrong parameter!"]]></Message>
    <Message ID="0x8086000200307C01"><![CDATA["[BUP_IPL] bup_ip_loading_read_nvar failed to read NVAR from storage; return code = %d file ID %u"]]></Message>
    <Message ID="0x8086000200307C0A"><![CDATA["[BUP_IPL] bup_ip_loading_read_nvar file is empty"]]></Message>
    <Message ID="0x8086000200307C02"><![CDATA["[BUP_IPL] bup_ip_loading_read_nvar bad file size expected (%d) read (%d) file ID (%u)!"]]></Message>
    <Message ID="0x8086000200307C05"><![CDATA["[BUP_IPL]: bup_ip_loading_is_isi_fpf_fuse_enable- reading ISI_STATE fuse failed with erroe %d"]]></Message>
    <Message ID="0x8086000200307C0B"><![CDATA["[BUP_IPL]: bup_ip_loading_init_isic_mbp- started"]]></Message>
    <Message ID="0x8086000200307C06"><![CDATA["[BUP_IPL]: bup_ip_loading_init_isic_mbp- skipping ISI init mbp entry, ISI is disabled by fuse"]]></Message>
    <Message ID="0x8086000200307C07"><![CDATA["[BUP_IPL]: bup_ip_loading_init_isic_mbp- reading config data file failed with status %d. Setting enmpy buffer to mbp"]]></Message>
    <Message ID="0x8086000200307C08"><![CDATA["[BUP_IPL]: bup_mbp_set- failed. status = %d"]]></Message>
    <Message ID="0x8086000200307C09"><![CDATA["[BUP_IPL]: bup_mbp_set- succeeded, written mbp data : %d %d %d %d"]]></Message>
    <Message ID="0x8086000200302803"><![CDATA["[BUP_PM] context is not supported, size %d, expected (%d)"]]></Message>
    <Message ID="0x8086000200302804"><![CDATA["[BUP_PM] Can't send context the main driver, status (%d)"]]></Message>
    <Message ID="0x80860002003028A1"><![CDATA["[BUP_PM] bup_pm_drv_register_callback(): Starting to redirect to PM Driver"]]></Message>
    <Message ID="0x8086000200302805"><![CDATA["[BUP_PM] this function is not supported."]]></Message>
    <Message ID="0x8086000200302879"><![CDATA["[BUP_PM] BOOT_PHASE bup_pm_drv_icc_start_timer_callback: received START_ICC_CONFIG"]]></Message>
    <Message ID="0x808600020030287A"><![CDATA["[BUP_PM] BOOT_PHASE bup_pm_drv_icc_start_timer_callback: Starting to poll for START_ICC_CONFIG"]]></Message>
    <Message ID="0x808600020030287B"><![CDATA["[BUP_PM] BOOT_PHASE bup_pm_drv_start_cpu_boot_config_timer_callback: START_CPU_BOOT_CONFIG received"]]></Message>
    <Message ID="0x808600020030287C"><![CDATA["[BUP_PM] BOOT_PHASE bup_pm_drv_start_cpu_boot_config_timer_callback: Starting to poll for START_CPU_BOOT_CONFIG. disable_timeout %d"]]></Message>
    <Message ID="0x80860002003028CC"><![CDATA["[BUP_PM] BOOT_PHASE bup_pm_drv_start_cpu_boot_config_timer_callback: START_CPU_BOOT_CONFIG FAIL"]]></Message>
    <Message ID="0x8086000200302801"><![CDATA["[BUP_PM] BOOT_PHASE bup_pm_drv_crda_sent_timer_callback: CRDA_SENT received"]]></Message>
    <Message ID="0x560002008C10F000"><![CDATA["[PERF],PF,%x,%d,%d,%d,%d,%d"]]></Message>
    <Message ID="0x560002008C10F001"><![CDATA["[PERF],SRAM_NO_UMA,%x,%d,%d,%u,%u"]]></Message>
    <Message ID="0x560002008C10F002"><![CDATA["[PERF],SRAM_NO_UMA_HEAP,%x,%d,%d,%u,%u"]]></Message>
    <Message ID="0x8086000200302837"><![CDATA["[BUP_PM] BOOT_PHASE bup_pm_drv_crda_sent_timer_callback: Starting to poll for CRDA_SENT"]]></Message>
    <Message ID="0x8086000200302808"><![CDATA["[BUP_PM] bup_pm_drv_crda_sent_timer_callback: CRDA_SENT_DEASSERT_FAIL"]]></Message>
    <Message ID="0x80860002003028A4"><![CDATA["[BUP_PM] bup_pm_drv_pm_event_timer_callback(): status = 0x%x, pm_event_poll_finished = %d"]]></Message>
    <Message ID="0x80860002003028A5"><![CDATA["[BUP_PM] bup_pm_drv_pm_event_timer_callback(): Starting to listen to PM Events"]]></Message>
    <Message ID="0x80860002003028B3"><![CDATA["[BUP_PM] bup_pwr_ops_global_reset(): Client = 0x%x"]]></Message>
    <Message ID="0x80860002003028B4"><![CDATA["[BUP_PM] bup_pwr_ops_unconditional_power_down(): Client = 0x%x"]]></Message>
    <Message ID="0x808600020030289F"><![CDATA["[BUP_PM] bup_pm_drv_promote_host_reset_to_global_reset(): Client = 0x%x"]]></Message>
    <Message ID="0x80860002003028A2"><![CDATA["[BUP_PM] failed to promote warm reset to global reset, Client = 0x%x, status 0x%x"]]></Message>
    <Message ID="0x808600020030287F"><![CDATA["[BUP_PM] bup_pm_drv_get_early_event_index(): Unknown flow, logged event 0x%x, last event 0x%x"]]></Message>
    <Message ID="0x8086000200302880"><![CDATA["[BUP_PM] bup_pm_drv_poll_for_pmc_response: Start polling for 0x%04X ..."]]></Message>
    <Message ID="0x8086000200302881"><![CDATA["[BUP_PM] bup_pm_drv_poll_for_pmc_response: Got wrong Client ID %d"]]></Message>
    <Message ID="0x8086000200302882"><![CDATA["[BUP_PM] bup_pm_drv_poll_for_pmc_response(): Warning: Buffer length %d smaller than response length %d"]]></Message>
    <Message ID="0x8086000200302883"><![CDATA["[BUP_PM] bup_pm_drv_timer_add(): device 0x%x"]]></Message>
    <Message ID="0x8086000200302884"><![CDATA["[BUP_PM] bup_pm_drv_timer_disable(): device = 0x%x, state = 0x%x"]]></Message>
    <Message ID="0x8086000200302885"><![CDATA["[BUP_PM] bup_pm_drv_clear_transition_log(): Clearing Transition Log"]]></Message>
    <Message ID="0x8086000200302886"><![CDATA["[BUP_PM] bup_pm_drv_clear_transition_log ERROR sending IPC, status %d"]]></Message>
    <Message ID="0x8086000200302887"><![CDATA["[BUP_PM] bup_pm_drv_send_pmc_payload 0x%04X."]]></Message>
    <Message ID="0x8086000200302888"><![CDATA["[BUP_PM] bup_pm_drv_send_pmc_payload ERROR sending IPC, status %d"]]></Message>
    <Message ID="0x8086000200302889"><![CDATA["[BUP_PM] bup_pm_drv_send_pmc_payload Expecting 0x%04X, Done 0x%04X, Err 0x%04X"]]></Message>
    <Message ID="0x8086000200302828"><![CDATA["[BUP_PM] bup_pm_drv_pm_event_handler(): State Transition Detected"]]></Message>
    <Message ID="0x8086000200302816"><![CDATA["[BUP_PM] bup_pm_drv_pm_event_handler(): PMCINTSTATE = 0x%08x"]]></Message>
    <Message ID="0x80860002003028A8"><![CDATA["[BUP_PM] bup_pm_drv_pm_event_handler(): Unknown PM Event, pmcintsts 0x%x"]]></Message>
    <Message ID="0x80860002003028A6"><![CDATA["[BUP_PM] bup_pm_drv_pm_event_handler(): Skipping transition handling in BUP"]]></Message>
    <Message ID="0x808600020030288C"><![CDATA["[BUP_PM] failed to read host_transition from SUSRAM status: %d, io_bytes: %d"]]></Message>
    <Message ID="0x808600020030288D"><![CDATA["[BUP_PM] Determine boot flow."]]></Message>
    <Message ID="0x808600020030288E"><![CDATA["[BUP_PM] Transition info got from snowball:"]]></Message>
    <Message ID="0x808600020030288F"><![CDATA["[BUP_PM] moff_exit = %d, cse_reset = %d"]]></Message>
    <Message ID="0x8086000200302890"><![CDATA["[BUP_PM] LastEvent = 0x%x, LastEventCause = 0x%x, LoggedEvent = 0x%x, LoggedEventCause = 0x%x, CseTransInfoLastEvent = 0x%x"]]></Message>
    <Message ID="0x8086000200302894"><![CDATA["[BUP_PM] Registers:"]]></Message>
    <Message ID="0x8086000200302891"><![CDATA["[BUP_PM] hests0 = 0x%x, hests1 = 0x%x, hcsts = 0x%x, pps = 0x%x"]]></Message>
    <Message ID="0x8086000200302892"><![CDATA["[BUP_PM] csmews = 0x%x, pmcintsts = 0x%x, genctl = 0x%x"]]></Message>
    <Message ID="0x8086000200302893"><![CDATA["[BUP_PM] Marked host_transition = %d"]]></Message>
    <Message ID="0x8086000200302895"><![CDATA["[BUP_PM] Error: unknown index = %d."]]></Message>
    <Message ID="0x8086000200302896"><![CDATA["[BUP_PM] Using pm_state_table with index %d."]]></Message>
    <Message ID="0x8086000200302897"><![CDATA["[BUP_PM] Global Reset Error: data0.value = 0x%x, PMC_Error = 0x%x, CSE_WD = 0x%x, TCO_WD = 0x%x"]]></Message>
    <Message ID="0x8086000200302898"><![CDATA["[BUP_PM] End of determine boot flow."]]></Message>
    <Message ID="0x8086000200302899"><![CDATA["[BUP_PM] pm_context:"]]></Message>
    <Message ID="0x808600020030289A"><![CDATA["[BUP_PM] src_cse_state = 0x%x, dst_cse_state = 0x%x, src_host_state = 0x%x, dst_host_state = 0x%x, cause = 0x%x, boot_type = 0x%x"]]></Message>
    <Message ID="0x8086000200302829"><![CDATA["[BUP_PM] bup_pm_drv_determine_host_pm_event(): cause = 0x%x, pm_status = 0x%x"]]></Message>
    <Message ID="0x808600020030289B"><![CDATA["[BUP_PM] bup_pm_drv_icc_start_received"]]></Message>
    <Message ID="0x808600020030289C"><![CDATA["[BUP_PM] bup_pm_drv_icc_start_received: prep_host_boot failed"]]></Message>
    <Message ID="0x80860002003028BF"><![CDATA["[BUP_PM] bup_pm_drv_set_hprwopc_policy(): Policy = %d"]]></Message>
    <Message ID="0x808600020030289D"><![CDATA["[BUP_PM] bup_pm_drv_isolate_host_partition: Isolating host partition"]]></Message>
    <Message ID="0x808600020030280A"><![CDATA["[BUP_PM] bup_pm_drv_halt: Halting bup process"]]></Message>
    <Message ID="0x80860002003028A9"><![CDATA["[BUP_PM] bup_pm_drv_allow_next_boot_from_nvm: Allowing next boot from NVM"]]></Message>
    <Message ID="0x80860002003028B5"><![CDATA["[BUP_PM] pwr_log_add_entry - log_value = 0x%x"]]></Message>
    <Message ID="0x80860002003028B6"><![CDATA["[BUP_PM] pwr_log_add_entry - invalid next_free_index = 0x%x"]]></Message>
    <Message ID="0x80860002003028B0"><![CDATA["[BUP_PM] bup_pm_drv_pmc_resources_read. Entered PMC resource read function"]]></Message>
    <Message ID="0x80860002003028B1"><![CDATA["[BUP_PM] bup_pm_drv_pmc_resources_read. PM driver is up, Redirecting"]]></Message>
    <Message ID="0x80860002003028B7"><![CDATA["[BUP_PM]bup_pm_drv_pmc_resources_read Send ipc failed. status = 0x%x"]]></Message>
    <Message ID="0x80860002003028B8"><![CDATA["[BUP_PM]bup_pm_drv_pmc_resources_read; Response polling failed. status = 0x%x"]]></Message>
    <Message ID="0x80860002003028B9"><![CDATA["[BUP_PM]bup_pm_drv_pmc_resources_read; Success. reg value = 0x%x"]]></Message>
    <Message ID="0x808600020030681D"><![CDATA["[BUP_MSRMNT] bup_boot_msrmnt_er_log_finalize: enterying function verify measurments value = %d"]]></Message>
    <Message ID="0x8086000200306816"><![CDATA["[BUP_MSRMNT] bup_boot_msrmnt_er_log_finalize: failed to read measurment susram, status = %d, bytes read = %d"]]></Message>
    <Message ID="0x808600020030681B"><![CDATA["[BUP_MSRMNT] bup_boot_msrmnt_er_log_finalize: failed to get soc config lock value, status = %d"]]></Message>
    <Message ID="0x808600020030681C"><![CDATA["[BUP_MSRMNT] bup_boot_msrmnt_er_log_finalize: performing grest do to er value mismatch and soc config locked"]]></Message>
    <Message ID="0x8086000200306818"><![CDATA["[BUP_MSRMNT] bup_boot_msrmnt_er_log_finalize: failed to write measurement susram file status = %d, bytes written = %d"]]></Message>
    <Message ID="0x808600020030681F"><![CDATA["[BUP_MSRMNT] bup_boot_msrmnt_extend: crypto_extend_perform failed er_locked = %d , status = %d"]]></Message>
    <Message ID="0x808600020030681E"><![CDATA["[BUP_MSRMNT] bup_boot_msrmnt_append_entry_ex: enterying function, EventDataType = %d, MeasuredEntityID = %d, data_size = %d, extend = %d, lock = %d"]]></Message>
    <Message ID="0x8086000200306801"><![CDATA["[BUP_MSRMNT] Append RBE data entires: %d"]]></Message>
    <Message ID="0x8086000200306802"><![CDATA["[BUP_MSRMNT] append RBE manifest version info for entity Id: %d TcbSvn: %d, ArbSvn: %d, Vcn: %d"]]></Message>
    <Message ID="0x8086000200306803"><![CDATA["[BUP_MSRMNT] append RBE data type: %d for entity Id: %d hash size: %d"]]></Message>
    <Message ID="0x8086000200306800"><![CDATA["[BUP_MSRMNT] failed to append RBE measurement data status: %d"]]></Message>
    <Message ID="0x8086000200306823"><![CDATA["[BUP_MSRMNT] msrment to PCR disabled - skip: %d"]]></Message>
    <Message ID="0x8086000200306824"><![CDATA["[BUP_MSRMNT] OS Disabled boot flow - IUPs not measured"]]></Message>
    <Message ID="0x8086000200306826"><![CDATA["[BUP_MSRMNT] Live boot flow: measured IUP :%d compare passed"]]></Message>
    <Message ID="0x8086000200306825"><![CDATA["[BUP_MSRMNT] Live boot flow: measured IUP :%d compare failed"]]></Message>
    <Message ID="0x8086000200306805"><![CDATA["[BUP_MSRMNT] usage index %d was already extended before"]]></Message>
    <Message ID="0x8086000200306806"><![CDATA["[BUP_MSRMNT] append IUP usage index: %d, TcbSvn: %d, ArbSvn: %d , Vcn: %d , HashSize: %d"]]></Message>
    <Message ID="0x8086000200306807"><![CDATA["[BUP_MSRMNT] failed to append IUP measurement data with status: %d"]]></Message>
    <Message ID="0x8086000200306808"><![CDATA["[BUP_MSRMNT] Open minor device # = %d, caller's tid = %d"]]></Message>
    <Message ID="0x8086000200306809"><![CDATA["[BUP_MSRMNT] IOCTL_Request %d PID %d TID 0x%x Handle %d."]]></Message>
    <Message ID="0x8086000200306820"><![CDATA["[BUP_MSRMNT] IOCTL response status  %d."]]></Message>
    <Message ID="0x808600020030680A"><![CDATA["[BUP_MSRMNT] ioctl_reply Error %x Request %d PID %d TID 0x%x Handle %d."]]></Message>
    <Message ID="0x808600020030680F"><![CDATA["[BUP_MSRMNT] append sec params: Soc_Config_lock: %d EOM_set: %d, MNG_HW_Disabled: %d, Boot_Src: %d"]]></Message>
    <Message ID="0x8086000200306810"><![CDATA["[BUP_MSRMNT] append sec params: CSE_Region_Locked: %d, Descriptor_Region_Locked: %d, RPMC_Enabled: %d, RPMB_Enabled: %d"]]></Message>
    <Message ID="0x8086000200306811"><![CDATA["[BUP_MSRMNT] bup_boot_msrmnt_append_sec_param_data: failed to append cse sec params data status: %d"]]></Message>
    <Message ID="0x8086000200306813"><![CDATA["[BUP_MSRMNT] append op mode: op_mode: %d and lock ERs"]]></Message>
    <Message ID="0x8086000200306814"><![CDATA["[BUP_MSRMNT] bup_boot_msrmnt_append_cse_op_mode_and_lock: failed to append cse op mode data status: %d"]]></Message>
    <Message ID="0x8086000200306815"><![CDATA["[BUP_MSRMNT] bup_boot_msrmnt_append_sku_info_mode: failed to append sku info data status: %d"]]></Message>
    <Message ID="0x808600020030680B"><![CDATA["[BUP_MSRMNT] bup_boot_msrmnt_init: failed to read measurment support state file set to FALSE status = %d, bytes_read = %d"]]></Message>
    <Message ID="0x8086000200306821"><![CDATA["[BUP_MSRMNT] bup_boot_msrmnt_init: measurment_enabled = %d"]]></Message>
    <Message ID="0x808600020030680C"><![CDATA["[BUP_MSRMNT] bup_boot_msrmnt_init: failed to read measurment susram file status = %d, bytes read = %d"]]></Message>
    <Message ID="0x808600020030680D"><![CDATA["[BUP_MSRMNT] bup_boot_msrmnt_init: failed to write measurment susram file status = %d, bytes writen = %d"]]></Message>
    <Message ID="0x8086000200306822"><![CDATA["[BUP_MSRMNT] bup_boot_msrmnt_init: pch_full_reset = %d"]]></Message>
    <Message ID="0x808600020030680E"><![CDATA["[BUP_MSRMNT] bup_boot_msrmnt_init: failed to open crypto extend fd errno = %d"]]></Message>
    <Message ID="0x808600020030681A"><![CDATA["[BUP_MSRMNT] bup_boot_msrmnt_init: ER is already locked"]]></Message>
    <Message ID="0x8086000200303802"><![CDATA["[BUP SKU]  bup_skumgr_chipset_check: BUP_STATUS_UNSUPPORTED_PROD_PCH"]]></Message>
    <Message ID="0x8086000200303832"><![CDATA["[BUP SKU]  VFS_DATA_FILE_POLICY_CFG_RULES, READ FAILED, status = %d"]]></Message>
    <Message ID="0x8086000200303801"><![CDATA["plat_attr.UsageType=%d"]]></Message>
    <Message ID="0x8086000200303809"><![CDATA["[BUP SKU]  pch_category = %d, mobile_feature_en: %d, server_chipset: %d, c_sku: %d, lpc_did: 0x%x."]]></Message>
    <Message ID="0x808600020030380D"><![CDATA["[BUP SKU]  bup_skumgr_read_sw_straps: error reading csme ss. status=%d"]]></Message>
    <Message ID="0x8086000200303817"><![CDATA["[BUP SKU]  bup_skumgr_get_pch_fuses: failed to get rbe_bupsku snowball entry."]]></Message>
    <Message ID="0x8086000200303810"><![CDATA["[BUP SKU]  bup_skumgr_init_entry"]]></Message>
    <Message ID="0x8086000200303821"><![CDATA["[BUP SKU]  unknown chipset_family = 0x%x. dev-id: 0x%x"]]></Message>
    <Message ID="0x808600020030381D"><![CDATA["[BUP SKU]  bup_skumgr_init_entry() chipset_family = 0x%x. dev-id: 0x%x. is_lp: %d. lpc-did: 0x%x, mobile bit: %d."]]></Message>
    <Message ID="0x8086000200303823"><![CDATA["[BUP SKU]  original image type: %d"]]></Message>
    <Message ID="0x8086000200303816"><![CDATA["[BUP SKU]  MFT_EXT_TYPE_CLIENT_SYS_INFO extension not found"]]></Message>
    <Message ID="0x8086000200303815"><![CDATA["[BUP SKU]  Platform Attribute-Image Type is  0x%x"]]></Message>
    <Message ID="0x808600020030382D"><![CDATA["[BUP SKU]  bup_skumgr_determine_fw_sku - unknown image type %d."]]></Message>
    <Message ID="0x8086000200303824"><![CDATA["[BUP SKU]  bup_sku_get_prev_sid: reading SID from susram"]]></Message>
    <Message ID="0x8086000200303825"><![CDATA["[BUP SKU]  bup_sku_get_prev_sid: failed to read SID from susram status=%d, data_size=%d, reading SID from flash"]]></Message>
    <Message ID="0x8086000200303826"><![CDATA["[BUP SKU]  bup_sku_get_prev_sid: fail to read SID from flash status=%d, data_size=%d"]]></Message>
    <Message ID="0x8086000200303827"><![CDATA["[BUP SKU]  bup_sku_read_sid: reading SID from VDM"]]></Message>
    <Message ID="0x808600020030381A"><![CDATA["[BUP SKU]  BuVdmGetSid failed status=%d"]]></Message>
    <Message ID="0x8086000200303819"><![CDATA["[BUP SKU]  failed to write SID to susram, status=%d"]]></Message>
    <Message ID="0x8086000200303800"><![CDATA["[BUP SKU]  bup_sku_pch_cpu_pairing_restrictions failed with status: %d."]]></Message>
    <Message ID="0x8086000200303806"><![CDATA["[BUP SKU]  bup_sku_get_cpu_type cpu type=%d sid=0x%x server=%d"]]></Message>
    <Message ID="0x808600020030381C"><![CDATA["[BUP SKU]  bup_sku_get_sw_strap run prior sku init completed"]]></Message>
    <Message ID="0x808600020030383C"><![CDATA["[BUP SKU]  bup_sku_is_ftpm_enabled() - error, wrong params."]]></Message>
    <Message ID="0x808600020030383F"><![CDATA["[BUP SKU]  bup_sku_is_ftpm_enabled() - ftpm disabled in fpf."]]></Message>
    <Message ID="0x8086000200303840"><![CDATA["[BUP SKU]  bup_sku_is_ftpm_enabled() - error, read eom failed."]]></Message>
    <Message ID="0x808600020030383D"><![CDATA["[BUP SKU]  bup_sku_is_ftpm_enabled() - platform is in pre-eom(%d) or first boot(%d). ship state: %d, oem caps: %d, fuse map dis: %d, ftpm en: %d."]]></Message>
    <Message ID="0x808600020030383E"><![CDATA["[BUP SKU]  bup_sku_is_ftpm_enabled() - platform isn't in first boot, and is post eom. enable rule: %d, present rule: %d, ftpm en: %d."]]></Message>
    <Message ID="0x808600020030240A"><![CDATA["bup FWSTS: Open minor device # = %d, caller's tid = %d handle = %x."]]></Message>
    <Message ID="0x808600020030240E"><![CDATA["bup ioctl: device handle = %d."]]></Message>
    <Message ID="0x808600020030240F"><![CDATA["Invalid FWSTS IOCTL: Request %d PID %d TID 0x%x Handle %d."]]></Message>
    <Message ID="0x8086000200302410"><![CDATA["ioctl_reply Error %x Request %d PID %d TID 0x%x Handle %d."]]></Message>
    <Message ID="0x560002008C103C00"><![CDATA["[PERF],TS,%x,%d,%d,%u,%u"]]></Message>
    <Message ID="0x560002008C103C01"><![CDATA["[PERF],TS,%x,%d,%d,%u,%u"]]></Message>
    <Message ID="0x8086000200302876"><![CDATA["[BUP_PM] bup_pmc_ipc_acknowledge_doorbell_message: ACKing doorbell"]]></Message>
    <Message ID="0x8086000200302877"><![CDATA["[BUP_PM] bup_pmc_send_pm_message: Sending message to 0x%x"]]></Message>
    <Message ID="0x8086000200302878"><![CDATA["[BUP_PM] bup_pmc_receive_pm_message: Receiving message from 0x%x"]]></Message>
    <Message ID="0x8086000200303072"><![CDATA["[BTG] FPF read 'FUSE_FILE_ENF_0' returns 0x%x"]]></Message>
    <Message ID="0x8086000200303073"><![CDATA["[BTG] FPF read 'FUSE_FILE_ENF_1' returns 0x%x"]]></Message>
    <Message ID="0x8086000200303017"><![CDATA["[BTG] CseToAcmCopyDone set"]]></Message>
    <Message ID="0x8086000200303180"><![CDATA["[BTG][ERR] bup_sb_update_key_revocation_snowball: Failed to read BTG_KEY_HASH_INDEXES snowball. status: 0x%x, size: 0x%x."]]></Message>
    <Message ID="0x8086000200303181"><![CDATA["[BTG] bup_sb_update_key_revocation_snowball: Snowball read. OemKmIndex: 0x%x, BtgKmIndex: 0x%x, OemRevEnabled: 0x%x, SizeRead: 0x%x."]]></Message>
    <Message ID="0x8086000200303182"><![CDATA["[BTG][ERR] bup_sb_update_key_revocation_snowball: Failed to update BTG_KEY_HASH_INDEXES snowball. status: 0x%x."]]></Message>
    <Message ID="0x808600020030316D"><![CDATA["[BTG] bup_sb_read_multiple_oem_key_hashes: FPF read 'FUSE_FILE_OEM_KH_S' returns 0x%x, value = 0x%x"]]></Message>
    <Message ID="0x808600020030316E"><![CDATA["[BTG] bup_sb_read_multiple_oem_key_hashes: Failed to read keyhash size fuse."]]></Message>
    <Message ID="0x808600020030316F"><![CDATA["[BTG] bup_sb_read_multiple_oem_key_hashes:  FPF read 'FUSE_FILE_OEM_RSA_S' returns 0x%x, value = 0x%x"]]></Message>
    <Message ID="0x8086000200303170"><![CDATA["[BTG] bup_sb_read_multiple_oem_key_hashes:  Failed to read RSA size fuse. "]]></Message>
    <Message ID="0x808600020030316B"><![CDATA["[BTG] bup_sb_read_multiple_oem_key_hashes: key %d: FPF read 'FUSE_FILE_OEM_KH_%d_V' returns 0x%x, value = 0x%x"]]></Message>
    <Message ID="0x808600020030316C"><![CDATA["[BTG] bup_sb_read_multiple_oem_key_hashes: key %d: Failed to read HASH valid fuse. "]]></Message>
    <Message ID="0x8086000200303169"><![CDATA["[BTG] bup_sb_read_multiple_oem_key_hashes: key %d: FPF read 'FUSE_FILE_OEM_KH_%d_R' returns 0x%x, value = 0x%x"]]></Message>
    <Message ID="0x808600020030316A"><![CDATA["[BTG] bup_sb_read_multiple_oem_key_hashes: key %d: Failed to read HASH revocation fuse. "]]></Message>
    <Message ID="0x8086000200303173"><![CDATA["[BTG] bup_sb_read_multiple_oem_key_hashes: key %d: Invalid HASH key. Revoked: 0x%x, Valid: 0x%x. Moving to next one."]]></Message>
    <Message ID="0x8086000200303171"><![CDATA["[BTG] bup_sb_read_multiple_oem_key_hashes: key %d: FPF read 'FUSE_FILE_OEM_KH_%d' returns 0x%x, value = 0x%x"]]></Message>
    <Message ID="0x8086000200303172"><![CDATA["[BTG] bup_sb_read_multiple_oem_key_hashes: key %d: Failed to read OEM HASH fuse. "]]></Message>
    <Message ID="0x8086000200303168"><![CDATA["[BTG] bup_sb_find_matching_key_hash: OEM revocable HASH enabled."]]></Message>
    <Message ID="0x808600020030317A"><![CDATA["[BTG] bup_sb_find_matching_key_hash: incompatable Hash type. PubKeyHashAlgo: 0x%x, Hash size bit: 0x%x. Failed to find key!"]]></Message>
    <Message ID="0x8086000200303175"><![CDATA["[BTG] bup_sb_find_matching_key_hash:  RSA size from FPF does not match; size from Manifest: %d"]]></Message>
    <Message ID="0x8086000200303126"><![CDATA["[BTG] bup_sb_find_matching_key_hash: key %d: Invalid HASH key. Revoked: 0x%x, Valid: 0x%x. Moving to next one."]]></Message>
    <Message ID="0x808600020030317B"><![CDATA["[BTG] bup_sb_find_matching_key_hash: key %d: unsopported Hash size(%d). Moving to next one."]]></Message>
    <Message ID="0x808600020030317D"><![CDATA["[BTG] bup_sb_find_matching_key_hash: key %d: HASH mismatch. Moving to next one."]]></Message>
    <Message ID="0x808600020030317E"><![CDATA["[BTG] bup_sb_find_matching_key_hash: key %d: manifest authentication succeeded. Hash match."]]></Message>
    <Message ID="0x808600020030317F"><![CDATA["[BTG][ERR] bup_sb_find_matching_key_hash: Revocable HASH keys do not match BtgKm HASH."]]></Message>
    <Message ID="0x80860002003031B1"><![CDATA["[BTG] bup_sb_find_matching_key_hash: Failed to update Key Revocation snowball; this will not break the BTG flow."]]></Message>
    <Message ID="0x808600020030311D"><![CDATA["[BTG][ERR] bup_sb_validate_manifest_fit_entry: FIT entry is invalid."]]></Message>
    <Message ID="0x80860002003030E9"><![CDATA["[BTG][ERR] bup_sb_validate_manifest_fit_entry: manifests not found in BIOS region."]]></Message>
    <Message ID="0x80860002003030EA"><![CDATA["[BTG][ERR] bup_sb_validate_manifest_fit_entry: manifests invalid size. ManifestSize: 0x%x, MinSize: 0x%x, MaxSize: 0x%x."]]></Message>
    <Message ID="0x808600020030311E"><![CDATA["[BTG][ERR] bup_sb_validate_manifest_fit_entry: Invalid manifest adderss. AddressLow: 0x%x, AddressHigh: 0x%x, ManifestSize: 0x%x, MinAddress: 0x%x, MaxAddress: 0x%x"]]></Message>
    <Message ID="0x8086000200303131"><![CDATA["[BTG][ERR] bup_sb_validate_manifest_fit_entry: Invalid manifest adderss."]]></Message>
    <Message ID="0x80860002003030F4"><![CDATA["[BTG][ERR] bup_sb_read_fit_table: BIOS partition 0x%x is not enabled. status: 0x%x"]]></Message>
    <Message ID="0x80860002003030C8"><![CDATA["[BTG] Partition data: 0x%x."]]></Message>
    <Message ID="0x80860002003030E0"><![CDATA["[BTG][ERR] bup_sb_read_fit_table: BIOS partition has invalid sizes. RB: 0x%x, RL: 0x%x."]]></Message>
    <Message ID="0x80860002003030ED"><![CDATA["[BTG] Bios partition: 0x%x, Region offset: 0x%x, Region size: 0x%x."]]></Message>
    <Message ID="0x80860002003030DF"><![CDATA["[BTG][ERR] BIOS partition read, failed to read FIT PTR. status: 0x%x"]]></Message>
    <Message ID="0x80860002003030F7"><![CDATA["[BTG] Fit PTR: 0x%x"]]></Message>
    <Message ID="0x80860002003030E1"><![CDATA["[BTG][ERR] BIOS partition read, failed to read FIT table. status: 0x%x"]]></Message>
    <Message ID="0x80860002003030E2"><![CDATA["[BTG] ++FIT table size: 0x%x"]]></Message>
    <Message ID="0x80860002003030EE"><![CDATA["[BTG][ERR] BIOS partition read, failed to read FIT table. status: 0x%x"]]></Message>
    <Message ID="0x80860002003030E3"><![CDATA["[BTG] FIT entry. Type: 0x%x, CseType: 0x%x, Size: 0x%x, AddressLow: 0x%x, AddressHigh: 0x%x"]]></Message>
    <Message ID="0x80860002003030E4"><![CDATA["[BTG] BTG KM found. Address SPI: 0x%x, Address BIOS: 0x%x, Size: 0x%x."]]></Message>
    <Message ID="0x80860002003030E6"><![CDATA["[BTG] --FIT table end."]]></Message>
    <Message ID="0x8086000200303132"><![CDATA["[BTG] bup_sb_read_fit_table: Validating BtgKm."]]></Message>
    <Message ID="0x8086000200303133"><![CDATA["[BTG][ERR] bup_sb_read_fit_table: BtgKm is not valid. internal status: 0x%x"]]></Message>
    <Message ID="0x8086000200303147"><![CDATA["[BTG][ERR] bup_sb_parse_btg_manifest_signature: signature exceeds the manifest borders! manifestSize=0x%X, signature ends at 0x%x"]]></Message>
    <Message ID="0x8086000200303149"><![CDATA["[BTG][ERR] bup_sb_parse_btg_manifest_signature: Unsupported signature structure version. Version is:0x%X, expected: 0x%X."]]></Message>
    <Message ID="0x808600020030314A"><![CDATA["[BTG][ERR] bup_sb_parse_btg_manifest_signature: Unsupported RSA public key structure version. Version is:0x%X, expected: 0x%X."]]></Message>
    <Message ID="0x808600020030314B"><![CDATA["[BTG][ERR] bup_sb_parse_btg_manifest_signature: Unsupported RSA key size. size is:0x%X, expected: 0x%X."]]></Message>
    <Message ID="0x808600020030314C"><![CDATA["[BTG][ERR] bup_sb_parse_btg_manifest_signature: Unsupported RSA key size. size is:0x%X, expected: 0x%X."]]></Message>
    <Message ID="0x808600020030314D"><![CDATA["[BTG][ERR] bup_sb_parse_btg_manifest_signature: Public key size (0x%x) is not the same size as RSA signature (0x%x)."]]></Message>
    <Message ID="0x808600020030314E"><![CDATA["[BTG][ERR] bup_sb_parse_btg_manifest_signature: Hash ALG type 0x%x is not supported!"]]></Message>
    <Message ID="0x808600020030314F"><![CDATA["[BTG][ERR] bup_sb_parse_btg_manifest_signature: signature key alg type not supported. Alg type: 0x%x"]]></Message>
    <Message ID="0x8086000200303150"><![CDATA["[BTG][ERR] bup_sb_parse_btg_manifest_signature: signature key alg type not supported. Alg type: 0x%x"]]></Message>
    <Message ID="0x8086000200303130"><![CDATA["[BTG][ERR] bup_sb_get_km_manifest_ptr: Invalid arguments"]]></Message>
    <Message ID="0x808600020030313D"><![CDATA["[BTG] bup_sb_get_km_manifest_ptr: Getting BtgKm pointers"]]></Message>
    <Message ID="0x808600020030313E"><![CDATA["[BTG][ERR] bup_sb_get_km_manifest_ptr: Not a Valid KM Structure ID"]]></Message>
    <Message ID="0x808600020030313F"><![CDATA["[BTG][ERR] bup_sb_get_km_manifest_ptr: Unsupported KM structure version. Version is:0x%X"]]></Message>
    <Message ID="0x8086000200303140"><![CDATA["[BTG][ERR] bup_sb_get_km_manifest_ptr: BtgKm has some invalid params. KeyCount: 0x%x"]]></Message>
    <Message ID="0x8086000200303122"><![CDATA["[BTG][ERR] bup_sb_get_km_manifest_ptr: BtgKmHash ALG type 0x%x is not supported!"]]></Message>
    <Message ID="0x8086000200303152"><![CDATA["[BTG] bup_sb_get_km_manifest_ptr: BPM HASH found. Size: 0x%x, Algo 0x%x, HASH:"]]></Message>
    <Message ID="0x8086000200303153"><![CDATA["[BTG] bup_sb_get_km_manifest_ptr: FitPatch manifest HASH found. Size: 0x%x, Algo 0x%x, HASH:"]]></Message>
    <Message ID="0x8086000200303154"><![CDATA["[BTG] bup_sb_get_km_manifest_ptr: ACM manifest HASH found. Size: 0x%x, Algo 0x%x, HASH:"]]></Message>
    <Message ID="0x8086000200303151"><![CDATA["[BTG][ERR] bup_sb_get_km_manifest_ptr: BtgKmHash ALG type 0x%x is not supported!"]]></Message>
    <Message ID="0x808600020030313C"><![CDATA["[BTG][ERR] bup_sb_get_btg_manifest_ptr: Invalid arguments"]]></Message>
    <Message ID="0x8086000200303141"><![CDATA["[BTG] bup_sb_get_btg_manifest_ptr: Getting Bpm pointers"]]></Message>
    <Message ID="0x8086000200303142"><![CDATA["[BTG][ERR] bup_sb_get_btg_manifest_ptr: Not a Valid BPM Structure ID"]]></Message>
    <Message ID="0x8086000200303143"><![CDATA["[BTG][ERR] bup_sb_get_btg_manifest_ptr: Unsupported BPM structure version. Version is:0x%X"]]></Message>
    <Message ID="0x8086000200303144"><![CDATA["[BTG][ERR] bup_sb_get_btg_manifest_ptr: Unsupported BPM structure version. Version is:0x%X"]]></Message>
    <Message ID="0x8086000200303145"><![CDATA["[BTG][ERR] bup_sb_get_btg_manifest_ptr: BPM has some invalid params. NEMPages: 0x%x"]]></Message>
    <Message ID="0x8086000200303183"><![CDATA["[BTG][ERR] bup_sb_handle_bios_manifest: invalid params"]]></Message>
    <Message ID="0x8086000200303185"><![CDATA["[BTG] bup_sb_handle_bios_manifest: Unsupported manifest type!"]]></Message>
    <Message ID="0x8086000200303184"><![CDATA["[BTG][ERR] bup_sb_handle_bios_manifest: Could not retrive manifest pointers. internal status: 0x%x."]]></Message>
    <Message ID="0x8086000200303188"><![CDATA["[BTG][ERR] bup_sb_handle_bios_manifest: Failed to allocate 0x%x bytes for modulus swap buffer"]]></Message>
    <Message ID="0x8086000200303192"><![CDATA["[BTG] crypto_hash_simple. ALG: 0x%x, PubKey size: 0x%x, PubKey: 0x%x...0x%x"]]></Message>
    <Message ID="0x8086000200303193"><![CDATA["[BTG] Buffer to HASH:"]]></Message>
    <Message ID="0x8086000200303194"><![CDATA["[BTG][ERR] bup_sb_handle_bios_manifest: crypto_hash_simple failed with status: 0x%x."]]></Message>
    <Message ID="0x8086000200303195"><![CDATA["[BTG][ERR] bup_sb_handle_bios_manifest: HASH mismatch."]]></Message>
    <Message ID="0x8086000200303109"><![CDATA["[BTG][ERR] Expected hash: "]]></Message>
    <Message ID="0x8086000200303196"><![CDATA["[BTG][ERR] Calculated hash: "]]></Message>
    <Message ID="0x8086000200303197"><![CDATA["[BTG] bup_sb_handle_bios_manifest: manifest authentication succeeded. Hash match."]]></Message>
    <Message ID="0x808600020030319F"><![CDATA["[BTG] --bup_sb_handle_bios_manifest. internal status: 0x%x"]]></Message>
    <Message ID="0x80860002003031A0"><![CDATA["[BTG] bup_sb_handle_manifest: Manifest type %d is being proccessed."]]></Message>
    <Message ID="0x80860002003031A6"><![CDATA["[BTG][ERR] bup_sb_handle_manifest: Wrong manifest type"]]></Message>
    <Message ID="0x80860002003031A7"><![CDATA["[BTG][ERR] manifests not found in BIOS region."]]></Message>
    <Message ID="0x80860002003031A8"><![CDATA["[BTG][ERR] Failed to allocate 0x%x bytes for manifest"]]></Message>
    <Message ID="0x80860002003030EB"><![CDATA["[BTG][ERR] *Failed to read manifest. status: 0x%x"]]></Message>
    <Message ID="0x80860002003030EC"><![CDATA["[BTG] bup_sb_parse_manifests_and_find_key: BIOS region selected: 0x%x"]]></Message>
    <Message ID="0x80860002003031B3"><![CDATA["[BTG][ERR] bup_sb_parse_manifests_and_find_key failed with internal status: 0x%x"]]></Message>
    <Message ID="0x80860002003031B4"><![CDATA["[BTG] BtgKm authentication returned status: 0x%x"]]></Message>
    <Message ID="0x80860002003031B5"><![CDATA["[BTG][ERR] BTG KM authentication failed with internal status: 0x%x"]]></Message>
    <Message ID="0x80860002003030C7"><![CDATA["[BTG] --bup_sb_parse_manifests_and_find_key. status: 0x%x"]]></Message>
    <Message ID="0x808600020030304E"><![CDATA["[BTG] +++bup_sb_init"]]></Message>
    <Message ID="0x808600020030304F"><![CDATA["[BTG] ---bup_sb_init"]]></Message>
    <Message ID="0x808600020030301F"><![CDATA["[BTG] Main CPU not present, disabling BTG. ,FWSTS1:0x%x,  FWSTS2:0x%x, FWSTS4:0x%x, FWSTS5:0x%x, FWSTS6:0x%x"]]></Message>
    <Message ID="0x8086000200303050"><![CDATA["[BTG] +++bup_sb_prep_host_boot"]]></Message>
    <Message ID="0x808600020030328F"><![CDATA["[BTG] CPU is missing. Skipping"]]></Message>
    <Message ID="0x8086000200303051"><![CDATA["[BTG] boot guard is disabled. set disconnect_tpms to CLEAR"]]></Message>
    <Message ID="0x80860002003031DA"><![CDATA["[BTG][ERR] bup_sb_prep_host_boot: set_disconnect_tpms failed. status: 0x%x"]]></Message>
    <Message ID="0x8086000200303053"><![CDATA["[BTG] PCH is not Secure boot capable."]]></Message>
    <Message ID="0x8086000200303054"><![CDATA["[BTG] ---bup_sb_prep_host_boot"]]></Message>
    <Message ID="0x8086000200303055"><![CDATA["[BTG] +++bup_sb_host_boot"]]></Message>
    <Message ID="0x8086000200303056"><![CDATA["[BTG] ---bup_sb_host_boot"]]></Message>
    <Message ID="0x8086000200303057"><![CDATA["[BTG] +++bup_sb_prep_host_boot_live"]]></Message>
    <Message ID="0x808600020030305A"><![CDATA["[BTG] ---bup_sb_prep_host_boot_live"]]></Message>
    <Message ID="0x808600020030305B"><![CDATA["[BTG] +++bup_sb_host_boot_live"]]></Message>
    <Message ID="0x808600020030305C"><![CDATA["[BTG] ---bup_sb_host_boot_live"]]></Message>
    <Message ID="0x808600020030305D"><![CDATA["[BTG] +++bup_sb_cse_transition_abort"]]></Message>
    <Message ID="0x808600020030305E"><![CDATA["[BTG] ---bup_sb_cse_transition_abort"]]></Message>
    <Message ID="0x808600020030305F"><![CDATA["[BTG] +++bup_sb_create_snowball_file"]]></Message>
    <Message ID="0x8086000200303061"><![CDATA["[BTG] Created /snowball/sbstatus, data=0x%x, is_btg_flow_completed=%d"]]></Message>
    <Message ID="0x8086000200303060"><![CDATA["[BTG] SB status snowball creation failed, status=0x%x"]]></Message>
    <Message ID="0x8086000200303062"><![CDATA["[BTG] SB snowball creation for BIST test results failed, status=0x%x"]]></Message>
    <Message ID="0x8086000200303063"><![CDATA["[BTG] Created /snowball/sbbistres "]]></Message>
    <Message ID="0x8086000200303100"><![CDATA["[BTG] ARB snowball failure with internal status: 0x%x (ARB might be disabled)"]]></Message>
    <Message ID="0x80860002003031B2"><![CDATA["[BTG] Failed to update Key Revocation snowball; status: 0x%x"]]></Message>
    <Message ID="0x8086000200303064"><![CDATA["[BTG] ---bup_sb_create_snowball_file"]]></Message>
    <Message ID="0x80860002003030D9"><![CDATA["[BTG] +++bup_sb_handle_cse_boot_entry"]]></Message>
    <Message ID="0x80860002003030DB"><![CDATA["[BTG] bup_sb_handle_cse_boot_entry: pch is not secure boot capable."]]></Message>
    <Message ID="0x80860002003030CA"><![CDATA["[BTG] bup_sb_handle_cse_boot_entry: get_pm_context failed res=%d"]]></Message>
    <Message ID="0x808600020030328E"><![CDATA["[BTG] bup_sb_handle_cse_boot_entry: CPU is missing, disabling BTG."]]></Message>
    <Message ID="0x80860002003030CB"><![CDATA["[BTG] bup_sb_handle_cse_boot_entry: cse reset detected, attempting to restore saved data"]]></Message>
    <Message ID="0x80860002003030D8"><![CDATA["[BTG] bup_sb_handle_cse_boot_entry: BTG is skipped, either profile 0 or entering sx."]]></Message>
    <Message ID="0x80860002003031F4"><![CDATA["[BTG] bup_sb_handle_cse_boot_entry: BTG flow ended with critical error before the CSE reset, starting enforcement flow now "]]></Message>
    <Message ID="0x80860002003031F5"><![CDATA["[BTG] bup_sb_handle_cse_boot_entry: BTG flow was interrupted by the CSE reset; asking for a global reset to restart BTG flow"]]></Message>
    <Message ID="0x80860002003031F6"><![CDATA["[BTG] bup_sb_handle_cse_boot_entry: BTG flow was completed successfully before the CSE reset; nothing to do now"]]></Message>
    <Message ID="0x80860002003030DA"><![CDATA["[BTG] ---bup_sb_handle_cse_boot_entry"]]></Message>
    <Message ID="0x8086000200303164"><![CDATA["bup_brm : clearing TS bit"]]></Message>
    <Message ID="0x80860002003031BC"><![CDATA["bup_brm : failed to change bad_bios_counter value; status: %d"]]></Message>
    <Message ID="0x808600020030318E"><![CDATA["bup_brm : bad_bios_counter was set to 2 (maximum), TS bit was cleared"]]></Message>
    <Message ID="0x80860002003031DC"><![CDATA["bup_brm: failed to read BRM_CFG file; status: %d"]]></Message>
    <Message ID="0x80860002003031A1"><![CDATA["bup_brm: brm config from flash: %d"]]></Message>
    <Message ID="0x808600020030319B"><![CDATA["bup_brm : TS bit value is %d"]]></Message>
    <Message ID="0x80860002003031A5"><![CDATA["bup_brm : failed to get bad_bios_counter value; status: %d"]]></Message>
    <Message ID="0x80860002003031E2"><![CDATA["bup_brm : bad_bios_counter value is %d"]]></Message>
    <Message ID="0x80860002003031B0"><![CDATA["bup_brm : failed to change bad_bios_counter value; status: %d"]]></Message>
    <Message ID="0x808600020030318A"><![CDATA["bup_brm : bad_bios_count was cleared"]]></Message>
    <Message ID="0x80860002003031CF"><![CDATA["bup_brm : failed to change bad_bios_counter value; status: %d"]]></Message>
    <Message ID="0x808600020030318C"><![CDATA["bup_brm : bad_bios_count was set to 1"]]></Message>
    <Message ID="0x808600020030318B"><![CDATA["bup_brm : TS bit was set to 1"]]></Message>
    <Message ID="0x808600020030318D"><![CDATA["bup_brm : bad_bios_counter = 0, TS bit was cleared"]]></Message>
    <Message ID="0x8086000200303167"><![CDATA["bup_brm : TS bit is set and bad_bios_counter is already 1. bios recovery is not allowed!"]]></Message>
    <Message ID="0x80860002003030DC"><![CDATA["[BTG] bup_sb_clear_fwsts_and_context: clearing old data from context flags and fwsts"]]></Message>
    <Message ID="0x80860002003031F3"><![CDATA["[BTG] bup_sb_end_of_btg_flow: BTG flow ended successfully; clearing bad bios count."]]></Message>
    <Message ID="0x8086000200303163"><![CDATA["[BTG] bup_sb_end_of_btg_flow: failed to clear bad bios count."]]></Message>
    <Message ID="0x8086000200303019"><![CDATA["[BTG] BTG end of flow: status 0x%x flags 0x%x 0x%x, error flags 0x%x 0x%x"]]></Message>
    <Message ID="0x80860002003031DE"><![CDATA["[BTG] FWSTS1:0x%x,  FWSTS2:0x%x, FWSTS3:0x%x, FWSTS4:0x%x, FWSTS5:0x%x, FWSTS6:0x%x"]]></Message>
    <Message ID="0x80860002003031DD"><![CDATA["[BTG] BTG flow has finished."]]></Message>
    <Message ID="0x8086000200303015"><![CDATA["[BTG] Secure Boot Progress Code 0x%x"]]></Message>
    <Message ID="0x560002008C133800"><![CDATA["[PERF],TS,%x,%d,%d,%u,%u"]]></Message>
    <Message ID="0x8086000200303023"><![CDATA["[BTG][ERR] timer delete failed! Status: 0x%x."]]></Message>
    <Message ID="0x8086000200303024"><![CDATA["[BTG] timer delete successful."]]></Message>
    <Message ID="0x80860002003030DE"><![CDATA["[BTG] SB Profile is 0, skiping self test (as passed)"]]></Message>
    <Message ID="0x8086000200303029"><![CDATA["[BTG][ERR] Self test has failed. Invalid HASH."]]></Message>
    <Message ID="0x808600020030302A"><![CDATA["[BTG] Self test has passed."]]></Message>
    <Message ID="0x808600020030302B"><![CDATA["[BTG][ERR] Self test has failed."]]></Message>
    <Message ID="0x808600020030302C"><![CDATA["[BTG] Debug hooks not applied. Status: 0x%x, ProdSi: 0x%x, Debug flags: 0x%x"]]></Message>
    <Message ID="0x808600020030302D"><![CDATA["[BTG] Debug hook for 5 min shutdown enabled"]]></Message>
    <Message ID="0x8086000200303079"><![CDATA["[BTG] Debug hook for disableing BTG timers enabled"]]></Message>
    <Message ID="0x808600020030302F"><![CDATA["[BTG] Error getting debug token knobs!, read status = 0x%x"]]></Message>
    <Message ID="0x8086000200303030"><![CDATA["[BTG] pTokenKnobs->KnobCount = %d"]]></Message>
    <Message ID="0x808600020030301E"><![CDATA["[BTG] KnobID_Boot_Guard data = %d"]]></Message>
    <Message ID="0x808600020030328B"><![CDATA["[BTG] BTG Debug token not found."]]></Message>
    <Message ID="0x80860002003030C9"><![CDATA["[BTG][ERR] KnobID_Boot_Guard data invalid! value=0x%x, correct values are 1-4, ignoring token."]]></Message>
    <Message ID="0x8086000200303058"><![CDATA["[BTG] bup_sb_apply_enforcement: enforcement is called, performing immediate shutdown."]]></Message>
    <Message ID="0x808600020030312C"><![CDATA["[BTG][ERR] bup_sb_ask_for_greset: bios recovery is enabled, and bad_bios_counter is set to: %d, setting it again to avoid clearance on greset"]]></Message>
    <Message ID="0x808600020030312D"><![CDATA["[BTG][ERR] bup_sb_ask_for_greset: bup_maestro_set_aon_bad_bios_partitions failed. status: 0x%x"]]></Message>
    <Message ID="0x8086000200303008"><![CDATA["[BTG] bup_sb_ask_for_greset: about to perform global reset"]]></Message>
    <Message ID="0x8086000200303052"><![CDATA["[BTG] bup_sb_error_handler: enforcement is called, but policy is unrestricted, proceeding boot."]]></Message>
    <Message ID="0x80860002003031E4"><![CDATA["[BTG] bup_sb_handle_bios_redundancy: bios recovery is enabled, trying to switch to bios backup"]]></Message>
    <Message ID="0x80860002003031E3"><![CDATA["[BTG] bup_sb_handle_bios_redundancy: bios recovery is not allowed (reaches max tries); going to BIP."]]></Message>
    <Message ID="0x808600020030315B"><![CDATA["[BTG] bup_sb_handle_bios_redundancy: asking for Greset to trigger BIP."]]></Message>
    <Message ID="0x808600020030315A"><![CDATA["[BTG] bup_sb_handle_bios_redundancy: failed to set to BIP, going to enforcement."]]></Message>
    <Message ID="0x8086000200303187"><![CDATA["[BTG] bup_sb_handle_bios_redundancy: bios recovery is allowed; asking for Greset to switch to bios backup"]]></Message>
    <Message ID="0x80860002003031A3"><![CDATA["[BTG] bup_sb_handle_bios_redundancy: bios recovery is disabled"]]></Message>
    <Message ID="0x808600020030301D"><![CDATA["[BTG] Secure Boot error handler: ErrorCause=0x%x, status=0x%x, flags=0x%x 0x%x, error flags=0x%x 0x%x"]]></Message>
    <Message ID="0x80860002003030D6"><![CDATA["[BTG] Secure Boot error handler: ErrorCause=0x%x, status=0x%x, flags=0x%x 0x%x, error flags=0x%x 0x%x"]]></Message>
    <Message ID="0x8086000200303010"><![CDATA["[BTG][ERR] bup_sb_error_handler: Unknown Error Cause! no erorr handling"]]></Message>
    <Message ID="0x80860002003030D5"><![CDATA["[BTG] Secure Boot error handler: FWSTS1:0x%x,  FWSTS2:0x%x, FWSTS4:0x%x, FWSTS5:0x%x, FWSTS6:0x%x"]]></Message>
    <Message ID="0x80860002003030D7"><![CDATA["[BTG] Secure Boot error handler: FWSTS1:0x%x,  FWSTS2:0x%x, FWSTS4:0x%x, FWSTS5:0x%x, FWSTS6:0x%x"]]></Message>
    <Message ID="0x80860002003031A2"><![CDATA["[BTG][ERR] bup_sb_error_handler: Error Type is not set; no error handling"]]></Message>
    <Message ID="0x8086000200303283"><![CDATA["[BTG] FBPS value updated. setting FWSTS5 - 0x%x."]]></Message>
    <Message ID="0x8086000200303000"><![CDATA["[BTG] Acm Active received at (%u/%u). "]]></Message>
    <Message ID="0x808600020030328A"><![CDATA["[BTG] ACM done arrived with ACM active. calling ACM done handler."]]></Message>
    <Message ID="0x8086000200303012"><![CDATA["[BTG][ERR] ACM_ACTIVE timeout! current duration: %u "]]></Message>
    <Message ID="0x8086000200303031"><![CDATA["[BTG] ACM ACTIVE timer started, ACM_ACTIVE_TIMEOUT_FIRST=%d, ACM_ACTIVE_TIMEOUT_SUBSEQUENT=%d, ACM_ACTIVE_MAX_WAIT_DURATION=%d "]]></Message>
    <Message ID="0x80860002003031C4"><![CDATA["[BTG][ERR] start_acm_active_timer: srv_io_timeout_update failed. status: 0x%x"]]></Message>
    <Message ID="0x808600020030300A"><![CDATA["[BTG][ERR] Adding ACM ACTIVE timer error. status: 0x%x"]]></Message>
    <Message ID="0x8086000200303004"><![CDATA["[BTG] SM Complete received at (%u/%u). "]]></Message>
    <Message ID="0x808600020030300B"><![CDATA["[BTG][ERR] SM BSS error! BSS error:0x%x"]]></Message>
    <Message ID="0x8086000200303033"><![CDATA["[BTG][ERR] SM Complete timeout. sm_duration is %u !"]]></Message>
    <Message ID="0x8086000200303289"><![CDATA["[BTG] check_acm_done_arrival is called, but isn't required. AcmDoneRecieved=%d, BtgFlowEnded=%d, SbFlowType=%d."]]></Message>
    <Message ID="0x8086000200303003"><![CDATA["[BTG][ERR] ACM reported START_ENF! "]]></Message>
    <Message ID="0x8086000200303002"><![CDATA["[BTG] Acm Done received at (%u/%u). "]]></Message>
    <Message ID="0x8086000200303006"><![CDATA["[BTG][ERR] ACM_DONE timeout! current duration: %u"]]></Message>
    <Message ID="0x8086000200303036"><![CDATA["[BTG] ACM DONE timer started, ACM_DONE_TIMEOUT_FIRST=%d, ACM_DONE_TIMEOUT_SUBSEQUENT=%d, ACM_DONE_MAX_WAIT_DURATION=%d"]]></Message>
    <Message ID="0x80860002003031C9"><![CDATA["[BTG][ERR] start_acm_done_timer: srv_io_timeout_update failed. status: 0x%x"]]></Message>
    <Message ID="0x8086000200303018"><![CDATA["[BTG][ERR] Adding ACM DONE timer error. status: 0x%x"]]></Message>
    <Message ID="0x8086000200303037"><![CDATA["[BTG] start_sm_timer, SM_TIMER_TIMEOUT_FIRST=%d, SM_TIMER_TIMEOUT_SUBSEQUENT=%d, g_sb_ctxt.current_timer_max_duration=%d"]]></Message>
    <Message ID="0x80860002003031CA"><![CDATA["[BTG][ERR] start_sm_timer: srv_io_timeout_update failed. status: 0x%x"]]></Message>
    <Message ID="0x8086000200303032"><![CDATA["[BTG][ERR] Adding SM timer error. status: 0x%x"]]></Message>
    <Message ID="0x8086000200303007"><![CDATA["[BTG] Acm Ok To Proceed set."]]></Message>
    <Message ID="0x8086000200303038"><![CDATA["[BTG] BOOT CAUSE: %x"]]></Message>
    <Message ID="0x80860002003031CB"><![CDATA["[BTG][ERR] handle_s3_optimization: get_pm_context failed. status: 0x%x"]]></Message>
    <Message ID="0x8086000200303039"><![CDATA["[BTG] S3 exit made"]]></Message>
    <Message ID="0x8086000200303013"><![CDATA["[BTG][ERR] Self test error. test valid: 0x%x, test failed: 0x%x. setting boot guard to profile 0 (disabled)."]]></Message>
    <Message ID="0x808600020030303B"><![CDATA["[BTG][ERR] FPF read error: setting boot guard to profile 0 (disabled)."]]></Message>
    <Message ID="0x8086000200303009"><![CDATA["[BTG] FPF read 'FUSE_FILE_OEM_CRED_S' returns 0x%x, Value: 0x%x"]]></Message>
    <Message ID="0x80860002003030D4"><![CDATA["[BTG] OEM Public Key Length is: %d "]]></Message>
    <Message ID="0x8086000200303042"><![CDATA["[BTG] FPF read OEM key hash: file ID %d returns 0x%x, size=%d"]]></Message>
    <Message ID="0x808600020030303C"><![CDATA["[BTG] FPF read 'FUSE_FILE_SB_ACM_SVN' returns 0x%x, Value: 0x%x"]]></Message>
    <Message ID="0x808600020030303D"><![CDATA["[BTG] FPF read 'FUSE_FILE_SB_KM_SVN' returns 0x%x, Value: 0x%x"]]></Message>
    <Message ID="0x808600020030303E"><![CDATA["[BTG] FPF read 'FUSE_FILE_SB_BSMM_SVN' returns 0x%x, Value: 0x%x"]]></Message>
    <Message ID="0x808600020030303F"><![CDATA["[BTG] FPF read 'FUSE_FILE_SB' returns 0x%x, Value: 0x%x"]]></Message>
    <Message ID="0x8086000200303040"><![CDATA["[BTG] FPF read 'FUSE_FILE_TXT_EN' returns 0x%x, Value: 0x%x"]]></Message>
    <Message ID="0x8086000200303041"><![CDATA["[BTG] FPF read 'FUSE_FILE_SB_POLICY' returns 0x%x, Value: 0x%x"]]></Message>
    <Message ID="0x80860002003031C5"><![CDATA["[BTG] FPF read 'FUSE_FILE_SB_KM_SVN_EN' returns 0x%x, Value: 0x%x"]]></Message>
    <Message ID="0x80860002003031C6"><![CDATA["[BTG] FPF read 'FUSE_FILE_SB_BSMM_SVN_EN' returns 0x%x, Value: 0x%x"]]></Message>
    <Message ID="0x8086000200303021"><![CDATA["[BTG] FPF read 'FUSE_FILE_OEM_RH_EN' returns 0x%x, Value: 0x%x"]]></Message>
    <Message ID="0x8086000200303287"><![CDATA["[BTG] Boot guard TS support is active."]]></Message>
    <Message ID="0x8086000200303043"><![CDATA["[BTG] Boot guard active profile: pbe: %d. facb: %d. mb: %d. ve: %d. enf: %d. txt: %d. "]]></Message>
    <Message ID="0x80860002003031D0"><![CDATA["[BTG][ERR] Failed to read Boot guard fpf data. status: 0x%x"]]></Message>
    <Message ID="0x8086000200303044"><![CDATA["[BTG] Configure BTG data completed, status 0x%x flags 0x%x 0x%x, error flags 0x%x 0x%x"]]></Message>
    <Message ID="0x80860002003030CD"><![CDATA["[BTG][ERR] context save to susram failed! res=%d, size=%d, expected size=%d"]]></Message>
    <Message ID="0x80860002003030CE"><![CDATA["[BTG] context saved to susram"]]></Message>
    <Message ID="0x80860002003030CC"><![CDATA["[BTG] cse reset- data restored failed, res=%d, size=%d, expected size=%d"]]></Message>
    <Message ID="0x80860002003030CF"><![CDATA["[BTG] cse reset- data restored, flags=0x%x, 0x%x, error flags=0x%x, 0x%x, FWSTS5=0x%x"]]></Message>
    <Message ID="0x80860002003031CE"><![CDATA["[BTG][ERR] bup_sb_restore_susram_ctx: get_disconnect_tpms failed. status: 0x%x"]]></Message>
    <Message ID="0x808600020030300F"><![CDATA["[BTG][ERR] bup_sb_parse_manifests_and_find_key failed! (manifest parsing or authentication error)."]]></Message>
    <Message ID="0x8086000200303045"><![CDATA["[BTG] prog OEM data, write_lt_registers=%d"]]></Message>
    <Message ID="0x8086000200303046"><![CDATA["[BTG] HW_OFFS_SECBOOT_REGS_SB_OMB is : 0x%x, Expected value: 0x%x"]]></Message>
    <Message ID="0x8086000200303047"><![CDATA["[BTG] HW_OFFS_SECBOOT_REGS_SB_OMB + 4 is : 0x%x, Expected value: 0x%x"]]></Message>
    <Message ID="0x8086000200303005"><![CDATA["[BTG] OemHash[%d]: 0x%x, Expected value: 0x%x"]]></Message>
    <Message ID="0x8086000200303049"><![CDATA["[BTG] after 1 HW_OFFS_SECBOOT_REGS_SB_OMBSZ: 0x%x"]]></Message>
    <Message ID="0x80860002003031FE"><![CDATA["[BTG] is_pch_secure_boot_capable(): Debug hooks not applied; continuing to reading fuses (this is not an error)"]]></Message>
    <Message ID="0x80860002003031FF"><![CDATA["[BTG] is_pch_secure_boot_capable(): Debug hook for ignoring fuses check is enabled; skipping fuses reading"]]></Message>
    <Message ID="0x8086000200303200"><![CDATA["[BTG] is_pch_secure_boot_capable(): BTG fuses are enabled"]]></Message>
    <Message ID="0x8086000200303201"><![CDATA["[BTG] is_pch_secure_boot_capable(): BTG fuses are disabled"]]></Message>
    <Message ID="0x8086000200303208"><![CDATA["[BTG] is_pch_secure_boot_capable(): SkuGetCsmeFuses returned error:0x%x"]]></Message>
    <Message ID="0x8086000200303202"><![CDATA["[BTG] is_pch_secure_boot_capable(): failed to get fuse map! disabling BTG"]]></Message>
    <Message ID="0x8086000200303026"><![CDATA["[BTG] %d: 0x%08x 0x%08x 0x%08x 0x%08x"]]></Message>
    <Message ID="0x8086000200303027"><![CDATA["[BTG] %d: 0x%08x 0x%08x 0x%08x"]]></Message>
    <Message ID="0x8086000200303034"><![CDATA["[BTG] %d: 0x%08x 0x%08x"]]></Message>
    <Message ID="0x808600020030304B"><![CDATA["[BTG] %d: 0x%08x"]]></Message>
    <Message ID="0x808600020030310B"><![CDATA["[BTG] bup_sb_get_btg_public_status: BTG is not checking the BIOS; VB: %d, ENF: %d "]]></Message>
    <Message ID="0x80860002003030FF"><![CDATA["[BTG] bup_sb_get_btg_public_status: btg flow didn't finish, BtgFlowEnded is unset"]]></Message>
    <Message ID="0x80860002003030FE"><![CDATA["[BTG] bup_sb_get_btg_public_status: BIOS reported error; AcmDoneEnfRequested: 0x%x, SmBsmmError: 0x%x"]]></Message>
    <Message ID="0x808600020030304A"><![CDATA["[BTG] SDL Read. partition_id: 0x%x, offset: 0x%x, length: 0x%x "]]></Message>
    <Message ID="0x808600020030307C"><![CDATA["[BTG] BTG_MEM_READ_W_A! splitting read operation to %d chunks"]]></Message>
    <Message ID="0x80860002003031A9"><![CDATA["[BTG] bup_sb_write_arb_snowball called more than once!"]]></Message>
    <Message ID="0x80860002003031AA"><![CDATA["[BTG] bup_sb_write_arb_snowball: BTG_ARB_SVN_INFO updated successfully. BtgKm SVN: increment value=%d, Fpf value=%d, ArbEnabled=%d. >< BPM SVN: increment value=%d, Fpf value=%d, ArbEnabled=%d."]]></Message>
    <Message ID="0x80860002003031AB"><![CDATA["[BTG] ACM SVN: increment value=%d, Fpf value=%d, ArbEnabled=%d."]]></Message>
    <Message ID="0x80860002003031AC"><![CDATA["[BTG] bup_sb_write_arb_snowball: VFS not available. Delay cretae BTG_ARB_SVN_INFO snowball. status: 0x%x."]]></Message>
    <Message ID="0x80860002003031AD"><![CDATA["[BTG] bup_sb_write_arb_snowball: Failed to update BTG_ARB_SVN_INFO snowball. status: 0x%x."]]></Message>
    <Message ID="0x80860002003031AE"><![CDATA["[BTG] bup_sb_write_arb_snowball: Some ARB data not valid. ValidBits: 0x%x. (expected in Sx/enforcement)"]]></Message>
    <Message ID="0x80860002003031AF"><![CDATA["[BTG] bup_sb_write_arb_snowball: ARB data is not ready yet. AcmDone: 0x%x,."]]></Message>
    <Message ID="0x8086000200301743"><![CDATA["[BUP-BIOSMSG-SEED] getBtgInfo() bsmm_svn is bigger than max value "]]></Message>
    <Message ID="0x8086000200301728"><![CDATA["[BUP-BIOSMSG-SEED] write_ivi_file() failed to write file"]]></Message>
    <Message ID="0x8086000200301731"><![CDATA["[BUP-BIOSMSG-SEED] fill_svn_bind_seed_list() internal_status: %d, status: %d"]]></Message>
    <Message ID="0x8086000200301732"><![CDATA["[BUP-BIOSMSG-SEED] bup_biosmsg_seed_init() ctx_init: %d, session_done: %d, use_constant_seed: %d, bios_current_svn: %d"]]></Message>
    <Message ID="0x8086000200301733"><![CDATA["[BUP-BIOSMSG-SEED] bup_biosmsg_seed_write_file() write_file_needed: %d"]]></Message>
    <Message ID="0x80860002003017FA"><![CDATA["[BUP-BIOSMSG-SEED]:bup_biosmsg_trusty_write_attkb_ivi_snowball: crypto failed wrapping ivi seed. status=%d"]]></Message>
    <Message ID="0x80860002003017F9"><![CDATA["[BUP-BIOSMSG-SEED]:bup_biosmsg_trusty_write_attkb_ivi_snowball: failed writing attkb_ivi_info snowball file. status=%d"]]></Message>
    <Message ID="0x8086000200301737"><![CDATA["[BUP-BIOSMSG-SEED] bup_biosmsg_seed_bootloader_get_seed_list_ex() status: %d"]]></Message>
    <Message ID="0x8086000200301738"><![CDATA["[BUP-BIOSMSG-SEED] bup_biosmsg_seed_bootloader_get_seed_list_ex() get_bup_storage_mca_done(): TRUE"]]></Message>
    <Message ID="0x8086000200301739"><![CDATA["[BUP-BIOSMSG-SEED] bup_biosmsg_seed_bootloader_get_seed_list_ex() status: %d"]]></Message>
    <Message ID="0x808600020030141D"><![CDATA["[BUP-HECI] bup_biosmsg_mkhi_handler: MKHI Header Group 0x%x , Command 0x%x , Size 0x%x"]]></Message>
    <Message ID="0x808600020030141E"><![CDATA["[BUP-HECI] bup_biosmsg_mkhi_handler: no handler found for group 0x%x, command 0x%x"]]></Message>
    <Message ID="0x808600020030141F"><![CDATA["[BUP-HECI] precall callback returned with TerminateMkhi, Terminating MKHI handling in BUP"]]></Message>
    <Message ID="0x8086000200301420"><![CDATA["[BUP-HECI] bup_biosmsg_mkhi_handler: command not supported in current mode, Current State 0x%x , Cmd Policy 0x%x"]]></Message>
    <Message ID="0x8086000200301421"><![CDATA["[BUP-HECI] bup_biosmsg_mkhi_handler Response sent 0x%x, size 0x%x"]]></Message>
    <Message ID="0x8086000200301422"><![CDATA["[BUP-HECI] Terminating MKHI handling in BUP"]]></Message>
    <Message ID="0x8086000200301427"><![CDATA["[BUP-HECI] Not terminating MKHI handling in BUP, boot_cause 0x%08X"]]></Message>
    <Message ID="0x808600020030144E"><![CDATA["[BUP-HECI] h_pci_csr.DEVIDLEC_IS set h_pci_csr: 0x%X"]]></Message>
    <Message ID="0x8086000200301401"><![CDATA["[BUP-HECI] D0I3_IS is set, terminating heci. H_PCI_CSR: 0x%08x"]]></Message>
    <Message ID="0x8086000200301423"><![CDATA["[BUP-HECI] bup_heci_receive_message failed with %d. header: 0x%08x"]]></Message>
    <Message ID="0x8086000200301403"><![CDATA["[BUP-HECI] Unknown heci message received, terminating. heci_header: 0x%08x"]]></Message>
    <Message ID="0x8086000200301400"><![CDATA["[BUP-HECI] Got MKHI message. heci header: 0x%08x, mkhi header: 0x%08x"]]></Message>
    <Message ID="0x8086000200301408"><![CDATA["[BUP-HECI] NULL args / unexpected size of bup mkhi response messages."]]></Message>
    <Message ID="0x8086000200301407"><![CDATA["[BUP-HECI] Sending MKHI message to host. mkhi_header: 0x%08x"]]></Message>
    <Message ID="0x8086000200301409"><![CDATA["[BUP-HECI] Sending MKHI message to host failed. Status: %d, sent_bytes: %d. mkhi_header: 0x%08x"]]></Message>
    <Message ID="0x8086000200301419"><![CDATA["[BUP-HECI] bup_mkhi_imr_size_handler()"]]></Message>
    <Message ID="0x808600020030141A"><![CDATA["[BUP-HECI] bup_mkhi_did_handler(): IMR Configuration Logic"]]></Message>
    <Message ID="0x808600020030141B"><![CDATA["[BUP-HECI] bup_mkhi_mbp_handler()"]]></Message>
    <Message ID="0x808600020030166D"><![CDATA["MBP (%x:%x) was set."]]></Message>
    <Message ID="0x8086000200301678"><![CDATA["[BUP_BIOSMSG_HECI] bup_mkhi_get_fw_type_handler. fw_type: %d, fw_sub_type: %d. "]]></Message>
    <Message ID="0x808600020030166E"><![CDATA["[BUP-HECI] bup_mkhi_get_ibb_sig_data_handler: IBB_sig file read failed. status = %d, bytes_read = %d"]]></Message>
    <Message ID="0x808600020030141C"><![CDATA["[BUP-HECI] bup_mkhi_eop_handler()"]]></Message>
    <Message ID="0x560002008C10D000"><![CDATA["[PERF],TMSC,%x,%d,%d,%d,%u,%u"]]></Message>
    <Message ID="0x560002008C10D001"><![CDATA["[PERF],TMEC,%x,%d,%d,%d,%u,%u"]]></Message>
    <Message ID="0x8086000200301404"><![CDATA["[BUP-HECI] Unknown MKHI message received, terminating."]]></Message>
    <Message ID="0x8086000200301742"><![CDATA["[BUP-HECI]  bup_mkhi_bootloader_get_seed_list_ex_handler : Wrong input: group id: %d, command: %d, size: %d"]]></Message>
    <Message ID="0x808600020030140D"><![CDATA["[BUP-HECI] bup_mkhi_set_boot_partition_handler: %d"]]></Message>
    <Message ID="0x808600020030140F"><![CDATA["[BUP-HECI] bup_mkhi_set_boot_partition_handler: RES %d"]]></Message>
    <Message ID="0x8086000200301432"><![CDATA["[BUP-HECI] bup_mkhi_get_debug_token_data_handler() start..."]]></Message>
    <Message ID="0x8086000200301433"><![CDATA["[BUP-HECI] bup_mkhi_get_debug_token_data_handler() - token id not found."]]></Message>
    <Message ID="0x8086000200301434"><![CDATA["[BUP-HECI] bup_mkhi_get_debug_token_data_handler() - debug token knobs snowball doesn't exist."]]></Message>
    <Message ID="0x8086000200301435"><![CDATA["[BUP-HECI] bup_mkhi_get_debug_token_data_handler() - invalid unlock_knob_id: 0x%x."]]></Message>
    <Message ID="0x8086000200301436"><![CDATA["[BUP-HECI] bup_mkhi_get_debug_token_data_handler() - adding knob data."]]></Message>
    <Message ID="0x8086000200301437"><![CDATA["[BUP-HECI] bup_mkhi_get_debug_token_data_handler() end. didn't find matching knob."]]></Message>
    <Message ID="0x808600020030140C"><![CDATA["[BOOT_PERF] set_perf_boot_time_stamp get invalid value"]]></Message>
    <Message ID="0x808600020030140B"><![CDATA["[BOOT_PERF] bup_snowball_bup_or_vfs_read failed to read snowball entry in bup_perf_boot_for_bios_read_snowball_entries function"]]></Message>
    <Message ID="0x8086000200301666"><![CDATA["MBP from flash contains FW_VER_NAME, when it shouldn't. Removing it and continue."]]></Message>
    <Message ID="0x8086000200301667"><![CDATA["MBP from flash contains BIOS_PLATFORM_KEY, when it shouldn't. Removing it and continue."]]></Message>
    <Message ID="0x808600020030165A"><![CDATA["MBP nvar cannot be read due to 0x%2x"]]></Message>
    <Message ID="0x808600020030165E"><![CDATA["MBP (%x:%x) item cannot be found in mbp buffer."]]></Message>
    <Message ID="0x808600020030165F"><![CDATA["MBP (%x:%x) start at 0x%08x."]]></Message>
    <Message ID="0x8086000200301677"><![CDATA["Error: Total MBP message length will be %d."]]></Message>
    <Message ID="0x8086000200301660"><![CDATA["MBP (%x:%x) item cannot be found in mbp buffer."]]></Message>
    <Message ID="0x808600020030166F"><![CDATA["bup_mbp_get_arb_svn_data: ArbSvn FPF read failed"]]></Message>
    <Message ID="0x8086000200301671"><![CDATA["bup_mbp_get_arb_svn_data: mca_arbsvn_fill_rom_info failed"]]></Message>
    <Message ID="0x8086000200301672"><![CDATA["bup_mbp_get_arb_svn_data: mca_arbsvn_fill_exchangeable_info failed"]]></Message>
    <Message ID="0x808600020030166A"><![CDATA["MBP (%x:%x)=(Major, Minor, Hotfix, Build): 0x%04x,0x%04x,0x%04x,0x%04x was set."]]></Message>
    <Message ID="0x808600020030166C"><![CDATA["MBP (%x:%x) was set."]]></Message>
    <Message ID="0x8086000200301670"><![CDATA["MBP (%x:%x)=0x%08x,... were  set."]]></Message>
    <Message ID="0x8086000200301697"><![CDATA["MBP (%x:%x)=0x%08x was set."]]></Message>
    <Message ID="0x8086000200301673"><![CDATA["MBP (%x:%x) was set."]]></Message>
    <Message ID="0x8086000200301675"><![CDATA["mg_copyfrom failed in bup_mbp_set(): (0x%x)"]]></Message>
    <Message ID="0x8086000200301676"><![CDATA["mg_copyto failed in bup_mbp_get(): (0x%x)"]]></Message>
    <Message ID="0x808600020030166B"><![CDATA["bup_biosmsg_ifwi_mbp_init_cb: bup_mbp_set failed"]]></Message>
    <Message ID="0x808600020030167C"><![CDATA["bup_biosmsg_abl_token_mbp_init_cb: no token ID found"]]></Message>
    <Message ID="0x808600020030167B"><![CDATA["bup_biosmsg_abl_token_mbp_init_cb: debug token knobs snowball not exists"]]></Message>
    <Message ID="0x808600020030167D"><![CDATA["bup_biosmsg_abl_token_mbp_init_cb: bup_mbp_set failed, status=%d"]]></Message>
    <Message ID="0x808600020030140A"><![CDATA["[BOOT_PERF] bup_mbp_set failed to add MBP item in bup_bios_mbp_boot_perf_t function"]]></Message>
    <Message ID="0x808600020030168A"><![CDATA["failed to validate DID message on S3 resume"]]></Message>
    <Message ID="0x808600020030165B"><![CDATA["mbp file does not exist"]]></Message>
    <Message ID="0x808600020030168D"><![CDATA["unexpected BIOS heci messages in recovery mode."]]></Message>
    <Message ID="0x80860002003016F1"><![CDATA["bup_heci_handoff returned with %d"]]></Message>
    <Message ID="0x8086000200301402"><![CDATA["[BUP_BIOSMSG] bup_biosmsg_cse_disable: Terminating HECI"]]></Message>
    <Message ID="0x8086000200301405"><![CDATA["[BUP_BIOSMSG] bup_biosmsg_cse_disable: Leaving HECI ON"]]></Message>
    <Message ID="0x8086000200301412"><![CDATA["[BUP_BIOS] BOOT_PHASE bup_biosmsg_did_timer_callback: DID Response Received, st %d"]]></Message>
    <Message ID="0x8086000200301413"><![CDATA["[BUP_BIOS] BOOT_PHASE bup_biosmsg_did_timer_callback: Start polling for DID"]]></Message>
    <Message ID="0x8086000200301414"><![CDATA["[BUP_BIOS] bup_biosmsg_did_timer_callback: Setting TMR FAILED, status %d"]]></Message>
    <Message ID="0x8086000200301415"><![CDATA["[BUP_BIOS] BOOT_PHASE bup_biosmsg_did_timer_callback: DID Terminated"]]></Message>
    <Message ID="0x8086000200301418"><![CDATA["[BUP_BIOS] BOOT_PHASE bup_biosmsg_did_timer_callback: DID TIMED OUT"]]></Message>
    <Message ID="0x8086000200301417"><![CDATA["[BUP_BIOS] bup_biosmsg_mkhi_handler_timer_callback: Starting to listen to MKHI messages"]]></Message>
    <Message ID="0x808600020030140E"><![CDATA["service_handle %x, caller_tid %x, request %x."]]></Message>
    <Message ID="0x8086000200301410"><![CDATA["Invalid MBP IOCTL: Request %d PID %d TID 0x%x Handle %d."]]></Message>
    <Message ID="0x8086000200301416"><![CDATA["ioctl_reply Error %x Request %d PID %d TID 0x%x Handle %d."]]></Message>
    <Message ID="0x8086000200301679"><![CDATA["mg_copyfrom failed in bup_biosmsg_ioctl_mkhi_common_handler(): (0x%x)"]]></Message>
    <Message ID="0x808600020030167A"><![CDATA["mg_copyto failed in bup_biosmsg_ioctl_mkhi_common_handler(): (0x%x)"]]></Message>
    <Message ID="0x8086000200301592"><![CDATA["Dram Init Done message received."]]></Message>
    <Message ID="0x8086000200301594"><![CDATA["bup_biosmsg_send_did_ack: Already responded ignore."]]></Message>
    <Message ID="0x8086000200301593"><![CDATA["bup_biosmsg_send_did_ack: Sending DID Ack."]]></Message>
    <Message ID="0x560002008C10C800"><![CDATA["[PERF],PF,%x,%d,%d,%d,%d,%d"]]></Message>
    <Message ID="0x560002008C10C801"><![CDATA["[PERF],SRAM_NO_UMA,%x,%d,%d,%u,%u"]]></Message>
    <Message ID="0x560002008C10C802"><![CDATA["[PERF],SRAM_NO_UMA_HEAP,%x,%d,%d,%u,%u"]]></Message>
    <Message ID="0x8086000200301000"><![CDATA["[GPIO] Initialization"]]></Message>
    <Message ID="0x8086000200301029"><![CDATA["[GPIO] setting gpp_e_4 to cse ownership, gpio mode with status:0x%x"]]></Message>
    <Message ID="0x8086000200301001"><![CDATA["[GPIO] Failed to open NVAR"]]></Message>
    <Message ID="0x8086000200301002"><![CDATA["[GPIO] No configuration provided"]]></Message>
    <Message ID="0x8086000200301003"><![CDATA["[GPIO] Invalid NVAR size (%d bytes)"]]></Message>
    <Message ID="0x8086000200301004"><![CDATA["[GPIO] file read failed: status = %d, offset = %d, bytes read = %d."]]></Message>
    <Message ID="0x8086000200301013"><![CDATA["[GPIO] Duplicate pin assignment! Grp (%d), Pad (%d)"]]></Message>
    <Message ID="0x8086000200301016"><![CDATA["[GPIO] Invalid config params provided: Grp (%d), Pad (%d). Skipped."]]></Message>
    <Message ID="0x8086000200301005"><![CDATA["[GPIO] Can't send context the main driver. Status = %d."]]></Message>
    <Message ID="0x8086000200301006"><![CDATA["[GPIO] Can't open the main driver."]]></Message>
    <Message ID="0x8086000200301017"><![CDATA["[GPIO] Get pin assignment failed, invalid parameter(s) provided. (usage %d)"]]></Message>
    <Message ID="0x8086000200301018"><![CDATA["[GPIO] No pad defined for the usage %d"]]></Message>
    <Message ID="0x808600020030101E"><![CDATA["[GPIO] Write failed, invalid parameters provided."]]></Message>
    <Message ID="0x8086000200301009"><![CDATA["[GPIO] Unable to set pad which is not GPIO OUTPUT."]]></Message>
    <Message ID="0x8086000200301019"><![CDATA["[GPIO] Read failed, invalid parameters provided."]]></Message>
    <Message ID="0x808600020030101A"><![CDATA["[GPIO] Config failed, invalid parameters provided."]]></Message>
    <Message ID="0x8086000200301022"><![CDATA["[GPIO] Invalid config flag provided (0x%x)."]]></Message>
    <Message ID="0x808600020030101B"><![CDATA["[GPIO] Get ownership failed, invalid parameters provided."]]></Message>
    <Message ID="0x808600020030101C"><![CDATA["[GPIO] Set ownership failed, invalid parameters provided."]]></Message>
    <Message ID="0x808600020030101D"><![CDATA["[GPIO] vwm enable failed, invalid parameters provided."]]></Message>
    <Message ID="0x8086000200303D93"><![CDATA["[BLOB_SERV] can't open SNOWBALL_REC_NAME_ROM_BIST snowball entry"]]></Message>
    <Message ID="0x8086000200303D96"><![CDATA["[BUP BLOB] INVALID KEY!!!  ROM BIST Data  0x%x    0x%x!!!"]]></Message>
    <Message ID="0x8086000200303C20"><![CDATA["[BUP] can't read from ICV_LIST_FILENO: status = %d"]]></Message>
    <Message ID="0x8086000200303C25"><![CDATA["[BUP] can't read FUSE_FILE_SOC_CL"]]></Message>
    <Message ID="0x8086000200303C3B"><![CDATA["[BUP] verify_debug_const_key() failed to get const key"]]></Message>
    <Message ID="0x8086000200303C28"><![CDATA["[BUP] SW Binding error return from retrieve_latest_hmac call status %d "]]></Message>
    <Message ID="0x8086000200303C23"><![CDATA["BUP STORAGE: The prev PCH HAMC does not match to the currnt HMAC. num of replaced PCH + %d"]]></Message>
    <Message ID="0x8086000200303C24"><![CDATA["BUP STORAGE: The prev PCH HAMC does not match.System above to the max of PCH replacement. num of replaced PCH + %d"]]></Message>
    <Message ID="0x8086000200303DE2"><![CDATA["[BUP_VFS] BUP is not allowed to read file 0x%x"]]></Message>
    <Message ID="0x8086000200303DDD"><![CDATA["[BUP_VFS] bup_vfs_init: starting init"]]></Message>
    <Message ID="0x8086000200303DE1"><![CDATA["[BUP_VFS] bup_vfs_init: skipping init since dfs is corrupted"]]></Message>
    <Message ID="0x8086000200303DDE"><![CDATA["[BUP_VFS] bup_vfs_init: finished init. vfs_initialized=%d"]]></Message>
    <Message ID="0x560002008C136C00"><![CDATA["[PERF],TME,%x,%d,%d,%d,%u,%u"]]></Message>
    <Message ID="0x560002008C136C01"><![CDATA["[PERF],TME,%x,%d,%d,%d,%u,%u"]]></Message>
    <Message ID="0x8086000200490982"><![CDATA["[BLOB_SERV] rpmc_start() - PL BUP recovery deleted file exist,  file no %d - ignore it!"]]></Message>
    <Message ID="0x8086000200490805"><![CDATA["[BLOB_SERV] failed to call blob_rpmc_get_ctr counter id  = %d. Error: %d"]]></Message>
    <Message ID="0x808600020049096F"><![CDATA["[BLOB_SERV] Error: PL recovery flow - BUP: power-loss before writing the file. do nothing"]]></Message>
    <Message ID="0x8086000200490974"><![CDATA["[BLOB_SERV] Error: PL BUP recovery deleted file exist,  file no %d - ignore it!"]]></Message>
    <Message ID="0x8086000200490E54"><![CDATA["[BUP STORAGE][VFS] failed to read unlock blob. status = %d"]]></Message>
    <Message ID="0x808600020049203D"><![CDATA["blobmgr_read() dfs_read failed. fileno: 0x%x status: 0x%x"]]></Message>
    <Message ID="0x8086000200492081"><![CDATA["[BUP] blob_get() Failed to verify blob icv, file 0x%x - status: %d "]]></Message>
    <Message ID="0x8086000200301C00"><![CDATA["[PTT] Register callback entry with buffer size:%d"]]></Message>
    <Message ID="0x8086000200301C01"><![CDATA["[PTT] Register callback entry while BUP PTT context is NULL"]]></Message>
    <Message ID="0x8086000200301C02"><![CDATA["[PTT] Register callback getting early BUP PTT context. PTT Enabled=%d, isInFailureMode=%d"]]></Message>
    <Message ID="0x8086000200301C03"><![CDATA["[PTT] FailureModeDescription: 0x%x"]]></Message>
    <Message ID="0x8086000200301C04"><![CDATA["[PTT] Register callback getting BUP PTT context"]]></Message>
    <Message ID="0x8086000200301C05"><![CDATA["[PTT] Register callback stopped BUP PTT timer: %d"]]></Message>
    <Message ID="0x8086000200301C06"><![CDATA["[PTT] Register callback exit. Status:%d"]]></Message>
    <Message ID="0x8086000200301C10"><![CDATA["[PTT] BUP PTT Unregister callback entry with context size:%d"]]></Message>
    <Message ID="0x8086000200301C11"><![CDATA["[PTT] BUP PTT Unregister callback exit status:%d"]]></Message>
    <Message ID="0x8086000200301C20"><![CDATA["[PTT] BUP PTT CSE Disabled Entry callback entry "]]></Message>
    <Message ID="0x8086000200301C21"><![CDATA["[PTT] BUP PTT CSE Disabled Entry callback exit with status:%d"]]></Message>
    <Message ID="0x8086000200301C30"><![CDATA["[PTT] BUP PTT CSE Transition Aabort Exit callback entry "]]></Message>
    <Message ID="0x8086000200301C31"><![CDATA["[PTT] BUP PTT CSE Transition Aabort Exit callback exit with status:%d"]]></Message>
    <Message ID="0x8086000200301C40"><![CDATA["[PTT] BUP PTT CSE Shutdown Entry callback entry "]]></Message>
    <Message ID="0x8086000200301C41"><![CDATA["[PTT] BUP PTT CSE Shutdown Entry callback exit"]]></Message>
    <Message ID="0x8086000200301C50"><![CDATA["[PTT] BUP PTT Prep Host Boot callback entry "]]></Message>
    <Message ID="0x8086000200301C51"><![CDATA["[PTT] BUP PTT Prep Host Boot callback: BUP PTT context is not null. Returning "]]></Message>
    <Message ID="0x8086000200301C52"><![CDATA["[PTT] BUP PTT Prep Host Boot callback: error getting Power context "]]></Message>
    <Message ID="0x8086000200301C53"><![CDATA["[PTT] BUP PTT Prep Host Boot callback: CSE Destination State=%d is not CM0. Not Starting PTT."]]></Message>
    <Message ID="0x8086000200301C54"><![CDATA["[PTT] BUP TPM Init failed, returning status=%d"]]></Message>
    <Message ID="0x8086000200301C55"><![CDATA["[PTT] BUP TPM prepare failed, returning status=%d"]]></Message>
    <Message ID="0x8086000200301C56"><![CDATA["[PTT] BUP PTT Prep Host Boot callback: PTT is not enabled. Returning "]]></Message>
    <Message ID="0x8086000200301C57"><![CDATA["[PTT] BUP PTT Prep Host Boot callback exit with status:%d"]]></Message>
    <Message ID="0x8086000200301C60"><![CDATA["[PTT] Host Boot Exit callback entry"]]></Message>
    <Message ID="0x8086000200301C65"><![CDATA["[PTT] Host Boot Exit callback: Context is not allocated on entry. Returning"]]></Message>
    <Message ID="0x8086000200301C61"><![CDATA["[PTT] Host Boot Exit callback: BUP PTT Init Succeded"]]></Message>
    <Message ID="0x8086000200301C62"><![CDATA["[PTT] Host Boot Exit callback: BUP PTT Start failed with status:%d"]]></Message>
    <Message ID="0x8086000200301C63"><![CDATA["[PTT] Host Boot Exit callback: BUP PTT Init failed disable all TPMs"]]></Message>
    <Message ID="0x8086000200301C64"><![CDATA["[PTT] Host Boot Exit callback: exit with status:%d"]]></Message>
    <Message ID="0x8086000200301C70"><![CDATA["[PTT] CSE Reset callback entry"]]></Message>
    <Message ID="0x8086000200301C71"><![CDATA["[PTT] CSE Reset callback: get power management context failed res=%d"]]></Message>
    <Message ID="0x8086000200301C72"><![CDATA["[PTT] CSE Reset callback: power flow cause code=%d is not CSE reset. Returning"]]></Message>
    <Message ID="0x8086000200301C73"><![CDATA["[PTT] CSE Reset callback: destinatiion power _state code=%d is not CM0 or CM0_NU. Returning"]]></Message>
    <Message ID="0x8086000200301C74"><![CDATA["[PTT] CSE Reset callback: BUP PTT Init failed with status=%d"]]></Message>
    <Message ID="0x8086000200301C75"><![CDATA["[PTT] CSE Reset callback: disable all TPMs"]]></Message>
    <Message ID="0x8086000200301C76"><![CDATA["[PTT] CSE Reset callback: BUP TPM Prepare failed with status=%d"]]></Message>
    <Message ID="0x8086000200301C77"><![CDATA["[PTT][BUP] PTT CSE Reset callback: PTT is not enabled. Returning"]]></Message>
    <Message ID="0x8086000200301C78"><![CDATA["[PTT] CSE Reset callback: BUP TPM Start failed with status=%d"]]></Message>
    <Message ID="0x8086000200301C79"><![CDATA["[PTT] CSE Reset callback: exit with status:%d"]]></Message>
    <Message ID="0x8086000200301C90"><![CDATA["[PTT] Init callback entry"]]></Message>
    <Message ID="0x8086000200301CD1"><![CDATA["[PTT] Tpm Command: Command Header: tag = 0x%x, commandSize = 0x%x, commandCode = 0x%x"]]></Message>
    <Message ID="0x8086000200301CD2"><![CDATA["[PTT] Processing Tpm Command exit: Response Header: tag = 0x%x, responseSize = 0x%x, responseCode = 0x%x"]]></Message>
    <Message ID="0x8086000200301D50"><![CDATA["[PTT][CRB] LOC_CTRL_%d changed: %08X "]]></Message>
    <Message ID="0x8086000200301D51"><![CDATA["[PTT][CRB] LOC_STATE: 0x%08X "]]></Message>
    <Message ID="0x8086000200301D52"><![CDATA["[PTT][CRB] loc%d: | LOC_CTRL 0x%08X | LOC_STS 0x%08X "]]></Message>
    <Message ID="0x560002008C12F800"><![CDATA["[PERF],TMS,%x,%d,%d,%d,%u,%u"]]></Message>
    <Message ID="0x8086000200301CE0"><![CDATA["[PTT] Processing Tpm Command: ptt_hci_get_command_data failed status:%d"]]></Message>
    <Message ID="0x8086000200301CE1"><![CDATA["[PTT] ExecuteCommand returned 0X%X, Resp Len %d"]]></Message>
    <Message ID="0x8086000200301CE2"><![CDATA["[PTT] Unsupported in BUP PTT Command defered to Main PTT"]]></Message>
    <Message ID="0x8086000200301CE3"><![CDATA["[PTT] Processing Tpm Command exit status:%d"]]></Message>
    <Message ID="0x560002008C12F801"><![CDATA["[PERF],TMET,%x,%d,%d,%d,%u"]]></Message>
    <Message ID="0x560002008C12A000"><![CDATA["[PERF],TMP,%x,%d,%d,%d,%u"]]></Message>
    <Message ID="0x8086000200301CD3"><![CDATA["[PTT] Failure mode in PKTPM (after MeReset) Description:0x%X;"]]></Message>
    <Message ID="0x8086000200301CD4"><![CDATA["[PTT] Failure mode in PKTPM (Non Critical) Description:0x%X;"]]></Message>
    <Message ID="0x8086000200301CD0"><![CDATA["[PTT] Failure mode in PKTPM. Description:0x%X;"]]></Message>
    <Message ID="0x8086000200301CCB"><![CDATA["[PTT] ACM Error bit is set "]]></Message>
    <Message ID="0x8086000200301CCC"><![CDATA["[PTT] CRB registers disabled 0x%08X "]]></Message>
    <Message ID="0x8086000200301CCA"><![CDATA["[PTT] Checked if PTT enabled: Status=%X, IsEnabled=%d"]]></Message>
    <Message ID="0x8086000200301CF0"><![CDATA["[PTT] Go Idle request detected"]]></Message>
    <Message ID="0x8086000200301CF1"><![CDATA["[PTT] Command Ready request detected"]]></Message>
    <Message ID="0x8086000200301CF2"><![CDATA["Host has written to the start register [0x%08X]"]]></Message>
    <Message ID="0x8086000200301CC0"><![CDATA["[PTT] BUP TpmStop timer is active. Deleting"]]></Message>
    <Message ID="0x8086000200301CC1"><![CDATA["[PTT] BUP TpmStop timer deleting failed with status:%d"]]></Message>
    <Message ID="0x8086000200301CC2"><![CDATA["[PTT] BUP PTT Allocated Memory Released"]]></Message>
    <Message ID="0x8086000200301CC3"><![CDATA["[PTT] g_ptt_snowball_ptr is null"]]></Message>
    <Message ID="0x8086000200301CB0"><![CDATA["[PTT] BUP TPM Context is not allocated. Exiting"]]></Message>
    <Message ID="0x8086000200301CB1"><![CDATA["[PTT] TPM is not enabled"]]></Message>
    <Message ID="0x8086000200301CB2"><![CDATA["[PTT] BUP TPM timer initialization failed. Result:%d"]]></Message>
    <Message ID="0x8086000200301CB3"><![CDATA["[PTT] Timer started. Status: %d. Timer callback init status: %d"]]></Message>
    <Message ID="0x8086000200301CA0"><![CDATA["[PTT] BUP TPM Prepare: BUP PTT context is not allocated. Returning"]]></Message>
    <Message ID="0x8086000200301CA1"><![CDATA["[PTT] TPM is not enabled. Returning"]]></Message>
    <Message ID="0x8086000200301CA2"><![CDATA["[PTT] Prepare exit with status:%d. Storage single headed flag is %d"]]></Message>
    <Message ID="0x8086000200301C91"><![CDATA["[PTT] BUP TPM Init failed in memory allocation"]]></Message>
    <Message ID="0x8086000200301C94"><![CDATA["[PTT] BUP PTT Init finished with status:%d"]]></Message>
    <Message ID="0x8086000200301CB4"><![CDATA["[PTT] NV one or more file Not found. May be first boot"]]></Message>
    <Message ID="0x8086000200301CB5"><![CDATA["[PTT] Alg set changed. Init NV to default"]]></Message>
    <Message ID="0x8086000200301CB6"><![CDATA["[PTT] bup nv init completed with profile=%d, init_to_default=%d "]]></Message>
    <Message ID="0x8086000200301CB7"><![CDATA["[PTT] Error in BUP Get NV Data: status=%d, file_index=%d"]]></Message>
    <Message ID="0x8086000200303DEA"><![CDATA["is_eom_flow_expected: getfileinfo failed. status=%"]]></Message>
    <Message ID="0x8086000200303DD6"><![CDATA["set_nvars_deployed: pch replacement detected. deployed=%"]]></Message>
    <Message ID="0x8086000200303DDC"><![CDATA["set_nvars_deployed: failed checking dfs_deploy file. status=%d"]]></Message>
    <Message ID="0x8086000200303DD7"><![CDATA["set_nvars_deployed: checked dfs_deployed file. deployed=%d"]]></Message>
    <Message ID="0x8086000200303DD8"><![CDATA["bup_mca_is_read_from_intel_fitc: initializing intel/fitc, nvars_deployed=false"]]></Message>
    <Message ID="0x8086000200303DDB"><![CDATA["bup_mca_is_read_from_intel_fitc: NOT initializing intel/fitc"]]></Message>
    <Message ID="0x8086000200303DDF"><![CDATA["[BUP_MCA] bup_mca_init: starting init"]]></Message>
    <Message ID="0x8086000200303DB0"><![CDATA["bup_mca_init: Checked if first boot. status=%d, mca_ctx.nvars_deployed=%d"]]></Message>
    <Message ID="0x8086000200303DAC"><![CDATA["bup_mca_init: Read and checked intel/fitc cfg. status=%d"]]></Message>
    <Message ID="0x8086000200303DE5"><![CDATA["bup_mca_init: checked commit file. status=%d, commit_file_exists=%d"]]></Message>
    <Message ID="0x8086000200303DE6"><![CDATA["bup_mca_init: checked rtfd. status=%d, rtfd_boot=%d"]]></Message>
    <Message ID="0x8086000200303DAE"><![CDATA["bup_mca_init: hw_binding=%d. status=%d"]]></Message>
    <Message ID="0x8086000200303DE7"><![CDATA["bup_mca_init: checked EOM file value. status=%d, eom=%d"]]></Message>
    <Message ID="0x8086000200303DF0"><![CDATA["bup_mca_init: called bup_storage_is_single_headed_device. status=%d, single_headed=%d"]]></Message>
    <Message ID="0x8086000200303DE0"><![CDATA["[BUP_MCA] bup_mca_init: finished init. mca_initialized=%d"]]></Message>
    <Message ID="0x8086000200303E15"><![CDATA["[BUP_MCA] bup_mca_register_callback: mca_boot requested global reset. calling bup_maestro to do global reset"]]></Message>
    <Message ID="0x8086000200303D26"><![CDATA["[BUP_STORAGE] Failed to get intel.cfg file size"]]></Message>
    <Message ID="0x8086000200303D3E"><![CDATA["[BUP_STORAGE] Failed to read intel.cfg number of files"]]></Message>
    <Message ID="0x8086000200303D29"><![CDATA["[BUP_STORAGE] too many files in intel.cfg. num files=%d"]]></Message>
    <Message ID="0x8086000200303D2A"><![CDATA["[BUP_STORAGE] intel.cfg size is too big. size=%d"]]></Message>
    <Message ID="0x8086000200303D2B"><![CDATA["[BUP_STORAGE] Failed to malloc intel cfg attributes"]]></Message>
    <Message ID="0x8086000200303D2C"><![CDATA["[BUP_STORAGE] failed allocating space for nvars_sha"]]></Message>
    <Message ID="0x8086000200303D2E"><![CDATA["[BUP_STORAGE] failed reading intel.cfg. status=%d"]]></Message>
    <Message ID="0x8086000200303D2F"><![CDATA["[BUP_STORAGE] failed hash on attributes"]]></Message>
    <Message ID="0x8086000200303D27"><![CDATA["[BUP_STORAGE] Failed to malloc NVAR_DATA_SHA_SIZE"]]></Message>
    <Message ID="0x8086000200303D31"><![CDATA["[BUP_STORAGE] failed reading 1k from intel.cfg. status=%d"]]></Message>
    <Message ID="0x8086000200303D32"><![CDATA["[BUP_STORAGE] failed crypto_hash_simple"]]></Message>
    <Message ID="0x8086000200303D33"><![CDATA["[BUP_STORAGE] failed hash on nvars_data"]]></Message>
    <Message ID="0x8086000200303D34"><![CDATA["[BUP_STORAGE] crypto_hash_resume failed"]]></Message>
    <Message ID="0x8086000200303D35"><![CDATA["[BUP_STORAGE] crypto_get_hash failed"]]></Message>
    <Message ID="0x8086000200303D36"><![CDATA["[BUP_STORAGE] failed validating intel.cfg file"]]></Message>
    <Message ID="0x8086000200303D39"><![CDATA["[BUP_STORAGE] failed reading fitc.cfg file. status=%d"]]></Message>
    <Message ID="0x8086000200303D3A"><![CDATA["[BUP_STORAGE] too many files in fitc.cfg num files=%d"]]></Message>
    <Message ID="0x8086000200303D3B"><![CDATA["[BUP_STORAGE] failed malloc fitc attributes"]]></Message>
    <Message ID="0x8086000200303D3D"><![CDATA["[BUP_STORAGE] failed reading fitc.cfg file. status=%d"]]></Message>
    <Message ID="0x8086000200303D3F"><![CDATA["[BUP_STORAGE] successfully validated intel.cfg hash"]]></Message>
    <Message ID="0x8086000200303DEE"><![CDATA["[BUP_MCA] is_file_exist: bup_vfs_getFileInfo failed. status=%d "]]></Message>
    <Message ID="0x8086000200303DEF"><![CDATA["[BUP_MCA] is_file_exist: bup_vfs_read failed"]]></Message>
    <Message ID="0x560002008C0FC800"><![CDATA["[PERF],TMS,%x,%d,%d,%d,%u,%u"]]></Message>
    <Message ID="0x560002008C0FC801"><![CDATA["[PERF],TME,%x,%d,%d,%d,%u,%u"]]></Message>
    <Message ID="0x560002008C0FC802"><![CDATA["[PERF],TME,%x,%d,%d,%d,%u,%u"]]></Message>
    <Message ID="0x560002808C0FFC00"><![CDATA["VerifyManifest2K: Public key hash mismatch detected - Ignoring (set by OEM Debug Token)"]]></Message>
    <Message ID="0x560002808C0FFC01"><![CDATA["VerifyManifest3K: Public key hash mismatch detected - Ignoring (set by OEM Debug Token)"]]></Message>
    <Message ID="0x8086000200321000"><![CDATA["[VDM_MINI_DRIVER] VdmMiniDriverInitHw: VDM is in use"]]></Message>
    <Message ID="0x8086000200321012"><![CDATA["[VDM_MINI_DRIVER] VdmMiniDriverInitHw: dmaLock failed"]]></Message>
    <Message ID="0x8086000200321005"><![CDATA["[VDM_MINI_DRIVER] VdmMiniDriverInitHw: RXMSGBASE value after init is 0"]]></Message>
    <Message ID="0x8086000200321007"><![CDATA["[VDM_MINI_DRIVER] VdmMiniDriverUninitHw: VDM is not configured"]]></Message>
    <Message ID="0x8086000200321008"><![CDATA["[VDM_MINI_DRIVER] VdmMiniDriverUninitHw: ring buffer address is not as expected"]]></Message>
    <Message ID="0x808600020032100B"><![CDATA["[VDM_MINI_DRIVER] VdmMiniDriverRxMsg: started, Offset (%u) or Data (%u) are 0, "]]></Message>
    <Message ID="0x808600020032100C"><![CDATA["[VDM_MINI_DRIVER] VdmMiniDriverRxMsg: polling for the interrupt status bit timed out (timeout = %u) mSec"]]></Message>
    <Message ID="0x808600020032100D"><![CDATA["[VDM_MINI_DRIVER] VdmMiniDriverRxMsg: got un-expected interrupt status 0x%x"]]></Message>
    <Message ID="0x808600020032100F"><![CDATA["[VDM_MINI_DRIVER] VdmMiniDriverRxMsg: after recevied interrupt it seems that no messages in the ring buffer"]]></Message>
    <Message ID="0x8086000200321014"><![CDATA["[VDM_MINI_DRIVER] VdmMiniDriverRxMsg: un-expected msg length: %d"]]></Message>
    <Message ID="0x8086000200321015"><![CDATA["[VDM_MINI_DRIVER] VdmMiniDriverRxMsg: un-expected msg code: %d"]]></Message>
    <Message ID="0x8086000200321016"><![CDATA["[VDM_MINI_DRIVER] VdmMiniDriverRxMsg: un-expected vdm code: %d"]]></Message>
    <Message ID="0x8086000200321011"><![CDATA["[VDM_MINI_DRIVER] dmaLock: mg_create_by_pid FAILED for in_grant_id"]]></Message>
    <Message ID="0x8086000200321010"><![CDATA["[VDM_MINI_DRIVER] dmaLock: sys_mem_dma_lock failed; res = %d"]]></Message>
    <Message ID="0x808600020032101A"><![CDATA["[VDM_MINI_DRIVER] dmaUnlock: mg_revoke failed; res = %d"]]></Message>
    <Message ID="0x8086000200321017"><![CDATA["[VDM_MINI_DRIVER] dmaUnlock: sys_mem_dma_unlock failed; res = %d"]]></Message>
    <Message ID="0x8086000200440832"><![CDATA["storage_read_susram_file: error- Invalid parameter"]]></Message>
    <Message ID="0x8086000200440833"><![CDATA["storage_read_susram_file: error- Can't call vfs APIs at this stage!"]]></Message>
    <Message ID="0x8086000200444001"><![CDATA["storage error: ioctl read operation - illegal partition/region index, minor=%d"]]></Message>
    <Message ID="0x8086000200444002"><![CDATA["storage error: ioctl read operation - illegal partition/region index"]]></Message>
    <Message ID="0x8086000200444003"><![CDATA["storage error: ioctl read operation - illegal partition/region index"]]></Message>
    <Message ID="0x8086000200444004"><![CDATA["storage error: ioctl read operation - partition is locked!"]]></Message>
    <Message ID="0x8086000200444005"><![CDATA["storage error: ioctl write operation - illegal partition/region index"]]></Message>
    <Message ID="0x8086000200444006"><![CDATA["storage error: ioctl write operation - partition is locked!"]]></Message>
    <Message ID="0x8086000200444007"><![CDATA["storage error: ioctl write operation - could not copy from grant! result is : %d"]]></Message>
    <Message ID="0x8086000200444008"><![CDATA["storage error: ioctl write operation - could not write to flash!"]]></Message>
    <Message ID="0x8086000200444009"><![CDATA["storage error: ioctl read operation - illegal partition/region index"]]></Message>
    <Message ID="0x808600020044400A"><![CDATA["storage error: erase block operation - size must by a multipication of erase block size!"]]></Message>
    <Message ID="0x808600020044400B"><![CDATA["storage error: ioctl erase operation - partition is locked!"]]></Message>
    <Message ID="0x808600020044400C"><![CDATA["storage error: fpm_get_sub_pt_index returns invalid prt_idx"]]></Message>
    <Message ID="0x560003088C0F8800"><![CDATA["spi_erase_block erased a block of size %d"]]></Message>
    <Message ID="0x808600020044400D"><![CDATA["storage error: ioctl get_partition_info operation - illegal partition/region index"]]></Message>
    <Message ID="0x8086000200303C3C"><![CDATA["[BUP_PM] bup_verify_manifest_fw_type: failed to read manifest extension"]]></Message>
    <Message ID="0x8086000200303C3D"><![CDATA["[BUP_PM] bup_verify_manifest_fw_type: fw type comparison failed, status=%d, fpf fwtype=%d, manifest fwtype=%d"]]></Message>
    <Message ID="0x8086000200303E01"><![CDATA["[BUP_STORAGE] bup_storage_flash_desc_verify: SNOWBALL_REC_NAME_FDV_DATA doesn't exist"]]></Message>
    <Message ID="0x8086000200303E02"><![CDATA["[BUP_STORAGE] bup_storage_flash_desc_verify: flash descriptor feature is disabled FdvData->stage = %d."]]></Message>
    <Message ID="0x8086000200303DFF"><![CDATA["[BUP_STORAGE] bup_storage_flash_desc_verify: ERROR flash descriptor phase is not FD0_STAGE_PASSED FdvData->stage = %d."]]></Message>
    <Message ID="0x8086000200303E00"><![CDATA["[BUP_STORAGE] bup_storage_flash_desc_verify: Flash Descriptor size is NOT 4KB!!! status = %d."]]></Message>
    <Message ID="0x8086000200303DFE"><![CDATA["[BUP_STORAGE] bup_storage_flash_desc_verify: failed to malloc fdv_buffer"]]></Message>
    <Message ID="0x8086000200303E07"><![CDATA["[BUP_STORAGE] bup_storage_flash_desc_verify: FDV is disabled"]]></Message>
    <Message ID="0x8086000200441868"><![CDATA["bup_storage_mark_data_restored_status: failed to read entry status = %d"]]></Message>
    <Message ID="0x8086000200441869"><![CDATA["bup_storage_mark_data_restored_status: failed to write back entry status = %d"]]></Message>
    <Message ID="0x808600020044186A"><![CDATA[" bup_storage_mark_data_restored_status: restore was done"]]></Message>
    <Message ID="0x8086000200303DAB"><![CDATA["BUP_STORAGE: starting init"]]></Message>
    <Message ID="0x8086000200303D9D"><![CDATA[" Some SPI write protection seem to be enabled"]]></Message>
    <Message ID="0x8086000200303DA7"><![CDATA[" Starting BUP DFS init"]]></Message>
    <Message ID="0x8086000200303DAA"><![CDATA["BUP_STORAGE: finished bup storage init"]]></Message>
    <Message ID="0x8086000200303DEB"><![CDATA["BUP_STORAGE: starting bup_storage_register_callback"]]></Message>
    <Message ID="0x8086000200303DED"><![CDATA["BUP_STORAGE: init bup vfs materials"]]></Message>
    <Message ID="0x8086000200303DF8"><![CDATA["BUP_STORAGE: init bup mca materials"]]></Message>
    <Message ID="0x8086000200303DFD"><![CDATA["BUP_STORAGE: freeing resources"]]></Message>
    <Message ID="0x8086000200303DFB"><![CDATA["BUP_STORAGE: Os_driver_on"]]></Message>
    <Message ID="0x8086000200303DFC"><![CDATA["BUP_STORAGE: finished register callback. status=%d"]]></Message>
    <Message ID="0x8086000200303D38"><![CDATA["[BUP_STORAGE] bup_intel_fitc_cfg_perform_get_size: intel doesn't exist"]]></Message>
    <Message ID="0x8086000200303D90"><![CDATA["[BUP_STORAGE] bup_intel_fitc_cfg_perform_read: fitc index doesn't exist"]]></Message>
    <Message ID="0x8086000200303E19"><![CDATA["[BUP_STORAGE]: bup_intel_fitc_cfg_perform_read: Failed opening cfg_files specail file., errno=%d"]]></Message>
    <Message ID="0x8086000200303E1A"><![CDATA["[BUP_STORAGE]: bup_intel_fitc_cfg_perform_read: Failed reading cfg file. status=%d"]]></Message>
    <Message ID="0x8086000200303D28"><![CDATA["[BUP_STORAGE] bup_intel_fitc_cfg_perform_read: Failed to create grant"]]></Message>
    <Message ID="0x8086000200303D7B"><![CDATA["[BUP_STORAGE] bup_intel_fitc_cfg_perform_read: intel_cfg doesn't exist"]]></Message>
    <Message ID="0x8086000200303D7A"><![CDATA["[BUP_STORAGE] bup_intel_fitc_cfg_perform_read: fitc index doesn't exist"]]></Message>
    <Message ID="0x8086000200303D6C"><![CDATA["[BUP_STORAGE] set_hmac_key: failed calc_hmac. status=%d, counter_id=%d"]]></Message>
    <Message ID="0x8086000200303D6A"><![CDATA["[BUP_STORAGE] update_hmac_key: failed crypto_sks_install_wrapped_key. status=%d"]]></Message>
    <Message ID="0x8086000200303D6B"><![CDATA["[BUP_STORAGE] update_hmac_key: failed set_hmac_key. status=%d"]]></Message>
    <Message ID="0x8086000200303D5F"><![CDATA["[BUP_STORAGE] provision_root_key: crypto_sks_wrap_key failed. counter_id=%d, status=%d"]]></Message>
    <Message ID="0x8086000200303D60"><![CDATA["[BUP_STORAGE] provision_root_key: crypto_sks_install_wrapped_key failed. counter_id=%d, status=%d"]]></Message>
    <Message ID="0x8086000200303D61"><![CDATA["[BUP_STORAGE] provision_root_key: calc_hmac failed. counter_id=%d, status=%d"]]></Message>
    <Message ID="0x8086000200303D65"><![CDATA["[BUP_STORAGE] provision_root_key: SpiRpmcRunOp1Command. counter_id=%d, status=%d"]]></Message>
    <Message ID="0x8086000200303D63"><![CDATA["[BUP_STORAGE] provision_root_key: Succeeded!. counter_id=%d"]]></Message>
    <Message ID="0x8086000200303D64"><![CDATA["[BUP_STORAGE] provision_root_key: SpiRpmcRunOp1Command got failure from flash. counter_id=%d, extendedStatus=%d"]]></Message>
    <Message ID="0x8086000200303D62"><![CDATA["[BUP_STORAGE] provision_root_key: crypto_sks_uninstall_wrapped_key failed. counter_id=%d, status=%d"]]></Message>
    <Message ID="0x8086000200303D66"><![CDATA["[BUP_STORAGE] prepare_rom_root_keys: wrong entry size in snowball. entry_size=%d, "]]></Message>
    <Message ID="0x8086000200303D67"><![CDATA["[BUP_STORAGE] prepare_test_keys: failed crypto_hmac_simple. status=%d, "]]></Message>
    <Message ID="0x8086000200303D68"><![CDATA["[BUP_STORAGE] prepare_test_keys: failed crypto_sks_wrap_key. status=%d, "]]></Message>
    <Message ID="0x8086000200303D69"><![CDATA["[BUP_STORAGE] memguard_decrypt: failed crypto_decrypt_with_memguard_key"]]></Message>
    <Message ID="0x8086000200303D5C"><![CDATA["[BUP_STORAGE] failed updating hmac key. status=%d"]]></Message>
    <Message ID="0x8086000200303D4C"><![CDATA["[BUP_STORAGE] do_pairing: provisioning RPMC! counter_id=%d"]]></Message>
    <Message ID="0x8086000200303D5D"><![CDATA["[BUP_STORAGE] do_pairing: updating HMAC key! counter_id=%d"]]></Message>
    <Message ID="0x8086000200303D5E"><![CDATA["[BUP_STORAGE] do_pairing: updating susram for mca to burn. value=%d"]]></Message>
    <Message ID="0x8086000200303D5B"><![CDATA["[BUP_STORAGE] failed writing rpmc counter to susram. status=%d"]]></Message>
    <Message ID="0x8086000200303D53"><![CDATA["[BUP_STORAGE] rpmc_is_rebind_allowed: failed reading rpmc rebind allowed fuse. status=%d"]]></Message>
    <Message ID="0x8086000200303DCC"><![CDATA["[BUP_STORAGE] rpmc_get_rom_keys: failed getting chipset keys from snowball"]]></Message>
    <Message ID="0x8086000200303DCD"><![CDATA["[BUP_STORAGE] rpmc_get_rom_keys: gettng 4 keys from chipset keys"]]></Message>
    <Message ID="0x8086000200303DCF"><![CDATA["[BUP_STORAGE] rpmc_get_rom_keys: copy root keys  from chipset snowball"]]></Message>
    <Message ID="0x8086000200303DCE"><![CDATA["[BUP_STORAGE] rpmc_get_rom_keys: gettng two keys from chipset keys and two from debug"]]></Message>
    <Message ID="0x8086000200303DD0"><![CDATA["[BUP_STORAGE] rpmc_get_rom_keys: failed getting debug keys from snowball"]]></Message>
    <Message ID="0x8086000200303E14"><![CDATA["[BUP_STORAGE] rpmc_get_rom_hmac_keys: rpmc_get_rom_hmac_keys failed. status=%d, fixed_size=%d"]]></Message>
    <Message ID="0x8086000200303E08"><![CDATA["[BUP_STORAGE] rpmc_update_rom_hmac_keys: rpmc_get_rom_hmac_keys failed. status=%d"]]></Message>
    <Message ID="0x8086000200303E09"><![CDATA["[BUP_STORAGE] rpmc_update_rom_hmac_keys: update_hmac_keys failed. status=%d"]]></Message>
    <Message ID="0x8086000200303E0A"><![CDATA["[BUP_STORAGE] rpmc_is_rebind_needed: rpmc_is_rebind_allowed failed. status=%d"]]></Message>
    <Message ID="0x8086000200303E0C"><![CDATA["[BUP_STORAGE] rpmc_is_rebind_needed: status=%d, rebind_allowed=%d"]]></Message>
    <Message ID="0x8086000200303E0D"><![CDATA["[BUP_STORAGE] rpmc_is_blob_seed_exist: blob seed exist"]]></Message>
    <Message ID="0x8086000200303E0E"><![CDATA["[BUP_STORAGE] rpmc_is_blob_seed_exist: blob seed doesn't exist- first boot"]]></Message>
    <Message ID="0x8086000200303E0F"><![CDATA["[BUP_STORAGE] rpmc_is_blob_seed_exist: failed reading blob seed status=%d"]]></Message>
    <Message ID="0x8086000200303E10"><![CDATA["[BUP_STORAGE] rpmc_is_fall_to_prtc_in_rebind_expected: failed rpmc_is_rebind_needed. status=%d"]]></Message>
    <Message ID="0x8086000200303E11"><![CDATA["[BUP_STORAGE] rpmc_is_fall_to_prtc_in_rebind_expected: failed rpmc_is_files_already_written. status=%d"]]></Message>
    <Message ID="0x8086000200303E12"><![CDATA["[BUP_STORAGE] rpmc_is_fall_to_prtc_in_rebind_expected: fall to prtc expected!"]]></Message>
    <Message ID="0x8086000200303D42"><![CDATA["[BUP_STORAGE] rpmc_pre_init: Starting RPMC init"]]></Message>
    <Message ID="0x8086000200303D43"><![CDATA["[BUP_STORAGE] rpmc_pre_init: flash is not RPMC capable"]]></Message>
    <Message ID="0x8086000200303D44"><![CDATA["[BUP_STORAGE] rpmc_pre_init: Not enough RPMC counters"]]></Message>
    <Message ID="0x8086000200303D47"><![CDATA["[BUP_STORAGE] rpmc_pre_init: flash supports RPMC"]]></Message>
    <Message ID="0x8086000200303D45"><![CDATA["[BUP_STORAGE] rpmc_pre_init: failed reading is rpmc supported fuse"]]></Message>
    <Message ID="0x8086000200303D46"><![CDATA["[BUP_STORAGE] rpmc_pre_init: RPMC is not supported in fuses"]]></Message>
    <Message ID="0x8086000200303D4A"><![CDATA["[BUP_STORAGE] rpmc_init"]]></Message>
    <Message ID="0x8086000200303D49"><![CDATA["[BUP_STORAGE] rpmc_init: failed reading rpmc counter from susram"]]></Message>
    <Message ID="0x8086000200303DD3"><![CDATA["[BUP_STORAGE] rpmc_init: failed reading rpmc binding counter from fpf"]]></Message>
    <Message ID="0x8086000200303DD4"><![CDATA["[BUP_STORAGE] rpmc_init: phase two"]]></Message>
    <Message ID="0x8086000200303D4D"><![CDATA["[BUP_STORAGE] rpmc_init: Pairing with real key!"]]></Message>
    <Message ID="0x8086000200303D4E"><![CDATA["[BUP_STORAGE] rpmc_init: Pairing with test key!"]]></Message>
    <Message ID="0x8086000200303D4F"><![CDATA["[BUP_STORAGE] rpmc_init: failed preparing keys"]]></Message>
    <Message ID="0x8086000200303DF5"><![CDATA["[BUP_STORAGE] rpmc_init: rp_biding counter is:%d"]]></Message>
    <Message ID="0x8086000200303DD1"><![CDATA["[BUP_STORAGE] rpmc_init: sfs_rp_binding_counter counter is:0"]]></Message>
    <Message ID="0x8086000200303D54"><![CDATA["[BUP_STORAGE] rpmc_init: Rebind needed!"]]></Message>
    <Message ID="0x8086000200303D56"><![CDATA["[BUP_STORAGE] rpmc_init: can't rebind. rebind_allowed=%d, rp_binding_counter=%d"]]></Message>
    <Message ID="0x8086000200303D57"><![CDATA["[BUP_STORAGE] rpmc_init: failed setting susram counter. status=%d"]]></Message>
    <Message ID="0x8086000200303D52"><![CDATA["[BUP_STORAGE] rpmc_init: trigering rebind!"]]></Message>
    <Message ID="0x8086000200303D58"><![CDATA["[BUP_STORAGE] rpmc_init: Doing rebind!"]]></Message>
    <Message ID="0x8086000200303D59"><![CDATA["[BUP_STORAGE] rpmc_init: failed prepare_rom_root_keys"]]></Message>
    <Message ID="0x8086000200303DF1"><![CDATA["[BUP_STORAGE] rpmc_init: invalid rpmc counters values: susram_counter=%d, fpf_counter=%d"]]></Message>
    <Message ID="0x8086000200303D6D"><![CDATA["[BUP_STORAGE] rpmc_init: Finished! status=%d"]]></Message>
    <Message ID="0x8086000200303D5A"><![CDATA["[BUP_STORAGE] rpmc_init: RPMC capable=%d"]]></Message>
    <Message ID="0x8086000200303DF3"><![CDATA["[BUP_STORAGE]: failed reading rpmc counter to susram"]]></Message>
    <Message ID="0x8086000200303DF2"><![CDATA["[BUP_STORAGE]: failed writing rpmc counter to susram"]]></Message>
    <Message ID="0x8086000200443019"><![CDATA["[BUP_STORAGE][RPMC] bup_storage_get_rpmc_fpf_counter: failed reading rpmc binidng counter fuse status = %d"]]></Message>
    <Message ID="0x8086000200443001"><![CDATA["[RPMC] get_rpmc_enabled_fpf: failed reading is rpmc supported fuse"]]></Message>
    <Message ID="0x8086000200303DF4"><![CDATA["[BUP STORAGE] rpmc_inc_ctr ctr reached max vale"]]></Message>
    <Message ID="0x8086000200303DF6"><![CDATA["[BUP STORAGE] rpmc_inc_ctr unable to calculate hmac"]]></Message>
    <Message ID="0x8086000200303DF7"><![CDATA["[BUP STORAGE] rpmc_inc_ctr SpiRpmcRunOp1Command failed."]]></Message>
    <Message ID="0x8086000200303E13"><![CDATA["[BUP_STORAGE] bup_storage_get_blob_key_rp_counter: RPMC counter for VFS=%d"]]></Message>
    <Message ID="0x80860002004418FF"><![CDATA["[BUP STORAGE] bup_storage_cse_disabled: disabling FLOG due to hmrfpo/fdo/temp_disable/mrp mode."]]></Message>
    <Message ID="0x808600020044190D"><![CDATA["[BUP STORAGE] bup_storage_cse_disabled_exit: enabling FLOG due to cse disabled exit"]]></Message>
    <Message ID="0x8086000200303E2D"><![CDATA["[[BUP STORAGE] bup_storage_disable_flash_logging"]]></Message>
    <Message ID="0x8086000200441811"><![CDATA["[UEP] uep_write_with_readback: failed to write data offset = %d, size = %d, status = %d"]]></Message>
    <Message ID="0x8086000200441812"><![CDATA["[UEP] uep_write_with_readback: failed to read back the data offset = %d, size = %d, status = %d"]]></Message>
    <Message ID="0x8086000200441813"><![CDATA["[UEP] uep_write_with_readback: failed to verify the compared read back buffer"]]></Message>
    <Message ID="0x8086000200441814"><![CDATA["[UEP] uep_read_with_crc_check: failed to read the data offset = %d, size = %d, status = %d"]]></Message>
    <Message ID="0x8086000200441815"><![CDATA["[UEP] get_valid_uep_page: failed to read UEP1 signature status = %d"]]></Message>
    <Message ID="0x8086000200441816"><![CDATA["[UEP] get_valid_uep_page: failed to read UEP2 signature status = %d"]]></Message>
    <Message ID="0x8086000200441817"><![CDATA["[UEP] get_valid_uep_page: valid UEP not found"]]></Message>
    <Message ID="0x8086000200441818"><![CDATA["[UEP] copy_uep: failed to zero dest UEP signature, dest_uep_offset = %d, status = %d"]]></Message>
    <Message ID="0x8086000200441837"><![CDATA["[UEP] copy_uep: failed to erase dest UEP, dest_uep_offset = %d, status = %d"]]></Message>
    <Message ID="0x8086000200441845"><![CDATA["[UEP] copy_uep: failed to read src UEP ifp data, src_uep_offset = %d, status = %d"]]></Message>
    <Message ID="0x8086000200441846"><![CDATA["[UEP] copy_uep: failed to write src UEP ifp data to dest UEP, dest_uep_offset = %d, status = %d"]]></Message>
    <Message ID="0x80860002004418CB"><![CDATA["[UEP] copy_uep: failed to read src UEP HAP data, src_uep_offset = %d, status = %d"]]></Message>
    <Message ID="0x80860002004418CC"><![CDATA["[UEP] copy_uep: failed to write src UEP HAP data to dest UEP, dest_uep_offset = %d, status = %d"]]></Message>
    <Message ID="0x8086000200441849"><![CDATA["[UEP] copy_uep: failed to write dest uep signature dest_uep_offset = %d, status = %d"]]></Message>
    <Message ID="0x808600020044184A"><![CDATA["[UEP] read_uep_data: was called for pid = %d, grant_id = %d, is_ifp_data = %d"]]></Message>
    <Message ID="0x80860002004418F0"><![CDATA["[UEP] uep_read_data: uep tail is unavailable %d"]]></Message>
    <Message ID="0x80860002004418F1"><![CDATA["[UEP] uep_read_data: invalid param"]]></Message>
    <Message ID="0x80860002004418C8"><![CDATA["[UEP] uep_read_data: invalid UEP data type %d"]]></Message>
    <Message ID="0x808600020044184B"><![CDATA["[UEP] read_uep_data: malloc failed"]]></Message>
    <Message ID="0x808600020044184C"><![CDATA["[UEP] read_uep_data: failed to get UEP sub partition"]]></Message>
    <Message ID="0x808600020044184E"><![CDATA["[UEP] read_uep_data: failed to Read data from UEP, uep_page_offset = %d, data_to_read_offset = %d, data_to_read_size = %d, status = %d"]]></Message>
    <Message ID="0x808600020044184F"><![CDATA["[UEP] read_uep_data: failed to copy into grant, status = %d"]]></Message>
    <Message ID="0x8086000200441850"><![CDATA["[UEP] uep_internal_write_or_erase_data: was called for pid = %d, grant_id = %d, is_ifp_data = %d, uep_op = %d"]]></Message>
    <Message ID="0x80860002004418F3"><![CDATA["[UEP] uep_internal_write_or_erase_data: uep tail is unavailable %d"]]></Message>
    <Message ID="0x80860002004418EC"><![CDATA["[UEP] uep_internal_write_or_erase_data: invalid param uep_op = %d"]]></Message>
    <Message ID="0x80860002004418F2"><![CDATA["[UEP] uep_internal_write_or_erase_data: invalid param grant_id = %d, uep_data_type = %d, uep_op = %d"]]></Message>
    <Message ID="0x8086000200441852"><![CDATA["[UEP] uep_internal_write_or_erase_data: invalid UEP data type %d"]]></Message>
    <Message ID="0x8086000200441853"><![CDATA["[UEP] uep_internal_write_or_erase_data: work_buff malloc failed"]]></Message>
    <Message ID="0x8086000200441854"><![CDATA["[UEP] uep_internal_write_or_erase_data: read_back_buff malloc failed"]]></Message>
    <Message ID="0x8086000200441855"><![CDATA["[UEP] uep_internal_write_or_erase_data: failed to get UEP partition index"]]></Message>
    <Message ID="0x8086000200441856"><![CDATA["[UEP] uep_internal_write_or_erase_data: failed to copy UEP, status = %d"]]></Message>
    <Message ID="0x8086000200441857"><![CDATA["[UEP] uep_internal_write_or_erase_data: failed to write invalid signature to UEP1, status = %d"]]></Message>
    <Message ID="0x8086000200441858"><![CDATA["[UEP] uep_internal_write_or_erase_data: failed to erase UEP1, status = %d"]]></Message>
    <Message ID="0x8086000200441859"><![CDATA["[UEP] uep_internal_write_or_erase_data: failed to read uep2 ifp data status = %d"]]></Message>
    <Message ID="0x808600020044185A"><![CDATA["[UEP] uep_internal_write_or_erase_data: failed to write UEP2 ifp data into UEP1, status = %d"]]></Message>
    <Message ID="0x80860002004418CD"><![CDATA["[UEP] uep_internal_write_or_erase_data: failed to read uep2 DF data status = %d"]]></Message>
    <Message ID="0x80860002004418CE"><![CDATA["[UEP] uep_internal_write_or_erase_data: failed to write UEP2 DF data into UEP1, status = %d"]]></Message>
    <Message ID="0x8086000200441862"><![CDATA["[UEP] uep_internal_write_or_erase_datauep_internal_write_or_erase_data: failed to copy from grant, status = %d"]]></Message>
    <Message ID="0x8086000200441863"><![CDATA["[UEP] uep_internal_write_or_erase_data: failed to write new data to UEP1, new_data_offset = %d, new_data_size = %d, status = %d"]]></Message>
    <Message ID="0x8086000200441864"><![CDATA["[UEP] uep_internal_write_or_erase_data: failed to write new data crc to UEP1, crc_offset = %d, status = %d"]]></Message>
    <Message ID="0x8086000200441865"><![CDATA["[UEP] uep_internal_write_or_erase_data: failed to write valid signature to UEP1, status = %d"]]></Message>
    <Message ID="0x80860002004418DE"><![CDATA["[UEP] uep_internal_read_write: Invalid param: uep_data_type = %d"]]></Message>
    <Message ID="0x80860002004418ED"><![CDATA["[UEP] uep_internal_read_write: Invalid size: uep_data_type = %d, buffer_size_to_check = %d, buffer_size = %d"]]></Message>
    <Message ID="0x80860002004418E3"><![CDATA["[UEP] uep_internal_read_write: was called with buffer_size = %d, uep_data_type = %d, uep_op = %d"]]></Message>
    <Message ID="0x80860002004418F4"><![CDATA["[UEP] uep_internal_read_write: uep tail is unavailable %d"]]></Message>
    <Message ID="0x80860002004418E4"><![CDATA["[UEP] uep_internal_read_write: Invalid params: uep_op = %d"]]></Message>
    <Message ID="0x80860002004418F5"><![CDATA["[UEP] uep_internal_read_write: failed on uep_check_buffer_size buffer_size = %d, uep_data_type = %d, status = %d"]]></Message>
    <Message ID="0x80860002004418E6"><![CDATA["[UEP] uep_internal_read_write: Failed to create grant, errno = %d"]]></Message>
    <Message ID="0x80860002004418E7"><![CDATA["[UEP] uep_internal_read_write: Failed on call to uep_read_data, status = %d"]]></Message>
    <Message ID="0x80860002004418E8"><![CDATA["[UEP] uep_internal_read_write: Failed on call to uep_write_data, status = %d"]]></Message>
    <Message ID="0x8086000200441301"><![CDATA[": sdl_spi_set_physical_partition_info failed, overflow/underflow was detected.flashRegionBase= %d bpSize= %d flashRegionLimit= %d"]]></Message>
    <Message ID="0x8086000200441303"><![CDATA["[STORAGE][SDL]: sdl_get_ctx_size: Invalid NULL param"]]></Message>
    <Message ID="0x8086000200441304"><![CDATA["[STORAGE][SDL]: sdl_get_ctx_size: failed on get_flash_descr_size, status = %d"]]></Message>
    <Message ID="0x8086000200441305"><![CDATA["[STORAGE][SDL]: sdl_get_ctx_size: failed on overfloe check"]]></Message>
    <Message ID="0x8086000200441063"><![CDATA["[STORAGE][SDL]: sdl_copy_ctx_to_buf failed. invalid param"]]></Message>
    <Message ID="0x8086000200441306"><![CDATA["[STORAGE][SDL]: sdl_copy_ctx_to_buf: failed on fdv_write_data_to_buf, status = %d"]]></Message>
    <Message ID="0x8086000200441064"><![CDATA["[SDL]: sdl_read_ctx_rfs_file failed. number of bytes read = %d"]]></Message>
    <Message ID="0x80860002004412F1"><![CDATA["[SDL]: sdl_read_ctx_rfs_file failed failed on fdv_read_data_from_rfs status = %d"]]></Message>
    <Message ID="0x80860002004412FF"><![CDATA["[SDL]: sdl_init_new not enough memory to create sdl context in bup"]]></Message>
    <Message ID="0x8086000200441193"><![CDATA["[SDL] sdl_init_new: invalid params"]]></Message>
    <Message ID="0x8086000200441287"><![CDATA["[SDL] sdl_init_new: NVM device is SPI"]]></Message>
    <Message ID="0x8086000200441060"><![CDATA["[SDL] sdl_init_new: finished with status = %d"]]></Message>
    <Message ID="0x8086000200442A73"><![CDATA["[SDL]: check_overlap: there is overlap between partition in offset: %d length: %d to partition in offset: %d length: %d"]]></Message>
    <Message ID="0x80860002004412F0"><![CDATA["[SDL]: ERROR sdl_erase_block_ex_new failed block_address = %d is not block_size = %d aligned"]]></Message>
    <Message ID="0x8086000200441225"><![CDATA["[SDL]: sdl_set_partition_size: partition = %d, size = 0x%x"]]></Message>
    <Message ID="0x8086000200441061"><![CDATA["[SDL]: sdl_translate_partition. %d partition is not enabled"]]></Message>
    <Message ID="0x808600020044112B"><![CDATA["[SDL]: sdl_translate_partition. Request out of range, partition %d limits: offset = 0x%x, size = 0x%x "]]></Message>
    <Message ID="0x808600020044127D"><![CDATA["[SDL]:sdl_is_bccr_backup_available: failed getting loaded bp by rom. status=%d"]]></Message>
    <Message ID="0x8086000200441288"><![CDATA["[SDL]:sdl_is_bccr_backup_available: bp_index=%d"]]></Message>
    <Message ID="0x808600020044131E"><![CDATA["[SDL]: sdl_handle_layout_ptr, pointers_buffer is NULL"]]></Message>
    <Message ID="0x808600020044130E"><![CDATA["[SDL]: Failed to read and validate layout ptr, status = %d ,layout_ptr_invalid = %d"]]></Message>
    <Message ID="0x808600020044130F"><![CDATA["[SDL]: Failed to read main copy of layout ptr"]]></Message>
    <Message ID="0x8086000200441319"><![CDATA["[SDL]: sdl_read_and_verify_layout_pointers: try to read from backup, but there is no backup copy"]]></Message>
    <Message ID="0x8086000200441194"><![CDATA["[SDL]: failed on Layout pointers CRC32 checkn"]]></Message>
    <Message ID="0x8086000200441280"><![CDATA["[SDL]: sdl_partition_check. Request out of range, partition %d limits: offset = 0x%x, size = 0x%x "]]></Message>
    <Message ID="0x8086000200441281"><![CDATA["[SDL]: sdl_partition_check. Partition %d offset is not 4K alligned: offset = 0x%x, size = 0x%x "]]></Message>
    <Message ID="0x8086000200441282"><![CDATA["[SDL]: sdl_partition_check. Partition %d size is not 4K alligned: offset = 0x%x, size = 0x%x "]]></Message>
    <Message ID="0x8086000200441307"><![CDATA["[SDL]: sdl_map_logical_partitions, Failed to read layout ptr"]]></Message>
    <Message ID="0x808600020044105C"><![CDATA["[SDL]: Pointers layout: boot1_offset = 0x%x, boot2_offset = 0x%x, boot3_offset = 0x%x"]]></Message>
    <Message ID="0x808600020044105D"><![CDATA["[SDL]: Pointers layout: boot1_size = 0x%x, boot2_size = 0x%x, boot3_size = 0x%x"]]></Message>
    <Message ID="0x808600020044105E"><![CDATA["[SDL]: Pointers layout: data_offset = 0x%x, data_size = 0x%x"]]></Message>
    <Message ID="0x8086000200441209"><![CDATA["[SDL]: Pointers layout: Invalid Boot Partition 1/2/3"]]></Message>
    <Message ID="0x808600020044120A"><![CDATA["[SDL]:Pointers layout: Invalid Boot Partition 3"]]></Message>
    <Message ID="0x8086000200441302"><![CDATA["[SDL]: bootOffset = 0x%x"]]></Message>
    <Message ID="0x808600020044105B"><![CDATA["[SDL]:sdl_spi_map_partitions failed, status = %d"]]></Message>
    <Message ID="0x80860002004404C8"><![CDATA["AFS init - powerloss 3 detected"]]></Message>
    <Message ID="0x80860002004404C9"><![CDATA["AFS init - powerloss 0 detected"]]></Message>
    <Message ID="0x80860002004404DE"><![CDATA["AFS physycal ftl init: multiple pending EUs detected"]]></Message>
    <Message ID="0x80860002004404CA"><![CDATA["AFS init - powerloss 1 detected"]]></Message>
    <Message ID="0x80860002004404CB"><![CDATA["AFS init - powerloss 2 detected"]]></Message>
    <Message ID="0x80860002004404DF"><![CDATA["AFS physycal ftl init: pending EU different than invalid EU detected"]]></Message>
    <Message ID="0x80860002004404E0"><![CDATA["AFS physycal ftl init: last EU and invalid EU mismatch detected"]]></Message>
    <Message ID="0x8086000200441402"><![CDATA["[FPM] fpm_init_bup: entering function boot_from_nvm = %d, bpdt_offset_in_dram = %d"]]></Message>
    <Message ID="0x8086000200441403"><![CDATA["[FPM] fpm_init_bup: fpm_allocate_init_buffer failed, status = %d"]]></Message>
    <Message ID="0x8086000200441484"><![CDATA["fpm_init_bup: boot from NVM "]]></Message>
    <Message ID="0x8086000200441405"><![CDATA["[FPM] fpm_init_bup: fpm_read_headers_from_flash failed with status = %d"]]></Message>
    <Message ID="0x8086000200441406"><![CDATA["[FPM] fpm_init_bup: fpm_map_sdl_partitions failed with status = %d"]]></Message>
    <Message ID="0x8086000200441485"><![CDATA[": FPM init done, status = %d"]]></Message>
    <Message ID="0x80860002004415A4"><![CDATA["[STORAGE][FPM]: fpm_write_ctx_to_buf invalid param"]]></Message>
    <Message ID="0x8086000200441486"><![CDATA["[STORAGE][FPM]: fpm_write_ctx_to_buf not enough space left in buffer"]]></Message>
    <Message ID="0x8086000200441487"><![CDATA["[STORAGE][FPM]: fpm_write_ctx_to_buf not enough space left in buffer"]]></Message>
    <Message ID="0x8086000200441522"><![CDATA[": fpm_sub_pt_read invalid index = %d"]]></Message>
    <Message ID="0x8086000200441498"><![CDATA[": fpm_sub_pt_read failed with NVM_BLKOUT"]]></Message>
    <Message ID="0x8086000200441499"><![CDATA[": fpm_sub_pt_read fpm_get_operation_data failed. status = %d"]]></Message>
    <Message ID="0x808600020044149A"><![CDATA[": fpm_sub_pt_read failed reading first part. status = %d"]]></Message>
    <Message ID="0x808600020044149B"><![CDATA[": fpm_sub_pt_read_with_grant invalid index = %d"]]></Message>
    <Message ID="0x808600020044149C"><![CDATA[": fpm_sub_pt_read_with_grant doesn't support splitted sub partition. index = %d"]]></Message>
    <Message ID="0x808600020044149E"><![CDATA[": fpm_sub_pt_read_with_grant SDL is not initialized yet, return NVM_BLKOUT. index = %d"]]></Message>
    <Message ID="0x808600020044149F"><![CDATA[": fpm_sub_pt_erase_block invalid index = %d"]]></Message>
    <Message ID="0x80860002004414A0"><![CDATA[": fpm_sub_pt_erase_block invalid erase size = %d, offset = 0x%x, index = %d"]]></Message>
    <Message ID="0x80860002004414A1"><![CDATA[": fpm_sub_pt_erase_block SDL is not initialized yet, return NVM_BLKOUT. index = %d"]]></Message>
    <Message ID="0x80860002004414A2"><![CDATA[": fpm_sub_pt_erase_block doesn't support splitted sub partition. index = %d, offset = 0x%x"]]></Message>
    <Message ID="0x80860002004414A4"><![CDATA[": fpm_sub_pt_erase_block failed to erase page from the flash. index = %d, offset = 0x%x, status = %d"]]></Message>
    <Message ID="0x80860002004416A3"><![CDATA["[FPM] fpm_sub_pt_erase: sdl_get_erase_block_size failed and returned erase_block_size =%d"]]></Message>
    <Message ID="0x80860002004416A6"><![CDATA["[FPM] fpm_sub_pt_erase: sdl_get_erase_block_size failed on fpm_get_sub_pt_length status =%d"]]></Message>
    <Message ID="0x80860002004416A7"><![CDATA["[FPM] fpm_sub_pt_erase: sdl_get_erase_block_size failed sub pt length is =%d and is not %d aligned"]]></Message>
    <Message ID="0x80860002004416A8"><![CDATA["[FPM] fpm_sub_pt_erase: sdl_get_erase_block_size failed on fpm_sub_pt_erase_block status = %d, logical_offset = %d, erase_block_size = %d"]]></Message>
    <Message ID="0x80860002004414A7"><![CDATA[": fpm_sub_pt_write invalid index = %d"]]></Message>
    <Message ID="0x80860002004414A8"><![CDATA[": fpm_sub_pt_write SDL is not initialized, return NVM_BLKOUT. index = %d"]]></Message>
    <Message ID="0x80860002004414A9"><![CDATA[": fpm_sub_pt_write doesn't support splitted sub partitions. index = %d"]]></Message>
    <Message ID="0x8086000200441413"><![CDATA[": fpm_sub_pt_write failed to write page to the flash. index = %d, offset = 0x%x, status = %d"]]></Message>
    <Message ID="0x808600020044166F"><![CDATA[": fpm_set_fitc_index failed to get sub partition index for fitc "]]></Message>
    <Message ID="0x808600020044149D"><![CDATA[": fpm_boundary_check failed with ERANGE: ID = %d,  offset = %d, size = %d , length = %d "]]></Message>
    <Message ID="0x80860002004415A6"><![CDATA["STORAGE: FPM - fpm_read_headers_from_flash failed to fpm_load_lbps, status = %d"]]></Message>
    <Message ID="0x80860002004415B8"><![CDATA["STORAGE: FPM - fpm_read_headers_from_flash failed to fpm_load_fpts, status = %d"]]></Message>
    <Message ID="0x80860002004415B9"><![CDATA["STORAGE: FPM - fpm_read_headers_from_flash finished successfully"]]></Message>
    <Message ID="0x808600020044140A"><![CDATA["[FPM] fpm_parse_bpdt add new sub partition entery: sdl_partition = %d, sub_partition_index = %d, sub_partiion_id = %d, offset = 0x%x, length = 0x%x"]]></Message>
    <Message ID="0x8086000200441407"><![CDATA["[FPM] fpm_map_sdl_partitions: failed on over flow check"]]></Message>
    <Message ID="0x8086000200441408"><![CDATA["[FPM] fpm_map_sdl_partitions: failed to realloc fpm_partitions_info"]]></Message>
    <Message ID="0x8086000200441409"><![CDATA["[FPM] fpm_map_sdl_partitions: failed to map PLTS status = %d"]]></Message>
    <Message ID="0x8086000200441671"><![CDATA["[FPM] fpm_map_sdl_partitions: failed to map FBP and NFBP status = %d"]]></Message>
    <Message ID="0x808600020044167D"><![CDATA["[FPM] fpm_map_sdl_partitions: failed on fpm_map_flog status = %d"]]></Message>
    <Message ID="0x8086000200441683"><![CDATA["[FPM] fpm_deploy_fpt: failed allocate buffer"]]></Message>
    <Message ID="0x8086000200441684"><![CDATA["[FPM] fpm_deploy_fpt: failed allocate default_data"]]></Message>
    <Message ID="0x8086000200441681"><![CDATA["[FPM] fpm_deploy_fpt: failed to read FLOG fpm_prt->offset = 0x%x, status = %d"]]></Message>
    <Message ID="0x8086000200441673"><![CDATA["[FPM] fpm_deploy_fpt: failed to erase block at fpm_prt->offset = 0x%x, status = %d"]]></Message>
    <Message ID="0x8086000200441686"><![CDATA["[FPM] fpm_parse_fpt: failed to realloc fpm_partitions_info"]]></Message>
    <Message ID="0x8086000200441670"><![CDATA["[FPM] fpm_parse_fpt add new sub partition entery: sdl_partition = %d, sub_partition_index = %d, sub_partiion_id = %d, offset = 0x%x, length = 0x%x"]]></Message>
    <Message ID="0x8086000200441711"><![CDATA["[FPM] fpm_is_fpt_valid: failed getting actual fpt size, status = %d"]]></Message>
    <Message ID="0x8086000200441685"><![CDATA["[FPM] fpm_is_fpt_valid: failed getting partition size, status = %d"]]></Message>
    <Message ID="0x808600020044186B"><![CDATA["[STORAGE]:check_crc_on_cfg_hdr: crc failed. original_crc=%x, calculated_crc=%x"]]></Message>
    <Message ID="0x808600020044168A"><![CDATA["[STORAGE][FPM]:fpm_read_cfg_from_sub_pt: fpm_get_sub_pt_info failed. status=%d"]]></Message>
    <Message ID="0x8086000200441693"><![CDATA["[STORAGE][FPM]:fpm_read_cfg_from_sub_pt: offset is greater than the sp length. offset=%d, sp_length=%d"]]></Message>
    <Message ID="0x808600020044141E"><![CDATA["[STORAGE][FPM]:read_cfg_from_sub_pt: fpm read failed. status=%d"]]></Message>
    <Message ID="0x808600020044141F"><![CDATA["[STORAGE][FPM]:read_cfg_from_sub_pt: failed copy to user grant. status=%d"]]></Message>
    <Message ID="0x8086000200441422"><![CDATA["[STORAGE][FPM]:fpm_check_cfg_hdr: wrong version. version=%d"]]></Message>
    <Message ID="0x8086000200441421"><![CDATA["[STORAGE][FPM]:fpm_check_cfg_hdr: crc on cfg header failed."]]></Message>
    <Message ID="0x8086000200441420"><![CDATA["[STORAGE][FPM]:get_cfg_size_from_mfsb: failed reading cfg header. sub partition id=%d, status=%d"]]></Message>
    <Message ID="0x808600020044164E"><![CDATA[" [FPM] : fpm_bpdt_verify_crc32 failed "]]></Message>
    <Message ID="0x80860002004415AB"><![CDATA["STORAGE: FPM - fpm_verify_bpdt bpdt error detected"]]></Message>
    <Message ID="0x80860002004416A9"><![CDATA["[STORAGE][FPM]: fpm_load_plts_fpt:  failed to validate and parse default fpt status = %d "]]></Message>
    <Message ID="0x808600020044169A"><![CDATA["[STORAGE][FPM]:  fpm_load_fpts: failed to validate and parse fpt status = %d "]]></Message>
    <Message ID="0x8086000200441708"><![CDATA["[STORAGE][FPM]: fpm_read_validate_parse_fpt: fpm_get_fpt_entry failed "]]></Message>
    <Message ID="0x80860002004416CE"><![CDATA["[STORAGE][FPM]:  fpm_read_validata_parse_fpt: fpm_read_and_validate_fpts failed, status = %d ,fpt type: %d"]]></Message>
    <Message ID="0x80860002004416D1"><![CDATA["[STORAGE][FPM]:  fpm_read_validata_parse_fpt: sdl_get_partition_size failed, status = %d ,fpt type: %d"]]></Message>
    <Message ID="0x80860002004416D2"><![CDATA["[STORAGE][FPM]: fpm_read_validata_parse_fpt: fpt is not valid. fpt type = %d"]]></Message>
    <Message ID="0x80860002004416DA"><![CDATA["[STORAGE][FPM]: fpm_load_fpts: failed to parse fpt status = %d fpt type = %d"]]></Message>
    <Message ID="0x80860002004416CD"><![CDATA["[STORAGE][FPM]: : fpm_read_and_validate_fpts: fptValid is NULL "]]></Message>
    <Message ID="0x80860002004416CC"><![CDATA["[STORAGE][FPM]: : fpm_read_and_validate_fpts: g_fpm_ctx.fpm_init_buffer is NULL "]]></Message>
    <Message ID="0x808600020044166E"><![CDATA["[STORAGE][FPM]: : fpm_read_and_validate_fpts: failed to read fpt from data partition status = %d"]]></Message>
    <Message ID="0x80860002004416C1"><![CDATA["[STORAGE][FPM]:  fpm_restore_fpt_data_backup_from_main_fpt:error, fpt size is too big"]]></Message>
    <Message ID="0x8086000200441401"><![CDATA["[STORAGE][FPM]: fpm_init_storage: failed to malloc fpm_init_buffer"]]></Message>
    <Message ID="0x8086000200441706"><![CDATA["[STORAGE][FPM]: fpn_get_fpt_entry: fpt_type is not in the fpts_offsets boundries "]]></Message>
    <Message ID="0x8086000200440810"><![CDATA[" [DFS] dfs_efs_init: efs_init failed with status = %d"]]></Message>
    <Message ID="0x808600020044082A"><![CDATA[" [DFS] dfs_init_afs_physical_context: ERROR: unknow NVM device. device=%d"]]></Message>
    <Message ID="0x808600020044082B"><![CDATA[" [DFS] dfs_afs_init: doing init for sub partition id=%x"]]></Message>
    <Message ID="0x8086000200440800"><![CDATA[" [DFS] dfs_afs_init: failed to get sub partition index"]]></Message>
    <Message ID="0x8086000200440801"><![CDATA[" [DFS] dfs_afs_init: failed to get sub partition info sub_partition_index = %d"]]></Message>
    <Message ID="0x8086000200440802"><![CDATA[" [DFS] dfs_afs_init: failed to alloc context"]]></Message>
    <Message ID="0x808600020044082D"><![CDATA[" [DFS] dfs_afs_init: failed to alloc context->afs_local_buf"]]></Message>
    <Message ID="0x8086000200440804"><![CDATA[" [DFS] dfs_afs_init: afs_init failed with status = %d. sub_partition_id=%x"]]></Message>
    <Message ID="0x8086000200440805"><![CDATA[" [DFS] fs_in_cse_region_init: failes reading num of dfs failures from susram status=%d"]]></Message>
    <Message ID="0x8086000200440803"><![CDATA[" [DFS] fs_in_cse_region_init: num_dfs_failures=%d"]]></Message>
    <Message ID="0x808600020044080C"><![CDATA["[DFS] dfs_getsize: was called with invalid sub_media_type = %d"]]></Message>
    <Message ID="0x808600020044080B"><![CDATA["[DFS] dfs_write: was called with invalid sub_media_type = %d"]]></Message>
    <Message ID="0x8086000200440818"><![CDATA["dfs_increment_dfs_failure_susram: error- write to susram failed. status=%d"]]></Message>
    <Message ID="0x808600020044081B"><![CDATA["dfs_update_dfs_failure_in_susram: error- Can't call vfs APIs at this stage!"]]></Message>
    <Message ID="0x808600020044081C"><![CDATA["dfs_failure_initiate_reset: calling bup_maestro_fatal_error_handler"]]></Message>
    <Message ID="0x808600020044081D"><![CDATA["dfs_failure_initiate_reset: setting reset is needed"]]></Message>
    <Message ID="0x80860002004404CF"><![CDATA[" [DFS]: dfs_handle_fatal_error: ERROR! dfs_type = %d , panic_number=%d"]]></Message>
    <Message ID="0x808600020044081F"><![CDATA["dfs_handle_fatal_error: failed updating susram. status=%d"]]></Message>
    <Message ID="0x8086000200440821"><![CDATA["dfs_init_fs_erased: finished fs_erased = %d"]]></Message>
    <Message ID="0x8086000200440403"><![CDATA["[SpiFlashDrv] SpiDrvRead: FAILED on is_read_from_flash_descr_cache status =%d"]]></Message>
    <Message ID="0x80860002004404B9"><![CDATA["FAILED TO READ FROM FLASH!!! status =%d"]]></Message>
    <Message ID="0x80860002004404D9"><![CDATA["[SpiFlashDrv] SpiDrvReadWithHash: the API doesn't support address in flash descriptor"]]></Message>
    <Message ID="0x8086000200440404"><![CDATA["[SpiFlashDrv] SpiDrvReadWithGrant: falied on is_read_from_flash_descr_cache Status = %d"]]></Message>
    <Message ID="0x80860002004404DA"><![CDATA["[SpiFlashDrv] SpiDrvReadWithGrant: falied to copy data from fdv cache to grant"]]></Message>
    <Message ID="0x80860002004404DB"><![CDATA["[SpiFlashDrv] SpiDrvWrite: the API doesn't support address in flash descriptor"]]></Message>
    <Message ID="0x560001088C0F8400"><![CDATA["SpiDrvProgramNewCommand failed with Status %d"]]></Message>
    <Message ID="0x8086000200440401"><![CDATA["[SpiFlashDrv] is_add_in_flash_descr: Invalid NULL param"]]></Message>
    <Message ID="0x8086000200440400"><![CDATA["[SpiFlashDrv] is_add_in_flash_descr: FAILED on overflow check!!! address = %d, length = %d, g_spi_drv_ctx->FlashMemMap.ChipsetRegionLimit = %d"]]></Message>
    <Message ID="0x80860002004404DC"><![CDATA["[SpiFlashDrv] get_flash_descr_size: Invalid param"]]></Message>
    <Message ID="0x80860002004404DD"><![CDATA["[SpiFlashDrv] get_flash_descr_size: Invalid FD size: base=%d, limit=%d"]]></Message>
    <Message ID="0x8086000200440402"><![CDATA["[SpiFlashDrv] is_read_from_flash_descr_cache: Invalid NULL param"]]></Message>
    <Message ID="0x8086000200440405"><![CDATA["[SpiFlashDrv] is_read_from_flash_descr_cache: data cache ptr is NULL while FDV is enabled"]]></Message>
    <Message ID="0x80860002004412F2"><![CDATA["[SpiFlashDrv]: fdv_write_data_to_buf invalid param"]]></Message>
    <Message ID="0x80860002004412F5"><![CDATA[": sdl_read_ctx_rfs_file failed to allocate FDV "]]></Message>
    <Message ID="0x80860002004412F4"><![CDATA[": sdl_read_ctx_rfs_file failed to read FDV  number of bytes read = %d"]]></Message>
    <Message ID="0x8086000200440C08"><![CDATA["[STORAGE] [CFS] cfs_resilience_map_manifests: failed mapping bp1 rbe manifests"]]></Message>
    <Message ID="0x8086000200440C09"><![CDATA["[STORAGE] [CFS] cfs_resilience_map_manifests: failed mapping bp2 rbe manifests"]]></Message>
    <Message ID="0x8086000200440C13"><![CDATA["[STORAGE] [CFS] cfs_resilience_map_manifests: failed mapping bp3 manifests"]]></Message>
    <Message ID="0x8086000200440C07"><![CDATA["[STORAGE] [CFS] cfs_partial_init: failed map resilience manifests"]]></Message>
    <Message ID="0x8086000200440C47"><![CDATA[" [CFS]: scan_partition - partition isn't valid, skip. header_marker = %d, header_version = %d, entry_version = %d, header_length = %d"]]></Message>
    <Message ID="0x8086000200440C46"><![CDATA[" [CFS]: ERROR scan_partition failed num_of_entries = %d exceed MAX_DIRENTS = %d!"]]></Message>
    <Message ID="0x8086000200440C43"><![CDATA[" [CFS]: code partition crc32 error!"]]></Message>
    <Message ID="0x8086000200440C44"><![CDATA[" [CFS]: ERROR scan_partition failed to read CPD header!"]]></Message>
    <Message ID="0x8086000200440C45"><![CDATA[" [CFS]: ERROR scan_partition failed to read CPD data entries!"]]></Message>
    <Message ID="0x8086000200440C04"><![CDATA["[CFS] scan_partition: adding entry: index = %d, name = 0x%x 0x%x 0x%x"]]></Message>
    <Message ID="0x8086000200440C05"><![CDATA["[CFS] scan_partition: adding entry: sub_partition_index = %d , offset = 0x%x, length = 0x%x"]]></Message>
    <Message ID="0x8086000200440C3C"><![CDATA[" [CFS]: ERROR scan_partition failed allocating memory!"]]></Message>
    <Message ID="0x8086000200440C14"><![CDATA[" [CFS]: ERROR scan_partition failed entry number = %d exceed cfs_array_capacity = %d!"]]></Message>
    <Message ID="0x8086000200443801"><![CDATA["[NDL]: flog_init failed to get flog fpm index "]]></Message>
    <Message ID="0x8086000200443802"><![CDATA["[NDL]: flog_init failed, FLOG size is not 4K , lenght = %d  define = %d"]]></Message>
    <Message ID="0x8086000200302001"><![CDATA["Received register callback from FPF Driver! Sending Context..."]]></Message>
    <Message ID="0x8086000200302002"><![CDATA["Failed to send context to the main driver"]]></Message>
    <Message ID="0x8086000200302003"><![CDATA["bup_fpf_unregister_callback is not supported"]]></Message>
    <Message ID="0x8086000200302004"><![CDATA["Reading file ID %d"]]></Message>
    <Message ID="0x8086000200302005"><![CDATA["Status: %d"]]></Message>
    <Message ID="0x8086000200890401"><![CDATA["[SEC_MSG_BUP] bup_sec_msg_keylocker_start"]]></Message>
    <Message ID="0x8086000200890409"><![CDATA["[SEC_MSG_BUP] bup_sec_msg_keylocker_start: Adding Timers failed, st %d, errno %d"]]></Message>
    <Message ID="0x8086000200890402"><![CDATA["[SEC_MSG_BUP] bup_sec_msg_keylocker_start DONE"]]></Message>
    <Message ID="0x8086000200890403"><![CDATA["[SEC_MSG_BUP] bup_sec_msg_keylocker_restore st: 0x%04X, dbg: 0x%04X"]]></Message>
    <Message ID="0x8086000200890404"><![CDATA["[SEC_MSG_BUP] bup_sec_msg_keylocker_restore SKIPPING"]]></Message>
    <Message ID="0x8086000200890405"><![CDATA["[SEC_MSG_BUP] bup_sec_msg_keylocker_restore ERROR"]]></Message>
    <Message ID="0x8086000200890406"><![CDATA["[SEC_MSG_BUP] bup_sec_msg_keylocker_restore DONE st: 0x%04X, dbg: 0x%04X"]]></Message>
    <Message ID="0x8086000200890407"><![CDATA["[SEC_MSG_BUP] bup_sec_msg_drv_register_callback res %d, st: 0x%04X, dbg: 0x%04X"]]></Message>
    <Message ID="0x8086000200890408"><![CDATA["[SEC_MSG_BUP] bup_sec_msg_keylocker_disable, st: 0x%04X, dbg: 0x%04X"]]></Message>
    <Message ID="0x8086000200307891"><![CDATA["[CFS AUTH READ] ERROR: bup_cfs_auth_read_get_manifest_from_snowball() - required entry not found or invalid"]]></Message>
    <Message ID="0x8086000200307896"><![CDATA["[CFS AUTH READ] ERROR: bup_cfs_auth_read_get_manifest_from_snowball() - corrupted snowball file"]]></Message>
    <Message ID="0x808600020030789B"><![CDATA["[CFS AUTH READ] ERROR: bup_cfs_auth_read_get_manifest_from_snowball() - corrupted snowball entry size for manifest"]]></Message>
    <Message ID="0x80860002003078AF"><![CDATA["[CFS AUTH READ] ERROR: bup_cfs_auth_read_open_sub_partition() - manifest snowball entry expected, but could not be found"]]></Message>
    <Message ID="0x80860002003078B4"><![CDATA["[CFS AUTH READ] ERROR: bup_cfs_auth_read_open_sub_partition() - problem getting the manifest from NVM"]]></Message>
    <Message ID="0x8086000200302FEC"><![CDATA["[BUP_ICC_MPHY] bup_pm_drv_send_pmc_payload() failed. returned status:%d"]]></Message>
    <Message ID="0x8086000200302C2A"><![CDATA["[BUP_ICC_MPHY] Mphy transaction with PMC succeeded (per bup_pm_drv_send_pmc_payload() )."]]></Message>
    <Message ID="0x8086000200302FD0"><![CDATA["[BUP_ICC_MPHY] bup_chipset_init_entry(): Skipping chipsetinit push to PMC on this power flow. PM event:%d, Source CSE state:%d"]]></Message>
    <Message ID="0x8086000200302FD1"><![CDATA["[BUP_ICC_MPHY] bup_chipset_init_entry(): PMC transaction failed. Error:0x%x "]]></Message>
    <Message ID="0x8086000200302C03"><![CDATA["[BUP_ICC] Selected profile info: clocking mode: %d, profile type: %d."]]></Message>
    <Message ID="0x8086000200302FE3"><![CDATA["[BUP_ICC] SKU manager returned ICC sku %d."]]></Message>
    <Message ID="0x8086000200302FCB"><![CDATA["[BUP_ICC] sku info: hw_step=%02x pch_type=%02x"]]></Message>
    <Message ID="0x560001168C106800"><![CDATA["[BUP_ICC] Failed to get PLL for each clock with status: %d"]]></Message>
    <Message ID="0x8086000200302FD9"><![CDATA["[BUP_ICC] bup_icc_warm_reset_mkhi_handler: asking BIOS for a warm reset. "]]></Message>
    <Message ID="0x8086000200302C42"><![CDATA["[BUP_ICC] icc_get_pchc_snowball problem reading snowball file!"]]></Message>
    <Message ID="0x8086000200302C43"><![CDATA["[BUP_ICC] icc_get_pchc_snowball no valid entry data!"]]></Message>
    <Message ID="0x8086000200302F99"><![CDATA["[BUP_ICC] Failed to program the OEM record"]]></Message>
    <Message ID="0x8086000200300005"><![CDATA["[BUP_EVT] Adding Event=%d. TotalNumEvents=%d. CurEventIdx=%d. NextEventIdxInList=%d. EventLock=%d"]]></Message>
    <Message ID="0x8086000200300006"><![CDATA["[BUP_EVT] Framework: Invoking entry callbacks for event - %d"]]></Message>
    <Message ID="0x8086000200300035"><![CDATA["[BUP_EVT] Framework: Invoking entry callback, event %d index %d"]]></Message>
    <Message ID="0x560002008C102C00"><![CDATA["[PERF],TMSC,%x,%d,%d,%d,%u,%u"]]></Message>
    <Message ID="0x560002008C102C01"><![CDATA["[PERF],TMEC,%x,%d,%d,%d,%u,%u"]]></Message>
    <Message ID="0x8086000200300036"><![CDATA["[BUP_EVT] Framework: Returning from entry callback, event %d index %d"]]></Message>
    <Message ID="0x8086000200300007"><![CDATA["[BUP_EVT] Framework: Invoking exit callbacks for event - %d"]]></Message>
    <Message ID="0x8086000200300037"><![CDATA["[BUP_EVT] Framework: Invoking exit callback, event %d index %d"]]></Message>
    <Message ID="0x560002008C102C02"><![CDATA["[PERF],TMSC,%x,%d,%d,%d,%u,%u"]]></Message>
    <Message ID="0x560002008C102C03"><![CDATA["[PERF],TMEC,%x,%d,%d,%d,%u,%u"]]></Message>
    <Message ID="0x8086000200300038"><![CDATA["[BUP_EVT] Framework: Returning from exit callback, event %d index %d"]]></Message>
    <Message ID="0x8086000200300008"><![CDATA["[BUP_EVT] Handling Event=%d. TotalNumEvents=%d. CurEventIdx=%d. NextEventIdxInList=%d. EventLock=%d"]]></Message>
    <Message ID="0x8086000200300009"><![CDATA["[BUP_EVT] Returning to select"]]></Message>
    <Message ID="0x808600020030000A"><![CDATA["[BUP_EVT] Prev Event ID=%d - %d, isLiveTransition=%d"]]></Message>
    <Message ID="0x808600020030000B"><![CDATA["[BUP_EVT] Post Event %d, isService=%d"]]></Message>
    <Message ID="0x8086000200300027"><![CDATA["bup_snowball_release_entry: head is NULL"]]></Message>
    <Message ID="0x560002008C102800"><![CDATA["[PERF],TS,%x,%d,%d,%u,%u"]]></Message>
    <Message ID="0x560002008C102801"><![CDATA["[PERF],TS,%x,%d,%d,%u,%u"]]></Message>
    <Message ID="0x560002008C102802"><![CDATA["[PERF],TMS,%x,%d,%d,%d,%u,%u"]]></Message>
    <Message ID="0x560002008C102803"><![CDATA["[PERF],TME,%x,%d,%d,%d,%u,%u"]]></Message>
    <Message ID="0x8086000200300013"><![CDATA["bup_srv_init start"]]></Message>
    <Message ID="0x8086000200300015"><![CDATA["Failed to allocate service library context"]]></Message>
    <Message ID="0x8086000200300016"><![CDATA["Failed to allocate BUP service handle table"]]></Message>
    <Message ID="0x8086000200300017"><![CDATA["Service library init failed = %d"]]></Message>
    <Message ID="0x8086000200300028"><![CDATA["BUP Service executed"]]></Message>
    <Message ID="0x8086000200300018"><![CDATA["error: missing handler for bup_open_cb()"]]></Message>
    <Message ID="0x8086000200300019"><![CDATA["bup_open_cb: caller_tid=%d, minor=%d, service_handle=%d"]]></Message>
    <Message ID="0x808600020030001A"><![CDATA["Failed to open bup minor device=%d, Status=%d"]]></Message>
    <Message ID="0x808600020030001B"><![CDATA["bup_close_cb is called, service handle=%d"]]></Message>
    <Message ID="0x808600020030001C"><![CDATA["Incorrect client type , caller tid 0x%x"]]></Message>
    <Message ID="0x808600020030001D"><![CDATA["Missing read handler caller tid 0x%x , minor 0x%x"]]></Message>
    <Message ID="0x808600020030001E"><![CDATA["Incorrect client type caller tid 0x%x , minor 0x%x"]]></Message>
    <Message ID="0x808600020030001F"><![CDATA["Missing write handler caller tid 0x%x , minor 0x%x"]]></Message>
    <Message ID="0x8086000200300020"><![CDATA["Missing ioctl handler, caller tid 0x%x , minor 0x%x"]]></Message>
    <Message ID="0x560002008C103400"><![CDATA["[PERF],TMSC,%x,%d,%d,%d,%u,%u"]]></Message>
    <Message ID="0x560002008C103401"><![CDATA["[PERF],TMEC,%x,%d,%d,%d,%u,%u"]]></Message>
    <Message ID="0x8086000200300021"><![CDATA["Temporary client: invalid ioctl request=%d or Missing handler"]]></Message>
    <Message ID="0x560002008C103402"><![CDATA["[PERF],TMSC,%x,%d,%d,%d,%u,%u"]]></Message>
    <Message ID="0x560002008C103403"><![CDATA["[PERF],TMEC,%x,%d,%d,%d,%u,%u"]]></Message>
    <Message ID="0x560002008C103404"><![CDATA["[PERF],TMSC,%x,%d,%d,%d,%u,%u"]]></Message>
    <Message ID="0x560002008C103405"><![CDATA["[PERF],TMEC,%x,%d,%d,%d,%u,%u"]]></Message>
    <Message ID="0x80860002003000C8"><![CDATA["[BUP] TRANSITION_COMPLETE event received"]]></Message>
    <Message ID="0x8086000200306C04"><![CDATA["[BUP_CA_MGR] fail to cache ROM/Kernel certificate: %d. "]]></Message>
    <Message ID="0x8086000200300022"><![CDATA["could not write data to buffer!"]]></Message>
    <Message ID="0x8086000200300023"><![CDATA["Failed to reply to caller; Status=%d"]]></Message>
    <Message ID="0x8086000200300024"><![CDATA["could not copy data from caller to bup buffer!"]]></Message>
    <Message ID="0x8086000200300025"><![CDATA["bup_srv_disp_receive_context: Failed to reply to caller; Status=%d"]]></Message>
    <Message ID="0x808600020030002A"><![CDATA["sfs_read access failed."]]></Message>
    <Message ID="0x808600020030002B"><![CDATA["unexpected size read, expected 0x%x , actual 0x%x."]]></Message>
    <Message ID="0x808600020030002E"><![CDATA["unexpected file size written, expected 0x%x, actual 0x%x"]]></Message>
    <Message ID="0x808600020030002F"><![CDATA["write data to susram failed, status 0x%x"]]></Message>
    <Message ID="0x8086000200305063"><![CDATA["[IMR] Open minor device %d, caller's tid = %d handle = %x."]]></Message>
    <Message ID="0x808600020030503D"><![CDATA["[IMR] Close minor device %d, handle = %x."]]></Message>
    <Message ID="0x8086000200305075"><![CDATA["[IMR] ioctl request == %d"]]></Message>
    <Message ID="0x8086000200305064"><![CDATA["[IMR] IMR data is not valid !!"]]></Message>
    <Message ID="0x8086000200305076"><![CDATA["[IMR] bup_imr_config_prep_host_boot_init_cb()"]]></Message>
    <Message ID="0x8086000200305077"><![CDATA["[IMR] bup_imr_config_allow_get_imr_params_api_cb"]]></Message>
    <Message ID="0x8086000200305078"><![CDATA["[IMR] bup_imr_config_allow_get_imr_params_api_cb(): Error! Cannot read BIOS data from AON SRAM."]]></Message>
    <Message ID="0x8086000200305079"><![CDATA["[IMR] bup_imr_config_allow_get_imr_params_api_cb(): Error! Cannot write BIOS data to AON SRAM."]]></Message>
    <Message ID="0x808600020030504F"><![CDATA["[IMR] Host State: Src %d Dst %d, Cse State: Src %d Dst %d, Boot Type: %d, Cause: %d"]]></Message>
    <Message ID="0x8086000200305000"><![CDATA["[IMR] Unknown CPU type detected!"]]></Message>
    <Message ID="0x8086000200305050"><![CDATA["[IMR] OEM Unlock detected!"]]></Message>
    <Message ID="0x8086000200305022"><![CDATA["[IMR] CSE Feature is enabled by OEM."]]></Message>
    <Message ID="0x8086000200305001"><![CDATA["[IMR] CSE Feature is disabled by OEM."]]></Message>
    <Message ID="0x8086000200305024"><![CDATA["[IMR] Audio Feature is enabled by OEM."]]></Message>
    <Message ID="0x8086000200305003"><![CDATA["[IMR] Audio Feature is disabled by OEM."]]></Message>
    <Message ID="0x8086000200305059"><![CDATA["[IMR] PCIe Feature is enabled by OEM."]]></Message>
    <Message ID="0x8086000200305007"><![CDATA["[IMR] PCIe Feature is disabled by OEM."]]></Message>
    <Message ID="0x8086000200305008"><![CDATA["[IMR] OSE Feature is enabled by OEM."]]></Message>
    <Message ID="0x808600020030500A"><![CDATA["[IMR] OSE Feature is disabled by OEM."]]></Message>
    <Message ID="0x8086000200305009"><![CDATA["[IMR] Error! Cannot read BIOS data from AON SRAM."]]></Message>
    <Message ID="0x808600020030500B"><![CDATA["[IMR] Error! Cannot write BIOS data to AON SRAM."]]></Message>
    <Message ID="0x808600020030500C"><![CDATA["[IMR] [IMR progress] %02d:IMR_CONFIG_PROGRESS_CSE_RESET_CHECK"]]></Message>
    <Message ID="0x808600020030500D"><![CDATA["[IMR] [IMR progress] %02d:IMR_CONFIG_PROGRESS_INIT_BACK_FROM_CSE_RESET"]]></Message>
    <Message ID="0x808600020030500E"><![CDATA["[IMR] [IMR progress] %02d:IMR_CONFIG_PROGRESS_CSE_RESET_HANDLER_COMPLETED"]]></Message>
    <Message ID="0x808600020030500F"><![CDATA["[IMR] [IMR progress] %02d:IMR_CONFIG_PROGRESS_PRE_HOST_BOOT_STARTED"]]></Message>
    <Message ID="0x8086000200305010"><![CDATA["[IMR] [IMR progress] %02d:IMR_CONFIG_PROGRESS_INIT_BACK_FROM_S3"]]></Message>
    <Message ID="0x8086000200305011"><![CDATA["[IMR] [IMR progress] %02d:IMR_CONFIG_PROGRESS_PRE_HOST_BOOT_COMPLETED"]]></Message>
    <Message ID="0x8086000200305012"><![CDATA["[IMR] [IMR progress] %02d:IMR_CONFIG_PROGRESS_GET_IMR_SIZE_START"]]></Message>
    <Message ID="0x8086000200305013"><![CDATA["[IMR] [IMR progress] %02d:IMR_CONFIG_PROGRESS_GETIMRSIZE_PARAMS_VALIDATION_COMPLETED"]]></Message>
    <Message ID="0x8086000200305014"><![CDATA["[IMR] [IMR progress] %02d:IMR_CONFIG_PROGRESS_IMR_CALC_COMPLETED"]]></Message>
    <Message ID="0x8086000200305015"><![CDATA["[IMR] [IMR progress] %02d:IMR_CONFIG_PROGRESS_GET_IMR_SIZE_COMPLETED"]]></Message>
    <Message ID="0x8086000200305016"><![CDATA["[IMR] [IMR progress] %02d:IMR_CONFIG_PROGRESS_DID_HANDLER_START"]]></Message>
    <Message ID="0x8086000200305017"><![CDATA["[IMR] [IMR progress] %02d:IMR_CONFIG_PROGRESS_DID_PARAMS_VALIDATION_COMPLETED"]]></Message>
    <Message ID="0x8086000200305018"><![CDATA["[IMR] [IMR progress] %02d:IMR_CONFIG_PROGRESS_HW_CONFIGURATION_COMPLETED"]]></Message>
    <Message ID="0x8086000200305019"><![CDATA["[IMR] [IMR progress] %02d:IMR_CONFIG_PROGRESS_DID_HANDLER_COMPLETED"]]></Message>
    <Message ID="0x8086000200305020"><![CDATA["[IMR] Configure ATT for IMR entry No. %d: Size: 0x%x, Base: 0x%08x_%08x"]]></Message>
    <Message ID="0x8086000200305028"><![CDATA["[IMR] Error! failed to configure ATT! IMR entry No. %d"]]></Message>
    <Message ID="0x8086000200305021"><![CDATA["[IMR] ATT size for IMR entry No. %d is 0 - ignoring..."]]></Message>
    <Message ID="0x8086000200305029"><![CDATA["[IMR] Sum of all IMRs       : 0x%08x"]]></Message>
    <Message ID="0x808600020030502A"><![CDATA["[IMR] Alignment             : 0x%08x"]]></Message>
    <Message ID="0x808600020030502B"><![CDATA["[IMR] IP-USAGE: %d   Base : 0x%08x_%08x   Size : 0x%08x"]]></Message>
    <Message ID="0x808600020030502C"><![CDATA["[IMR] Failed to configure ATTs for all IMRs"]]></Message>
    <Message ID="0x808600020030502D"><![CDATA["[IMR] IMR Configuration Initialize: Back from CSE reset, restoring IMR data..."]]></Message>
    <Message ID="0x808600020030502E"><![CDATA["[IMR] IMR AON info was invalidated."]]></Message>
    <Message ID="0x808600020030502F"><![CDATA["[IMR] IMR Configuration Initialize: S3 Resume, re-calculating IMR data..."]]></Message>
    <Message ID="0x8086000200305030"><![CDATA["[IMR] IMR Configuration Initialize: GetIMRSize didn't complete healthily before S3 entring, skipping IMR re-calculation."]]></Message>
    <Message ID="0x8086000200305031"><![CDATA["[IMR] IMR Configuration Initialize: GetIMRSize wasn't received before S3 entring, skipping IMR re-calculation."]]></Message>
    <Message ID="0x8086000200305032"><![CDATA["[IMR] IMR AON info was invalidated."]]></Message>
    <Message ID="0x8086000200305033"><![CDATA["[IMR] Identified IMR support in HW"]]></Message>
    <Message ID="0x8086000200305034"><![CDATA["[IMR] Identified no IMR support in HW - will skip writing to registers"]]></Message>
    <Message ID="0x8086000200305035"><![CDATA["[IMR] Feature Disable 0  : 0x%08x"]]></Message>
    <Message ID="0x8086000200305036"><![CDATA["[IMR] Feature Disable 1  : 0x%08x"]]></Message>
    <Message ID="0x8086000200305037"><![CDATA["[IMR] PCIe IMR Size      : 0x%08x"]]></Message>
    <Message ID="0x8086000200305038"><![CDATA["[IMR] Error! GetIMRSize was already called!"]]></Message>
    <Message ID="0x8086000200305039"><![CDATA["[IMR] Error! AON data is not empty!"]]></Message>
    <Message ID="0x808600020030503A"><![CDATA["[IMR] Error! Invalid PCIe IMR arguments!"]]></Message>
    <Message ID="0x808600020030503B"><![CDATA["[IMR] Error! PCIe IMR size exceeds the limit (1GB)"]]></Message>
    <Message ID="0x808600020030503E"><![CDATA["[IMR] Error! Unknown feature/s enabled! "]]></Message>
    <Message ID="0x808600020030503F"><![CDATA["[IMR] Known features: 0x%08x, Feature Disable 0: 0x%08x, Feature Disable 1: 0x%08x"]]></Message>
    <Message ID="0x8086000200305040"><![CDATA["[IMR] Warning! BIOS requested to disable UMA for CSE!"]]></Message>
    <Message ID="0x8086000200305042"><![CDATA["[IMR] Write to AON SRAM: DisBit0 0x%08x, DisBit1 0x%08x, Pci2PrivSize 0x%08x"]]></Message>
    <Message ID="0x8086000200305043"><![CDATA["[IMR] **** GetIMRSize DONE ,Internal status 0x%x, External status 0x%x****"]]></Message>
    <Message ID="0x8086000200305044"><![CDATA["[IMR] IMRs Base Addr      : 0x%08x_%08x"]]></Message>
    <Message ID="0x8086000200305045"><![CDATA["[IMR] Error! DID was already called!"]]></Message>
    <Message ID="0x8086000200305046"><![CDATA["[IMR] GetIMRSize didn't complete healthily, skipping IMR configuration..."]]></Message>
    <Message ID="0x8086000200305047"><![CDATA["[IMR] Error! DID is called before GetImrSize"]]></Message>
    <Message ID="0x8086000200305048"><![CDATA["[IMR] Error! UMA was not enabled by BIOS (mem_status=0x%x) BIOS_MSG_DID_NO_MEMORY"]]></Message>
    <Message ID="0x8086000200305074"><![CDATA["[IMR] Error! UMA was not enabled by BIOS (mem_status=0x%x) BIOS_MSG_DID_INIT_ERROR"]]></Message>
    <Message ID="0x8086000200305049"><![CDATA["[IMR] Error! Unexpected BIOS MemStatus! (mem_status=0x%x)"]]></Message>
    <Message ID="0x808600020030504A"><![CDATA["[IMR] S3 Resume: read from AON SRAM: Base address 0x%08x_%08x"]]></Message>
    <Message ID="0x808600020030504B"><![CDATA["[IMR] Error! Base address in S3 resume is different from the address stored in AON SRAM!"]]></Message>
    <Message ID="0x808600020030504C"><![CDATA["[IMR] Error! IMR base address is not alinged as requested"]]></Message>
    <Message ID="0x808600020030504D"><![CDATA["[IMR] Internal Error! failed to calculate addresses!"]]></Message>
    <Message ID="0x808600020030504E"><![CDATA["[IMR] Failed to configure IMR policies in HW"]]></Message>
    <Message ID="0x8086000200305051"><![CDATA["[IMR] Failed to configure ATTs for all IMRs"]]></Message>
    <Message ID="0x8086000200305052"><![CDATA["[IMR] PCIe IMR base address: 0x%08x_%08x"]]></Message>
    <Message ID="0x8086000200305053"><![CDATA["[IMR] Write to AON SRAM: BaseAddrHi 0x%08x, BaseAddrLo 0x%08x"]]></Message>
    <Message ID="0x8086000200305054"><![CDATA["[IMR] **** IMR Configuration DONE, Internal status 0x%x, External status 0x%x****"]]></Message>
    <Message ID="0x8086000200305066"><![CDATA["[IMR] bus_drv_determine_offsets(): CPU family: 0x%x"]]></Message>
    <Message ID="0x8086000200305067"><![CDATA["[IMR] bus_drv_determine_offsets(): invalid CPU offsets!"]]></Message>
    <Message ID="0x8086000200305068"><![CDATA["[IMR] bus_drv_determine_offsets(): IOP offset must be valid!"]]></Message>
    <Message ID="0x8086000200302815"><![CDATA["[BUP_PM] bup_maestro_fatal_error_handler: cause = 0x%x"]]></Message>
    <Message ID="0x808600020030282A"><![CDATA["[BUP_PM] bup_maestro_did_phase_complete in_live_pm_flow: %d"]]></Message>
    <Message ID="0x808600020030282B"><![CDATA["[BUP_PM] bup_maestro_secure_boot_phase_complete in_live_pm_flow: %d, csme_reset_detected: %d"]]></Message>
    <Message ID="0x8086000200302998"><![CDATA["[BUP_PM]bup_maestro_secure_boot_phase_complete trigger GRST"]]></Message>
    <Message ID="0x808600020030280C"><![CDATA["[BUP_PM] bup_maestro_secure_boot_failure_handler: Action = 0x%x, enforce_policy = 0x%x"]]></Message>
    <Message ID="0x80860002003029F9"><![CDATA["[BUP_PM] bup_maestro_secure_boot_failure_handler: Action = 0x%x, enforce_policy = 0x%x"]]></Message>
    <Message ID="0x8086000200302841"><![CDATA["[BUP_PM] bup_maestro_secure_boot_failure_handler: False trigger"]]></Message>
    <Message ID="0x8086000200302842"><![CDATA["[BUP_PM] bup_maestro_secure_boot_failure_handler: Unexpected argument"]]></Message>
    <Message ID="0x808600020030280D"><![CDATA["[BUP_PM] bup_maestro_biosmsg_set_host_boot_state: mem_init_status = 0x%x"]]></Message>
    <Message ID="0x8086000200302844"><![CDATA["[BUP_PM] bup_maestro_request_post_host_boot_exit(): No memory present"]]></Message>
    <Message ID="0x8086000200302845"><![CDATA["[BUP_PM] bup_maestro_notify_sys_error_log_detection(): Error detected"]]></Message>
    <Message ID="0x8086000200302846"><![CDATA["[BUP_PM] bup_maestro_switch_clock_source(): Switching to %d"]]></Message>
    <Message ID="0x8086000200302847"><![CDATA["[BUP_PM] bup_maestro_is_platform_in_critical_section(): Read failed, status = 0x%x"]]></Message>
    <Message ID="0x8086000200302825"><![CDATA["[BUP_PM] bup_maestro_is_platform_in_critical_section: in_critical_section = %d"]]></Message>
    <Message ID="0x8086000200302848"><![CDATA["[BUP_PM] bup_maestro_set_platform_critical_section(): Write failed, status = 0x%x"]]></Message>
    <Message ID="0x8086000200302827"><![CDATA["[BUP_PM] bup_maestro_set_platform_critical_section: Setting in_critical_section = %d"]]></Message>
    <Message ID="0x80860002003028D4"><![CDATA["[BUP_PM] bup_maestro_zero_boot_progress_data(): cleared boot progress data"]]></Message>
    <Message ID="0x80860002003028D3"><![CDATA["[BUP_PM] bup_maestro_zero_boot_progress_data(): maestro file Write failed, bytes_written = %d, status = 0x%x"]]></Message>
    <Message ID="0x80860002003028DB"><![CDATA["[BUP_PM] bup_maestro_zero_boot_progress_data(): rbe file write failed, bytes = %d, status = 0x%x"]]></Message>
    <Message ID="0x80860002003028D5"><![CDATA["[BUP_PM] bup_maestro_set_boot_progress_data(): boot flag set boot flag = %d, value = %d"]]></Message>
    <Message ID="0x80860002003028D6"><![CDATA["[BUP_PM] bup_maestro_set_boot_progress_data(): maestro file read failed, bytes = %d, status = 0x%x"]]></Message>
    <Message ID="0x80860002003028D7"><![CDATA["[BUP_PM] bup_maestro_set_boot_progress_data(): invalid boot flag = %d"]]></Message>
    <Message ID="0x80860002003028D8"><![CDATA["[BUP_PM] bup_maestro_set_boot_progress_data(): set bip_greset_allowed = %d, cm0_full_boot = %d, eop_recived = %d, bup_disabled = %d"]]></Message>
    <Message ID="0x80860002003028D9"><![CDATA["[BUP_PM] bup_maestro_set_boot_progress_data(): maestro file write failed, bytes = %d, status = 0x%x"]]></Message>
    <Message ID="0x80860002003028DA"><![CDATA["[BUP_PM] bup_maestro_set_boot_progress_data(): rbe file write failed, bytes = %d, status = 0x%x"]]></Message>
    <Message ID="0x8086000200302871"><![CDATA["[BUP] bup_maestro_request_reset(): fd = %d, maestro_reset_request_t = %d, flags = 0x%x, client_id = %d"]]></Message>
    <Message ID="0x808600020030284E"><![CDATA["[BUP_PM] bup_maestro_set_image_swap_detected(): Swap detected"]]></Message>
    <Message ID="0x808600020030285C"><![CDATA["[BUP_PM] bup_maestro_determine_boot_flow(): flow = 0x%x"]]></Message>
    <Message ID="0x808600020030285D"><![CDATA["[BUP_PM] bup_maestro_determine_platform_sku(): config = 0x%x"]]></Message>
    <Message ID="0x808600020030285E"><![CDATA["[BUP_PM] bup_maestro_check_load_manager_error_status(): lderr = 0x%x"]]></Message>
    <Message ID="0x8086000200302817"><![CDATA["[BUP_PM] bup_maestro_check_exception_flow: data = 0x%x"]]></Message>
    <Message ID="0x8086000200302902"><![CDATA["[BUP_PM] bup_maestro_check_ibl_status()"]]></Message>
    <Message ID="0x80860002003029FD"><![CDATA["[BUP_PM] Failed to create rpfs file - pm_ctxt."]]></Message>
    <Message ID="0x80860002003029FE"><![CDATA["[BUP_PM] Created rpfs pm_ctxt file."]]></Message>
    <Message ID="0x80860002003029FF"><![CDATA["[BUP_PM] Failed to create snowball file - bootpath."]]></Message>
    <Message ID="0x8086000200302A00"><![CDATA["[BUP_PM] Created /snowball/bootpath file."]]></Message>
    <Message ID="0x8086000200302A01"><![CDATA["[BUP_PM] Failed to create snowball file - boottype."]]></Message>
    <Message ID="0x8086000200302A02"><![CDATA["[BUP_PM] Created /snowball/boottype file."]]></Message>
    <Message ID="0x8086000200302A03"><![CDATA["[BUP_PM] Failed to create snowball file - bootflow."]]></Message>
    <Message ID="0x8086000200302A04"><![CDATA["[BUP_PM] Created /snowball/bootflow file."]]></Message>
    <Message ID="0x808600020030285F"><![CDATA["[BUP_PM] bup_maestro_force_shutdown_request_callback()"]]></Message>
    <Message ID="0x8086000200302860"><![CDATA["[BUP_PM] bup_maestro_notify_dram_init_done_received(): notified = %d, queued = %d"]]></Message>
    <Message ID="0x8086000200302861"><![CDATA["[BUP_PM] bup_maestro_ioctl_receive_notify_cause(): notify_cause = %d"]]></Message>
    <Message ID="0x8086000200302863"><![CDATA["[BUP_PM] bup_maestro_clear_hmrfpo_enabled()"]]></Message>
    <Message ID="0x80860002003028E8"><![CDATA["[BUP_PM] bup_maestro_sync_cse_reset_state(): read SUSRAM_CSERSTCNT_STATE_FILE failed! status: %d"]]></Message>
    <Message ID="0x80860002003028E9"><![CDATA["[BUP_PM] bup_maestro_sync_cse_reset_state(): reset state = 0x%x"]]></Message>
    <Message ID="0x80860002003028C3"><![CDATA["[BUP_PM] bup_maestro_sync_cse_reset_state(): write SUSRAM_CSERSTCNT_STATE_FILE failed! status: %d"]]></Message>
    <Message ID="0x80860002003028DC"><![CDATA["[BUP_PM] bup_maestro_sync_cse_reset_state(): write SUSRAM_CSERSTCNT_FILE failed! status: %d"]]></Message>
    <Message ID="0x80860002003028E7"><![CDATA["[BUP_PM] bup_maestro_check_cse_reset_counter(): read SUSRAM_CSERSTCNT_FILE failed with status: %d"]]></Message>
    <Message ID="0x80860002003028E6"><![CDATA["[BUP_PM] bup_maestro_check_cse_reset_counter(): write SUSRAM_CSERSTCNT_FILE failed with status: %d"]]></Message>
    <Message ID="0x8086000200302868"><![CDATA["[BUP_PM] bup_maestro_set_boot_path(): boot_path = 0x%x"]]></Message>
    <Message ID="0x8086000200302903"><![CDATA["[BUP_PM] Invalid boot cause: 0x%x"]]></Message>
    <Message ID="0x808600020030282C"><![CDATA["[BUP_PM] bup_maestro_set_boot_type_and_cause(): Input Cause = 0x%x, Selected Cause = 0x%x, Boot Causes = 0x%x"]]></Message>
    <Message ID="0x8086000200302835"><![CDATA["[BUP_PM] bup_maestro_set_boot_type_and_cause(): taken boot type = 0x%x"]]></Message>
    <Message ID="0x8086000200302869"><![CDATA["[BUP_PM] bup_maestro_set_boot_flow(): boot_flow = %d"]]></Message>
    <Message ID="0x808600020030280E"><![CDATA["[BUP_PM] bup_maestro_set_pm_attribute: attribute = 0x%x"]]></Message>
    <Message ID="0x8086000200302838"><![CDATA["[BUP_PM] bup_maestro_unset_pm_attribute: attribute = 0x%x"]]></Message>
    <Message ID="0x808600020030286A"><![CDATA["[BUP_PM] bup_maestro_dfs_read(): File does not exist"]]></Message>
    <Message ID="0x808600020030286B"><![CDATA["[BUP_PM] bup_maestro_dfs_read(): File read failure (status = 0x%x)"]]></Message>
    <Message ID="0x808600020030286C"><![CDATA["[BUP_PM] bup_maestro_query_nvm_data(): First boot = %d, PCD cleared = %d"]]></Message>
    <Message ID="0x808600020030286D"><![CDATA["[BUP_PM] bup_sys_memory_change()"]]></Message>
    <Message ID="0x808600020030282E"><![CDATA["[BUP_PM] BUP invokes SysMemoryChange as CM0_NU (%x)."]]></Message>
    <Message ID="0x808600020030282F"><![CDATA["[BUP_PM] BUP invokes SysMemoryChange as CM0_U Resume (%x)"]]></Message>
    <Message ID="0x8086000200302830"><![CDATA["[BUP_PM] BUP invokes SysMemoryChange as CM0_U Reload (%x)"]]></Message>
    <Message ID="0x8086000200302831"><![CDATA["[BUP_PM] Failed to update SysMemoryChange information (%x)"]]></Message>
    <Message ID="0x8086000200302992"><![CDATA["[BUP_PM] bup_maestro_unblock_post_event Setting Timer"]]></Message>
    <Message ID="0x808600020030299B"><![CDATA["[BUP_PM] bup_maestro_unblock_post_event Deleting Timer"]]></Message>
    <Message ID="0x80860002003029FB"><![CDATA["[BUP_PM] bup_maestro_unblock_post_event Posting BUP_EV_NONE"]]></Message>
    <Message ID="0x808600020030286E"><![CDATA["[BUP_PM] bup_maestro_start_shutdown_timer(): period = 0x%x"]]></Message>
    <Message ID="0x8086000200302B20"><![CDATA["[BUP] bup_maestro_determine_cpu_presence(): CPU IS MISSING!"]]></Message>
    <Message ID="0x8086000200302870"><![CDATA["[BUP] bup_maestro_register_sx_operation(): fd = %d, sx_operation = %d"]]></Message>
    <Message ID="0x8086000200302809"><![CDATA["[BUP_PM] bup_maestro_handle_bad_image_path_event()"]]></Message>
    <Message ID="0x8086000200302824"><![CDATA["[BUP_PM] bup_maestro_handle_bad_image_path_event Failed to write Img Src to SusRAM, st %d"]]></Message>
    <Message ID="0x808600020030281A"><![CDATA["[BUP_PM] bup_maestro_clear_soc_pch_context()"]]></Message>
    <Message ID="0x8086000200302873"><![CDATA["[BUP_PM] bup_maestro_check_bad_image_path_transition_identification(): bad_image_path = %d"]]></Message>
    <Message ID="0x8086000200302874"><![CDATA["[BUP_PM] bup_maestro_query_boot_source_switch_allowed(): allowed = %d"]]></Message>
    <Message ID="0x808600020030281C"><![CDATA["[BUP_PM] bup_maestro_fatal_ftp_load_handler: FTP load failed"]]></Message>
    <Message ID="0x808600020030281D"><![CDATA["[BUP_PM] bup_maestro_nftp_load_handler: Setting recovery mode, ctx = 0x%x"]]></Message>
    <Message ID="0x8086000200302BFE"><![CDATA["[BUP_PM] bup_maestro_rcv_ftp_load_handler: FTP load failed: Setting recovery mode"]]></Message>
    <Message ID="0x8086000200302BFF"><![CDATA["[BUP_PM] bup_maestro_load_disable_handler: Load failed"]]></Message>
    <Message ID="0x8086000200302814"><![CDATA["[BUP_PM] bup_maestro_bad_image_fail_handler error_type %d"]]></Message>
    <Message ID="0x8086000200302802"><![CDATA["[BUP_PM] bup_maestro_bad_image_fail_handler: Unsupported error_type %d"]]></Message>
    <Message ID="0x808600020030299A"><![CDATA["[BUP_PM] bup_maestro_cse_reset_in_pm_flow_handler: original_pm_cause: %d"]]></Message>
    <Message ID="0x808600020030281E"><![CDATA["[BUP_PM] bup_maestro_cse_reset_multi_fail_handler(): failure = %d , exeption_limit_riched = %d "]]></Message>
    <Message ID="0x808600020030280B"><![CDATA["[BUP_PM] bup_maestro_log_event: Info = 0x%x"]]></Message>
    <Message ID="0x80860002003028AB"><![CDATA["[BUP_PM] bup_maestro_mark_host_transition_start pm_cause: %d"]]></Message>
    <Message ID="0x80860002003028AC"><![CDATA["[BUP_PM] bup_mark_host_transition_start: failed to save transition cause status: %d, byte_count: %d"]]></Message>
    <Message ID="0x80860002003028AE"><![CDATA["[BUP_PM] bup_maestro_mark_host_transition_end"]]></Message>
    <Message ID="0x80860002003028AD"><![CDATA["[BUP_PM] bup_maestro_mark_host_transition_end: failed to clear transition cause status: %d, byte_count: %d"]]></Message>
    <Message ID="0x80860002003028BE"><![CDATA["[BUP_PM] Publishing event 0x%x"]]></Message>
    <Message ID="0x80860002003028BC"><![CDATA["[BUP_PM] Error publishing event 0x%x, status = 0x%x"]]></Message>
    <Message ID="0x80860002003028BB"><![CDATA["[BUP_PM] Event dispatcher notify. cause = %d, event = 0x%x."]]></Message>
    <Message ID="0x8086000200302839"><![CDATA["[BUP_PM] bup_maestro_init_exit(): DeepSx: %d, ManufMode = %d, Clink_Config = %d, "]]></Message>
    <Message ID="0x8086000200302836"><![CDATA["[BUP_PM] bup_maestro_cse_disabled(): Entering CSE_DISABLED, cause = 0x%x"]]></Message>
    <Message ID="0x808600020030283A"><![CDATA["[BUP_PM] bup_maestro_cse_shutdown(): cause = %d, dst_host_state = %d, uma = %d"]]></Message>
    <Message ID="0x80860002003028C8"><![CDATA["[BUP_PM] bup_maestro_cse_shutdown(): Detected unexpected shutdown request with PP2"]]></Message>
    <Message ID="0x80860002003028C9"><![CDATA["[BUP_PM] bup_maestro_cse_shutdown(): Force PP1 for shutdown for non-normal boot type"]]></Message>
    <Message ID="0x808600020030283D"><![CDATA["[BUP_PM] bup_maestro_cse_shutdown(): Unexpected PM event cause"]]></Message>
    <Message ID="0x8086000200302875"><![CDATA["[BUP_PM] bup_maestro_cse_shutdown(): change_type is %d"]]></Message>
    <Message ID="0x80860002003028CB"><![CDATA["[BUP_PM] bup_maestro_cse_shutdown(): Failed to switch clock source to ROSC"]]></Message>
    <Message ID="0x80860002003028CA"><![CDATA["[BUP_PM] bup_maestro_cse_shutdown() calling sys_power_state_change_reset()"]]></Message>
    <Message ID="0x808600020030283B"><![CDATA["[BUP_PM] bup_maestro_cse_shutdown() calling sys_power_state_change_shutdown(%d, %d)"]]></Message>
    <Message ID="0x808600020030283F"><![CDATA["[BUP_PM] bup_maestro_cse_boot(): Boot_path = %d, CSE Reset = %d, CPU Missing = %d, Dest = %d"]]></Message>
    <Message ID="0x8086000200302813"><![CDATA["[BUP_PM] bup_maestro_prep_for_host_direct_update_last(): Posting CSE_DISABLED."]]></Message>
    <Message ID="0x8086000200302820"><![CDATA["[BUP_PM] Open minor device # = %d, caller's tid = %08x handle = %x,%x."]]></Message>
    <Message ID="0x8086000200302840"><![CDATA["[BUP_PM] srv_maestro_ioctl_cb(): IOCTL_Request %d PID %d TID %08x Handle %d."]]></Message>
    <Message ID="0x80860002003029FA"><![CDATA["[BUP_PM] ioctl_reply Error %x Request %d PID %d TID %08x Handle %d."]]></Message>
    <Message ID="0x808600020030280F"><![CDATA["[BUP_PM] bup_maestro_request_init_exit: boot_path = 0x%x, boot_type = 0x%x, boot_cause = 0x%x"]]></Message>
    <Message ID="0x80860002003028C4"><![CDATA["[BUP_PM] bup_maestro_request_init_exit: PM state: (high) = 0x%x, (low) = 0x%x"]]></Message>
    <Message ID="0x8086000200302990"><![CDATA["[BUP_PM] Incomplete Host Reset determinated: Initiate Global Reset Type7 !!!"]]></Message>
    <Message ID="0x8086000200302991"><![CDATA["[BUP_PM] Incomplete Sx entry determinated: Initiate Global Reset Type8 !!!"]]></Message>
    <Message ID="0x808600020030284F"><![CDATA["[BUP_PM] bup_maestro_request_init_exit(): Posting CSE_SHUTDOWN"]]></Message>
    <Message ID="0x8086000200302826"><![CDATA["[BUP_PM] bup_maestro_request_init_exit(): Escalating CSE reset to global in critical section."]]></Message>
    <Message ID="0x8086000200302821"><![CDATA["[BUP_PM] bup_maestro_request_init_exit(): Posting CSE_DISABLED."]]></Message>
    <Message ID="0x8086000200302850"><![CDATA["[BUP_PM] bup_maestro_request_init_exit(): Cannot determine boot path"]]></Message>
    <Message ID="0x8086000200302851"><![CDATA["[BUP_PM] bup_maestro_request_prep_host_boot_exit()"]]></Message>
    <Message ID="0x8086000200302822"><![CDATA["[BUP_PM] bup_maestro_request_prep_host_boot_exit(): Posting CSE_DISABLED."]]></Message>
    <Message ID="0x8086000200302852"><![CDATA["[BUP_PM] bup_maestro_request_host_boot_exit()"]]></Message>
    <Message ID="0x8086000200302855"><![CDATA["[BUP_PM] bup_maestro_request_host_boot_live_exit()"]]></Message>
    <Message ID="0x80860002003028B2"><![CDATA["[BUP_PM] bup_maestro_request_imr_cfg_done_exit(): Boot Cause: 0x%x"]]></Message>
    <Message ID="0x8086000200302856"><![CDATA["[BUP_PM] bup_maestro_request_imr_cfg_done_exit(): nvm_failure = %d, cse_disable_req = %d"]]></Message>
    <Message ID="0x8086000200302857"><![CDATA["[BUP_PM] bup_maestro_request_imr_cfg_done_exit(): Memory / CPU problem"]]></Message>
    <Message ID="0x8086000200302823"><![CDATA["[BUP_PM] bup_maestro_request_imr_cfg_done_exit(): Posting CSE_DISABLED"]]></Message>
    <Message ID="0x80860002003028E1"><![CDATA["[BUP_PM] bup_maestro_request_imr_cfg_done_exit - identify MRP mode and set FWSTS "]]></Message>
    <Message ID="0x8086000200302858"><![CDATA["[BUP_PM] bup_maestro_request_cse_disabled_exit()"]]></Message>
    <Message ID="0x808600020030285A"><![CDATA["[BUP_PM] bup_maestro_request_cse_boot_exit()"]]></Message>
    <Message ID="0x8086000200302810"><![CDATA["[BUP_PM] bup_maestro_post_cse_shutdown: cause = 0x%x, requested_reset_type = 0x%x"]]></Message>
    <Message ID="0x80860002003028BA"><![CDATA["[BUP_PM] bup_maestro_post_cse_shutdown: Unsupported cause (0x%x) and requested_reset_type (0x%x)"]]></Message>
    <Message ID="0x808600020030285B"><![CDATA["[BUP_PM] bup_maestro_post_transition_abort(): Status = %d"]]></Message>
    <Message ID="0x808600020030E00B"><![CDATA["[FUSA] Functional Safety: Sending VDM command %d to CPU"]]></Message>
    <Message ID="0x808600020030E003"><![CDATA["[FUSA] Functional Safety: a faulty VDM response! Error %d Response %d"]]></Message>
    <Message ID="0x808600020030E008"><![CDATA["[FUSA] Functional Safety: Failed to send VDM. Status %d"]]></Message>
    <Message ID="0x808600020030E006"><![CDATA["[FUSA] Functional Safety: wrong cores count (%d) for type %d"]]></Message>
    <Message ID="0x808600020030E005"><![CDATA["[FUSA] Functional Safety: reading results for %d cores, type %d"]]></Message>
    <Message ID="0x808600020030E004"><![CDATA["[FUSA] Functional Safety: Can't read previous results"]]></Message>
    <Message ID="0x808600020030E002"><![CDATA["[FUSA] Functional Safety: Failed running tests"]]></Message>
    <Message ID="0x808600020030E001"><![CDATA["[FUSA] Functional Safety: Can't store CPU tests in SUSRAM"]]></Message>
    <Message ID="0x808600020030E009"><![CDATA["[FUSA] Functional Safety: CPU tests done"]]></Message>
    <Message ID="0x808600020030E000"><![CDATA["[FUSA] Functional Safety: Running CPU tests"]]></Message>
    <Message ID="0x808600020030E032"><![CDATA["[FUSA] Critical error: failed to allocate shared buffer!"]]></Message>
    <Message ID="0x808600020030180D"><![CDATA["[BUP-HECI] bup_heci_link_reset device ID."]]></Message>
    <Message ID="0x808600020030180E"><![CDATA["[BUP-HECI] bup_heci_link_reset: device state is handoff complete."]]></Message>
    <Message ID="0x8086000200301822"><![CDATA["[BUP-HECI] bup_heci_verify_heci_is_ready: invalid device ID."]]></Message>
    <Message ID="0x8086000200301826"><![CDATA["[BUP-HECI] bup_heci_verify_heci_is_ready: start. cse_csr: 0x%08x h_csr: 0x%08x"]]></Message>
    <Message ID="0x8086000200301823"><![CDATA["[BUP-HECI] bup_heci_verify_heci_is_ready: device state is: %d. going to init"]]></Message>
    <Message ID="0x8086000200301824"><![CDATA["[BUP-HECI] bup_heci_verify_heci_is_ready: finished. cse_csr: 0x%08x h_csr: 0x%08x"]]></Message>
    <Message ID="0x8086000200301809"><![CDATA["[BUP-HECI] bup_heci_initialize_device: HECI%d"]]></Message>
    <Message ID="0x8086000200301807"><![CDATA["[BUP-HECI] bup_heci_initialize_device: invalid device ID."]]></Message>
    <Message ID="0x8086000200301808"><![CDATA["[BUP-HECI] bup_heci_initialize_device: device state is: %d."]]></Message>
    <Message ID="0x8086000200301821"><![CDATA["[BUP-HECI] bup_heci_initialize_device: starting link reset"]]></Message>
    <Message ID="0x8086000200301820"><![CDATA["[BUP-HECI] bup_heci_initialize_device: finished. cse_csr: 0x%08x h_csr: 0x%08x"]]></Message>
    <Message ID="0x80860002003014CA"><![CDATA["[BUP-HECI] bup_heci_deinitialize_device: HECI%d"]]></Message>
    <Message ID="0x808600020030180B"><![CDATA["[BUP-HECI] bup_heci_deinitialize_device: invalid device ID."]]></Message>
    <Message ID="0x808600020030180F"><![CDATA["[BUP-HECI] bup_heci_receive_message: invalid device ID."]]></Message>
    <Message ID="0x808600020030180A"><![CDATA["[BUP-HECI] bup_heci_receive_message: device state is: %d."]]></Message>
    <Message ID="0x8086000200301810"><![CDATA["[BUP-HECI] bup_heci_receive_message: starting link reset - cse is not ready"]]></Message>
    <Message ID="0x8086000200301811"><![CDATA["[BUP-HECI] bup_heci_receive_message: offset is %d."]]></Message>
    <Message ID="0x8086000200301813"><![CDATA["[BUP-HECI] bup_heci_receive_message: no more memory for message. msg_len %d."]]></Message>
    <Message ID="0x8086000200301814"><![CDATA["[BUP-HECI] bup_heci_receive_message. filled slot: %d, msg_dwords: %d."]]></Message>
    <Message ID="0x8086000200301827"><![CDATA["[BUP-HECI] bup_heci_receive_message. fragmented message arrived and wasn't completly read, msg_len: %d."]]></Message>
    <Message ID="0x8086000200301815"><![CDATA["[BUP-HECI] bup_heci_receive_message: finished. cse_csr: 0x%08x. h_csr: 0x%08x"]]></Message>
    <Message ID="0x8086000200301806"><![CDATA["[BUP-HECI] bup_heci_send_message: invalid device ID."]]></Message>
    <Message ID="0x8086000200301805"><![CDATA["[BUP-HECI] bup_heci_send_message: device state is: %d."]]></Message>
    <Message ID="0x8086000200301816"><![CDATA["[BUP-HECI] bup_heci_send_message: HECI%d. cse_csr 0x%08x"]]></Message>
    <Message ID="0x8086000200301817"><![CDATA["[BUP-HECI] bup_heci_send_message: CBD is 0"]]></Message>
    <Message ID="0x8086000200301828"><![CDATA["[BUP-HECI] bup_heci_send_message: Fragmentation is not supported. bytes_to_send:%d"]]></Message>
    <Message ID="0x8086000200301818"><![CDATA["[BUP-HECI] bup_heci_send_message: HRST bit is on. starting link reset"]]></Message>
    <Message ID="0x8086000200301819"><![CDATA["[BUP-HECI] bup_heci_send_message: send_offset is: %d"]]></Message>
    <Message ID="0x808600020030181A"><![CDATA["[BUP-HECI] bup_heci_send_message: prev msg wasn't consumed. cse_csr is: 0x%08x"]]></Message>
    <Message ID="0x808600020030181B"><![CDATA["[BUP-HECI] bup_heci_send_message: finished. cse_csr: 0x%08x h_csr: 0x%08x"]]></Message>
    <Message ID="0x8086000200301802"><![CDATA["[BUP-HECI] bup_heci_consume_message: invalid device ID."]]></Message>
    <Message ID="0x8086000200301803"><![CDATA["[BUP-HECI] bup_heci_consume_message: device state is: %d."]]></Message>
    <Message ID="0x808600020030181C"><![CDATA["[BUP-HECI] bup_heci_consume_message: HECI%d. cse_csr: 0x%08x h_csr: 0x%08x"]]></Message>
    <Message ID="0x8086000200301804"><![CDATA["[BUP-HECI] bup_heci_consume_message: msg consumed already or len is 0. (len: %d)."]]></Message>
    <Message ID="0x8086000200301800"><![CDATA["[BUP-HECI] bup_heci_consume_message: Consuming message."]]></Message>
    <Message ID="0x8086000200301801"><![CDATA["[BUP-HECI] bup_heci_consume_message: Host is not ready, not consuming message."]]></Message>
    <Message ID="0x808600020030181F"><![CDATA["[BUP-HECI] bup_heci_consume_message: finished. cse_csr: 0x%08x h_csr: 0x%08x"]]></Message>
    <Message ID="0x808600020030181D"><![CDATA["[BUP-HECI] bup_heci_handoff_device: HECI%d. "]]></Message>
    <Message ID="0x8086000200301829"><![CDATA["[BUP-HECI] bup_heci_clear_cse_to_host_cb: HECI%d. "]]></Message>
    <Message ID="0x808600020030182A"><![CDATA["[BUP-HECI] bup_heci_clear_cse_to_host_cb: CBD is 0. "]]></Message>
    <Message ID="0x808600020030182B"><![CDATA["[BUP-HECI] bup_heci_clear_cse_to_host_cb: prev msg wasn't comsumed. "]]></Message>
    <Message ID="0x808600020030182C"><![CDATA["[BUP-HECI] bup_heci_clear_cse_to_host_cb: failed to allocate buffer. "]]></Message>
    <Message ID="0x8086000200300C01"><![CDATA["[PRTC] Initialization"]]></Message>
    <Message ID="0x8086000200300C02"><![CDATA["[PRTC] Context is not supported, size should be 0"]]></Message>
    <Message ID="0x8086000200300C03"><![CDATA["[PRTC] Can't send context the main driver, status %d"]]></Message>
    <Message ID="0x8086000200300C04"><![CDATA["[PRTC] Unregister is not supported"]]></Message>
    <Message ID="0x8086000200300C05"><![CDATA["[PRTC] WLAN is not supported in this SKU"]]></Message>
    <Message ID="0x8086000200300C06"><![CDATA["[PRTC] Invalid parameters provided"]]></Message>
    <Message ID="0x8086000200300C07"><![CDATA["[PRTC] Invalid bit parameter provided for get command"]]></Message>
    <Message ID="0x8086000200300C08"><![CDATA["[PRTC] Invalid bit parameter provided for set command"]]></Message>
    <Message ID="0x8086000200304403"><![CDATA["[BUP_ADSP] Got wrong value when reading register offset: %d. expected (0x%x) got (0x%x)"]]></Message>
    <Message ID="0x8086000200304401"><![CDATA["[BUP_ADSP] bup_adspa_program_tlbs() error getting IMR params, res = %d"]]></Message>
    <Message ID="0x8086000200304404"><![CDATA["[BUP_ADSP] bup_adspa_program_tlbs() error, IMR size is 0"]]></Message>
    <Message ID="0x8086000200304402"><![CDATA["[BUP_ADSP] TLB init done! ADSP HW configured"]]></Message>
    <Message ID="0x8086000200410002"><![CDATA["[SERVICE] maestro_open_cb caller_tid 0x%x: Couldn't allocate service handle"]]></Message>
    <Message ID="0x8086000200410003"><![CDATA["[SERVICE] FD opened: caller_tid 0x%x, out_service_handle %d."]]></Message>
    <Message ID="0x8086000200410004"><![CDATA["[SERVICE] maestro_close_cb: service_handle %d."]]></Message>
    <Message ID="0x8086000200410005"><![CDATA["[SERVICE] Invalid IOCTL: Request #%d PID %d TID 0x%x Handle %d."]]></Message>
    <Message ID="0x8086000200410006"><![CDATA["[MS] Invalid Memory Tag."]]></Message>
    <Message ID="0x8086000200410013"><![CDATA["[SERVICE] Request %d Called by PID %d TID 0x%x Handle %d."]]></Message>
    <Message ID="0x8086000200410007"><![CDATA["[SERVICE] Ioctl handler %d returning %d to PID %d TID 0x%x Handle %d."]]></Message>
    <Message ID="0x8086000200410008"><![CDATA["[SERVICE] srv_ioctl_reply Error %x Request %d PID %d TID 0x%x Handle %d."]]></Message>
    <Message ID="0x808600020041000A"><![CDATA["***[MS] Received Unexpected IPC Message: To From: %d Type %d!"]]></Message>
    <Message ID="0x808600020041000B"><![CDATA["[SERVICE] Failed to open /dev/pm_maestro."]]></Message>
    <Message ID="0x808600020041000C"><![CDATA["[SERVICE] Failed to open /dev/edMaestro."]]></Message>
    <Message ID="0x808600020041000D"><![CDATA["[SERVICE] Failed to open /dev/loader."]]></Message>
    <Message ID="0x808600020041000F"><![CDATA["[SERVICE] Failed to open /dev/bup_maestro."]]></Message>
    <Message ID="0x8086000200410010"><![CDATA["[SERVICE] maestro_srv_init() exit: return code %d"]]></Message>
    <Message ID="0x8086000200410011"><![CDATA["[SERVICE]  srv_task() exit: return code %d"]]></Message>
    <Message ID="0x8086000200410012"><![CDATA["[SERVICE] Maestro main() end"]]></Message>
    <Message ID="0x8086000200411C00"><![CDATA["[POWER] Calling PM Ops Global Reset"]]></Message>
    <Message ID="0x8086000200411C04"><![CDATA["[POWER] pwr_ops_global_reset returned %d"]]></Message>
    <Message ID="0x8086000200411C23"><![CDATA["[POWER] Calling PM Ops UPD"]]></Message>
    <Message ID="0x8086000200411C09"><![CDATA["[POWER] pwr_ops_unconditional_power_down returned %d"]]></Message>
    <Message ID="0x8086000200411C01"><![CDATA["[POWER] Calling Final Kernel SysPowerStateChange API for Reset."]]></Message>
    <Message ID="0x8086000200411C02"><![CDATA["[POWER] Calling Final Kernel SysPowerStateChange(0, %d, %d, %d, %d,%d, %d) API for CMOff."]]></Message>
    <Message ID="0x8086000200411C03"><![CDATA["[POWER] SysPowerStateChange Returned %d"]]></Message>
    <Message ID="0x8086000200411C05"><![CDATA["[POWER] Failed to open /dev/icc."]]></Message>
    <Message ID="0x8086000200411C06"><![CDATA["[POWER] Starting Load Process for CM0."]]></Message>
    <Message ID="0x8086000200411C07"><![CDATA["[POWER] Received TRANSITION_COMPLETE for CM0."]]></Message>
    <Message ID="0x560002009055E800"><![CDATA["[PERF],TS,%x,%d,%d,%u,%u"]]></Message>
    <Message ID="0x560002009055E801"><![CDATA["[PERF],TS,%x,%d,%d,%u,%u"]]></Message>
    <Message ID="0x8086000200411C08"><![CDATA["[POWER] Received TC_PUBLISH_COMPLETE for CM0."]]></Message>
    <Message ID="0x8086000200411C0A"><![CDATA["[POWER] Going to CM0-PG."]]></Message>
    <Message ID="0x8086000200411C14"><![CDATA["[POWER] in_early_host_reset_flow"]]></Message>
    <Message ID="0x8086000200411C19"><![CDATA["[POWER] Initiating CSE reset as part of temp disable flow."]]></Message>
    <Message ID="0x8086000200411C1A"><![CDATA["[POWER] Initiating CSE reset due to pending reset (CM0)."]]></Message>
    <Message ID="0x8086000200411C0C"><![CDATA["[POWER] Unexpected PmDrv Pm Event Context."]]></Message>
    <Message ID="0x8086000200411C15"><![CDATA["[POWER] Forcing Global Reset due to promotion flag in Sx entry"]]></Message>
    <Message ID="0x8086000200411C1B"><![CDATA["[POWER] Promoted reset detected"]]></Message>
    <Message ID="0x8086000200411C17"><![CDATA["[POWER] Publishing event 0x%x"]]></Message>
    <Message ID="0x560002009055E802"><![CDATA["[PERF],TS,%x,%d,%d,%u,%u"]]></Message>
    <Message ID="0x8086000200411C12"><![CDATA["[POWER] Calling SysPowerStateChange(0, %d, %d, %d, %d, %d) API for CM0-PG."]]></Message>
    <Message ID="0x560002009055E803"><![CDATA["[PERF],TS,%x,%d,%d,%u,%u"]]></Message>
    <Message ID="0x8086000200411C13"><![CDATA["[POWER] Could not go into PG. SysPowerStateChange returned %d"]]></Message>
    <Message ID="0x8086000200411C16"><![CDATA["[POWER] PG Wake"]]></Message>
    <Message ID="0x8086000200411C1C"><![CDATA["[POWER] Publishing event 0x%x"]]></Message>
    <Message ID="0x8086000200410800"><![CDATA["[POWER] Current State = CMOFF_PD_EXIT. (%d)"]]></Message>
    <Message ID="0x8086000200410801"><![CDATA["[POWER] Current State = CMOFF_PD_ENTRY. (%d)"]]></Message>
    <Message ID="0x8086000200410802"><![CDATA["[POWER] Current State = CM0_ENTRY_BEGIN. (%d)"]]></Message>
    <Message ID="0x8086000200410803"><![CDATA["[POWER] Current State = CM0_ENTRY_COMPLETE. (%d)"]]></Message>
    <Message ID="0x8086000200410804"><![CDATA["[POWER] Current State = CM0_EXIT_BEGIN. (%d)"]]></Message>
    <Message ID="0x8086000200410805"><![CDATA["[POWER] Current State = CM0_EXIT_COMPLETE. (%d)"]]></Message>
    <Message ID="0x8086000200410806"><![CDATA["[POWER] Current State = CM0_PG_ENTRY. (%d)"]]></Message>
    <Message ID="0x8086000200410807"><![CDATA["[POWER] Current State = CM0_PG_EXIT. (%d)"]]></Message>
    <Message ID="0x8086000200411000"><![CDATA["[POWER] New Event = MAESTRO_NEW_STATE. (%d)"]]></Message>
    <Message ID="0x8086000200411001"><![CDATA["[POWER] New Event = MAESTRO_LOAD_MGR_TRANSITION_COMPLETE. (%d)"]]></Message>
    <Message ID="0x8086000200411002"><![CDATA["[POWER] New Event = MAESTRO_LOAD_MGR_TRANSITION_COMPLETE_PUBLISH_COMPLETE. (%d)"]]></Message>
    <Message ID="0x8086000200411003"><![CDATA["[POWER] New Event = MAESTRO_PROC_MGR_ALL_PROCESS_EXIT_COMPLETE. (%d)"]]></Message>
    <Message ID="0x8086000200411004"><![CDATA["[POWER] New Event = MAESTRO_KERNEL_NOTIFY_IDLE. (%d)"]]></Message>
    <Message ID="0x8086000200411006"><![CDATA["[POWER] New Event = MAESTRO_PWR_GO_SX. (%d)"]]></Message>
    <Message ID="0x8086000200411007"><![CDATA["[POWER] New Event = MAESTRO_PWR_RESET_WARN. (%d)"]]></Message>
    <Message ID="0x8086000200411008"><![CDATA["[POWER] New Event = MAESTRO_PWR_HOST_WAKE. (%d)"]]></Message>
    <Message ID="0x8086000200411009"><![CDATA["[POWER] New Event = MAESTRO_PWR_HOST_RESET_TOGGLE. (%d)"]]></Message>
    <Message ID="0x808600020041101B"><![CDATA["[POWER] New Event = MAESTRO_PWR_T34_COMPLETE. (%d)"]]></Message>
    <Message ID="0x808600020041100B"><![CDATA["[POWER] New Event = MAESTRO_PWR_ICC_CONFIG_START. (%d)"]]></Message>
    <Message ID="0x8086000200411005"><![CDATA["[POWER] New Event = MAESTRO_PWR_PHY_INIT. (%d)"]]></Message>
    <Message ID="0x808600020041101C"><![CDATA["[POWER] New Event = MAESTRO_PWR_START_CPU_BOOT_CONFIG. (%d)"]]></Message>
    <Message ID="0x808600020041100C"><![CDATA["[POWER] New Event = MAESTRO_PWR_CRDA_SENT. (%d)"]]></Message>
    <Message ID="0x808600020041100D"><![CDATA["[POWER] New Event = MAESTRO_PWR_AC_CONNECTED. (%d)"]]></Message>
    <Message ID="0x808600020041100E"><![CDATA["[POWER] New Event = MAESTRO_PWR_AC_DISCONNECTED. (%d)"]]></Message>
    <Message ID="0x808600020041100F"><![CDATA["[POWER] New Event = MAESTRO_PWR_GO_S1. (%d)"]]></Message>
    <Message ID="0x8086000200411010"><![CDATA["[POWER] New Event = MAESTRO_PWR_RESET_WARN_S1. (%d)"]]></Message>
    <Message ID="0x8086000200411011"><![CDATA["[POWER] New Event = MAESTRO_PWR_HOST_PWR_DOWN_IN_SX. (%d)"]]></Message>
    <Message ID="0x8086000200411012"><![CDATA["[POWER] New Event = MAESTRO_BUP_DRAM_INIT_DONE_RECEIVED. (%d)"]]></Message>
    <Message ID="0x8086000200411013"><![CDATA["[POWER] New Event = MAESTRO_BUP_DRAM_INIT_DONE_TIMEOUT. (%d)"]]></Message>
    <Message ID="0x8086000200411014"><![CDATA["[POWER] New Event = MAESTRO_BUP_DRAM_INIT_DONE_NO_MEMORY. (%d)"]]></Message>
    <Message ID="0x8086000200411015"><![CDATA["[POWER] New Event = MAESTRO_EVENT_DISP_PUBLISH_COMPLETE. (%d)"]]></Message>
    <Message ID="0x8086000200411016"><![CDATA["[POWER] New Event = MAESTRO_EVENT_CM3_POLICY_CHANGE. (%d)"]]></Message>
    <Message ID="0x8086000200411017"><![CDATA["[POWER] New Event = MAESTRO_EVENT_CSE_RESET_REQUEST. (%d)"]]></Message>
    <Message ID="0x8086000200411018"><![CDATA["[POWER] New Event = MAESTRO_EVENT_GLOBAL_RESET_REQUEST. (%d)"]]></Message>
    <Message ID="0x8086000200411019"><![CDATA["[POWER] New Event = UNKNOWN_EVENT. (%d)"]]></Message>
    <Message ID="0x808600020041101A"><![CDATA["[POWER] State Flags = (0x%08X) Policy Flags = (0x%08X) Wait Flags = (0x%08X)"]]></Message>
    <Message ID="0x8086000200410C00"><![CDATA["[POWER] Next State = CMOFF_PD_EXIT. (%d)"]]></Message>
    <Message ID="0x8086000200410C01"><![CDATA["[POWER] Next State = CMOFF_PD_ENTRY. (%d)"]]></Message>
    <Message ID="0x8086000200410C02"><![CDATA["[POWER] Next State = CM0_ENTRY_BEGIN. (%d)"]]></Message>
    <Message ID="0x8086000200410C03"><![CDATA["[POWER] Next State = CM0_ENTRY_COMPLETE. (%d)"]]></Message>
    <Message ID="0x8086000200410C04"><![CDATA["[POWER] Next State = CM0_EXIT_BEGIN. (%d)"]]></Message>
    <Message ID="0x8086000200410C05"><![CDATA["[POWER] Next State = CM0_EXIT_COMPLETE. (%d)"]]></Message>
    <Message ID="0x8086000200410C06"><![CDATA["[POWER] Next State = CM0_PG_ENTRY. (%d)"]]></Message>
    <Message ID="0x8086000200410C07"><![CDATA["[POWER] Next State = CM0_PG_EXIT. (%d)"]]></Message>
    <Message ID="0x8086000200410C11"><![CDATA["[POWER] State Flags = (0x%08X) Policy Flags = (0x%08X) Wait Flags = (0x%08X)"]]></Message>
    <Message ID="0x8086000200411437"><![CDATA["[POWER] Could not read PM Context Snowball file."]]></Message>
    <Message ID="0x8086000200411438"><![CDATA["[POWER] Init PM Context:"]]></Message>
    <Message ID="0x808600020041143D"><![CDATA["[POWER] Init Data: Is LP Platform %d, BUP PG Notification: %d"]]></Message>
    <Message ID="0x808600020041143E"><![CDATA["[POWER] maestro_mark_host_transtion_start pm_cause: %d"]]></Message>
    <Message ID="0x808600020041143F"><![CDATA["[POWER] maestro_mark_host_transition_start: failed to save transition cause fd: %d, byte_count: %d"]]></Message>
    <Message ID="0x8086000200411441"><![CDATA["[POWER] maestro_mark_host_transtion_end()"]]></Message>
    <Message ID="0x8086000200411440"><![CDATA["[POWER] maestro_mark_host_transition_end: failed to clear transition cause fd: %d, byte_count: %d"]]></Message>
    <Message ID="0x8086000200411442"><![CDATA["[POWER] maestro_set_platform_critical_section: Setting in_critical_section = %d"]]></Message>
    <Message ID="0x8086000200411443"><![CDATA["[POWER] maestro_set_platform_critical_section(): Can't open FD"]]></Message>
    <Message ID="0x8086000200411444"><![CDATA["[POWER] maestro_set_platform_critical_section(): Write failed, status = 0x%x"]]></Message>
    <Message ID="0x808600020041144C"><![CDATA["[POWER] maestro_zero_boot_progress_data(): clearing the boot progress susram"]]></Message>
    <Message ID="0x808600020041144D"><![CDATA["[POWER] maestro_zero_boot_progress_data(): maestro file oped failed, errno = %d"]]></Message>
    <Message ID="0x808600020041144E"><![CDATA["[POWER] maestro_zero_boot_progress_data(): maestro file write failed, bytes_written = %d, errno = %d"]]></Message>
    <Message ID="0x8086000200411457"><![CDATA["[POWER] maestro_zero_boot_progress_data(): rbe file open failed, errno = %d"]]></Message>
    <Message ID="0x8086000200411459"><![CDATA["[POWER] maestro_zero_boot_progress_data(): rbe file lseek failed errno = %d"]]></Message>
    <Message ID="0x808600020041145B"><![CDATA["[POWER] maestro_zero_boot_progress_data(): rbe file write failed, bytes = %d, errno = %d"]]></Message>
    <Message ID="0x808600020041144F"><![CDATA["[POWER] maestro_set_boot_progress_data(): seting boot flag = %d, flag_value = %d"]]></Message>
    <Message ID="0x8086000200411450"><![CDATA["[POWER] maestro_set_boot_progress_data(): maestro file open failed, errno = %d"]]></Message>
    <Message ID="0x8086000200411451"><![CDATA["[POWER] maestro_set_boot_progress_data(): maestro file read failed, bytes = %d, errno = %d"]]></Message>
    <Message ID="0x8086000200411452"><![CDATA["[POWER] maestro_set_boot_progress_data(): invalid boot falg = %d"]]></Message>
    <Message ID="0x8086000200411453"><![CDATA["[POWER] maestro_set_boot_progress_data(): set bip_greset_allowed = %d, cm0_full_boot = %d, eop_recived = %d, bup_disabled = %d"]]></Message>
    <Message ID="0x808600020041145A"><![CDATA["[POWER] maestro_set_boot_progress_data(): maestro file lseek failed errno = %d"]]></Message>
    <Message ID="0x808600020041145C"><![CDATA["[POWER] maestro_set_boot_progress_data(): maestro file write failed, bytes = %d, errno = %d"]]></Message>
    <Message ID="0x8086000200411458"><![CDATA["[POWER] maestro_set_boot_progress_data(): rbe file open failed, errno = %d"]]></Message>
    <Message ID="0x8086000200411454"><![CDATA["[POWER] maestro_set_boot_progress_data(): rbe file lseek failed errno = %d"]]></Message>
    <Message ID="0x8086000200411455"><![CDATA["[POWER] maestro_set_boot_progress_data(): rbe file write failed, bytes = %d, errno = %d"]]></Message>
    <Message ID="0x8086000200412400"><![CDATA["[MS_POLICY] Changing CM3 Policy to %d"]]></Message>
    <Message ID="0x8086000200412401"><![CDATA["[MS_POLICY] Failed to read SI Debug Features. errno %d"]]></Message>
    <Message ID="0x808600020041143C"><![CDATA["[MS_POLICY] SkuGetPlatformAttributes failed."]]></Message>
    <Message ID="0x8086000200411446"><![CDATA["[MS_POLICY] SkuGetPCHProductionState failed."]]></Message>
    <Message ID="0x808600020041240E"><![CDATA["[MS_POLICY] maestro_ioctl_register_sx_operation: Invalid Sx Op (%d)"]]></Message>
    <Message ID="0x808600020041240F"><![CDATA["[MS_POLICY] maestro_ioctl_register_sx_operation: We are already in middle of CMoff entry and can't switch to CM3."]]></Message>
    <Message ID="0x8086000200412410"><![CDATA["[MS_POLICY] maestro_ioctl_register_sx_operation: PID: 0x%x Sx Operation Request: (%d)."]]></Message>
    <Message ID="0x8086000200412411"><![CDATA["[MS_POLICY] maestro_ioctl_register_sx_operation: maestro_get_process_policy Memory Allocation Failure."]]></Message>
    <Message ID="0x8086000200412413"><![CDATA["[MS_POLICY] RequestSusramAvailability: tid = 0x%x"]]></Message>
    <Message ID="0x8086000200412C02"><![CDATA["[GLOBAL_CSE_RESET] Invalid reset type: %d."]]></Message>
    <Message ID="0x8086000200412C08"><![CDATA["[GLOBAL_CSE_RESET] Reset requested. Reset type: %d, requested by tid: 0x%x, flags: 0x%x, client_id: %d"]]></Message>
    <Message ID="0x8086000200412C03"><![CDATA["[GLOBAL_CSE_RESET] Cannot service reset request immediately - PM transition in progress."]]></Message>
    <Message ID="0x8086000200412803"><![CDATA["[NOTIFY] Policy Bits = 0x%x"]]></Message>
    <Message ID="0x8086000200411439"><![CDATA["[NOTIFY] Power Source is AC."]]></Message>
    <Message ID="0x808600020041143A"><![CDATA["[NOTIFY] Power Source is DC."]]></Message>
    <Message ID="0x808600020041280D"><![CDATA["[NOTIFY] ED notify. cause = %d, event = 0x%x."]]></Message>
    <Message ID="0x8086000200412804"><![CDATA["[NOTIFY] Unexpected PUBLISH_COMPLETE event 0x%x from ED."]]></Message>
    <Message ID="0x8086000200412805"><![CDATA["[NOTIFY] Unexpected NEW_EVENT 0x%x from ED."]]></Message>
    <Message ID="0x8086000200412806"><![CDATA["[NOTIFY] ED timedout on process 0x%x."]]></Message>
    <Message ID="0x8086000200412807"><![CDATA["[NOTIFY] Unexpected ED Notify Cause %d."]]></Message>
    <Message ID="0x8086000200412808"><![CDATA["[NOTIFY] Failed to receive notify cause from ED, status = %d."]]></Message>
    <Message ID="0x808600020041280E"><![CDATA["[NOTIFY] PM driver notify. cause = %d, event = %d, context = %d"]]></Message>
    <Message ID="0x8086000200412809"><![CDATA["[NOTIFY] PM driver recieve notify cause failed. status = %d"]]></Message>
    <Message ID="0x8086000200412815"><![CDATA["[NOTIFY] Received Unexpected PM DRV message. MS event = %d, pwr_context = %d!"]]></Message>
    <Message ID="0x808600020041280A"><![CDATA["[NOTIFY] Unexpected Event %d from PM Driver"]]></Message>
    <Message ID="0x808600020041280B"><![CDATA["[NOTIFY] Error from PM Driver ReceiveNotifyCause: Cause %d Event %d"]]></Message>
    <Message ID="0x808600020041280F"><![CDATA["[NOTIFY] Host bup notify. cause = %d, did_status = %d, uma_base_address = 0x%x."]]></Message>
    <Message ID="0x808600020041280C"><![CDATA["[NOTIFY] Unknown Notify Cause '%d' from Host Bup."]]></Message>
    <Message ID="0x8086000200200400"><![CDATA["PRTC reset detected, PID = %d"]]></Message>
    <Message ID="0x8086000200200401"><![CDATA["Invalid time value provided"]]></Message>
    <Message ID="0x8086000200200402"><![CDATA["Invalid parameters provided"]]></Message>
    <Message ID="0x8086000200200405"><![CDATA["Invalid alarm time parameters"]]></Message>
    <Message ID="0x8086000200200406"><![CDATA["Failed to set alarm"]]></Message>
    <Message ID="0x8086000200200407"><![CDATA["Invalid parameters provided for get counter"]]></Message>
    <Message ID="0x8086000200200408"><![CDATA["Invalid parameters provided for set counter"]]></Message>
    <Message ID="0x8086000200200409"><![CDATA["Invalid bit parameter provided"]]></Message>
    <Message ID="0x808600020020040A"><![CDATA["Invalid parameters provided for open"]]></Message>
    <Message ID="0x808600020020040C"><![CDATA["Got unknown ioctl request %x"]]></Message>
    <Message ID="0x808600020020040D"><![CDATA["Invalid ioctl request %x for group %d"]]></Message>
    <Message ID="0x808600020020040E"><![CDATA["Unexpected event received (group %d)"]]></Message>
    <Message ID="0x808600020020040F"><![CDATA["Terminating the driver process "]]></Message>
    <Message ID="0x8086000200200410"><![CDATA["RTC not reset"]]></Message>
    <Message ID="0x8086000200200411"><![CDATA["RTC reset occured"]]></Message>
    <Message ID="0x8086000200200412"><![CDATA["Driver init."]]></Message>
    <Message ID="0x8086000200200413"><![CDATA["Exiting mainloop"]]></Message>
    <Message ID="0x80860002004E00DE"><![CDATA["[HECI%u] heci_read_csr(): Read 0x%08x from HECI%d_CSE_CSR."]]></Message>
    <Message ID="0x80860002004E00DF"><![CDATA["[HECI%u] heci_write_csr(): Wrote 0x%08x to HECI%d_CSE_CSR"]]></Message>
    <Message ID="0x80860002004E00E0"><![CDATA["[HECI%u] heci_set_cse_ig(): Wrote 0x%08x to HECI%d_CSE_CSR"]]></Message>
    <Message ID="0x80860002004E0094"><![CDATA["[HECI%u] heci_ack_int(): Wrote 0x%08x to HECI%d_CSE_CSR"]]></Message>
    <Message ID="0x80860002004E00A6"><![CDATA["[HECI%u] heci_read_h_csr(): Read 0x%08x from HECI%d_H_CSR_CSEA"]]></Message>
    <Message ID="0x80860002004E00B3"><![CDATA["[HECI%u] heci_write_h_csr(): Wrote 0x%08x to HECI%d_H_CSR_CSEA"]]></Message>
    <Message ID="0x80860002004E0079"><![CDATA["[HECI%u] heci_clear_mm(): Clear MSI Mask"]]></Message>
    <Message ID="0x80860002004E00DD"><![CDATA["[HECI%u] heci_clear_we(): Read 0x%08x and wrote 0x%08x (HECI%d_WE)"]]></Message>
    <Message ID="0x80860002004E00DC"><![CDATA["[HECI%u] heci_set_we(): Read 0x%08x and wrote 0x%08x (HECI%d_WE)"]]></Message>
    <Message ID="0x80860002004E01A8"><![CDATA["[HECI%u] heci_clear_ww_wrp: clear WW done."]]></Message>
    <Message ID="0x80860002004E00DA"><![CDATA["[HECI%u] heci_read_h_pci_csr(): Read 0x%08x from HECI%d_H_PCI_CSR"]]></Message>
    <Message ID="0x80860002004E000B"><![CDATA["[HECI%u] heci_write_h_pci_csr(): Wrote 0x%08x to HECI%d_H_PCI_CSR"]]></Message>
    <Message ID="0x80860002004E00D9"><![CDATA["[HECI%u] heci_send_add_client_req(): Sending a ADD_CLIENT, CSE Addr %u"]]></Message>
    <Message ID="0x80860002004E000C"><![CDATA["[HECI%u] heci_send_connect_resp(): Sending a CONNECT_RESP, CSE Addr %u, Host Addr %u, Status %d"]]></Message>
    <Message ID="0x80860002004E000D"><![CDATA["[HECI%u] heci_send_async_notify(): Sending a HOST_NOTIFICATION, CSE Addr %u Host Addr %u"]]></Message>
    <Message ID="0x80860002004E000E"><![CDATA["[HECI%u] heci_send_disconnect_req(): Sending a DISCONNECT_REQ for CSE Addr %u, Host Addr %u"]]></Message>
    <Message ID="0x80860002004E000F"><![CDATA["[HECI%u] heci_send_disconnect_resp(): Sending a DISCONNECT_RESP, CSE Addr %u, Host Addr %u"]]></Message>
    <Message ID="0x80860002004E00D7"><![CDATA["[HECI%u] heci_send_enum_resp(): Sending a ENUM_RESP"]]></Message>
    <Message ID="0x80860002004E0013"><![CDATA["[HECI%u] heci_send_fc(): Sending a HECI_BUS_MSG_FLOW_CONTROL, CSE Addr %u, Host Addr %u"]]></Message>
    <Message ID="0x80860002004E00D5"><![CDATA["[HECI%u] heci_send_prop_resp(): Sending a PROP_RESP for CSE Addr %u"]]></Message>
    <Message ID="0x80860002004E0015"><![CDATA["[HECI%u] heci_send_ver_resp(): Sending a VERSION_RESP v%d.%d Supported=%d"]]></Message>
    <Message ID="0x80860002004E00D4"><![CDATA["[HECI%u] heci_send_pgi_entry_resp(): Sending a PGI_ENTRY_RESP"]]></Message>
    <Message ID="0x80860002004E00D3"><![CDATA["[HECI%u] heci_send_listener_resp(): Sending a LISTENER_RESP(%u)"]]></Message>
    <Message ID="0x80860002004E0027"><![CDATA["[HECI%u] heci_send_disable_resp(): Sending a DISABLE_RESP, status = %u "]]></Message>
    <Message ID="0x80860002004E00D1"><![CDATA["[HECI%u] Host protocol version is %d.%d"]]></Message>
    <Message ID="0x80860002004E00D0"><![CDATA["[HECI%u] heci_ver_req_handler(): Failed to send HECI_ENUM_RESP message!"]]></Message>
    <Message ID="0x80860002004E00CF"><![CDATA["[HECI%u] heci_host_stop_req_handler(): STOP_REQ is not implemented!"]]></Message>
    <Message ID="0x80860002004E00CD"><![CDATA["[HECI%u] heci_enum_req_handler(): Received ENUM_REQ (options %d)"]]></Message>
    <Message ID="0x80860002004E00CC"><![CDATA["[HECI%u] heci_enum_req_handler(): Deferring ENUM_RESP until FID!"]]></Message>
    <Message ID="0x80860002004E00CA"><![CDATA["[HECI%u] heci_prop_req_handler(): Received CLIENT_PROP_REQ (CSE Addr %u)"]]></Message>
    <Message ID="0x80860002004E00C9"><![CDATA["[HECI%u] heci_prop_req_handler(): Could not send PROPERITY_REQ message!"]]></Message>
    <Message ID="0x80860002004E00C8"><![CDATA["[HECI%u] heci_reset_req_handler(): Not implemented!"]]></Message>
    <Message ID="0x80860002004E00C7"><![CDATA["[HECI%u] heci_pgi_entry_req_handler(): Received PGI_ENTRY_REQ"]]></Message>
    <Message ID="0x80860002004E0057"><![CDATA["[HECI%u] heci_pgi_entry_req_handler(): Alrdeady in PGI!"]]></Message>
    <Message ID="0x80860002004E0058"><![CDATA["[HECI%u] heci_pgi_entry_req_handler(): Host has not quiesed the Host to CSME CB!"]]></Message>
    <Message ID="0x80860002004E005F"><![CDATA["[HECI%u] heci_pgi_entry_req_handler(): Could not send PGI_ENTRY_RESP!"]]></Message>
    <Message ID="0x80860002004E00B0"><![CDATA["[HECI%u] heci_handle_listener_req(): Received LISTENER_REQ"]]></Message>
    <Message ID="0x80860002004E00C1"><![CDATA["[HECI%u] heci_handle_listener_req(): OSE is supported in HECI1 only!"]]></Message>
    <Message ID="0x80860002004E00B2"><![CDATA["[HECI%u] heci_handle_listener_req(): Could not send LISTENER_RESP!"]]></Message>
    <Message ID="0x80860002004E0019"><![CDATA["[HECI%u] heci_start_async_notifications(): Enabling async events for CSE Addr %u and Host Addr %u"]]></Message>
    <Message ID="0x80860002004E00A5"><![CDATA["[HECI%u] heci_stop_async_notifications(): Disabling async events for CSE Addr %u and Host Addr %u"]]></Message>
    <Message ID="0x80860002004E00B4"><![CDATA["[HECI%u] heci_handle_start_stop_notification_req(): Could not send response message!"]]></Message>
    <Message ID="0x80860002004E0118"><![CDATA["[HECI%u] heci_handle_dma_setup_req(): DMA: mg_create_by_fd failed for repo"]]></Message>
    <Message ID="0x80860002004E0119"><![CDATA["[HECI%u] heci_handle_dma_setup_req(): DMA: mg_create_indirect_by_fd failed for connection %u"]]></Message>
    <Message ID="0x80860002004E0157"><![CDATA["[HECI%u] heci_handle_sgl_setup(): SGL already set up"]]></Message>
    <Message ID="0x80860002004E0158"><![CDATA["[HECI%u] heci_handle_sgl_setup(): Error: Attempt to initialize SGL for unsupported HECI device"]]></Message>
    <Message ID="0x80860002004E015A"><![CDATA["[HECI%u] heci_handle_sgl_setup(): Error: heci_sgl_setup failed"]]></Message>
    <Message ID="0x80860002004E0159"><![CDATA["[HECI%u] heci_handle_sgl_setup(): Error: sgl_grant creation failed"]]></Message>
    <Message ID="0x80860002004E015B"><![CDATA["[HECI%u] heci_handle_capability_req: Error: Capabilities request sent more than once or bad protocol version"]]></Message>
    <Message ID="0x80860002004E0095"><![CDATA["[HECI%u] heci_handle_capability_req: received - 0x%x, returned 0x%x"]]></Message>
    <Message ID="0x80860002004E0187"><![CDATA["[HECI%u] heci_handle_client_dma_map_req: Error: client dma map request sent with bad protocol version"]]></Message>
    <Message ID="0x80860002004E018B"><![CDATA["[HECI%u] heci_handle_client_dma_map_req: respond bus message with status: %d. "]]></Message>
    <Message ID="0x80860002004E0188"><![CDATA["[HECI%u] heci_handle_client_dma_unmap_req: Error: client dma unmap request sent with bad protocol version"]]></Message>
    <Message ID="0x80860002004E018E"><![CDATA["[HECI%u] heci_handle_client_dma_unmap_req: respond bus message with status: %d. "]]></Message>
    <Message ID="0x80860002004E009E"><![CDATA["[HECI%u] heci_received disable request (EOP=%d)"]]></Message>
    <Message ID="0x80860002004E005A"><![CDATA["[HECI%u] heci_handle_bus_message(): Handle BUS message 0x%02X"]]></Message>
    <Message ID="0x80860002004E0061"><![CDATA["[HECI%u] heci_handle_bus_message(): Received unexpected message, command=0x%0x"]]></Message>
    <Message ID="0x80860002004E0122"><![CDATA["[HECI%u] heci_handle_bus_message(): Invalid msg payload size for this command. actual size: %d, expected: %d"]]></Message>
    <Message ID="0x80860002004E0091"><![CDATA["[HECI%u] heci_read_host_messages(): Message header: 0x%08x"]]></Message>
    <Message ID="0x80860002004E0092"><![CDATA["[HECI%u] heci_read_host_messages(): Invalid header: 0x%08x"]]></Message>
    <Message ID="0x80860002004E014F"><![CDATA["[HECI%u] heci_read_host_messages(): Invalid header: 0x%08x"]]></Message>
    <Message ID="0x80860002004E00BE"><![CDATA["[HECI%u] heci_apply_pg_override(): Start (pg_override_mask:0x%08X)"]]></Message>
    <Message ID="0x80860002004E007C"><![CDATA["[HECI%u] Set PG override!"]]></Message>
    <Message ID="0x80860002004E007D"><![CDATA["[HECI%u] heci_apply_pg_override(): Cannot set LTR_MAX_PERFORMANCE: %d, errno %d!"]]></Message>
    <Message ID="0x80860002004E0016"><![CDATA["[HECI%u] heci_apply_pg_override(): srv_set_ignore_pg to 1"]]></Message>
    <Message ID="0x80860002004E009A"><![CDATA["[HECI%u] heci_remove_pg_override(): Start (pg_override_mask:0x%08X)"]]></Message>
    <Message ID="0x80860002004E007E"><![CDATA["[HECI%u] Remove PG override!"]]></Message>
    <Message ID="0x80860002004E007F"><![CDATA["[HECI%u] heci_remove_pg_override(): Cannot set LTR_NO_REQUIREMENT: %d, errno %d!"]]></Message>
    <Message ID="0x80860002004E0011"><![CDATA["[HECI%u] heci_remove_pg_override(): srv_set_ignore_pg to 0"]]></Message>
    <Message ID="0x80860002004E0005"><![CDATA["[HECI%u] heci_block_cb_access: blocked=%d (s_in_pgi=%d, s_bup_synced=%d, s_disabled=%d, f_started_link_reset=%d)"]]></Message>
    <Message ID="0x80860002004E0097"><![CDATA["[HECI%u] heci_dev_close(): Failed to close the Bus Driver: %d!"]]></Message>
    <Message ID="0x80860002004E0098"><![CDATA["[HECI%u] heci_dev_close(): Failed to close the Event Dispatcher: %d!"]]></Message>
    <Message ID="0x80860002004E009C"><![CDATA["[HECI%u] heci_open_callback(): Request to open minor device #%d by TID %08X"]]></Message>
    <Message ID="0x80860002004E009D"><![CDATA["[HECI%u] heci_open_callback(): HECI is unloading, open request refused!"]]></Message>
    <Message ID="0x80860002004E017C"><![CDATA["[HECI%u] heci_open_callback(): heci_allocate_service_data_node failed (out of resources?), open request refused!"]]></Message>
    <Message ID="0x80860002004E001E"><![CDATA["[HECI%u] heci_open_callback(): caller tid %08X got service handle %u"]]></Message>
    <Message ID="0x80860002004E00A1"><![CDATA["[HECI%u] heci_close_callback(): CLOSE: service handle %u, minor: %d"]]></Message>
    <Message ID="0x80860002004E00F7"><![CDATA["[HECI%u] heci_handle_eop_notification: Received End-Of-Post notification! EOP src is: %d"]]></Message>
    <Message ID="0x80860002004E01A7"><![CDATA["[HECI%u] heci_handle_cbd_notification: Received Core Bios Done notification!"]]></Message>
    <Message ID="0x80860002004E00EC"><![CDATA["[HECI%u] Sync with BUP done! HECI cse driver start handling HECI communication (End of post received? %u)"]]></Message>
    <Message ID="0x80860002004E0041"><![CDATA["[HECI%u] heci_ioctl_callback(): Request %d for service handle %d by TID %08x, minor %d"]]></Message>
    <Message ID="0x80860002004E00B1"><![CDATA["[HECI%u] Host is doing link reset!"]]></Message>
    <Message ID="0x80860002004E0008"><![CDATA["[HECI%u] heci_handle_link_interrupt(): HECI is disabled!"]]></Message>
    <Message ID="0x80860002004E00B5"><![CDATA["[HECI%u] heci_handle_link_interrupt(): New message to read."]]></Message>
    <Message ID="0x80860002004E00B6"><![CDATA["[HECI%u] heci_handle_link_interrupt(): CSE buffer empty."]]></Message>
    <Message ID="0x80860002004E00B7"><![CDATA["[HECI%u] heci_hwint_callback(): HW Int: irq = 0x%08x"]]></Message>
    <Message ID="0x80860002004E0007"><![CDATA["[HECI%u] heci_handle_pm_event(): PM Event due to %d, moving from (CSE:%d, Host:%d) to (CSE:%d, Host:%d)"]]></Message>
    <Message ID="0x80860002004E00B8"><![CDATA["[HECI%u] Power state changed: Entering CM0-PG! pg_override_mask:0x%08X"]]></Message>
    <Message ID="0x80860002004E00B9"><![CDATA["[HECI%u] Power state changed: Exiting CM0-PG! pg_override_mask:0x%08X"]]></Message>
    <Message ID="0x80860002004E00FC"><![CDATA["[HECI%u] handle_pm_event(): Power state changed: Entering CM0!"]]></Message>
    <Message ID="0x80860002004E00FD"><![CDATA["[HECI%u] handle_pm_event(): Power state changed: Entering CM0-NU!"]]></Message>
    <Message ID="0x80860002004E00BA"><![CDATA["[HECI%u] Power state changed: Stop event (0x%08X), unloading HECI driver!"]]></Message>
    <Message ID="0x80860002004E00BC"><![CDATA["[HECI%u] heci_handle_pm_event(): Ignoring %d event..."]]></Message>
    <Message ID="0x80860002004E00BD"><![CDATA["[HECI%u] Received Transition-Complete/Firmware Init Done (FID) notification (Last state: %d)"]]></Message>
    <Message ID="0x80860002004E0044"><![CDATA["[HECI%u] HECI is in disabled state!"]]></Message>
    <Message ID="0x80860002004E00C2"><![CDATA["[HECI%u] Driver worker thread(0x%08x) started"]]></Message>
    <Message ID="0x80860002004E00C4"><![CDATA["[HECI%u] heci_device_thread(): Driver worker thread(0x%08x) enter service library loop..."]]></Message>
    <Message ID="0x80860002004E00C5"><![CDATA["[HECI%u] heci_device_thread(): Driver thread exit from service library loop with status %d, errno %d"]]></Message>
    <Message ID="0x80860002004E00C6"><![CDATA["[HECI%u] Driver worker thread(0x%08x) exit with status %d"]]></Message>
    <Message ID="0x80860002004E00D6"><![CDATA["[HECI%u] heci_notify(): Handle %d:  --> Set: 0x%08X"]]></Message>
    <Message ID="0x80860002004E00D8"><![CDATA["[HECI%u] heci_notify(): Can't change event state for %d: %d!"]]></Message>
    <Message ID="0x80860002004E008A"><![CDATA["[HECI%u] heci_write_heci_message(): Writing header (0x%08X) and payload of size %u (bytes)..."]]></Message>
    <Message ID="0x80860002004E003E"><![CDATA["[HECI%d] heci_read_heci_message_payload_from_cb(): Reading header (0x%08X) and payload of size %u (bytes)..."]]></Message>
    <Message ID="0x80860002004E0110"><![CDATA["[HECI%u] heci_get_dma_msg_length(): Invalid remaining_cb_payload_length - %d"]]></Message>
    <Message ID="0x80860002004E0111"><![CDATA["[HECI%u] heci_drop_message(): Dropping message,cse addr: %d, host addr: %d"]]></Message>
    <Message ID="0x80860002004E0127"><![CDATA["[HECI%u] heci_extract_validate_ext_header_basic_structure(): *p_hdr_len (%d) too small"]]></Message>
    <Message ID="0x80860002004E0128"><![CDATA["[HECI%u] heci_extract_validate_ext_header_basic_structure(): No extended header"]]></Message>
    <Message ID="0x80860002004E0129"><![CDATA["[HECI%u] heci_extract_validate_ext_header_basic_structure(): Error: ext_metadata.fields.total_ext_size_dw = %d"]]></Message>
    <Message ID="0x80860002004E012A"><![CDATA["[HECI%u] heci_extract_validate_ext_header_basic_structure(): Error: ext_metadata_and_entries_size_bytes = %d"]]></Message>
    <Message ID="0x80860002004E012B"><![CDATA["[HECI%u] heci_extract_validate_ext_header_basic_structure(): Error: ext_metadata.fields.count = %d"]]></Message>
    <Message ID="0x80860002004E012C"><![CDATA["[HECI%u] heci_extract_validate_ext_header_basic_structure(): Error: total_ext_size_dw is not large enough to hold a heci_msg_ext_entry_t per header entry"]]></Message>
    <Message ID="0x80860002004E012D"><![CDATA["[HECI%u] heci_extract_validate_ext_header_basic_structure(): Error: ext_metadata_and_entries_size_bytes (%d) <= sizeof(p_hdr_container->extended_hdrs) (%d)"]]></Message>
    <Message ID="0x80860002004E012F"><![CDATA["[HECI%u] heci_extract_validate_ext_header_basic_structure(): Error: heci_msg_ext_entry_t out of range"]]></Message>
    <Message ID="0x80860002004E0130"><![CDATA["[HECI%u] heci_extract_validate_ext_header_basic_structure(): Error: heci_msg_ext_entry_t out of range 2"]]></Message>
    <Message ID="0x80860002004E0131"><![CDATA["[HECI%u] heci_extract_validate_ext_header_basic_structure(): Error: Invalid header type (%d)"]]></Message>
    <Message ID="0x80860002004E0132"><![CDATA["[HECI%u] heci_extract_validate_ext_header_basic_structure(): Error: Double header"]]></Message>
    <Message ID="0x80860002004E0133"><![CDATA["[HECI%u] heci_extract_validate_ext_header_basic_structure(): Error: heci_ext_header_virtualization_t size mismatch"]]></Message>
    <Message ID="0x80860002004E0134"><![CDATA["[HECI%u] heci_extract_validate_ext_header_basic_structure(): Error: heci_ext_header_gsc_host_to_fw size mismatch"]]></Message>
    <Message ID="0x80860002004E0135"><![CDATA["[HECI%u] heci_extract_validate_ext_header_basic_structure(): Error with input_address_count (%d) or output_address_count (%d) vs. max"]]></Message>
    <Message ID="0x80860002004E0136"><![CDATA["[HECI%u] heci_extract_validate_ext_header_basic_structure(): Error with input_address_count (%d) or output_address_count (%d) vs. header length "]]></Message>
    <Message ID="0x80860002004E0137"><![CDATA["[HECI%u] heci_extract_validate_ext_header_basic_structure(): Error: Bad p_ext_entry->fields.type (%d)"]]></Message>
    <Message ID="0x80860002004E0138"><![CDATA["[HECI%u] heci_extract_validate_ext_header_basic_structure(): Error: p_current != p_end"]]></Message>
    <Message ID="0x80860002004E0139"><![CDATA["[HECI%u] heci_extract_validate_ext_header_basic_structure(): Error: Status = 0x%x"]]></Message>
    <Message ID="0x80860002004E0017"><![CDATA["[HECI%u] heci_handle_client_close(): Closing connections for CSE Addr %u..."]]></Message>
    <Message ID="0x80860002004E0084"><![CDATA["[HECI%u] heci_handle_client_close(): Connection for CSE Addr %u is active (%d)!"]]></Message>
    <Message ID="0x80860002004E0018"><![CDATA["[HECI%u] heci_register_dynamic_addr_client(): Failed to register, either already exist (%d) or no free clients!"]]></Message>
    <Message ID="0x80860002004E0086"><![CDATA["[HECI%u] heci_register_fixed_addr_client(): Fixed address added after FID address!"]]></Message>
    <Message ID="0x80860002004E00F6"><![CDATA["[HECI%u] heci_register_fixed_addr_client(): Client's guid is already in use!"]]></Message>
    <Message ID="0x80860002004E0099"><![CDATA["[HECI%u] heci_register_fixed_addr_client(): Client's CSE Addr (%u) is already in use!"]]></Message>
    <Message ID="0x80860002004E00E1"><![CDATA["[HECI%u] heci_register_fixed_addr_client(): No free clients!"]]></Message>
    <Message ID="0x80860002004E001A"><![CDATA["[HECI%u] New client registered:"]]></Message>
    <Message ID="0x80860002004E001B"><![CDATA["[HECI]  GUID:{%08x-%04x-%04x-%08x%08x} -> Address:%u"]]></Message>
    <Message ID="0x80860002004E00A3"><![CDATA["[HECI%u] heci_handle_register(): Service handle: 0x%08X, caller tid:%08X"]]></Message>
    <Message ID="0x80860002004E001F"><![CDATA["[HECI%u] heci_handle_register(): Sent ADD_CLIENT_REQ; CSE Addr %u"]]></Message>
    <Message ID="0x80860002004E0020"><![CDATA["[HECI%u] heci_handle_register(): Pending ADD_CLIENT_REQ; CSE Addr %u!"]]></Message>
    <Message ID="0x80860002004E0021"><![CDATA["[HECI%u] heci_handle_accept(): CSE Addr %u is accepting a connection"]]></Message>
    <Message ID="0x80860002004E0022"><![CDATA["[HECI%u] heci_handle_accept(): Full client is not connection pending!"]]></Message>
    <Message ID="0x80860002004E0025"><![CDATA["[HECI%u] heci_handle_accept(): Failed to allocate new connection context!"]]></Message>
    <Message ID="0x80860002004E0023"><![CDATA["[HECI%u] heci_handle_accept(): Pending connection for Host Addr %d"]]></Message>
    <Message ID="0x80860002004E00A4"><![CDATA["[HECI%u] heci_handle_reject(): CSE Addr %u rejecting connection!"]]></Message>
    <Message ID="0x80860002004E0026"><![CDATA["[HECI%u] heci_handle_reject(): Client is not connection pending!"]]></Message>
    <Message ID="0x80860002004E00A7"><![CDATA["[HECI%u] heci_handle_add_rx_buf(): Connection %d, buf (XX), %u bytes, gid %u"]]></Message>
    <Message ID="0x80860002004E0028"><![CDATA["[HECI%u] heci_handle_add_rx_buf(): Connection %i was not found!"]]></Message>
    <Message ID="0x80860002004E00A8"><![CDATA["[HECI%u] heci_handle_get_event(): Lookup event for CSE Addr %d"]]></Message>
    <Message ID="0x80860002004E0088"><![CDATA["[HECI%u] heci_handle_get_event(): Returning id %d, event %d, event_status %d, buf_len %u, gid %u"]]></Message>
    <Message ID="0x80860002004E00A9"><![CDATA["[HECI%u] heci_handle_send(): Connection %d, buffer length %u, GID %d"]]></Message>
    <Message ID="0x80860002004E002A"><![CDATA["[HECI%u] heci_handle_send(): Connection %d was not found!"]]></Message>
    <Message ID="0x80860002004E00FA"><![CDATA["[HECI%u] heci_handle_send(): Block send - Fixed addres client (CSE Addr %d, connection %d) is processing reset event."]]></Message>
    <Message ID="0x80860002004E00AA"><![CDATA["[HECI%u] heci_handle_disconnect(): Connection %d"]]></Message>
    <Message ID="0x80860002004E002B"><![CDATA["[HECI%u] heci_handle_disconnect(): Connection %u was not found!"]]></Message>
    <Message ID="0x80860002004E00AB"><![CDATA["[HECI%u] heci_handle_close_connection(): Connection %d"]]></Message>
    <Message ID="0x80860002004E002C"><![CDATA["[HECI%u] heci_handle_close_connection(): Connection %u was not found!"]]></Message>
    <Message ID="0x80860002004E00AE"><![CDATA["[HECI%u] heci_handle_asynch_notify(): CSE Addr %u"]]></Message>
    <Message ID="0x80860002004E0089"><![CDATA["[HECI%u] heci_handle_asynch_notify(): CSE Addr %u is sending an async notification to Host Addr %u"]]></Message>
    <Message ID="0x80860002004E002D"><![CDATA["[HECI%u] heci_handle_asynch_notify(): Pending async notification. Buffer full!"]]></Message>
    <Message ID="0x80860002004E0083"><![CDATA["[HECI%u] heci_client_is_valid_client(): failed, client either not in use (%d) or incorrect CSE Addr (%d)"]]></Message>
    <Message ID="0x80860002004E0074"><![CDATA["[HECI%u] heci_client_is_valid_ioctl_parameters(): ioctl function %d requires client, but no valid client was found!"]]></Message>
    <Message ID="0x80860002004E0064"><![CDATA["[HECI%u] heci_client_is_valid_ioctl_parameters(): ioctl function %d requires valid ioctl_data and size, but size is %d!"]]></Message>
    <Message ID="0x80860002004E00AF"><![CDATA["[HECI%u] heci_ioctl_callback(): Unknown IOCTL request %d!"]]></Message>
    <Message ID="0x80860002004E00F8"><![CDATA["[HECI%u] Host initiated client enumeration!"]]></Message>
    <Message ID="0x80860002004E002E"><![CDATA["[HECI%u] heci_handle_enum_req(): Enumerating; CSE Addr: %d"]]></Message>
    <Message ID="0x80860002004E002F"><![CDATA["[HECI%u] heci_handle_enum_req(): Could not write ENUM_RESP!"]]></Message>
    <Message ID="0x80860002004E0031"><![CDATA["[HECI%u] heci_handle_enum_req(): Wrote ENUM_RESP. Host requests Add Client Notifications = %d"]]></Message>
    <Message ID="0x80860002004E0030"><![CDATA["[HECI%u] heci_handle_prop_req(): valid client for CSE Addr %d was not found"]]></Message>
    <Message ID="0x80860002004E0033"><![CDATA["[HECI%u] heci_client_process_pending(): Pending ADD_CLIENT_REQ for CSE Addr %u sent"]]></Message>
    <Message ID="0x80860002004E0101"><![CDATA["[HECI][DMA] Teardown: handle %d, read_grant %d, write_grant %d, mem mapped %d"]]></Message>
    <Message ID="0x80860002004E0087"><![CDATA["[HECI][DMA] Setup: host addr 0x%08X%08X; Size: %d"]]></Message>
    <Message ID="0x80860002004E007B"><![CDATA["[HECI][DMA] Setup: cse addr 0x%08X%08X; Size: %d"]]></Message>
    <Message ID="0x80860002004E0105"><![CDATA["[HECI][DMA] Setup: ctrl addr 0x%08X%08X; Size: %d"]]></Message>
    <Message ID="0x80860002004E0114"><![CDATA["[HECI][DMA] Setup: Invalid buffer size!"]]></Message>
    <Message ID="0x80860002004E0115"><![CDATA["[HECI][DMA] Setup: Already mapped/locked!"]]></Message>
    <Message ID="0x80860002004E0106"><![CDATA["[HECI][DMA] Setup: Failed to open GPDMA protocol. Return value %d, errno %d"]]></Message>
    <Message ID="0x80860002004E0107"><![CDATA["[HECI][DMA] Setup: Failed to create memory grant for MMIO (errno %d)."]]></Message>
    <Message ID="0x80860002004E0108"><![CDATA["[HECI][DMA] Setup: Failed to create memory grant for MMIO (errno %d)."]]></Message>
    <Message ID="0x80860002004E010C"><![CDATA["[HECI][DMA] Setup: Not all the indexes were initialized: cse write index: %d. cse read index: %d. host write index: %d. host read index:%d."]]></Message>
    <Message ID="0x80860002004E0109"><![CDATA["[HECI][DMA] Setup: Failed to map address to MMIO. Return value %d, errno %d"]]></Message>
    <Message ID="0x80860002004E0103"><![CDATA["[HECI][DMA] Setup: DMA setup finished successfully."]]></Message>
    <Message ID="0x80860002004E014D"><![CDATA["[HECI] heci_dma_get_cse_buffer_free_bytes(): Error: Overflow detected"]]></Message>
    <Message ID="0x80860002004E010B"><![CDATA["[HECI][DMA] heci_do_dma_write: Failed to run GPDMA to read %d bytes. Return value %d, errno %d"]]></Message>
    <Message ID="0x80860002004E0116"><![CDATA["[HECI][DMA] heci_do_dma_write: try to write to mmio directly. %d bytes at offset %d."]]></Message>
    <Message ID="0x80860002004E0184"><![CDATA["[HECI%u]: heci_do_dma_write(): Failed to allocate a working buffer to copy from client space for DMA."]]></Message>
    <Message ID="0x80860002004E0183"><![CDATA["[HECI%u]: heci_do_dma_write(): Failed to copy buffer from client space for DMA, or client is NULL. status: %d"]]></Message>
    <Message ID="0x80860002004E010A"><![CDATA["[HECI][DMA] Write: size %d, write index %d, MMIO offset %d, src_buffer_grant %d, src buffer offset %d"]]></Message>
    <Message ID="0x80860002004E010D"><![CDATA["[HECI][DMA] Read: size %d, read index %d, MMIO offset %d, dest grant %d, dest offset %d"]]></Message>
    <Message ID="0x80860002004E010E"><![CDATA["[HECI][DMA] Read: Start GPDMA to read %d bytes at offset %d."]]></Message>
    <Message ID="0x80860002004E010F"><![CDATA["[HECI][DMA] Read: Failed to run GPDMA to read %d bytes. Return value %d, errno %d."]]></Message>
    <Message ID="0x80860002004E011A"><![CDATA["[HECI][DMA] Read: try to read from mmio directly. %d bytes at offset %d."]]></Message>
    <Message ID="0x80860002004E0185"><![CDATA["[HECI%u]: heci_dma_read: Failed to allocate a working buffer to copy to client space "]]></Message>
    <Message ID="0x80860002004E0186"><![CDATA["[HECI%u]: heci_dma_read: Failed to copy buffer to client space from working buffer or client is NULL. status: %d"]]></Message>
    <Message ID="0x80860002004E0112"><![CDATA["[HECI][DMA] Read: Completed read of %d bytes."]]></Message>
    <Message ID="0x80860002004E008D"><![CDATA["[HECI%u] heci_make_unready()"]]></Message>
    <Message ID="0x80860002004E008E"><![CDATA["[HECI%u] heci_start_link_reset(). reason: %d. already started: %d"]]></Message>
    <Message ID="0x80860002004E0056"><![CDATA["[HECI%u] heci_start_link_reset(). Do unexpected reset for error reason: %d"]]></Message>
    <Message ID="0x80860002004E017E"><![CDATA["[HECI] heci_sgl_setup_lmem_blacklist: Failed to open LMEM_BLACKLIST snowball. Return value %d, errno %d"]]></Message>
    <Message ID="0x80860002004E017F"><![CDATA["[HECI] heci_sgl_setup_lmem_blacklist: Failed to read LMEM_BLACKLIST snowball. bytes read %d, errno %d"]]></Message>
    <Message ID="0x80860002004E0181"><![CDATA["[HECI] heci_sgl_setup_lmem_blacklist: LMEM_BLACKLIST snowball is marked as not valid, expected in Chassis mode"]]></Message>
    <Message ID="0x80860002004E01A6"><![CDATA["[HECI] heci_sgl_setup_lmem_blacklist: LMEM size is zero, expected in Chassis mode"]]></Message>
    <Message ID="0x80860002004E0180"><![CDATA["[HECI] heci_sgl_setup_lmem_blacklist: range %d fails sanity check. Base address high = 0x%x, base address low = 0x%x,  end address high = 0x%x, end address low = 0x%x"]]></Message>
    <Message ID="0x80860002004E01A5"><![CDATA["[HECI] heci_gsc_sgl_verify_input_range(): sgl range is out of memory size,  base = 0x%x%08x, length = 0x%x, memory size = 0x%x%08x"]]></Message>
    <Message ID="0x80860002004E0182"><![CDATA["[HECI] heci_gsc_sgl_verify_input_range(): input range - (addr high = 0x%x, addr low = 0x%x, legnth = 0x%x),  collides with blacklist range %d "]]></Message>
    <Message ID="0x80860002004E00BF"><![CDATA["[HECI] heci_is_support_CM0_NU(): return heci_on = %d"]]></Message>
    <Message ID="0x80860002004E0075"><![CDATA["[HECI] free_driver(): Failed to destroy mutex: %d!"]]></Message>
    <Message ID="0x80860002004E0006"><![CDATA["[HECI1] Sync with BUP done! HECI cse driver start handling HECI communication (End of post received? %u)"]]></Message>
    <Message ID="0x80860002004E00D2"><![CDATA["[HECI] heci_join_worker_thread(): Error joining HECI%u thread: join status %d, errno %d, thread status %d!"]]></Message>
    <Message ID="0x80860002004E0001"><![CDATA["[HECI] HECI CSE Device Driver is starting..."]]></Message>
    <Message ID="0x80860002004E0010"><![CDATA["[HECI] HECI FW Device Driver finished with status %d"]]></Message>
    <Message ID="0x80860002004E013A"><![CDATA["[HECI%u] heci_conn_alloc(): Error: saved_ctx_list == NULL"]]></Message>
    <Message ID="0x80860002004E0034"><![CDATA["[HECI%u] heci_conn_alloc(): No free connection slots!"]]></Message>
    <Message ID="0x80860002004E0037"><![CDATA["[HECI%u] heci_send_fc_msgs(): Not sending FC for fixed address client."]]></Message>
    <Message ID="0x80860002004E0038"><![CDATA["[HECI%u] heci_send_fc_msgs(): Invalid connection state!"]]></Message>
    <Message ID="0x80860002004E0073"><![CDATA["[HECI%u] heci_send_fc_msgs(): Sent FLOW_CONTROL to Host, Connection %u, CSE Addr %u, Host Addr %u"]]></Message>
    <Message ID="0x80860002004E0072"><![CDATA["[HECI%u] heci_send_fc_msgs(): Pending FC to Host,connection %u, CSE Addr %u, Host Addr %u!"]]></Message>
    <Message ID="0x80860002004E016E"><![CDATA["[HECI%u] heci_conn_free_saved_context_if_needed(): async_op_flags is HECI_ASYNC_FLAGS_KEEP_SAVED_CTX"]]></Message>
    <Message ID="0x80860002004E016F"><![CDATA["[HECI%u] heci_conn_free_saved_context_if_needed(): Error: async_op_flags is HECI_ASYNC_FLAGS_KEEP_SAVED_CTX and saved_ctx_handle is HECI_SAVED_CTX_INVALID_HANDLE"]]></Message>
    <Message ID="0x80860002004E013B"><![CDATA["[HECI%u] heci_conn_free_saved_context_if_needed(): Error: p_saved_ctx == NULL"]]></Message>
    <Message ID="0x80860002004E013C"><![CDATA["[HECI%u] heci_conn_free_saved_context_if_needed(): Releasing 0x%x"]]></Message>
    <Message ID="0x80860002004E0039"><![CDATA["[HECI%u] heci_handle_send_complete(): FC Credit is now 0"]]></Message>
    <Message ID="0x80860002004E003A"><![CDATA["[HECI%u] heci_handle_send_complete(): Pending client message completed with status %d"]]></Message>
    <Message ID="0x80860002004E0036"><![CDATA["[HECI%u] heci_mark_active(): connection CSE Addr %u, Host Addr %u active, Total connections count %u, RX ready %d, FC sent %d"]]></Message>
    <Message ID="0x80860002004E0032"><![CDATA["[HECI%u] heci_send_connect_response(): Sent CONNECT_RESP(%d)"]]></Message>
    <Message ID="0x80860002004E0024"><![CDATA["[HECI%u] heci_send_connect_response(): Pending CONNECT_RESP(%d)..."]]></Message>
    <Message ID="0x80860002004E0051"><![CDATA["[HECI%u] heci_resend_connect_response(): Sent CONNECT_RESP(%d)"]]></Message>
    <Message ID="0x80860002004E003C"><![CDATA["[HECI%u] heci_send_disconnect_request(): Pending DISCONNECT_REQ..."]]></Message>
    <Message ID="0x80860002004E0053"><![CDATA["[HECI%u] heci_resend_disconnect_request(): Sent DISCONNECT_REQ"]]></Message>
    <Message ID="0x80860002004E006E"><![CDATA["[HECI%u] heci_conn_close(): Closing connection %u, CSE Addr %u, Host Addr %u"]]></Message>
    <Message ID="0x80860002004E003F"><![CDATA["[HECI%u] heci_save_client_message(): Writing %u bytes to CSE Addr %u..."]]></Message>
    <Message ID="0x80860002004E006D"><![CDATA["[HECI%u] heci_save_client_message(): Message length (%u) exceeds bytes left in message (%d)!"]]></Message>
    <Message ID="0x80860002004E0040"><![CDATA["[HECI%u] heci_save_client_message(): Copy (grant_id:%d) to clients address space failed: %d"]]></Message>
    <Message ID="0x80860002004E006A"><![CDATA["[HECI%u] heci_conn_add_buffer(): invalid grant id or buffer (XX), or buffer is too short: %u, %u!"]]></Message>
    <Message ID="0x80860002004E00E2"><![CDATA["[HECI%u] heci_conn_add_buffer(): Connection %u already has a rx buffer!"]]></Message>
    <Message ID="0x80860002004E00E3"><![CDATA["[HECI%u] heci_conn_add_buffer(): Aborting receive because connection %u is disconnecting!"]]></Message>
    <Message ID="0x80860002004E0065"><![CDATA["[HECI%u] heci_conn_add_buffer(): Adding buffer (XX), %u bytes, gid %u to connection %u"]]></Message>
    <Message ID="0x80860002004E0117"><![CDATA["[HECI%u] heci_conn_add_buffer(): DMA: mg_create_by_pid failed for connection %u! errno: %d"]]></Message>
    <Message ID="0x80860002004E005B"><![CDATA["[HECI%u] heci_conn_get_event(): Getting Event for Connection %u, CSE Addr %u, Host Addr %u"]]></Message>
    <Message ID="0x80860002004E0043"><![CDATA["[HECI%u] heci_send_prep(): Client did not supply a valid grant id %u or buffer (XX)"]]></Message>
    <Message ID="0x80860002004E0047"><![CDATA["[HECI%u] heci_send_prep(): Connection %u is busy sending a message!"]]></Message>
    <Message ID="0x80860002004E0002"><![CDATA["[HECI%u] heci_send_prep(): Message size (%u) is larger that clients max message size %u!"]]></Message>
    <Message ID="0x80860002004E0170"><![CDATA["[HECI%u] heci_send_prep(): Error: saved_context == NULL"]]></Message>
    <Message ID="0x80860002004E011C"><![CDATA["[HECI%u]: heci_write_client_message(): client_message_bytes_left %d, filled_cse_cb_dwords %d"]]></Message>
    <Message ID="0x80860002004E013D"><![CDATA["[HECI%u] heci_write_client_message(): Error: filled_cse_cb_dwords (%d) > cse_csr.CSE_CBD (%d)"]]></Message>
    <Message ID="0x80860002004E013F"><![CDATA["[HECI%u] heci_write_client_message: Error: Check DMA/GSC-SGL buffer overflow/length error"]]></Message>
    <Message ID="0x80860002004E0140"><![CDATA["[HECI%u] heci_write_client_message(): free_side_channel_bytes == 0"]]></Message>
    <Message ID="0x80860002004E0171"><![CDATA["[HECI%u] heci_write_client_message(): Error: No room for response"]]></Message>
    <Message ID="0x80860002004E0141"><![CDATA["[HECI%u] heci_write_client_message(): free_cse_cb_dwords (%d) < bytes_to_dwords(metadata_size_bytes) (%d)"]]></Message>
    <Message ID="0x80860002004E00DB"><![CDATA["[HECI%u]: heci_write_client_message(): Connection %d: Failed (status:%d) to copy fragment (GID:%d) from Client's address space"]]></Message>
    <Message ID="0x80860002004E0085"><![CDATA["[HECI%u] heci_write_heci_message(): Writing header (0x%08X) and payload of size %u (bytes)..."]]></Message>
    <Message ID="0x80860002004E00F9"><![CDATA["[HECI%u]: heci_write_client_message(): wrote %d bytes to CB and %d bytes to side channel"]]></Message>
    <Message ID="0x80860002004E0049"><![CDATA["[HECI%u] heci_client_send(): Trying to write client (CSE Addr %d) message..."]]></Message>
    <Message ID="0x80860002004E004A"><![CDATA["[HECI%u] heci_client_send(): Connection %d is not ready to send"]]></Message>
    <Message ID="0x80860002004E004B"><![CDATA["[HECI%u] heci_client_send(): No FC for connection %u"]]></Message>
    <Message ID="0x80860002004E0142"><![CDATA["[HECI%u] heci_client_send(): status = 0x%x, payload_src = %d"]]></Message>
    <Message ID="0x80860002004E0059"><![CDATA["[HECI%u] heci_msg_send(): CSE Addr %u is sending a %u bytes to Host Addr %u (buffer (XX), GID %d)"]]></Message>
    <Message ID="0x80860002004E004D"><![CDATA["[HECI%u] heci_msg_send(): Send aborted because connection %u is disconnecting!"]]></Message>
    <Message ID="0x80860002004E004E"><![CDATA["[HECI%u] heci_msg_send(): Client message send is pending..."]]></Message>
    <Message ID="0x80860002004E0143"><![CDATA["[HECI%u] heci_client_send(): Ignoring buffer"]]></Message>
    <Message ID="0x80860002004E00C0"><![CDATA["[HECI%u] heci_conn_disconnect_internal(): Client disconnecting connection %u, CSE Addr %d, Host Addr %d"]]></Message>
    <Message ID="0x80860002004E0035"><![CDATA["[HECI%u] heci_conn_disconnect_internal(): Failed to disconnect! Number of active connections is already 0"]]></Message>
    <Message ID="0x80860002004E0050"><![CDATA["[HECI%u] heci_conn_disconnect(): Client disconnecting connection %u, CSE Addr %d, Host Addr %d"]]></Message>
    <Message ID="0x80860002004E004F"><![CDATA["[HECI%u] heci_conn_disconnect(): Client is not a full HECI client!"]]></Message>
    <Message ID="0x80860002004E0052"><![CDATA["[HECI%u] heci_conn_process_pending(): Pending client message sent"]]></Message>
    <Message ID="0x80860002004E0054"><![CDATA["[HECI%u] heci_conn_process_pending(): Pending ASYNC_EVENT sent"]]></Message>
    <Message ID="0x80860002004E0055"><![CDATA["[HECI%u] heci_reset_send(): canceling pending client message send"]]></Message>
    <Message ID="0x80860002004E0063"><![CDATA["[HECI%u] heci_push_client_event: overwriting event, %d!"]]></Message>
    <Message ID="0x80860002004E0048"><![CDATA["[HECI%u] heci_conn_reset_clients(): Resetting connection for CSE Addr %u, Host Addr %u"]]></Message>
    <Message ID="0x80860002004E0197"><![CDATA["[HECI%u] heci_chk_save_to_repo(): Saving client %d message to repo since client hasn't registered yet"]]></Message>
    <Message ID="0x80860002004E0198"><![CDATA["[HECI%u] heci_chk_save_to_repo(): Saving client %d message to repo since client is processing reset"]]></Message>
    <Message ID="0x80860002004E0199"><![CDATA["[HECI%u] heci_chk_save_to_repo(): Saving client %d message to repo since connection isn't ready"]]></Message>
    <Message ID="0x80860002004E00E4"><![CDATA["[HECI%u] heci_validate_dyn_addr_client_message(): Client is not active!"]]></Message>
    <Message ID="0x80860002004E00E6"><![CDATA["[HECI%u] heci_validate_dyn_addr_client_message(): Connection is not ready to receive, close the connection"]]></Message>
    <Message ID="0x80860002004E00E7"><![CDATA["[HECI%u] heci_validate_dyn_addr_client_message(): Received an unexpected message (without FC), close the connection!"]]></Message>
    <Message ID="0x80860002004E00E8"><![CDATA["[HECI%u] heci_validate_client_message(): Could not find client for CSE Addr %u"]]></Message>
    <Message ID="0x80860002004E00E9"><![CDATA["[HECI%u] heci_validate_client_message(): Could not find connection for CSE Addr %u, Host Addr %u!"]]></Message>
    <Message ID="0x80860002004E00EA"><![CDATA["[HECI%u] heci_validate_client_message(): Client message is too long: %u vs. max message length %u!"]]></Message>
    <Message ID="0x80860002004E0144"><![CDATA["[HECI%u] heci_validate_client_message(): Error: gsc_sgl_supported"]]></Message>
    <Message ID="0x80860002004E0172"><![CDATA["[HECI%u] heci_validate_client_message(): Error: vm_supported"]]></Message>
    <Message ID="0x80860002004E0145"><![CDATA["[HECI%u] heci_validate_client_message(): Error: Extended header is only allowed in first chunk"]]></Message>
    <Message ID="0x80860002004E017A"><![CDATA["[HECI%u] heci_ext_hdr_validate_content_virtualization(): Error: VM_supported = 0"]]></Message>
    <Message ID="0x80860002004E0147"><![CDATA["[HECI%u] heci_ext_hdr_validate_content(): Error: Status = 0x%x"]]></Message>
    <Message ID="0x80860002004E011B"><![CDATA["[HECI%u] heci_read_and_handle_client_message(): CSE Addr %u, Host Addr %u, bytes %u, hostmem %d, ext_hdr %d"]]></Message>
    <Message ID="0x80860002004E0148"><![CDATA["[HECI%u] heci_read_and_handle_client_message(): Error: heci_extract_validate_ext_header_basic_structure failed"]]></Message>
    <Message ID="0x80860002004E0149"><![CDATA["[HECI%u] heci_read_and_handle_client_message(): Error: heci_ext_hdr_validate_content failed"]]></Message>
    <Message ID="0x80860002004E014A"><![CDATA["[HECI%u] heci_read_and_handle_client_message(): Error: heci_read_gsc_msg_length failed"]]></Message>
    <Message ID="0x80860002004E0178"><![CDATA["[HECI%u] heci_read_and_handle_client_message(): Error: header.bits.length(%d) != metadata_bytes(%d)"]]></Message>
    <Message ID="0x80860002004E0113"><![CDATA["[HECI%u] heci_read_and_handle_client_message(): Connection is either NULL or disconnecting, the message is dropped!"]]></Message>
    <Message ID="0x80860002004E014B"><![CDATA["[HECI%u] heci_read_and_handle_client_message(): Error: saved_context == NULL"]]></Message>
    <Message ID="0x80860002004E008B"><![CDATA["[HECI%d] heci_read_and_handle_client_message(): Reading header (0x%08X) and payload of size %u (bytes)..."]]></Message>
    <Message ID="0x80860002004E004C"><![CDATA["[HECI%u] heci_read_and_handle_client_message(): DMA payload length (%u) exceeds bytes left in message (%d)!"]]></Message>
    <Message ID="0x80860002004E00FF"><![CDATA["[HECI%u] heci_read_and_handle_client_message(): DMA: mg_create_by_pid failed for connection %u! errno: %d"]]></Message>
    <Message ID="0x80860002004E014C"><![CDATA["[HECI%u] heci_read_and_handle_client_message(): Error: payload_length (%d) > bytes_left (%d)"]]></Message>
    <Message ID="0x80860002004E0179"><![CDATA["[HECI%u] heci_read_and_handle_client_message(): Error: Failed to read from SGL, status = 0x%x"]]></Message>
    <Message ID="0x80860002004E005E"><![CDATA["[HECI%u] heci_is_valid_conn_req(): No client for CSE Addr %u!"]]></Message>
    <Message ID="0x80860002004E00EB"><![CDATA["[HECI%u] heci_is_valid_conn_req(): Client is already connection pending on Host Addr %u!"]]></Message>
    <Message ID="0x80860002004E00ED"><![CDATA["[HECI%u] heci_is_valid_conn_req(): Client has a fixed address: %u!"]]></Message>
    <Message ID="0x80860002004E00EE"><![CDATA["[HECI%u] heci_is_valid_conn_req(): Connection would exceed maximum connection property %u!"]]></Message>
    <Message ID="0x80860002004E00EF"><![CDATA["[HECI%u] heci_is_valid_conn_req(): Client is already connected to Host Addr %u!"]]></Message>
    <Message ID="0x80860002004E0062"><![CDATA["[HECI%u] heci_handle_client_connect_req(): CONNECT_REQ for CSE Addr %d, Host Addr %d"]]></Message>
    <Message ID="0x80860002004E0066"><![CDATA["[HECI%u] heci_handle_disconnect_req(): Received DISCONNECT_REQ for CSE Addr %d, Host Addr %d"]]></Message>
    <Message ID="0x80860002004E0067"><![CDATA["[HECI%u] heci_handle_disconnect_req(): No client for CSE Addr %u, or client is inactive!"]]></Message>
    <Message ID="0x80860002004E003D"><![CDATA["[HECI%u] heci_handle_disconnect_req(): DISCONNECT_REQ received for Fixed Addr client!, down the link!"]]></Message>
    <Message ID="0x80860002004E0069"><![CDATA["[HECI%u] heci_handle_disconnect_req(): Connect request for Host Addr %u was still pending to response. abort it."]]></Message>
    <Message ID="0x80860002004E0068"><![CDATA["[HECI%u] heci_handle_disconnect_req(): No active connection for Host Addr %u!"]]></Message>
    <Message ID="0x80860002004E006B"><![CDATA["[HECI%u] heci_handle_disconnect_req(): FC Credit is now 0"]]></Message>
    <Message ID="0x80860002004E00F0"><![CDATA["[HECI%u] heci_handle_disconnect_req(): client connection count is %u"]]></Message>
    <Message ID="0x80860002004E006C"><![CDATA["[HECI%u] heci_handle_disconnect_resp(): Received DISCONNECT_RESP for CSE Addr %d, Host Addr %d"]]></Message>
    <Message ID="0x80860002004E0070"><![CDATA["[HECI%u] heci_handle_disconnect_resp(): Client %d is inactive - ignoring"]]></Message>
    <Message ID="0x80860002004E0060"><![CDATA["[HECI%u] heci_handle_disconnect_resp(): Fixed address client!"]]></Message>
    <Message ID="0x80860002004E00F1"><![CDATA["[HECI%u] heci_handle_disconnect_resp(): Wrong state %d; connection is not disconnecting!"]]></Message>
    <Message ID="0x80860002004E006F"><![CDATA["[HECI%u] heci_handle_disconnect_resp(): No connection for Host %d, connection has been freed"]]></Message>
    <Message ID="0x80860002004E0071"><![CDATA["[HECI%u] heci_handle_flow_control(): FC Received for CSE Addr %u, Host Addr %u"]]></Message>
    <Message ID="0x80860002004E00F2"><![CDATA["[HECI%u] heci_handle_flow_control(): FC received for non-existent client, CSE Addr %u!"]]></Message>
    <Message ID="0x80860002004E00F4"><![CDATA["[HECI%u] heci_handle_flow_control(): FC received for fixed address client, CSE Addr %u!"]]></Message>
    <Message ID="0x80860002004E00F3"><![CDATA["[HECI%u] heci_handle_flow_control(): No active connection for Host Addr %u!"]]></Message>
    <Message ID="0x80860002004E00F5"><![CDATA["[HECI%u] heci_handle_flow_control(): Already have FC credit for Host Addr %u"]]></Message>
    <Message ID="0x80860002004E0077"><![CDATA["[HECI%u] heci_handle_flow_control(): FC Credit is now 1 for CSE Addr %u, Host Addr %u"]]></Message>
    <Message ID="0x80860002004E0078"><![CDATA["[HECI%u] heci_handle_flow_control(): Client send to Host is pending..."]]></Message>
    <Message ID="0x80860002004E0046"><![CDATA["[HECI%u] heci_handle_add_client_resp(): Received ADD_CLIENT_RESP, CSE Addr %u, Status %d"]]></Message>
    <Message ID="0x80860002004E007A"><![CDATA["[HECI%u] heci_handle_add_client_resp(): can not find valid client with CSE Addr %u!"]]></Message>
    <Message ID="0x80860002004E0152"><![CDATA["[HECI] heci_alloc_saved_contexts(): Error with num_conn_saved_contexts (%d)"]]></Message>
    <Message ID="0x80860002004E0153"><![CDATA["[HECI] heci_alloc_saved_contexts(): Error: saved_ctx_list == NULL"]]></Message>
    <Message ID="0x80860002004E0154"><![CDATA["[HECI] heci_reserve_saved_context(): Error: (num_contexts == 0 || p_connection->saved_ctx_list == NULL)"]]></Message>
    <Message ID="0x80860002004E0155"><![CDATA["[HECI] heci_get_saved_context_from_handle(): Error: handle_s.fl.index (%d) > p_connection->num_saved_ctx (%d)"]]></Message>
    <Message ID="0x80860002004E0156"><![CDATA["[HECI] heci_get_saved_context_from_handle(): Error: p_saved_ctx->handle.handle != handle_s.handle"]]></Message>
    <Message ID="0x80860002004E0009"><![CDATA["[HECI] heci_get_saved_context_from_handle(): Found context 0x%x, Validity: 0x%x"]]></Message>
    <Message ID="0x80860002004E0096"><![CDATA["[HECI%u] heci_add_to_repo(): CSE Addr %u, %u bytes fragment, use dma? %d, saved_ctx_needed = %d, payload src = %d"]]></Message>
    <Message ID="0x80860002004E0120"><![CDATA["[HECI%u] heci_add_to_repo(): Fragment is too large (%d), discarding!"]]></Message>
    <Message ID="0x80860002004E015C"><![CDATA["[HECI%u] heci_add_to_repo(): Error: metadata_dwords overflow repo_header.hdr.fl.metadata_dwords(%d) ! = metadata_dwords(%d)"]]></Message>
    <Message ID="0x80860002004E017B"><![CDATA["[HECI%u] heci_add_to_repo(): Saved Context: Validity: 0x%x"]]></Message>
    <Message ID="0x80860002004E015D"><![CDATA["[HECI%u] heci_add_to_repo(): Error: SGL read failed with status 0x%x"]]></Message>
    <Message ID="0x80860002004E009B"><![CDATA["[HECI%u] heci_delete_from_repository(): %u DWORD long fragment, starting at index %u"]]></Message>
    <Message ID="0x80860002004E009F"><![CDATA["[HECI%u] heci_delete_from_repository(): Repository only contains %u total DWORDs, %d DWORDs after index %d!"]]></Message>
    <Message ID="0x80860002004E001C"><![CDATA["[HECI%u] heci_remove_from_repo(): CSE Addr %u, %u DWORDs max"]]></Message>
    <Message ID="0x80860002004E0150"><![CDATA["[HECI%u] heci_remove_from_repo(): Error: p_saved_context == NULL"]]></Message>
    <Message ID="0x80860002004E0042"><![CDATA["[HECI%u] heci_remove_from_repo(): Found a message with a saved context, handle = 0x%x, validity = 0x%x"]]></Message>
    <Message ID="0x80860002004E0151"><![CDATA["[HECI%u] heci_remove_from_repo(): heci_validate_client_message failed, deleting!"]]></Message>
    <Message ID="0x80860002004E00A0"><![CDATA["[HECI%u] heci_remove_from_repo(): Fragment is too large, deleting!"]]></Message>
    <Message ID="0x80860002004E00A2"><![CDATA["[HECI%u] heci_remove_from_repo(): Copy to clients address space failed: %d (GID:%d)"]]></Message>
    <Message ID="0x80860002004E0080"><![CDATA["[HECI%u] heci_purge_repo(): Purging CSE Addr %u"]]></Message>
    <Message ID="0x80860002004E0012"><![CDATA["[HECI1] heci_state_get_disabled_heci1(): Read the susram file."]]></Message>
    <Message ID="0x80860002004E005C"><![CDATA["[HECI1] heci_state_set_disabled_heci1(): Disabled = %d"]]></Message>
    <Message ID="0x80860002004E0029"><![CDATA["[HECI1] heci_state_calculate_value_heci1(): disable state = %d"]]></Message>
    <Message ID="0x80860002003B0019"><![CDATA["Process started"]]></Message>
    <Message ID="0x80860002003B0018"><![CDATA["Process ending with status=%d"]]></Message>
    <Message ID="0x80860002003B01C0"><![CDATA["Reading EK fuse failed! Error code: %d"]]></Message>
    <Message ID="0x80860002003B01C1"><![CDATA["Revoking EK fuse failed! Error code: %d"]]></Message>
    <Message ID="0x80860002003B01D0"><![CDATA["Obtain Certificate type: %d, status: %d"]]></Message>
    <Message ID="0x80860002003B01D1"><![CDATA["Certificate is cached: %d"]]></Message>
    <Message ID="0x80860002003B0000"><![CDATA["Tpm Command: Command Header: tag = 0x%x, commandSize = 0x%x, commandCode = 0x%x"]]></Message>
    <Message ID="0x80860002003B0001"><![CDATA["Processing Tpm Command exit: Response Header: tag = 0x%x, responseSize = 0x%x, responseCode = 0x%x"]]></Message>
    <Message ID="0x80860002003B018C"><![CDATA["The file: 0X%X not found"]]></Message>
    <Message ID="0x80860002003B0181"><![CDATA["Read failed from file: 0X%X; errno=%d"]]></Message>
    <Message ID="0x80860002003B0182"><![CDATA["Call to nvm_get_info failed. errno=%d"]]></Message>
    <Message ID="0x80860002003B0183"><![CDATA["Write NV File failed: file name - 0X%X, size - %d, status - %d, errno=%d"]]></Message>
    <Message ID="0x80860002003B018B"><![CDATA["The file: 0X%X, size: %d was written to NV"]]></Message>
    <Message ID="0x80860002003B018A"><![CDATA["The file: 0X%X was deleted from NV"]]></Message>
    <Message ID="0x80860002003B0184"><![CDATA["Failed to Delete the file: 0X%X, errno=%d"]]></Message>
    <Message ID="0x80860002003B0185"><![CDATA["Error in file_exists() call. File name: 0X%X; errno=%d"]]></Message>
    <Message ID="0x80860002003B0186"><![CDATA["Error in file_stat() call. File name: 0X%X; errno=%d"]]></Message>
    <Message ID="0x80860002003B0187"><![CDATA["Failed to fTpmNvMapWrite(): RetVal=%d"]]></Message>
    <Message ID="0x80860002003B0188"><![CDATA["Failed to Override Power Gating: %d"]]></Message>
    <Message ID="0x80860002003B0189"><![CDATA["Cannot set LTR_NO_REQUIREMENT: %d, errno %d! "]]></Message>
    <Message ID="0x80860002003B00C0"><![CDATA["Hci Interrupt Callback: HCI Interrupt received while PG!"]]></Message>
    <Message ID="0x80860002003B00D0"><![CDATA["Hci Interrupt Callback: HCI Interrupt received (0x%x) before timer was stopped, ignoring. "]]></Message>
    <Message ID="0x80860002003B00C1"><![CDATA["Hci Interrupt Callback: HCI Interrupt received! IntStatus=0x%x"]]></Message>
    <Message ID="0x80860002003B00C2"><![CDATA["Hci Interrupt Callback: parity error detected!"]]></Message>
    <Message ID="0x80860002003B00C3"><![CDATA["Hci Interrupt Callback: Hci Locality Arbitration failed status:%d"]]></Message>
    <Message ID="0x80860002003B00C4"><![CDATA["Hci Interrupt Callback: Cancel request has been issued by host"]]></Message>
    <Message ID="0x80860002003B00C6"><![CDATA["Hci Interrupt Callback: Wake request"]]></Message>
    <Message ID="0x80860002003B00C7"><![CDATA["Hci Interrupt Callback: goIdle request"]]></Message>
    <Message ID="0x80860002003B00C5"><![CDATA["Hci Interrupt Callback: Host has written to the request register 0x%08x"]]></Message>
    <Message ID="0x80860002003B00C8"><![CDATA["Hci Interrupt Callback: Request handling failed status:%d"]]></Message>
    <Message ID="0x80860002003B00C9"><![CDATA["Host has written to the start register [0x%08X]"]]></Message>
    <Message ID="0x80860002003B00CB"><![CDATA["Hci Interrupt Callback skip command"]]></Message>
    <Message ID="0x80860002003B00CA"><![CDATA["Processing Debug Command"]]></Message>
    <Message ID="0x80860002003B00CC"><![CDATA["Hci Interrupt Callback failed. Status = 0x%X"]]></Message>
    <Message ID="0x80860002003B00CF"><![CDATA["Hci Interrupt Callback exit with status=%d"]]></Message>
    <Message ID="0x80860002003B0046"><![CDATA["Hci Registering for Storage Events. StorageFD=0X%X "]]></Message>
    <Message ID="0x80860002003B0040"><![CDATA["Hci Wake failed with status:%d"]]></Message>
    <Message ID="0x80860002003B0041"><![CDATA["Hci Wake exit status:%d"]]></Message>
    <Message ID="0x80860002003B0043"><![CDATA["Hci Sleep exit status=%d, errno=%d"]]></Message>
    <Message ID="0x80860002003B0060"><![CDATA["Handle System Event TRANSITION_COMPLETE"]]></Message>
    <Message ID="0x80860002003B0062"><![CDATA["Handle System Event END_OF_POST"]]></Message>
    <Message ID="0x80860002003B0063"><![CDATA["Ignoring Unsupported System Event Id=%d"]]></Message>
    <Message ID="0x80860002003B0144"><![CDATA["Failed to Disable PME, return value = 0x%X, errno = 0x%X"]]></Message>
    <Message ID="0x80860002003B0145"><![CDATA["Failed to Enable Interrupts, return value = 0x%X, errno = 0x%X"]]></Message>
    <Message ID="0x80860002003B0083"><![CDATA["Handle Pwr Event: busdrv_set_msie(0) failed, error %d"]]></Message>
    <Message ID="0x80860002003B0084"><![CDATA["Handle Pwr Event: busdrv_set_pme(1) failed, error %d"]]></Message>
    <Message ID="0x80860002003B0148"><![CDATA["Failed to Set device power state, return value = 0x%X, errno = 0x%X"]]></Message>
    <Message ID="0x80860002003B0149"><![CDATA["Failed to Set device power state, return value = 0x%X, errno = 0x%X"]]></Message>
    <Message ID="0x80860002003B0080"><![CDATA["Handle Pwr Event: Event 0x%02X, Cause 0x%02X"]]></Message>
    <Message ID="0x80860002003B0090"><![CDATA["OS Event Callback:: event_group=%d; event_id=%d"]]></Message>
    <Message ID="0x80860002003B0091"><![CDATA["OS Event Callback: fired event"]]></Message>
    <Message ID="0x80860002003B0092"><![CDATA["OS Event Callback: unexpected event, grp = %d"]]></Message>
    <Message ID="0x80860002003B0093"><![CDATA["OS Event Callback: power event"]]></Message>
    <Message ID="0x80860002003B0094"><![CDATA["OS Event Callback: Handle Pwr Event failed status:%d"]]></Message>
    <Message ID="0x80860002003B0095"><![CDATA["OS Event Callback: system event"]]></Message>
    <Message ID="0x80860002003B0096"><![CDATA["OS Event Callback: Handle System Event failed status:%d"]]></Message>
    <Message ID="0x80860002003B00A4"><![CDATA["Handle Select Callback on Storage CallbackFd=0x%x, io_signals=0x%x. "]]></Message>
    <Message ID="0x80860002003B00A5"><![CDATA["Handle Select Callback: ptt_os_fs_update_storage_info function failed. Status: %d"]]></Message>
    <Message ID="0x80860002003B0146"><![CDATA["HCI Init: Failed to open /dev/events, return value = 0x%X, errno = 0x%X"]]></Message>
    <Message ID="0x80860002003B0147"><![CDATA["Failed to open PTT device, return value = 0x%X, errno = 0x%X"]]></Message>
    <Message ID="0x80860002003B0140"><![CDATA["App Start System Init failed. errno=%d"]]></Message>
    <Message ID="0x80860002003B0141"><![CDATA["Failed to Initializes a service context, return value = 0x%X, errno = 0x%X"]]></Message>
    <Message ID="0x80860002003B0142"><![CDATA["Failed to register for PM and FwInitDone events, return value = 0x%X, errno = 0x%X"]]></Message>
    <Message ID="0x80860002003B0143"><![CDATA["Host Interface Init completed successfully"]]></Message>
    <Message ID="0x80860002003B0151"><![CDATA["Failed to open the bus-driver, return value = 0x%X, errno = 0x%X"]]></Message>
    <Message ID="0x80860002003B0150"><![CDATA["FTPM Host Interface End completed successfully"]]></Message>
    <Message ID="0x80860002003B015A"><![CDATA["PTT Host Interface Starting..."]]></Message>
    <Message ID="0x80860002003B015B"><![CDATA["PTT Host Interface Exiting due to power transitions or error, result=0x%x"]]></Message>
    <Message ID="0x80860002003B0170"><![CDATA["[CRB] LOC_CTRL_%d changed: %08X "]]></Message>
    <Message ID="0x80860002003B0173"><![CDATA["Hash start is requested"]]></Message>
    <Message ID="0x80860002003B0174"><![CDATA["Hash data is requested"]]></Message>
    <Message ID="0x80860002003B0175"><![CDATA["Hash end is requested"]]></Message>
    <Message ID="0x80860002003B0171"><![CDATA["[CRB] LOC_STATE: 0x%08X "]]></Message>
    <Message ID="0x80860002003B0172"><![CDATA["[CRB] loc%d: | LOC_CTRL 0x%08X | LOC_STS 0x%08X "]]></Message>
    <Message ID="0x560002008EE37000"><![CDATA["[PERF],TMS,%x,%d,%d,%d,%u,%u"]]></Message>
    <Message ID="0x80860002003B0160"><![CDATA["Processing Tpm Command: ptt_hci_get_command_data failed status:%d"]]></Message>
    <Message ID="0x80860002003B0161"><![CDATA["ExecuteCommand returned 0X%X, Resp Len %d"]]></Message>
    <Message ID="0x80860002003B0162"><![CDATA["Processing Tpm Command exit status:%d"]]></Message>
    <Message ID="0x560002008EE37001"><![CDATA["[PERF],TMET,%x,%d,%d,%d,%u"]]></Message>
    <Message ID="0x80860002003B0066"><![CDATA["HCI Transition complete: Failed to Create Worker thread. Status=%d"]]></Message>
    <Message ID="0x80860002003B00F4"><![CDATA["Nv Init: ptt_nv_handle_rtc_clear: Is Prtc Cleared %d "]]></Message>
    <Message ID="0x80860002003B00F3"><![CDATA["Nv Init: reading  file %d (status=%x)"]]></Message>
    <Message ID="0x80860002003B00F5"><![CDATA["Nv Init: reading  file %d FileSlat:0X%X%8X expected Slat 0X%X%8X (status=%x)"]]></Message>
    <Message ID="0x80860002003B00FB"><![CDATA["Nv Init: Failed reading dynamic file 0X%X (status=%x), fileSize=%d, expected fileSize=%d"]]></Message>
    <Message ID="0x80860002003B00FE"><![CDATA["Nv Init: Rpmc status: %d; Coin Cell status: %d "]]></Message>
    <Message ID="0x80860002003B0100"><![CDATA["Nv Init:  getting key unavailable state "]]></Message>
    <Message ID="0x80860002003B0101"><![CDATA["Nv Init: failed handle rtc clear(status=%x)"]]></Message>
    <Message ID="0x80860002003B0102"><![CDATA["Nv Init: failed map transaction finalize(status=%x)"]]></Message>
    <Message ID="0x80860002003B0103"><![CDATA["Nv Init: failed reading reserved files(status=%x)"]]></Message>
    <Message ID="0x80860002003B0104"><![CDATA["Nv Init: failed reading dynamic files(status=%x)"]]></Message>
    <Message ID="0x80860002003B0130"><![CDATA["Nv Init Error Handler: Called with isFirstBoot=%d, callNum=%d, failStatus=%d"]]></Message>
    <Message ID="0x80860002003B0131"><![CDATA["Nv Init Error Handler: No TPM files exist. Probably first boot"]]></Message>
    <Message ID="0x80860002003B0132"><![CDATA["Nv Init Error Handler: failed deleting dynamic files (status=%x)"]]></Message>
    <Message ID="0x80860002003B0133"><![CDATA["Nv Init Error Handler: failed to randimize salt (status=%x)"]]></Message>
    <Message ID="0x80860002003B010A"><![CDATA["Nv Init Error Handler: failed to init NvMap (status=%x)"]]></Message>
    <Message ID="0x80860002003B010B"><![CDATA["Nv Init Error Handler: failed to write NvMap (status=%x)"]]></Message>
    <Message ID="0x80860002003B0134"><![CDATA["Nv Init Error Handler: failed to clear Susram data (status=%x)"]]></Message>
    <Message ID="0x80860002003B0021"><![CDATA["Error geting early context status:%d"]]></Message>
    <Message ID="0x80860002003B0022"><![CDATA["PTT is disabled. Exiting..."]]></Message>
    <Message ID="0x80860002003B0023"><![CDATA["PTT entered failure mode %d in BUP stage"]]></Message>
    <Message ID="0x80860002003B0024"><![CDATA["Host Interface Init failed with status:%d. Exiting..."]]></Message>
    <Message ID="0x80860002003B002C"><![CDATA["BUP PTT Context structure (size %d) allocation failed"]]></Message>
    <Message ID="0x80860002003B002D"><![CDATA["Getting PTT Context failed with status=%d"]]></Message>
    <Message ID="0x80860002003B002E"><![CDATA["PTT entered failure mode in bring-up stage"]]></Message>
    <Message ID="0x80860002003B002F"><![CDATA["TPM2_Startup command was called during PKTPM..."]]></Message>
    <Message ID="0x80860002003B0030"><![CDATA["Startup Internal failed with status:%d"]]></Message>
    <Message ID="0x80860002003B0032"><![CDATA["Deallocating PKTPM context"]]></Message>
    <Message ID="0x80860002003B0033"><![CDATA["Calling Cancel Override Power Gating on App start completion"]]></Message>
    <Message ID="0x80860002003B00F0"><![CDATA["NV Init entry"]]></Message>
    <Message ID="0x80860002003B00F1"><![CDATA["NV Init is already completed"]]></Message>
    <Message ID="0x80860002003B002A"><![CDATA["NV Init failed with status=%d"]]></Message>
    <Message ID="0x80860002003B0105"><![CDATA["NV Init finished with status:%d"]]></Message>
    <Message ID="0x560002008EE32C00"><![CDATA["[PERF],TMP,%x,%d,%d,%d,%u"]]></Message>
    <Message ID="0x80860002003B0135"><![CDATA["Could not write to reserved file index = %d, status= %x, errno=%d"]]></Message>
    <Message ID="0x80860002003B0010"><![CDATA["Failure mode in main TPM. Num of args:%d"]]></Message>
    <Message ID="0x80860002003B0012"><![CDATA["Failure mode in main TPM due to FW reset without host reset"]]></Message>
    <Message ID="0x80860002003B0013"><![CDATA["Another failure mode in main TPM due to FW reset (Same boot)"]]></Message>
    <Message ID="0x80860002003B0014"><![CDATA["Non critical failure mode in main TPM. arg number %d:0x%x;"]]></Message>
    <Message ID="0x80860002003B0011"><![CDATA["Failure mode in main TPM. arg number %d:0x%x;"]]></Message>
    <Message ID="0x80860002004418BE"><![CDATA["storage_error_handler: ERROR storage_error_handler status %d, state %d"]]></Message>
    <Message ID="0x8086000200441819"><![CDATA["storage_open_cb: received open for minor = %d"]]></Message>
    <Message ID="0x80860002004418F9"><![CDATA[" storage_open_cb: wrong minor. minor = %d"]]></Message>
    <Message ID="0x808600020044181A"><![CDATA[" storage_close_cb: received close for minor = %d"]]></Message>
    <Message ID="0x80860002004418FA"><![CDATA[" storage_close_cb: failed closing minor = %d, invalid handle. handle=%d"]]></Message>
    <Message ID="0x808600020044181E"><![CDATA[" CHECK_IOCTL_PERMISSION: invalid input minor = %d required minor = %d"]]></Message>
    <Message ID="0x8086000200441A8A"><![CDATA[" CHECK_IOCTL_PERMISSION: invalid input minor = %d required minor = %d or %d"]]></Message>
    <Message ID="0x80860002004418AD"><![CDATA[" storage_ioctl_cb: attempt to run dfs reclaim, without using dfs special file"]]></Message>
    <Message ID="0x80860002004418AE"><![CDATA[" storage_ioctl_cb: unsupported ioctl operation request= %d, minor = %d"]]></Message>
    <Message ID="0x808600020044181F"><![CDATA[" storage_ed_cb: received event received_notify_cause = %x, received_group = %x"]]></Message>
    <Message ID="0x80860002004418AF"><![CDATA[" storage_ed_cb: received_id = %x, received cause = %x, dst_cse_state = %x"]]></Message>
    <Message ID="0x8086000200441820"><![CDATA[" storage_ed_cb: unexpected event received received_group = %d"]]></Message>
    <Message ID="0x8086000200441824"><![CDATA[" storage_msg_cb: Recieved msg_cb with null input caller tid = %d, msg type =%d"]]></Message>
    <Message ID="0x8086000200441827"><![CDATA[" storage_msg_cb: recived invalid msg type, msg_type = %d "]]></Message>
    <Message ID="0x8086000200441809"><![CDATA[" storage_open_sf: prtc_init call failed, errno = %d"]]></Message>
    <Message ID="0x808600020044180A"><![CDATA[" storage_init_timers: failed to initialize idle reclaim timer status = %d"]]></Message>
    <Message ID="0x808600020044180B"><![CDATA[" storage_init_idle_reclaim: Idle reclaim is only supported when booting from SPI, NVMDevice = %d"]]></Message>
    <Message ID="0x808600020044180C"><![CDATA[" storage_init_idle_reclaim: failed to call SpiDrvRead to read the offset of the soft straps status = %d"]]></Message>
    <Message ID="0x808600020044180D"><![CDATA[" storage_init_idle_reclaim: failed to call SpiDrvRead to read soft straps from address = %d, status = %d"]]></Message>
    <Message ID="0x808600020044180E"><![CDATA[" storage_init_idle_reclaim: idle reclaim not disabled in straps enabling"]]></Message>
    <Message ID="0x8086000200441800"><![CDATA[" not enough memory to create main storage context"]]></Message>
    <Message ID="0x8086000200441801"><![CDATA["storage_context_handoff: could not open crypto device"]]></Message>
    <Message ID="0x8086000200441802"><![CDATA["storage_context_handoff: not enough memory to create bup storage context"]]></Message>
    <Message ID="0x8086000200441803"><![CDATA["storage_context_handoff: could not open storage ctx rfs file tmp_fd= %d"]]></Message>
    <Message ID="0x8086000200441804"><![CDATA["storage_context_handoff: could not read storage ctx status= %d"]]></Message>
    <Message ID="0x8086000200441805"><![CDATA[" storage_context_handoff: failed to unlink rfs file status= %d"]]></Message>
    <Message ID="0x8086000200441806"><![CDATA[" storage_context_handoff: cfs_array_capacity is to big value= %d"]]></Message>
    <Message ID="0x8086000200441807"><![CDATA[" storage_context_handoff: failed to allocate CFS memory, dir_entries = 0x%x, cfs_files_metadata = 0x%x"]]></Message>
    <Message ID="0x808600020044180F"><![CDATA[" register_storage_events: failed to open /dev/events errno = %d"]]></Message>
    <Message ID="0x8086000200441810"><![CDATA[" register_storage_events: failed to register to events status = %d"]]></Message>
    <Message ID="0x808600020044185F"><![CDATA[" storage_init_srv_table: failed to malloc gpStrSrvTab"]]></Message>
    <Message ID="0x80860002004418B3"><![CDATA[" init_service_library: Failed creating context for storage"]]></Message>
    <Message ID="0x80860002004418B4"><![CDATA[" init_service_library: storage_init_srv_table failed with status = %d"]]></Message>
    <Message ID="0x80860002004418B5"><![CDATA[" init_service_library: srv_init failed with status = %d"]]></Message>
    <Message ID="0x80860002004418C6"><![CDATA[" storage_second_stage_init: doing dfs_init "]]></Message>
    <Message ID="0x80860002004418C7"><![CDATA[" storage_second_stage_init: finshed dfs_init. status=%d"]]></Message>
    <Message ID="0x8086000200441808"><![CDATA[" main: entering storage main"]]></Message>
    <Message ID="0x80860002004418B6"><![CDATA[" main: Storage started"]]></Message>
    <Message ID="0x80860002004418B7"><![CDATA[" main: Storage module finished, return code %d"]]></Message>
    <Message ID="0x8086000200441828"><![CDATA[" StoragePrepareGrant: was called for media_type = %d, file_num = %d"]]></Message>
    <Message ID="0x8086000200441829"><![CDATA[" StoragePrepareGrant: recived invalid media type, media_type = %d "]]></Message>
    <Message ID="0x808600020044182B"><![CDATA[" StorageRead: was called with invalid parmters length = %d, user_grant = %d"]]></Message>
    <Message ID="0x808600020044182C"><![CDATA[" StorageRead: was called with invalid media_type = %d"]]></Message>
    <Message ID="0x808600020044182E"><![CDATA[" StorageWrite: was called with invalid parmters length = %d, user_grant = %d"]]></Message>
    <Message ID="0x808600020044182F"><![CDATA[" StorageWrite: was called for read only media type  media_type = %d"]]></Message>
    <Message ID="0x8086000200441830"><![CDATA[" StorageWrite: was called with invalid media_type = %d"]]></Message>
    <Message ID="0x8086000200441832"><![CDATA[" StorageGetFileSize: was called with invalid media_type = %d"]]></Message>
    <Message ID="0x8086000200441834"><![CDATA[" StorageDelete: was called for read only media type  media_type = %d"]]></Message>
    <Message ID="0x8086000200441835"><![CDATA[" StorageDelete: was called with invalid media_type = %d"]]></Message>
    <Message ID="0x808600020044183A"><![CDATA[" StorageFcntl: was called for media_type = %d"]]></Message>
    <Message ID="0x808600020044183B"><![CDATA[" StorageFcntl: was called with invalid media_type = %d"]]></Message>
    <Message ID="0x808600020044183D"><![CDATA[" handle_rpmc_op_command: was called for CmdType = %d"]]></Message>
    <Message ID="0x808600020044185D"><![CDATA[" handle_rpmc_op_command: sending increment counter command"]]></Message>
    <Message ID="0x808600020044183E"><![CDATA[" handle_rpmc_op_command: increment counter command- failed EIO"]]></Message>
    <Message ID="0x808600020044185E"><![CDATA[" handle_rpmc_op_command: increment counter command- succeeded"]]></Message>
    <Message ID="0x808600020044183F"><![CDATA[" handle_rpmc_op_command: SpiRpmcRunOp1Command failed with extStatus = %d for CmdType = SPI_RPMC_OP1_CMD_INC_MC_CMD_TYPE"]]></Message>
    <Message ID="0x8086000200441840"><![CDATA[" handle_rpmc_op_command: SpiRpmcRunOp1Command failed with res = %d for CmdType = SPI_RPMC_OP1_CMD_READ_MC_CMD_TYPE"]]></Message>
    <Message ID="0x8086000200441841"><![CDATA[" handle_rpmc_op_command: SpiRpmcRunOp1Command failed with extStatus = %d for CmdType = SPI_RPMC_OP1_CMD_READ_MC_CMD_TYPE"]]></Message>
    <Message ID="0x8086000200441843"><![CDATA[" handle_rpmc_op_command: failed writing SPI opCommand result to memory grant res = %d"]]></Message>
    <Message ID="0x8086000200441844"><![CDATA[" handle_rpmc_op_command: Illegal SPI RPMC Op command. Type is : %d"]]></Message>
    <Message ID="0x808600020044184D"><![CDATA[" ioctl_read_uep_data: ioctal data is null"]]></Message>
    <Message ID="0x8086000200440831"><![CDATA["storage_read_susram_file: error- open susram failed. errno=%d"]]></Message>
    <Message ID="0x5600030891176800"><![CDATA["spi_erase_block erased a block of size %d"]]></Message>
    <Message ID="0x8086000200442E4B"><![CDATA["[NVM] is_non_shared_handle_valid: handle %d isn't a valid non-shared handle"]]></Message>
    <Message ID="0x8086000200442E4A"><![CDATA["[NVM] NVM_notifications_register: handle %d registered to nvm notifications"]]></Message>
    <Message ID="0x8086000200442E38"><![CDATA["[NVM] NVM_NotifyStatusChanged: Notifying handle: %d"]]></Message>
    <Message ID="0x8086000200442D09"><![CDATA["[NVM] NVM_NotifyStatusChanged: failed to notify handle %d. errno: %d"]]></Message>
    <Message ID="0x8086000200442DE9"><![CDATA["[NVM] NVM_getNVMStatus: Invalid param"]]></Message>
    <Message ID="0x8086000200442E3B"><![CDATA["[NVM] NVM_critical_section_start start"]]></Message>
    <Message ID="0x8086000200442C01"><![CDATA["[NVM] NVM_critical_section_start: - Invalid param"]]></Message>
    <Message ID="0x8086000200442C07"><![CDATA["[NVM] NVM_critical_section_start: Consumer %x requested to start critical section"]]></Message>
    <Message ID="0x8086000200442E3C"><![CDATA["[NVM] NVM_critical_section_end start"]]></Message>
    <Message ID="0x8086000200442C03"><![CDATA["[NVM] NVM_critical_section_end: - Invalid param"]]></Message>
    <Message ID="0x560002009117A400"><![CDATA["[PERF],TMS,%x,%d,%d,%d,%u,%u"]]></Message>
    <Message ID="0x80860002004404D7"><![CDATA[" Reclaim on EU - %x, reclaim_needed - %x"]]></Message>
    <Message ID="0x560002009117A401"><![CDATA["[PERF],TME,%x,%d,%d,%d,%u,%u"]]></Message>
    <Message ID="0x80860002004404D6"><![CDATA[" Idle reclaim on EU - %x"]]></Message>
    <Message ID="0x8086000200441400"><![CDATA["[FPM] fpm_init_storage: entering with deploy_fpt = %d"]]></Message>
    <Message ID="0x80860002004416E2"><![CDATA["[STORAGE][FPM]: fpm_verify_backup_fpt failed, failed to allocate init buffer"]]></Message>
    <Message ID="0x80860002004415A5"><![CDATA[": fpm_init_storage failed to fpm_deploy_fpt status = %d"]]></Message>
    <Message ID="0x8086000200441707"><![CDATA["[STORAGE][FPM]: fpm_write_fpt_marker: fpm_get_fpt_entry failed"]]></Message>
    <Message ID="0x8086000200441613"><![CDATA["[FPM] fpm_write_fpt_marker: failed writing FPT header marker, status = %d"]]></Message>
    <Message ID="0x8086000200441493"><![CDATA[": fpm_read_ctx_rfs_file read failed"]]></Message>
    <Message ID="0x8086000200441494"><![CDATA[": fpm_read_ctx_rfs_file failed, g_fpm_ctx.fpm_partitions_count = %d"]]></Message>
    <Message ID="0x8086000200441495"><![CDATA[": fpm_read_ctx_rfs_file failed with ENOMEM"]]></Message>
    <Message ID="0x8086000200441496"><![CDATA[": fpm_read_ctx_rfs_file read failed index = %d"]]></Message>
    <Message ID="0x808600020044148C"><![CDATA[": fpm_read_ctx_rfs_file failed to alloc other part index = %d"]]></Message>
    <Message ID="0x8086000200441497"><![CDATA[": fpm_read_ctx_rfs_file read failed for other part index = %d"]]></Message>
    <Message ID="0x80860002004414AA"><![CDATA[": fpm_sub_pt_prepare_grant invalid index = %d"]]></Message>
    <Message ID="0x80860002004414AB"><![CDATA[": fpm_sub_pt_prepare_grant doesn't support splitted sub partition. index = %d"]]></Message>
    <Message ID="0x80860002004414AC"><![CDATA[": fpm_sub_pt_prepare_grant SDL is not initialized yet, return NVM_BLKOUT. index = %d"]]></Message>
    <Message ID="0x808600020044168B"><![CDATA["[STORAGE][FPM]:read_cfg_from_sub_pt: failed reading cfg header. sub partition id=%d, status=%d"]]></Message>
    <Message ID="0x8086000200441691"><![CDATA["[STORAGE][FPM]:read_cfg_from_sub_pt: failed fpm_check_cfg_hdr on fitc hdr, status=%d"]]></Message>
    <Message ID="0x808600020044168C"><![CDATA["[STORAGE][FPM]:read_cfg_from_sub_pt: corruption in fitc, status=%d"]]></Message>
    <Message ID="0x80860002004415B2"><![CDATA["[FPM] fpm_deploy_sp: default sub pt not found. src_id = 0x%x, status = %d"]]></Message>
    <Message ID="0x80860002004415B3"><![CDATA["[FPM] fpm_deploy_sp: failed to get sp info. sub_pt_index = %d, src_id = 0x%x, status = %d"]]></Message>
    <Message ID="0x808600020044140D"><![CDATA["[FPM] fpm_deploy_sp: sub partition size too big. src_id= 0x%x, is_exact_size = %d, length = 0x%x, dst_max_size = 0x%x"]]></Message>
    <Message ID="0x808600020044140E"><![CDATA["[FPM] fpm_deploy_sp: failed to realloc fpm_init_buffer. size= 0x%x"]]></Message>
    <Message ID="0x80860002004415B5"><![CDATA["[FPM] fpm_deploy_sp: failed to read sp. sub_pt_index = %d status = %d"]]></Message>
    <Message ID="0x80860002004415B6"><![CDATA["[FPM] fpm_deploy_sp: sub pt not found. dst_id = 0x%x, status = %d"]]></Message>
    <Message ID="0x80860002004415B7"><![CDATA["[FPM] fpm_deploy_sp: failed to write sp. sub_pt_index = %d, status = %d"]]></Message>
    <Message ID="0x808600020044169F"><![CDATA["[FPM] fpm_delete_needed_partitions_from_defaults: failed to get UTOK index from default"]]></Message>
    <Message ID="0x80860002004416A0"><![CDATA["[FPM] fpm_delete_needed_partitions_from_defaults: failed to erase UTOK in defaults status = %d"]]></Message>
    <Message ID="0x808600020044140F"><![CDATA["[FPM] fpm_deploy_partitions_from_defaults: for fitc partition failed, status = %d"]]></Message>
    <Message ID="0x8086000200441410"><![CDATA["[FPM] fpm_deploy_partitions_from_defaults: for utok partition failed, status = %d"]]></Message>
    <Message ID="0x8086000200441492"><![CDATA["[FPM] fpm_deploy_partitions_from_defaults: for UEP partition failed, status = %d"]]></Message>
    <Message ID="0x8086000200441488"><![CDATA["[FPM] fpm_deploy_fpt: entring"]]></Message>
    <Message ID="0x808600020044170A"><![CDATA["[STORAGE][FPM]: fpm_deploy_fpt: fpm_get_fpt_entry failed"]]></Message>
    <Message ID="0x8086000200441489"><![CDATA["[FPM] fpm_deploy_fpt: failed reading from data partition, status = %d"]]></Message>
    <Message ID="0x808600020044148A"><![CDATA["[FPM] fpm_deploy_fpt: failed getting partition size, status = %d"]]></Message>
    <Message ID="0x80860002004414B1"><![CDATA["[FPM] fpm_deploy_fpt: not enugh space in data partition data_partition_size = %d, DATA_PARTITION_END = %d"]]></Message>
    <Message ID="0x808600020044148B"><![CDATA["[FPM] fpm_deploy_fpt: erase_needed = %d"]]></Message>
    <Message ID="0x8086000200441619"><![CDATA["[FPM] fpm_deploy_fpt: failed to erase block at address = 0x%x, status = %d"]]></Message>
    <Message ID="0x808600020044165B"><![CDATA["[FPM] fpm_deploy_fpt: failed writing FPT to NVM, status = %d"]]></Message>
    <Message ID="0x8086000200441660"><![CDATA["[FPM] fpm_deploy_fpt: failed parsing FPT, status = %d"]]></Message>
    <Message ID="0x8086000200441490"><![CDATA["[FPM] fpm_deploy_fpt: failed writing 0xff to DNXP, status = %d"]]></Message>
    <Message ID="0x8086000200441491"><![CDATA["[FPM] fpm_deploy_fpt: failed writing 0xff to PSVN, status = %d"]]></Message>
    <Message ID="0x80860002004414AD"><![CDATA["[FPM] fpm_deploy_fpt: deploy from default failed, status = %d"]]></Message>
    <Message ID="0x80860002004416A2"><![CDATA["[FPM] fpm_deploy_fpt: fpm_delete_utok_partition_from_defaults failed, status = %d"]]></Message>
    <Message ID="0x808600020044080D"><![CDATA["[DFS] dfs_delete_file: was called with invalid sub_media_type = %d"]]></Message>
    <Message ID="0x808600020044080F"><![CDATA["[DFS] dfs_write: was called with invalid sub_media_type = %d"]]></Message>
    <Message ID="0x8086000200440819"><![CDATA["dfs_increment_dfs_failure_susram: error- lseek to susram failed. errno=%d"]]></Message>
    <Message ID="0x808600020044081A"><![CDATA["dfs_increment_dfs_failure_susram: error- write to susram failed. res=%d, errno=%d"]]></Message>
    <Message ID="0x8086000200440C00"><![CDATA[" [CFS] cfs_init: storage_ctx is null"]]></Message>
    <Message ID="0x8086000200440C01"><![CDATA[" [CFS] cfs_init: failed to realloc dir_entries or cfs_files_metadata"]]></Message>
    <Message ID="0x8086000200440C02"><![CDATA[" [CFS] cfs_init: failed to scan_partition, patition id = %d, status = %d"]]></Message>
    <Message ID="0x8086000200440C03"><![CDATA[" [CFS] cfs_init: failed to realloc dir_entries or cfs_files_metadata"]]></Message>
    <Message ID="0x8086000200440C06"><![CDATA[" [CFS] cfs_init: failed to realloc dir_entries or cfs_files_metadata"]]></Message>
    <Message ID="0x560002008FD74000"><![CDATA["[PERF],TS,%x,%d,%d,%u,%u"]]></Message>
    <Message ID="0x560002008FD74001"><![CDATA["[PERF],PF,%x,%d,%d,%d,%d,%d"]]></Message>
    <Message ID="0x560002008FD74002"><![CDATA["[PERF],SRAM_NO_UMA,%x,%d,%d,%u,%u"]]></Message>
    <Message ID="0x560002008FD74003"><![CDATA["[PERF],SRAM_NO_UMA_HEAP,%x,%d,%d,%u,%u"]]></Message>
    <Message ID="0x560002008FD74004"><![CDATA["[PERF],PF,%x,%d,%d,%d,%d,%d"]]></Message>
    <Message ID="0x560002008FD74005"><![CDATA["[PERF],SRAM_NO_UMA,%x,%d,%d,%u,%u"]]></Message>
    <Message ID="0x560002008FD74006"><![CDATA["[PERF],SRAM_NO_UMA_HEAP,%x,%d,%d,%u,%u"]]></Message>
    <Message ID="0x80860002003F000B"><![CDATA["[ADSP2CSE_REQUEST_IMR] ADSP auth in progress; received duplicate request"]]></Message>
    <Message ID="0x80860002003F000C"><![CDATA["[ADSP2CSE_REQUEST_IMR] IMR config in progress"]]></Message>
    <Message ID="0x80860002003F0029"><![CDATA["[ADSP2CSE_REQUEST_IMR] Zero'd out IMRs"]]></Message>
    <Message ID="0x80860002003F000D"><![CDATA["[ADSP2CSE_REQUEST_IMR] Request at unexpected stage"]]></Message>
    <Message ID="0x80860002003F0010"><![CDATA["[ADSP2CSE_START_FW_AUTH] Dropping duplicate request; auth in progress"]]></Message>
    <Message ID="0x80860002003F0041"><![CDATA["[ADSP2CSE_START_FW_AUTH] FW authentication FAILED! (status %d)"]]></Message>
    <Message ID="0x80860002003F0027"><![CDATA["[ADSP2CSE_START_FW_AUTH] Fw authentication succeeded!"]]></Message>
    <Message ID="0x80860002003F0048"><![CDATA["[ADSP2CSE_START_FW_AUTH] wrong state. Already in state ADSP_AUTH_DONE"]]></Message>
    <Message ID="0x80860002003F0011"><![CDATA["[ADSP2CSE_START_FW_AUTH] Request unsupported"]]></Message>
    <Message ID="0x80860002003F0001"><![CDATA["Service library init failed."]]></Message>
    <Message ID="0x80860002003F0002"><![CDATA["Failed to open event dispatcher."]]></Message>
    <Message ID="0x80860002003F0003"><![CDATA["Failed to open loader."]]></Message>
    <Message ID="0x80860002003F0012"><![CDATA["Failed to open gpdma."]]></Message>
    <Message ID="0x80860002003F0005"><![CDATA["Failed to open bup."]]></Message>
    <Message ID="0x80860002003F0039"><![CDATA["Failed to get imr details from bup, errno = %d"]]></Message>
    <Message ID="0x80860002003F0047"><![CDATA["IMR size is 0"]]></Message>
    <Message ID="0x80860002003F0049"><![CDATA["IMR size is 0 and failed to log status to nvar"]]></Message>
    <Message ID="0x80860002003F004A"><![CDATA["IMR size is 0 and failed to log status to nvar"]]></Message>
    <Message ID="0x80860002003F0040"><![CDATA["Failed to set imr permissions from bup, status = %d"]]></Message>
    <Message ID="0x80860002003F0004"><![CDATA["Failed to register with IPC driver."]]></Message>
    <Message ID="0x80860002003F0007"><![CDATA["Failed to set IPC client policy."]]></Message>
    <Message ID="0x80860002003F002A"><![CDATA["Failed to register with Event Dispatcher for events."]]></Message>
    <Message ID="0x80860002003F0033"><![CDATA["[ADSP2CSE_REQUEST_IMR] adspa_zero_out_imr: could not create grant for IMR region"]]></Message>
    <Message ID="0x80860002003F0034"><![CDATA["[ADSP2CSE_REQUEST_IMR] adspa_zero_out_imr: dma error, res = %d"]]></Message>
    <Message ID="0x80860002003F0030"><![CDATA["[ADSP] Sending IPC response (status %d) for command %d"]]></Message>
    <Message ID="0x80860002003F002B"><![CDATA["[ADSP] [CSE2ADSP_REQUEST_IMR] Sending response; status = %d"]]></Message>
    <Message ID="0x80860002003F002C"><![CDATA["[ADSP] [CSE2ADSP_START_FW_AUTH] Sending response; status = %d"]]></Message>
    <Message ID="0x80860002003F0043"><![CDATA["IPC send failed with status %d"]]></Message>
    <Message ID="0x80860002003F000E"><![CDATA["[CSE2ADSP_REQUEST_IMR] Sent response; status = %d"]]></Message>
    <Message ID="0x80860002003F000F"><![CDATA["[CSE2ADSP_START_FW_AUTH] Sent response; status = %d"]]></Message>
    <Message ID="0x80860002003F002D"><![CDATA["ADSP PM handler exiting with status %d; destination state is %d"]]></Message>
    <Message ID="0x80860002003F0031"><![CDATA["IPC receive failed with status %d"]]></Message>
    <Message ID="0x80860002003F0032"><![CDATA["IPC msg received: client_id = %d, ipc_cmd_size = %d"]]></Message>
    <Message ID="0x80860002003F0044"><![CDATA["Received malformed IPC message!"]]></Message>
    <Message ID="0x80860002003F0045"><![CDATA["adsp_receive_ipc_msg(), can't set pg ovveride on, status = %d"]]></Message>
    <Message ID="0x80860002003F0036"><![CDATA["IPC msg received: IPC ADSP2CSE_REQUEST_IMR"]]></Message>
    <Message ID="0x80860002003F0037"><![CDATA["IPC msg received: IPC ADSP2CSE_START_FW_AUTH"]]></Message>
    <Message ID="0x80860002003F0035"><![CDATA["Unknown IPC msg type received: %d"]]></Message>
    <Message ID="0x80860002003F0046"><![CDATA["adsp_receive_ipc_msg(), can't set pg ovveride off, status = %d"]]></Message>
    <Message ID="0x80860002003F002E"><![CDATA["Unexpected event received"]]></Message>
    <Message ID="0x80860002003F002F"><![CDATA["Terminating ADSP process"]]></Message>
    <Message ID="0x80860002003F0042"><![CDATA["Failed to get IPC notification flags; status = %d"]]></Message>
    <Message ID="0x80860002003F0038"><![CDATA["Failed to ack IPC msgs cleared; status = %d"]]></Message>
    <Message ID="0x560002008FD74007"><![CDATA["[PERF],PF,%x,%d,%d,%d,%d,%d"]]></Message>
    <Message ID="0x560002008FD74008"><![CDATA["[PERF],SRAM_NO_UMA,%x,%d,%d,%u,%u"]]></Message>
    <Message ID="0x560002008FD74009"><![CDATA["[PERF],SRAM_NO_UMA_HEAP,%x,%d,%d,%u,%u"]]></Message>
    <Message ID="0x80860002003F0008"><![CDATA["Failed to initialize CSE ADSP agent; status %d. Gracefull Exit %d"]]></Message>
    <Message ID="0x80860002003F0009"><![CDATA["CSE ADSP agent is running!"]]></Message>
    <Message ID="0x80860002003F000A"><![CDATA["ADSP agent exiting; return code %d"]]></Message>
    <Message ID="0x80860002003F0017"><![CDATA["[ADSP2CSE_START_FW_AUTH] Manifest auth failure: invalid manifest name in $CPD"]]></Message>
    <Message ID="0x80860002003F0014"><![CDATA["[ADSP2CSE_START_FW_AUTH] Manifest auth failure: invalid header marker (%d) in $CPD"]]></Message>
    <Message ID="0x80860002003F0015"><![CDATA["[ADSP2CSE_START_FW_AUTH] Manifest auth failure: invalid partition name (%d) in $CPD"]]></Message>
    <Message ID="0x80860002003F0016"><![CDATA["[ADSP2CSE_START_FW_AUTH] Manifest auth failure: invalid header length (%d) in $CPD"]]></Message>
    <Message ID="0x80860002003F0019"><![CDATA["[ADSP2CSE_START_FW_AUTH] Manifest auth failure: invalid manifest header type (%d)"]]></Message>
    <Message ID="0x80860002003F001A"><![CDATA["[ADSP2CSE_START_FW_AUTH] Manifest auth failure: manifest size (%d) not expected. Expected (%d)"]]></Message>
    <Message ID="0x80860002003F001C"><![CDATA["[ADSP2CSE_START_FW_AUTH] Manifest auth failure: manifest size (%d) too small"]]></Message>
    <Message ID="0x80860002003F001F"><![CDATA["[ADSP2CSE_START_FW_AUTH] Metadata auth failure: invalid metadata extn type (%d)"]]></Message>
    <Message ID="0x80860002003F0020"><![CDATA["[ADSP2CSE_START_FW_AUTH] Metadata auth failure: metadata size (%d) not expected. Expected (%d)"]]></Message>
    <Message ID="0x80860002003F003A"><![CDATA["[ADSP2CSE_START_FW_AUTH] Metadata auth failure: invalid adsp_image_type (%d)"]]></Message>
    <Message ID="0x80860002003F0026"><![CDATA["[ADSP2CSE_START_FW_AUTH] FW auth failure: hash computation failed with error %d"]]></Message>
    <Message ID="0x80860002003F0028"><![CDATA["[ADSP2CSE_START_FW_AUTH] FW auth failure: hash comparison failed"]]></Message>
    <Message ID="0x80860002003F0013"><![CDATA["[ADSP2CSE_START_FW_AUTH] Starting manifest verification; offset in IMR is 0x%X"]]></Message>
    <Message ID="0x80860002003F0021"><![CDATA["[ADSP2CSE_START_FW_AUTH] Manifest auth failure: loader verification failed"]]></Message>
    <Message ID="0x80860002003F001B"><![CDATA["[ADSP2CSE_START_FW_AUTH] ipc offset is not valid. imr_starting_offset_pages = %d"]]></Message>
    <Message ID="0x80860002003F0023"><![CDATA["[ADSP2CSE_START_FW_AUTH] Hash computation: could not open a handle to the Crypto driver"]]></Message>
    <Message ID="0x80860002003F0024"><![CDATA["[ADSP2CSE_START_FW_AUTH] Hash computation: failed to create grant IDs"]]></Message>
    <Message ID="0x80860002003F0025"><![CDATA["[ADSP2CSE_START_FW_AUTH] Hash computation failed with status %d"]]></Message>
    <Message ID="0x80860002003E0000"><![CDATA["Failed to run DAL LNCH main thread with status %d"]]></Message>
    <Message ID="0x80860002003E0001"><![CDATA["Terminating DAL LNCH main thread with status %d"]]></Message>
    <Message ID="0x80860002003E0002"><![CDATA["Process initialization started"]]></Message>
    <Message ID="0x80860002003E0003"><![CDATA["Process initialization failed, HAL initialization returned status %d"]]></Message>
    <Message ID="0x80860002003E0004"><![CDATA["Process initialization failed, Beihai thread creation returned %d"]]></Message>
    <Message ID="0x80860002003E0006"><![CDATA["select in DAL LNCH main event loop failed with status %d and errno %d"]]></Message>
    <Message ID="0x80860002003E0007"><![CDATA["Process received an exit event"]]></Message>
    <Message ID="0x80860002003E0008"><![CDATA["Process started"]]></Message>
    <Message ID="0x80860002003E0014"><![CDATA["Process should not run in red-unlock state"]]></Message>
    <Message ID="0x80860002003E0009"><![CDATA["Failed to get power-management context"]]></Message>
    <Message ID="0x80860002003E000A"><![CDATA["Process failed to initialize"]]></Message>
    <Message ID="0x80860002003E000B"><![CDATA["Process should not run in this power state"]]></Message>
    <Message ID="0x80860002003E000C"><![CDATA["Process failed to open event-dispatcher with errno %d"]]></Message>
    <Message ID="0x80860002003E000D"><![CDATA["Process failed to register for events with status %d"]]></Message>
    <Message ID="0x80860002003E000E"><![CDATA["DAL feature is not enabled on this platform"]]></Message>
    <Message ID="0x560002008FA1D800"><![CDATA["[PERF],TS,%x,%d,%d,%u,%u"]]></Message>
    <Message ID="0x8086000100000001" File="9999" Line="0"><![CDATA["ROM_EV_MAIN_START, ROM reached its main function %x %x %x %x"]]></Message>
    <Message ID="0x8086000100000002" File="9999" Line="0"><![CDATA["ROM_EV_IFP_FUSE_EMULATION, ROM code emulated one or more IFP fuses (either from SPI or from NVM) %x %x %x %x"]]></Message>
    <Message ID="0x8086000100000003" File="9999" Line="0"><![CDATA["ROM_EV_IFP_SEMAPHORE_STATUS, Status of Fuse semaphore for IFP reading, in 1st param: 1 = granted, 0 = refused (busy) %x %x %x %x"]]></Message>
    <Message ID="0x8086000100000004" File="9999" Line="0"><![CDATA["ROM_EV_SPI_NOT_DESCRIPTOR_MODE, ROM code detected that SPI controller is not in "Descriptor Mode" %x %x %x %x"]]></Message>
    <Message ID="0x8086000100000005" File="9999" Line="0"><![CDATA["ROM_EV_SPI_INVALID_REGION_SIZE, CSME Region parameters in SPI registers are invalid %x %x %x %x"]]></Message>
    <Message ID="0x8086000100000006" File="9999" Line="0"><![CDATA["ROM_EV_SPI_CSE_REGION_VALID, Successful validation of the parameters of CSME Region on SPI %x %x %x %x"]]></Message>
    <Message ID="0x8086000100000007" File="9999" Line="0"><![CDATA["ROM_EV_SECURITY_FUSES_ERROR, There was error in reading security fuses %x %x %x %x"]]></Message>
    <Message ID="0x8086000100000008" File="9999" Line="0"><![CDATA["ROM_EV_SECURITY_FUSES_BAD_SIZE, Number of the read security fuses was invalid %x %x %x %x"]]></Message>
    <Message ID="0x8086000100000009" File="9999" Line="0"><![CDATA["ROM_EV_SECURITY_FUSES_DEBUG_ONLY, Only enabled in Debug security fuses were read %x %x %x %x"]]></Message>
    <Message ID="0x808600010000000A" File="9999" Line="0"><![CDATA["ROM_EV_SECURITY_FUSES_BAD_POLICY, There was invalid combination of number of the read security fuses and DFx Policy %x %x %x %x"]]></Message>
    <Message ID="0x808600010000000B" File="9999" Line="0"><![CDATA["ROM_EV_SECURITY_FUSES_READY, All security fuses were read successfully %x %x %x %x"]]></Message>
    <Message ID="0x808600010000000C" File="9999" Line="0"><![CDATA["ROM_EV_FUSE_INTEGRITY_CHECKED, ROM code performed integrity check of the security fuses. This bit is 0 if "SecurityFusesReady" bit is 0 %x %x %x %x"]]></Message>
    <Message ID="0x808600010000000D" File="9999" Line="0"><![CDATA["ROM_EV_FUSE_PARITY_ERROR, Error in parity check of the security fuses. This bit is 0 if "SecurityFusesReady" bit is 0 %x %x %x %x"]]></Message>
    <Message ID="0x808600010000000E" File="9999" Line="0"><![CDATA["ROM_EV_FUSE_INTEGRITY_ERROR, Error in integrity check of the security fuses. This bit is 0 if "SecurityFusesReady" bit is 0 %x %x %x %x"]]></Message>
    <Message ID="0x808600010000000F" File="9999" Line="0"><![CDATA["ROM_EV_SELECT_DEVICE_AND_PART, Selected boot device and partition %x %x %x %x"]]></Message>
    <Message ID="0x8086000100000010" File="9999" Line="0"><![CDATA["ROM_EV_PMC_HW_IPC_RESP_CMD_ERROR, We got unexpected CMD ID response from PMC %x %x %x %x"]]></Message>
    <Message ID="0x8086000100000011" File="9999" Line="0"><![CDATA["ROM_EV_BOOT_PATH_TAKEN, Decision of CheckBootPath %x %x %x %x"]]></Message>
    <Message ID="0x8086000100000012" File="9999" Line="0"><![CDATA["ROM_EV_ROM_BYPASS_ACTIVE, ROM is running in bypass mode %x %x %x %x"]]></Message>
    <Message ID="0x8086000100000013" File="9999" Line="0"><![CDATA["ROM_EV_RBE_LOAD_FAILED, %x %x %x %x"]]></Message>
    <Message ID="0x8086000100000014" File="9999" Line="0"><![CDATA["ROM_EV_FOUND_HW_COMPRESSED_MODULE, %x %x %x %x"]]></Message>
    <Message ID="0x8086000100000015" File="9999" Line="0"><![CDATA["ROM_EV_PUB_KEY_MATCH, %x %x %x %x"]]></Message>
    <Message ID="0x8086000100000016" File="9999" Line="0"><![CDATA["ROM_EV_MANIFEST_VALIDATED, %x %x %x %x"]]></Message>
    <Message ID="0x8086000100000017" File="9999" Line="0"><![CDATA["ROM_EV_MEASUR_EXTEND_FAIL, Hash extend operation for measurements export has failed %x %x %x %x"]]></Message>
    <Message ID="0x8086000100000018" File="9999" Line="0"><![CDATA["ROM_EV_RBEP_CPD_INVALID, validation of the header of RBEP sub-partition directory failed %x %x %x %x"]]></Message>
    <Message ID="0x8086000100000019" File="9999" Line="0"><![CDATA["ROM_EV_RBEP_MANIFEST_INVALID, authentication of the manifest in RBEP sub-partition failed %x %x %x %x"]]></Message>
    <Message ID="0x808600010000001A" File="9999" Line="0"><![CDATA["ROM_EV_RBEP_RBE_INVALID, authentication of RBE module in RBEP sub-partition failed %x %x %x %x"]]></Message>
    <Message ID="0x808600010000001B" File="9999" Line="0"><![CDATA["ROM_EV_UMA_PARAMS_INVALID, %x %x %x %x"]]></Message>
    <Message ID="0x808600010000001C" File="9999" Line="0"><![CDATA["ROM_EV_DRAM_CACHE_PARAMS_INVALID, %x %x %x %x"]]></Message>
    <Message ID="0x808600010000001D" File="9999" Line="0"><![CDATA["ROM_EV_NO_DATA_PARTITION, %x %x %x %x"]]></Message>
    <Message ID="0x808600010000001E" File="9999" Line="0"><![CDATA["ROM_EV_DATA_PARTITION_FOUND, %x %x %x %x"]]></Message>
    <Message ID="0x808600010000001F" File="9999" Line="0"><![CDATA["ROM_EV_DLMP_SUBPART_ABSENT, DLMP sub-partition entry in BPDT is missing or invalid %x %x %x %x"]]></Message>
    <Message ID="0x8086000100000020" File="9999" Line="0"><![CDATA["ROM_EV_DLMP_CPD_INVALID, DlmpDirHeaderInvalid: validation of the header of DLMP partition directory failed %x %x %x %x"]]></Message>
    <Message ID="0x8086000100000021" File="9999" Line="0"><![CDATA["ROM_EV_DLMP_MANIFEST_INVALID, DlmpManifestInvalid: authentication of the manifest in DLMP partition failed %x %x %x %x"]]></Message>
    <Message ID="0x8086000100000022" File="9999" Line="0"><![CDATA["ROM_EV_DLMP_IDLM_INVALID, DlmpIdlmInvalid: authentication of IDLM module in DLMP partition failed %x %x %x %x"]]></Message>
    <Message ID="0x8086000100000023" File="9999" Line="0"><![CDATA["ROM_EV_ACCESS_TO_DRAM_STRUCT_NOT_FOUND, This bit indicates that ROM code didn't find valid "Access to DRAM" struct in AON SRAM %x %x %x %x"]]></Message>
    <Message ID="0x8086000100000024" File="9999" Line="0"><![CDATA["ROM_EV_ACCESS_TO_DRAM_INTEGRITY_ERROR, This bit indicates that integrity check of Access to DRAM in AON SRAM failed %x %x %x %x"]]></Message>
    <Message ID="0x8086000100000025" File="9999" Line="0"><![CDATA["ROM_EV_FPT_HEADER_INVALID, FPT header of data partition was invalid %x %x %x %x"]]></Message>
    <Message ID="0x8086000100000026" File="9999" Line="0"><![CDATA["ROM_EV_ACCESS_TO_DRAM_PARAMS_INVALID, Size or address alignment of entire DRAM access window is invalid %x %x %x %x"]]></Message>
    <Message ID="0x8086000100000027" File="9999" Line="0"><![CDATA["ROM_EV_ACCESS_TO_DRAM_CTX_HDR_HASH_ERROR, Integrity check of the Kernel Context header failed %x %x %x %x"]]></Message>
    <Message ID="0x8086000100000028" File="9999" Line="0"><![CDATA["ROM_EV_ACCESS_TO_DRAM_CTX_BODY_HASH_ERROR, Integrity check of the Kernel Context body failed %x %x %x %x"]]></Message>
    <Message ID="0x8086000100000029" File="9999" Line="0"><![CDATA["ROM_EV_PG_JUMPING_TO_KERNEL, ROM code finished PG Exit flow and is about to run Kernel's code %x %x %x %x"]]></Message>
    <Message ID="0x808600010000002A" File="9999" Line="0"><![CDATA["ROM_EV_RPM_SUSRAM_NOT_FOUND, "RPM* Binding Counter Request" in AON SRAM was not found %x %x %x %x"]]></Message>
    <Message ID="0x808600010000002B" File="9999" Line="0"><![CDATA["ROM_EV_RPM_SUSRAM_INVALID, Validation of "RPM* Binding Counter Request" in AON SRAM failed %x %x %x %x"]]></Message>
    <Message ID="0x808600010000002C" File="9999" Line="0"><![CDATA["ROM_EV_RPMC_ROOT_KEYS_DERIVED, ROM code derived RPMC Root Keys %x %x %x %x"]]></Message>
    <Message ID="0x808600010000002D" File="9999" Line="0"><![CDATA["ROM_EV_PSVN_PARTITION_INVALID, Validation of PSVN entry in the boot FPT failed %x %x %x %x"]]></Message>
    <Message ID="0x808600010000002E" File="9999" Line="0"><![CDATA["ROM_EV_PSVN_VALUE_INVALID, Validation of the found value of PSVN failed and was ignored  %x %x %x %x"]]></Message>
    <Message ID="0x808600010000002F" File="9999" Line="0"><![CDATA["ROM_EV_CALL_ENTRYPOINT, ROM boot flow is completed and ROM code is about to run RBE %x %x %x %x"]]></Message>
    <Message ID="0x8086000100000030" File="9999" Line="0"><![CDATA["ROM_EV_BAD_IMAGE, ROM determined that critical portions of the image are bad. Additional details about the image failure can be found in AON SRAM %x %x %x %x"]]></Message>
    <Message ID="0x8086000100000031" File="9999" Line="0"><![CDATA["ROM_EV_SPI_DATA_PARTITION_META_DATA_INVALID, In SPI, the LDP pointer in first 4K was invalid (IFWI 1.6 or 2.1 only) %x %x %x %x"]]></Message>
    <Message ID="0x8086000100000032" File="9999" Line="0"><![CDATA["ROM_EV_MISSING_SPI, ROM tried to locate a SPI device but failed %x %x %x %x"]]></Message>
    <Message ID="0x8086000100000033" File="9999" Line="0"><![CDATA["ROM_EV_MISSING_EMMC, ROM tried to locate an eMMC device but failed %x %x %x %x"]]></Message>
    <Message ID="0x8086000100000034" File="9999" Line="0"><![CDATA["ROM_EV_MISSING_UFS, ROM tried to locate a UFS device but failed %x %x %x %x"]]></Message>
    <Message ID="0x8086000100000035" File="9999" Line="0"><![CDATA["ROM_EV_RPMB_ROOT_KEYS_DERIVED, ROM code derived RPMB Root Keys %x %x %x %x"]]></Message>
    <Message ID="0x8086000100000036" File="9999" Line="0"><![CDATA["ROM_EV_IMAGE_SOURCE_INFO_STRUCT_NOT_FOUND, ROM code didn't find valid "Image Source Info" struct in AON SRAM %x %x %x %x"]]></Message>
    <Message ID="0x8086000100000037" File="9999" Line="0"><![CDATA["ROM_EV_IMAGE_SOURCE_INFO_INTEGRITY_ERROR, Integrity check of "Image Source Info" struct in AON SRAM failed %x %x %x %x"]]></Message>
    <Message ID="0x8086000100000038" File="9999" Line="0"><![CDATA["ROM_EV_DNX_FAIL, DNX flow failed %x %x %x %x"]]></Message>
    <Message ID="0x8086000100000039" File="9999" Line="0"><![CDATA["ROM_EV_DNX_TIMEOUT, DNX flow - timeout occur (data provide timeout cause) %x %x %x %x"]]></Message>
    <Message ID="0x808600010000003A" File="9999" Line="0"><![CDATA["ROM_EV_DNX_USB_FAIL, DNX flow - some failure by USB stack %x %x %x %x"]]></Message>
    <Message ID="0x808600010000003B" File="9999" Line="0"><![CDATA["ROM_EV_DNX_FLOW_FAIL, DNX flow - some error in DNX flow, event data has the specifics %x %x %x %x"]]></Message>
    <Message ID="0x808600010000003C" File="9999" Line="0"><![CDATA["ROM_EV_DNX_INV_IFPS, DNX flow - invalid IFP emulation received by ROM DNX %x %x %x %x"]]></Message>
    <Message ID="0x808600010000003D" File="9999" Line="0"><![CDATA["ROM_EV_STORAGE_ERROR_OCCUR, Some storage error happened, since ROM translates the device specific error to some few general rom error we log first the specific one for debug %x %x %x %x"]]></Message>
    <Message ID="0x808600010000003E" File="9999" Line="0"><![CDATA["ROM_EV_DNX_INV_CMD, DNX flow - invalid command received by ROM DNX %x %x %x %x"]]></Message>
    <Message ID="0x808600010000003F" File="9999" Line="0"><![CDATA["ROM_EV_FUSE_BASED_PATCH_ERROR, Fuse based patch errors %x %x %x %x"]]></Message>
    <Message ID="0x8086000100000040" File="9999" Line="0"><![CDATA["ROM_EV_OEM_CO_SIGN_ACTIVE, OEM co-signing feature is active %x %x %x %x"]]></Message>
    <Message ID="0x8086000100000041" File="9999" Line="0"><![CDATA["ROM_EV_OEM_CO_SIGN_ERR_NO_KM, OEM key manifest key hash not present in IFP although co-signing is active %x %x %x %x"]]></Message>
    <Message ID="0x8086000100000042" File="9999" Line="0"><![CDATA["ROM_EV_OEM_KEY_MANIFEST_READ, OEM key manifest read from NVM; starting authentication %x %x %x %x"]]></Message>
    <Message ID="0x8086000100000043" File="9999" Line="0"><![CDATA["ROM_EV_OEM_KEY_MANIFEST_NOT_LOADED, OEM key manifest loading failed (authentication or other error) %x %x %x %x"]]></Message>
    <Message ID="0x8086000100000044" File="9999" Line="0"><![CDATA["ROM_EV_OEM_CO_SIGN_FOOTER, OEM co-signing footer located, starting authentication %x %x %x %x"]]></Message>
    <Message ID="0x8086000100000045" File="9999" Line="0"><![CDATA["ROM_EV_CO_SIGNING_FAIL, co-signing authentication (OEM footer) has failed %x %x %x %x"]]></Message>
    <Message ID="0x8086000100000046" File="9999" Line="0"><![CDATA["ROM_EV_BOOT_SOURCE_NOT_READY, requested boot source is not ready %x %x %x %x"]]></Message>
    <Message ID="0x8086000100000047" File="9999" Line="0"><![CDATA["ROM_EV_ENTER_TO_DNX_MODE, ROM entered to DnX mode %x %x %x %x"]]></Message>
    <Message ID="0x8086000100000048" File="9999" Line="0"><![CDATA["ROM_EV_WRAP_KEY_SALT_STRUCT_NOT_FOUND, This bit indicates that ROM code didn't find valid 'Wrap key salt' struct in AON SRAM %x %x %x %x"]]></Message>
    <Message ID="0x8086000100000049" File="9999" Line="0"><![CDATA["ROM_EV_WRAP_KEY_SALT_INTEGRITY_ERROR, This bit indicates that integrity check of 'Wrap key salt' in AON SRAM failed %x %x %x %x"]]></Message>
    <Message ID="0x808600010000004A" File="9999" Line="0"><![CDATA["ROM_EV_DRNG_FAIL, One of required DRNG status bits is not set as expected %x %x %x %x"]]></Message>
    <Message ID="0x808600010000004B" File="9999" Line="0"><![CDATA["ROM_EV_OCS_SELFTEST_FAIL, OCS Self test has failed %x %x %x %x"]]></Message>
    <Message ID="0x808600010000004C" File="9999" Line="0"><![CDATA["ROM_EV_ON_DIE_CA_FAIL, On DIE CA Failed %x %x %x %x"]]></Message>
    <Message ID="0x8086000100000060" File="9999" Line="0"><![CDATA["ROM_EV_NVM_READ, reading from NVM %x %x %x %x"]]></Message>
    <Message ID="0x8086000100000061" File="9999" Line="0"><![CDATA["ROM_EV_SUB_PARTITION_ABSENT, result of function FindIndexedSubpartition() in BPDT %x %x %x %x"]]></Message>
    <Message ID="0x8086000100000062" File="9999" Line="0"><![CDATA["ROM_EV_SUB_PARTITION_ENTRY_INVALID, result of function FindIndexedSubpartition() in BPDT %x %x %x %x"]]></Message>
    <Message ID="0x8086000100000063" File="9999" Line="0"><![CDATA["ROM_EV_FOUND_VALID_SUB_PARTITION, result of function FindIndexedSubpartition() in BPDT %x %x %x %x"]]></Message>
    <Message ID="0x8086000100000064" File="9999" Line="0"><![CDATA["ROM_EV_BOOT_PHASE_START, starting boot phase iteration (IDLM or RBE) %x %x %x %x"]]></Message>
    <Message ID="0x8086000100000065" File="9999" Line="0"><![CDATA["ROM_EV_UNRECOVERABLE_ERROR_PATH, unrecoverable error path was taken %x %x %x %x"]]></Message>
    <Message ID="0x8086000100000066" File="9999" Line="0"><![CDATA["ROM_EV_RETRIEVE_OEM_KM_HASH, result of function RetrieveOemKmKeyHashes %x %x %x %x"]]></Message>
    <Message ID="0x8086000100000067" File="9999" Line="0"><![CDATA["ROM_EV_OEM_KEY_USAGE_DUPLICATE, duplicate key usage found in OEM KM extension %x %x %x %x"]]></Message>
    <Message ID="0x8086000100000068" File="9999" Line="0"><![CDATA["ROM_EV_VALIDATE_SIG_3K_PSS, Result of signature validation with new padding (ASA-PSS) %x %x %x %x"]]></Message>
    <Message ID="0x8086000100000069" File="9999" Line="0"><![CDATA["ROM_EV_CSVN_MISMATCH, SVN of IDLM and RBE are not equal %x %x %x %x"]]></Message>
  </Messages>
</SvenDictionary>
