Hello All,
I am trying to follow the CMSIS-RTOS2 RTX5 tutorial (edit: using Keil uVision v5.20), but I get an error when I start the debugger and cannot open the RTX RTOS Component Viewer :
Expression: '0'E221: Semantic check - <event 'RTX5 RTOS'>: 'id' is missingExpression: '0xFA00 + 0x18'E221: Semantic check - <event 'RTX5 RTOS' <until="Inactive">: undefined 'until' event nameE221: Semantic check - <event 'RTX5 RTOS' <until="Ready">: undefined 'until' event nameE221: Semantic check - <event 'RTX5 RTOS' <until="Running">: undefined 'until' event nameE221: Semantic check - <event 'RTX5 RTOS' <until="Blocked">: undefined 'until' event nameE221: Semantic check - <event 'RTX5 RTOS' <until="Not-running">: undefined 'until' event nameE221: Semantic check - <event 'RTX5 RTOS' <until="Free">: undefined 'until' event nameE221: Semantic check - <event 'RTX5 RTOS' <until="Used">: undefined 'until' event nameE221: Semantic check - <event 'RTX5 RTOS' <until="Error">: undefined 'until' event nameE402: Failed to parse - File: 'C:\Keil_v5\ARM\PACK\ARM\CMSIS\5.6.0\CMSIS\RTOS2\RTX\RTX5.scvd' - one or more errors while parsing xml content
The file was the default scvd file, I did not create or modify it before getting this error.
I tried to upload the scvd file and also pasted it here as "Insert -> Code", but cant tell if it worked or not.
<?xml version="1.0" encoding="utf-8"?> <component_viewer schemaVersion="1.2.0" xmlns:xs="http://www.w3.org/2001/XMLSchema-instance" xs:noNamespaceSchemaLocation="Component_Viewer.xsd"> <component name="CMSIS:RTOS2:Keil RTX5" shortname="RTX5" version="5.5.1"/> <!-- name and version of the component --> <typedefs> <!-- Attributes structure for thread --> <typedef name="osThreadAttr_t" info="" size="36"> <member name="name" type="uint32_t" offset="0" info="name of the thread (type is const char *)"/> <member name="attr_bits" type="uint32_t" offset="4" info="attribute bits"/> <member name="cb_mem" type="uint32_t" offset="8" info="memory for control block (type is void *)"/> <member name="cb_size" type="uint32_t" offset="12" info="size of provided memory for control block"/> <member name="stack_mem" type="uint32_t" offset="16" info="memory for stack (type is void *)"/> <member name="stack_size" type="uint32_t" offset="20" info="size of stack"/> <member name="priority" type="uint32_t" offset="24" info="initial thread priority (type is osPriority_t)"/> <member name="tz_module" type="uint32_t" offset="28" info="TrustZone module identifier (type is TZ_ModuleId_t)"/> <member name="reserved" type="uint32_t" offset="32" info="reserved (must be 0)"/> </typedef> <!-- Attributes structure for timer --> <typedef name="osTimerAttr_t" info="" size="16"> <member name="name" type="uint32_t" offset="0" info="name of the timer (type is const char *)"/> <member name="attr_bits" type="uint32_t" offset="4" info="attribute bits"/> <member name="cb_mem" type="uint32_t" offset="8" info="memory for control block (type is void *)"/> <member name="cb_size" type="uint32_t" offset="12" info="size of provided memory for control block"/> </typedef> <!-- Attributes structure for event flags --> <typedef name="osEventFlagsAttr_t" info="" size="16"> <member name="name" type="uint32_t" offset="0" info="name of the event flags (type is const char *)"/> <member name="attr_bits" type="uint32_t" offset="4" info="attribute bits"/> <member name="cb_mem" type="uint32_t" offset="8" info="memory for control block (type is void *)"/> <member name="cb_size" type="uint32_t" offset="12" info="size of provided memory for control block"/> </typedef> <!-- Attributes structure for mutex --> <typedef name="osMutexAttr_t" info="" size="16"> <member name="name" type="uint32_t" offset="0" info="name of the mutex (type is const char *)"/> <member name="attr_bits" type="uint32_t" offset="4" info="attribute bits"/> <member name="cb_mem" type="uint32_t" offset="8" info="memory for control block (type is void *)"/> <member name="cb_size" type="uint32_t" offset="12" info="size of provided memory for control block"/> </typedef> <!-- Attributes structure for semaphore --> <typedef name="osSemaphoreAttr_t" info="" size="16"> <member name="name" type="uint32_t" offset="0" info="name of the semaphore (type is const char *)"/> <member name="attr_bits" type="uint32_t" offset="4" info="attribute bits"/> <member name="cb_mem" type="uint32_t" offset="8" info="memory for control block (type is void *)"/> <member name="cb_size" type="uint32_t" offset="12" info="size of provided memory for control block"/> </typedef> <!-- Attributes structure for memory pool --> <typedef name="osMemoryPoolAttr_t" info="" size="24"> <member name="name" type="uint32_t" offset="0" info="name of the semaphore (type is const char *)"/> <member name="attr_bits" type="uint32_t" offset="4" info="attribute bits"/> <member name="cb_mem" type="uint32_t" offset="8" info="memory for control block (type is void *)"/> <member name="cb_size" type="uint32_t" offset="12" info="size of provided memory for control block"/> <member name="mp_mem" type="uint32_t" offset="16" info="memory for data storage (type is void *)"/> <member name="mp_size" type="uint32_t" offset="20" info="size of provided memory for data storage"/> </typedef> <!-- Attributes structure for message queue --> <typedef name="osMessageQueueAttr_t" info="" size="24"> <member name="name" type="uint32_t" offset="0" info="name of the semaphore (type is const char *)"/> <member name="attr_bits" type="uint32_t" offset="4" info="attribute bits"/> <member name="cb_mem" type="uint32_t" offset="8" info="memory for control block (type is void *)"/> <member name="cb_size" type="uint32_t" offset="12" info="size of provided memory for control block"/> <member name="mq_mem" type="uint32_t" offset="16" info="memory for data storage (type is void *)"/> <member name="mq_size" type="uint32_t" offset="20" info="size of provided memory for data storage"/> </typedef> <!-- Thread Control Block --> <typedef name="osRtxThread_t" info="" size="68"> <member name="id" type="uint8_t" offset="0" info="Object Identifier"/> <member name="state" type="uint8_t" offset="1" info="Object State"> <enum name="osThreadInactive" value="0" info=""/> <enum name="osThreadReady" value="1" info=""/> <enum name="osThreadRunning" value="2" info=""/> <enum name="osThreadBlocked" value="3" info=""/> <enum name="osThreadTerminated" value="4" info=""/> <enum name="osThreadError" value="-1" info=""/> <enum name="Delay" value="0x13" info=""/> <enum name="Join" value="0x23" info=""/> <enum name="Thread Flags" value="0x33" info=""/> <enum name="Event Flags" value="0x43" info=""/> <enum name="Mutex" value="0x53" info=""/> <enum name="Semaphore" value="0x63" info=""/> <enum name="Memory Pool" value="0x73" info=""/> <enum name="Message Get" value="0x83" info=""/> <enum name="Message Put" value="0x93" info=""/> </member> <member name="flags" type="uint8_t" offset="2" info="Object Flags"/> <member name="attr" type="uint8_t" offset="3" info="Object Attributes"> <enum name="osThreadDetached" value="0x00" info="Thread created in detached state"/> <enum name="osThreadJoinable" value="0x01" info="Thread created in joinable state"/> </member> <member name="name" type="uint32_t" offset="4" info="Object name (type is *uint8_t)"/> <member name="thread_next" type="*osRtxThread_t" offset="8" info="Link pointer to next Thread in Object list"/> <member name="thread_prev" type="*osRtxThread_t" offset="12" info="Link pointer to previous Thread in Object list"/> <member name="delay_next" type="*osRtxThread_t" offset="16" info="Link pointer to next Thread in Delay list"/> <member name="delay_prev" type="*osRtxThread_t" offset="20" info="Link pointer to previous Thread in Delay list"/> <member name="thread_join" type="*osRtxThread_t" offset="24" info="Thread waiting to Join"/> <member name="delay" type="uint32_t" offset="28" info="Delay time"/> <member name="priority" type="int8_t" offset="32" info="Thread priority"> <enum name="osPriorityNone" value="0" info=""/> <enum name="osPriorityIdle" value="1" info=""/> <enum name="osPriorityLow" value="8" info=""/> <enum name="osPriorityLow1" value="8+1" info=""/> <enum name="osPriorityLow2" value="8+2" info=""/> <enum name="osPriorityLow3" value="8+3" info=""/> <enum name="osPriorityLow4" value="8+4" info=""/> <enum name="osPriorityLow5" value="8+5" info=""/> <enum name="osPriorityLow6" value="8+6" info=""/> <enum name="osPriorityLow7" value="8+7" info=""/> <enum name="osPriorityBelowNormal" value="16" info=""/> <enum name="osPriorityBelowNormal1" value="16+1" info=""/> <enum name="osPriorityBelowNormal2" value="16+2" info=""/> <enum name="osPriorityBelowNormal3" value="16+3" info=""/> <enum name="osPriorityBelowNormal4" value="16+4" info=""/> <enum name="osPriorityBelowNormal5" value="16+5" info=""/> <enum name="osPriorityBelowNormal6" value="16+6" info=""/> <enum name="osPriorityBelowNormal7" value="16+7" info=""/> <enum name="osPriorityNormal" value="24" info=""/> <enum name="osPriorityNormal1" value="24+1" info=""/> <enum name="osPriorityNormal2" value="24+2" info=""/> <enum name="osPriorityNormal3" value="24+3" info=""/> <enum name="osPriorityNormal4" value="24+4" info=""/> <enum name="osPriorityNormal5" value="24+5" info=""/> <enum name="osPriorityNormal6" value="24+6" info=""/> <enum name="osPriorityNormal7" value="24+7" info=""/> <enum name="osPriorityAboveNormal" value="32" info=""/> <enum name="osPriorityAboveNormal1" value="32+1" info=""/> <enum name="osPriorityAboveNormal2" value="32+2" info=""/> <enum name="osPriorityAboveNormal3" value="32+3" info=""/> <enum name="osPriorityAboveNormal4" value="32+4" info=""/> <enum name="osPriorityAboveNormal5" value="32+5" info=""/> <enum name="osPriorityAboveNormal6" value="32+6" info=""/> <enum name="osPriorityAboveNormal7" value="32+7" info=""/> <enum name="osPriorityHigh" value="40" info=""/> <enum name="osPriorityHigh1" value="40+1" info=""/> <enum name="osPriorityHigh2" value="40+2" info=""/> <enum name="osPriorityHigh3" value="40+3" info=""/> <enum name="osPriorityHigh4" value="40+4" info=""/> <enum name="osPriorityHigh5" value="40+5" info=""/> <enum name="osPriorityHigh6" value="40+6" info=""/> <enum name="osPriorityHigh7" value="40+7" info=""/> <enum name="osPriorityRealtime" value="48" info=""/> <enum name="osPriorityRealtime1" value="48+1" info=""/> <enum name="osPriorityRealtime2" value="48+2" info=""/> <enum name="osPriorityRealtime3" value="48+3" info=""/> <enum name="osPriorityRealtime4" value="48+4" info=""/> <enum name="osPriorityRealtime5" value="48+5" info=""/> <enum name="osPriorityRealtime6" value="48+6" info=""/> <enum name="osPriorityRealtime7" value="48+7" info=""/> <enum name="osPriorityISR" value="56" info=""/> <enum name="osPriorityError" value="-1" info=""/> </member> <member name="priority_base" type="int8_t" offset="33" info="Base priority"/> <member name="stack_frame" type="uint8_t" offset="34" info="Stack frame"/> <member name="flags_options" type="uint8_t" offset="35" info="Thread/Event flags options"> <enum name="osFlagsWaitAny" value="0x00" info="Wait for any flag."/> <enum name="osFlagsWaitAll" value="0x01" info="Wait for all flags."/> <enum name="osFlagsNoClear" value="0x02" info="Do not clear flags which have been specified to wait for."/> </member> <member name="wait_flags" type="int32_t" offset="36" info="Waiting Thread/Event flags"/> <member name="thread_flags" type="int32_t" offset="40" info="Thread flags"/> <member name="mutex_list" type="*osRtxMutex_t" offset="44" info="Link pointer to list of owned mutexes"/> <member name="stack_mem" type="uint32_t" offset="48" info="Stack memory (type is void *)"/> <member name="stack_size" type="uint32_t" offset="52" info="Stack size"/> <member name="sp" type="uint32_t" offset="56" info="Current stack pointer"/> <member name="thread_addr" type="uint32_t" offset="60" info="Thread entry address"/> <member name="tz_memory" type="uint32_t" offset="64" info="TrustZone Memory Identifier"/> <var name="cb_valid" type="uint32_t" info="Control block validation status (valid=1, invalid=0)"/> <var name="sp_valid" type="uint32_t" info="Stack pointer validation status (valid=1, invalid=0)"/> <var name="out_type" type="uint8_t" info="Output display type ID"/> <var name="ex_delay" type="uint32_t" info="Calculated execution delay"/> <var name="stack_val" type="uint32_t" info="Stack usage: analysis result"/> <var name="stack_cur" type="uint32_t" info="Stack usage: current (address)"/> <var name="stack_curp" type="uint32_t" info="Stack usage: current (in percent)"/> <var name="stack_curb" type="uint32_t" info="Stack usage: current (in bytes)"/> <var name="stack_maxb" type="uint32_t" info="Stack usage: maximum (in bytes)"/> <var name="stack_maxp" type="uint32_t" info="Stack usage: maximum (in percent)"/> <var name="stack_over" type="uint8_t" info="Stack usage: overflow"/> </typedef> <!-- Timer Control Block --> <typedef name="osRtxTimer_t" info="" size="32"> <member name="id" type="uint8_t" offset="0" info="Object Identifier"/> <member name="state" type="uint8_t" offset="1" info="Object State"> <enum name="Inactive" value="0" info="Timer is not active"/> <enum name="Stopped" value="1" info="Timer is stopped"/> <enum name="Running" value="2" info="Timer is running"/> </member> <member name="flags" type="uint8_t" offset="2" info="Object Flags"/> <member name="type" type="uint8_t" offset="3" info="Timer Type"> <enum name="osTimerOnce" value="0" info="One-shot timer"/> <enum name="osTimerPeriodic" value="1" info="Periodic timer"/> </member> <member name="name" type="uint32_t" offset="4" info="Object name (type is *uint8_t)"/> <member name="prev" type="*osRtxTimer_t" offset="8" info="Pointer to previous active timer"/> <member name="next" type="*osRtxTimer_t" offset="12" info="Pointer to next active timer"/> <member name="tick" type="uint32_t" offset="16" info="Timer current tick"/> <member name="load" type="uint32_t" offset="20" info="Timer load value"/> <!-- Inlined "osRtxTimerFinfo_t" structure --> <member name="finfo_fp" type="uint32_t" offset="24" info="Timer function pointer (type is void *)"/> <member name="finfo_arg" type="uint32_t" offset="28" info="Timer function argument (type is void *)"/> <var name="cb_valid" type="uint32_t" info="Control Block validation status (valid=1, invalid=0)"/> <var name="ex_tick" type="uint32_t" info="Calculated absolute tick time"/> </typedef> <!-- Event Flags Control Block --> <typedef name="osRtxEventFlags_t" info="" size="16"> <member name="id" type="uint8_t" offset="0" info="Object Identifier"/> <member name="state" type="uint8_t" offset="1" info="Object State"/> <member name="flags" type="uint8_t" offset="2" info="Object Flags"/> <member name="reserved" type="uint8_t" offset="3" info=""/> <member name="name" type="uint32_t" offset="4" info="Object name (type is *uint8_t)"/> <member name="thread_list" type="*osRtxThread_t" offset="8" info="Waiting threads list"/> <member name="event_flags" type="int32_t" offset="12" info="Event flags"/> <var name="cb_valid" type="uint32_t" info="Control Block validation status (valid=1, invalid=0)"/> <var name="wl_idx" type="uint32_t" info="EventFlags waiting list (EWL) index" /> <var name="wl_cnt" type="uint32_t" info="Number of threads waiting for event flags" /> </typedef> <!-- Mutex Control Block --> <typedef name="osRtxMutex_t" info="" size="28"> <member name="id" type="uint8_t" offset="0" info="Object Identifier"/> <member name="state" type="uint8_t" offset="1" info="Object State"/> <member name="flags" type="uint8_t" offset="2" info="Object Flags"/> <member name="attr" type="uint8_t" offset="3" info="Object Attributes"> <enum name="osMutexRecursive" value="0x01" info="Recursive mutex."/> <enum name="osMutexPrioInherit" value="0x02" info="Priority inherit protocol."/> <enum name="osMutexRobust" value="0x08" info="Robust mutex."/> </member> <member name="name" type="uint32_t" offset="4" info="Object name (type is *uint8_t)"/> <member name="thread_list" type="*osRtxThread_t" offset="8" info="Waiting threads list"/> <member name="owner_thread" type="*osRtxThread_t" offset="12" info="Owner thread"/> <member name="owner_prev" type="*osRtxMutex_t" offset="16" info="Pointer to previous owned mutex"/> <member name="owner_next" type="*osRtxMutex_t" offset="20" info="Pointer to next owned mutex"/> <member name="lock" type="uint8_t" offset="24" info="Lock counter"/> <var name="cb_valid" type="uint32_t" info="Control Block validation status (valid=1, invalid=0)"/> <var name="wl_idx" type="uint32_t" info="Mutex waiting list (MWL) index" /> <var name="wl_cnt" type="uint32_t" info="Number of threads waiting for current mutex" /> </typedef> <!-- Semaphore Control Block --> <typedef name="osRtxSemaphore_t" info="" size="16"> <member name="id" type="uint8_t" offset="0" info="Object Identifier"/> <member name="state" type="uint8_t" offset="1" info="Object State"/> <member name="flags" type="uint8_t" offset="2" info="Object Flags"/> <member name="reserved" type="uint8_t" offset="3" info=""/> <member name="name" type="uint32_t" offset="4" info="Object name (type is *uint8_t)"/> <member name="thread_list" type="*osRtxThread_t" offset="8" info="Waiting threads list"/> <member name="tokens" type="uint16_t" offset="12" info="Current number of tokens"/> <member name="max_tokens" type="uint16_t" offset="14" info="Maximum number of tokens"/> <var name="cb_valid" type="uint32_t" info="Control Block validation status (valid=1, invalid=0)"/> <var name="wl_idx" type="uint32_t" info="Semaphore waiting list (SWL) index" /> <var name="wl_cnt" type="uint32_t" info="Number of threads waiting for current semaphore" /> </typedef> <!-- Memory Pool Information --> <typedef name="osRtxMpInfo_t" info="Memory pool information" size="24"> <member name="max_blocks" type="uint32_t" offset="0" info="Maximum number of blocks"/> <member name="used_blocks" type="uint32_t" offset="4" info="Number of used blocks"/> <member name="block_size" type="uint32_t" offset="8" info="Block size"/> <member name="block_base" type="uint32_t" offset="12" info="Block memory base address (type is void *)"/> <member name="block_lim" type="uint32_t" offset="16" info="Block memory limit address (type is void *)"/> <member name="block_free" type="uint32_t" offset="20" info="First free block address (type is void *)"/> </typedef> <!-- Memory Pool Control Block --> <typedef name="osRtxMemoryPool_t" info="" size="36"> <member name="id" type="uint8_t" offset="0" info="Object Identifier"/> <member name="state" type="uint8_t" offset="1" info="Object State"/> <member name="flags" type="uint8_t" offset="2" info="Object Flags"/> <member name="reserved" type="uint8_t" offset="3" info=""/> <member name="name" type="uint32_t" offset="4" info="Object name (type is *uint8_t)"/> <member name="thread_list" type="*osRtxThread_t" offset="8" info="Waiting threads list"/> <!-- Inlined "osRtxMpInfo_t" structure --> <member name="max_blocks" type="uint32_t" offset="12+0" info="Maximum number of blocks"/> <member name="used_blocks" type="uint32_t" offset="12+4" info="Number of used blocks"/> <member name="block_size" type="uint32_t" offset="12+8" info="Block size"/> <member name="block_base" type="uint32_t" offset="12+12" info="Block memory base address (type is void *)"/> <member name="block_lim" type="uint32_t" offset="12+16" info="Block memory limit address (type is void *)"/> <member name="block_free" type="uint32_t" offset="12+20" info="First free block address (type is void *)"/> <var name="cb_valid" type="uint32_t" info="Control Block validation status (valid=1, invalid=0)"/> <var name="wl_idx" type="uint32_t" info="Memory Pool waiting list (PWL) index" /> <var name="wl_cnt" type="uint32_t" info="Number of threads waiting for memory pool" /> </typedef> <!-- Message Control Block --> <typedef name="osRtxMessage_t" info="" size="12"> <member name="id" type="uint8_t" offset="0" info="Object Identifier"/> <member name="state" type="uint8_t" offset="1" info="Object State"/> <member name="flags" type="uint8_t" offset="2" info="Object Flags"/> <member name="priority" type="uint8_t" offset="3" info="Message priority"/> <member name="prev" type="*osRtxMessage_t" offset="4" info="Pointer to previous message"/> <member name="next" type="*osRtxMessage_t" offset="8" info="Pointer to next message"/> <var name="addr" type="uint32_t" info="Message location address" /> </typedef> <!-- Message Queue Control Block --> <typedef name="osRtxMessageQueue_t" info="" size="52"> <member name="id" type="uint8_t" offset="0" info="Object Identifier"/> <member name="state" type="uint8_t" offset="1" info="Object State"/> <member name="flags" type="uint8_t" offset="2" info="Object Flags"/> <member name="reserved" type="uint8_t" offset="3" info=""/> <member name="name" type="uint32_t" offset="4" info="Object name (type is *uint8_t)"/> <member name="thread_list" type="*osRtxThread_t" offset="8" info="Waiting threads list"/> <!-- Inlined "osRtxMpInfo_t" structure --> <member name="max_blocks" type="uint32_t" offset="12+0" info="Maximum number of blocks"/> <member name="used_blocks" type="uint32_t" offset="12+4" info="Number of used blocks"/> <member name="block_size" type="uint32_t" offset="12+8" info="Block size"/> <member name="block_base" type="uint32_t" offset="12+12" info="Block memory base address (type is void *)"/> <member name="block_lim" type="uint32_t" offset="12+16" info="Block memory limit address (type is void *)"/> <member name="block_free" type="uint32_t" offset="12+20" info="First free block address (type is void *)"/> <member name="msg_size" type="uint32_t" offset="36" info="Message size"/> <member name="msg_count" type="uint32_t" offset="40" info="Number of queued messages"/> <member name="msg_first" type="*osRtxMessage_t" offset="44" info="Pointer to first message"/> <member name="msg_last" type="*osRtxMessage_t" offset="48" info="Pointer to last message"/> <var name="cb_valid" type="uint32_t" info="Control Block validation status (valid=1, invalid=0)"/> <var name="wl_idx" type="uint32_t" info="Waiting list index (QWL)" /> <var name="wl_cnt" type="uint32_t" info="Number of threads waiting" /> <var name="ml_idx" type="uint32_t" info="Queue message list index (QML)" /> <var name="ml_cnt" type="uint32_t" info="Number of enqueued messages" /> </typedef> <!-- OS Runtime Information structure --> <typedef name="osRtxInfo_t" info="OS Runtime Information" size="164"> <member name="os_id" type="uint32_t" offset="0" info="OS Identification (type is *uint8_t)"/> <member name="version" type="uint32_t" offset="4" info="OS Version"/> <member name="kernel_state" type="uint8_t" offset="8" info="Kernel state"> <enum name="osKernelInactive" value="0" info="Inactive"/> <enum name="osKernelReady" value="1" info="Ready"/> <enum name="osKernelRunning" value="2" info="Running"/> <enum name="osKernelLocked" value="3" info="Locked"/> <enum name="osKernelSuspended" value="4" info="Suspended"/> <enum name="osKernelError" value="5" info="Error"/> </member> <member name="kernel_blocked" type="uint8_t" offset="9" info="Kernel blocked"/> <member name="kernel_pendSV" type="uint8_t" offset="10" info="Kernel pending SV"/> <member name="kernel_tick" type="uint32_t" offset="12" info="Kernel tick counter"/> <member name="tick_irqn" type="int32_t" offset="16" info="Tick timer IRQ number"/> <member name="thread_run_curr" type="*osRtxThread_t" offset="20" info="Current running thread"/> <member name="thread_run_next" type="*osRtxThread_t" offset="24" info="Next thread to run"/> <!-- Inlined "osRtxObject_t" structure at offset: 28 --> <member name="thread_ready_id" type="uint8_t" offset="28+0" info="Object Identifier" /> <member name="thread_ready_state" type="uint8_t" offset="28+1" info="Object State" /> <member name="thread_ready_flags" type="uint8_t" offset="28+2" info="Object Flags" /> <member name="thread_ready_rsvd" type="uint8_t" offset="28+3" info="Reserved" /> <member name="thread_ready_name" type="uint32_t" offset="28+4" info="Object Name (type is *uint8_t)" /> <member name="thread_ready_thread_list" type="*osRtxThread_t" offset="28+8" info="Threads List" /> <member name="thread_idle" type="*osRtxThread_t" offset="40" info="Idle thread"/> <member name="thread_delay_list" type="*osRtxThread_t" offset="44" info="Delay list"/> <member name="thread_wait_list" type="*osRtxThread_t" offset="48" info="Wait list (no timeout)"/> <member name="thread_terminate_list" type="*osRtxThread_t" offset="52" info="Terminate list"/> <member name="thread_robin_thread" type="*osRtxThread_t" offset="56" info="Round Robin thread"/> <member name="thread_robin_tick" type="uint32_t" offset="60" info="Round Robin time tick"/> <member name="thread_timeout" type="uint32_t" offset="64" info="Round Robin timeout"/> <member name="timer_list" type="*osRtxTimer_t" offset="68" info="Active timer list"/> <member name="timer_thread" type="*osRtxThread_t" offset="72" info="Timer thread"/> <member name="timer_mq" type="*osRtxMessageQueue_t" offset="76" info="Timer message queue"/> <member name="timer_tick" type="uint32_t" offset="80" info="Timer tick function (type is func *)"/> <member name="isr_queue_max" type="uint16_t" offset="84" info="Maximum items"/> <member name="isr_queue_cnt" type="uint16_t" offset="86" info="Item count"/> <member name="isr_queue_in" type="uint16_t" offset="88" info="Incoming item index"/> <member name="isr_queue_out" type="uint16_t" offset="90" info="Outgoing item index"/> <member name="isr_queue_data" type="uint32_t" offset="92" info="Queue data (type is void **)"/> <member name="post_process_thread" type="uint32_t" offset="96" info="Thread post processing function (type is func *)"/> <member name="post_process_event_flags" type="uint32_t" offset="100" info="Event flags post processing function (type is func *)"/> <member name="post_process_semaphore" type="uint32_t" offset="104" info="Semaphore post processing function (type is func *)"/> <member name="post_process_memory_pool" type="uint32_t" offset="108" info="Memory pool post processing function (type is func *)"/> <member name="post_process_message_queue" type="uint32_t" offset="112" info="Message queue post processing function (type is func *)"/> <member name="mem_stack" type="uint32_t" offset="116" info="Stack memory (type is void *)"/> <member name="mem_mp_data" type="uint32_t" offset="120" info="Memory pool data memory (type is void *)"/> <member name="mem_mq_data" type="uint32_t" offset="124" info="Message queue Data memory (type is void *)"/> <member name="mem_common" type="uint32_t" offset="128" info="Common memory address (type is void *)"/> <member name="mpi_stack" type="*osRtxMpInfo_t" offset="132" info="Stack for threads"/> <member name="mpi_thread" type="*osRtxMpInfo_t" offset="136" info="Thread control blocks"/> <member name="mpi_timer" type="*osRtxMpInfo_t" offset="140" info="Timer control blocks"/> <member name="mpi_event_flags" type="*osRtxMpInfo_t" offset="144" info="Event flags control blocks"/> <member name="mpi_mutex" type="*osRtxMpInfo_t" offset="148" info="Mutex control blocks"/> <member name="mpi_semaphore" type="*osRtxMpInfo_t" offset="152" info="Semaphore control blocks"/> <member name="mpi_memory_pool" type="*osRtxMpInfo_t" offset="156" info="Memory pool control blocks"/> <member name="mpi_message_queue" type="*osRtxMpInfo_t" offset="160" info="Message queue control blocks"/> </typedef> <!-- OS Runtime Object Memory Usage structure --> <typedef name="osRtxObjectMemUsage_t" info="OS Runtime Object Memory Usage" size="12"> <member name="cnt_alloc" type="uint32_t" offset="0" info="Counter for alloc"/> <member name="cnt_free" type="uint32_t" offset="4" info="Counter for free"/> <member name="max_used" type="uint32_t" offset="8" info="Maximum used"/> </typedef> <!-- OS Configuration structure --> <typedef name="osRtxConfig_t" const="1" info="OS Configuration Structure" size="104"> <member name="flags" type="uint32_t" offset="0" info="OS configuration flags"/> <member name="tick_freq" type="uint32_t" offset="4" info="Kernel tick frequency"/> <member name="robin_timeout" type="uint32_t" offset="8" info="Round Robin timeout tick"/> <member name="isr_queue_data" type="uint32_t" offset="12" info="ISR post processing queue (type is void **)"/> <member name="isr_queue_max" type="uint16_t" offset="16" info="Maximum data"/> <member name="isr_queue_padding" type="uint16_t" offset="18" info="Padding bytes"/> <member name="mem_stack_addr" type="uint32_t" offset="20" info="Stack memory address"/> <member name="mem_stack_size" type="uint32_t" offset="24" info="Stack memory size"/> <member name="mem_mp_data_addr" type="uint32_t" offset="28" info="Memory pool data memory address"/> <member name="mem_mp_data_size" type="uint32_t" offset="32" info="Memory pool data memory size"/> <member name="mem_mq_data_addr" type="uint32_t" offset="36" info="Message queue data memory address"/> <member name="mem_mq_data_size" type="uint32_t" offset="40" info="Message queue data memory size"/> <member name="mem_common_addr" type="uint32_t" offset="44" info="Common memory address"/> <member name="mem_common_size" type="uint32_t" offset="48" info="Common memory size"/> <member name="mpi_stack" type="*osRtxMpInfo_t" offset="52" info="Stack for threads"/> <member name="mpi_thread" type="*osRtxMpInfo_t" offset="56" info="Thread control blocks"/> <member name="mpi_timer" type="*osRtxMpInfo_t" offset="60" info="Timer control blocks"/> <member name="mpi_event_flags" type="*osRtxMpInfo_t" offset="64" info="Event flags control blocks"/> <member name="mpi_mutex" type="*osRtxMpInfo_t" offset="68" info="Mutex control blocks"/> <member name="mpi_semaphore" type="*osRtxMpInfo_t" offset="72" info="Semaphore control blocks"/> <member name="mpi_memory_pool" type="*osRtxMpInfo_t" offset="76" info="Memory pool control blocks"/> <member name="mpi_message_queue" type="*osRtxMpInfo_t" offset="80" info="Message queue control blocks"/> <member name="thread_stack_size" type="uint32_t" offset="84" info="Default thread stack size"/> <member name="idle_thread_attr" type="uint32_t" offset="88" info="Idle thread attributes (type is osThreadAttr_s *)"/> <member name="timer_thread_attr" type="uint32_t" offset="92" info="Timer thread attributes (type is osThreadAttr_s *)"/> <member name="timer_mq_attr" type="uint32_t" offset="96" info="Timer message queue attributes (type is osMessageQueueAttr_s *)"/> <member name="timer_mq_mcnt" type="uint32_t" offset="100" info="Timer message queue maximum messages"/> </typedef> <!-- Memory Pool Header --> <typedef name="mem_head_t" info="Memory Pool Header Structure" size="8"> <member name="size" type="uint32_t" offset="0" info="Memory pool size"/> <member name="used" type="uint32_t" offset="4" info="Size of used memory"/> <var name="max_used" type="uint32_t" info="Maximum size of used memory" /> </typedef> <!-- Memory Block Header + Object Header --> <typedef name="mem_block_t" info="Memory Block Header Structure" size="9"> <member name="next" type="*mem_block_t" offset="0" info="Next memory block"/> <member name="len" type="uint32_t" offset="4" info="Memory block size"/> <member name="id" type="uint8_t" offset="8" info="Object Identifier"/> </typedef> <!-- Helper typedefs --> <typedef name="rtx_sections_t" info="RTX Control Block Sections Info Structure" size="56"> <member name="thread_cb_start" type="uint32_t" offset="0" info="Thread control block section start"/> <member name="thread_cb_end" type="uint32_t" offset="4" info="Thread control block section end"/> <member name="timer_cb_start" type="uint32_t" offset="8" info="Timer control block section start"/> <member name="timer_cb_end" type="uint32_t" offset="12" info="Timer control block section end"/> <member name="evflags_cb_start" type="uint32_t" offset="16" info="Event flags control block section start"/> <member name="evflags_cb_end" type="uint32_t" offset="20" info="Event flags control block section end"/> <member name="mutex_cb_start" type="uint32_t" offset="24" info="Mutex control block section start"/> <member name="mutex_cb_end" type="uint32_t" offset="28" info="Mutex control block section end"/> <member name="semaphore_cb_start" type="uint32_t" offset="32" info="Semaphore control block section start"/> <member name="semaphore_cb_end" type="uint32_t" offset="36" info="Semaphore control block section end"/> <member name="mempool_cb_start" type="uint32_t" offset="40" info="Memory pool control block section start"/> <member name="mempool_cb_end" type="uint32_t" offset="44" info="Memory pool control block section end"/> <member name="msgqueue_cb_start" type="uint32_t" offset="48" info="Message queue control block section start"/> <member name="msgqueue_cb_end" type="uint32_t" offset="52" info="Message queue control block section end"/> </typedef> <typedef name="rtx_t" info="Various RTX Definitions" size="8"> <member name="status" type="int32_t" offset="0" info="RTX5 operations status"> <enum name="osOK" value="0" info="Operation completed successfully"/> <enum name="osError" value="-1" info="Unspecified RTOS error: run-time error but no other error message fits."/> <enum name="osErrorTimeout" value="-2" info="Operation not completed within the timeout period."/> <enum name="osErrorResource" value="-3" info="Resource not available"/> <enum name="osErrorParameter" value="-4" info="Parameter error"/> <enum name="osErrorNoMemory" value="-5" info="System is out of memory: it was impossible to allocate or reserve memory for the operation"/> <enum name="osErrorISR" value="-6" info="Not allowed in ISR context: the function cannot be called from interrupt service routines"/> <enum name="osRtxErrorKernelNotReady" value="-7" info="RTOS Kernel scheduler is not ready"/> <enum name="osRtxErrorKernelNotRunning" value="-8" info="RTOS Kernel scheduler is not running"/> <enum name="osRtxErrorInvalidControlBlock" value="-9" info="Object control block is not properly aligned or has an invalid size"/> <enum name="osRtxErrorInvalidDataMemory" value="-10" info="Data memory is not is not properly aligned or has an invalid size"/> <enum name="osRtxErrorInvalidThreadStack" value="-11" info="Thread stack is invalid"/> <enum name="osRtxErrorInvalidPriority" value="-12" info="Thread priority is invalid"/> <enum name="osRtxErrorThreadNotJoinable" value="-13" info="Thread is not joinable"/> <enum name="osRtxErrorMutexNotOwned" value="-14" info="Mutex is not owned by the current running thread"/> <enum name="osRtxErrorMutexNotLocked" value="-15" info="Mutex is not locked"/> <enum name="osRtxErrorMutexLockLimit" value="-16" info="Maximum number of recursive mutex locks reached"/> <enum name="osRtxErrorSemaphoreCountLimit" value="-17" info="Semaphore count limit reached"/> <enum name="osRtxErrorTZ_InitContext_S" value="-18" info=""/> <enum name="osRtxErrorTZ_AllocContext_S" value="-19" info=""/> <enum name="osRtxErrorTZ_FreeContext_S" value="-20" info=""/> <enum name="osRtxErrorTZ_LoadContext_S" value="-21" info=""/> <enum name="osRtxErrorTZ_SaveContext_S" value="-22" info=""/> </member> </typedef> <typedef name="rtx_th_state" info="RTX5 thread state" size="4"> <member name="id" type="int32_t" offset="0" info="RTX5 thread state ID"> <enum name="os_ThreadInactive" value="0x00" info=""/> <enum name="os_ThreadReady" value="0x01" info=""/> <enum name="os_ThreadRunning" value="0x02" info=""/> <enum name="os_ThreadBlocked" value="0x03" info=""/> <enum name="os_ThreadTerminated" value="0x04" info=""/> <enum name="os_ThreadWaitingDelay" value="0x13" info=""/> <enum name="os_ThreadWaitingJoin" value="0x23" info=""/> <enum name="os_ThreadWaitingThreadFlags" value="0x33" info=""/> <enum name="os_ThreadWaitingEventFlags" value="0x43" info=""/> <enum name="os_ThreadWaitingMutex" value="0x53" info=""/> <enum name="os_ThreadWaitingSemaphore" value="0x63" info=""/> <enum name="os_ThreadWaitingMemoryPool" value="0x73" info=""/> <enum name="os_ThreadWaitingMessageGet" value="0x83" info=""/> <enum name="os_ThreadWaitingMessagePut" value="0x93" info=""/> </member> </typedef> <typedef name="rtx_th_priority" info="RTX5 thread priority" size="4"> <member name="id" type="int32_t" offset="0" info="RTX5 thread priority ID"> <enum name="osPriorityNone" value="0" info=""/> <enum name="osPriorityIdle" value="1" info=""/> <enum name="osPriorityLow" value="8" info=""/> <enum name="osPriorityLow1" value="9" info=""/> <enum name="osPriorityLow2" value="10" info=""/> <enum name="osPriorityLow3" value="11" info=""/> <enum name="osPriorityLow4" value="12" info=""/> <enum name="osPriorityLow5" value="13" info=""/> <enum name="osPriorityLow6" value="14" info=""/> <enum name="osPriorityLow7" value="15" info=""/> <enum name="osPriorityBelowNormal" value="16" info=""/> <enum name="osPriorityBelowNormal1" value="17" info=""/> <enum name="osPriorityBelowNormal2" value="18" info=""/> <enum name="osPriorityBelowNormal3" value="19" info=""/> <enum name="osPriorityBelowNormal4" value="20" info=""/> <enum name="osPriorityBelowNormal5" value="21" info=""/> <enum name="osPriorityBelowNormal6" value="22" info=""/> <enum name="osPriorityBelowNormal7" value="23" info=""/> <enum name="osPriorityNormal" value="24" info=""/> <enum name="osPriorityNormal1" value="25" info=""/> <enum name="osPriorityNormal2" value="26" info=""/> <enum name="osPriorityNormal3" value="27" info=""/> <enum name="osPriorityNormal4" value="28" info=""/> <enum name="osPriorityNormal5" value="29" info=""/> <enum name="osPriorityNormal6" value="30" info=""/> <enum name="osPriorityNormal7" value="31" info=""/> <enum name="osPriorityAboveNormal" value="32" info=""/> <enum name="osPriorityAboveNormal1" value="33" info=""/> <enum name="osPriorityAboveNormal2" value="34" info=""/> <enum name="osPriorityAboveNormal3" value="35" info=""/> <enum name="osPriorityAboveNormal4" value="36" info=""/> <enum name="osPriorityAboveNormal5" value="37" info=""/> <enum name="osPriorityAboveNormal6" value="38" info=""/> <enum name="osPriorityAboveNormal7" value="39" info=""/> <enum name="osPriorityHigh" value="40" info=""/> <enum name="osPriorityHigh1" value="41" info=""/> <enum name="osPriorityHigh2" value="42" info=""/> <enum name="osPriorityHigh3" value="43" info=""/> <enum name="osPriorityHigh4" value="44" info=""/> <enum name="osPriorityHigh5" value="45" info=""/> <enum name="osPriorityHigh6" value="46" info=""/> <enum name="osPriorityHigh7" value="47" info=""/> <enum name="osPriorityRealtime" value="48" info=""/> <enum name="osPriorityRealtime1" value="49" info=""/> <enum name="osPriorityRealtime2" value="50" info=""/> <enum name="osPriorityRealtime3" value="51" info=""/> <enum name="osPriorityRealtime4" value="52" info=""/> <enum name="osPriorityRealtime5" value="53" info=""/> <enum name="osPriorityRealtime6" value="54" info=""/> <enum name="osPriorityRealtime7" value="55" info=""/> <enum name="osPriorityISR" value="56" info=""/> <enum name="osPriorityError" value="-1" info=""/> </member> </typedef> <typedef name="rtx_kernel_state" info="RTX5 kernel state" size="1"> <member name="id" type="uint8_t" offset="0" info="Kernel state"> <enum name="osKernelInactive" value="0" info="Inactive"/> <enum name="osKernelReady" value="1" info="Ready"/> <enum name="osKernelRunning" value="2" info="Running"/> <enum name="osKernelLocked" value="3" info="Locked"/> <enum name="osKernelSuspended" value="4" info="Suspended"/> <enum name="osKernelError" value="5" info="Error"/> </member> </typedef> <typedef name="rtx_timer_type" info="RTX5 timer type" size="1"> <member name="id" type="uint8_t" offset="0" info="Timer Type"> <enum name="osTimerOnce" value="0" info="One-shot timer"/> <enum name="osTimerPeriodic" value="1" info="Periodic timer"/> </member> </typedef> </typedefs> <objects> <object name="RTX RTOS Object"> <var name="i" type="uint32_t" value="0" /> <var name="j" type="uint32_t" value="0" /> <var name="k" type="uint32_t" value="0" /> <var name="n" type="uint32_t" value="0" /> <var name="sp" type="uint32_t" value="0" /> <var name="addr" type="uint32_t" value="0" /> <var name="ipsr" type="uint32_t" value="0" /> <var name="psp" type="uint32_t" value="0" /> <var name="v8m_ns" type="uint32_t" value="0" /> <var name="TCB_Rd" type="uint32_t" value="0" /> <var name="CCB_Rd" type="uint32_t" value="0" /> <var name="SCB_Rd" type="uint32_t" value="0" /> <var name="MCB_Rd" type="uint32_t" value="0" /> <var name="ECB_Rd" type="uint32_t" value="0" /> <var name="PCB_Rd" type="uint32_t" value="0" /> <var name="QCB_Rd" type="uint32_t" value="0" /> <var name="RTX_En" type="uint8_t" value="0" /> <var name="TCB_En" type="uint8_t" value="0" /> <var name="CCB_En" type="uint8_t" value="0" /> <var name="SCB_En" type="uint8_t" value="0" /> <var name="MCB_En" type="uint8_t" value="0" /> <var name="ECB_En" type="uint8_t" value="0" /> <var name="PCB_En" type="uint8_t" value="0" /> <var name="QCB_En" type="uint8_t" value="0" /> <var name="MUC_En" type="uint8_t" value="0" /> <var name="StaticMp_En" type="uint8_t" value="0" /> <var name="MUC_Thread_En" type="uint8_t" value="0" /> <var name="MUC_Timer_En" type="uint8_t" value="0" /> <var name="MUC_EventFlags_En" type="uint8_t" value="0" /> <var name="MUC_Mutex_En" type="uint8_t" value="0" /> <var name="MUC_Semaphore_En" type="uint8_t" value="0" /> <var name="MUC_MemPool_En" type="uint8_t" value="0" /> <var name="MUC_MsgQueue_En" type="uint8_t" value="0" /> <var name="V_Major" type="uint32_t" value="0"/> <var name="V_Minor" type="uint32_t" value="0"/> <var name="V_Patch" type="uint32_t" value="0"/> <!-- Check TrustZone symbol existence --> <calc> v8m_ns = __Symbol_exists("TZ_InitContextSystem_S"); </calc> <!-- Read main OS information and configuration structures --> <read name="os_Info" type="osRtxInfo_t" symbol="osRtxInfo"/> <read name="os_Config" type="osRtxConfig_t" symbol="osRtxConfig" const="1"/> <calc cond="((os_Info.version / 10000000) == 5) && (os_Info.kernel_state > 0) && (os_Info.kernel_state < 5)"> RTX_En = 1; </calc> <calc cond="RTX_En"> V_Major = os_Info.version / 10000000; V_Minor = (os_Info.version / 10000) % 1000; V_Patch = os_Info.version % 10000; </calc> <calc cond="RTX_En && (os_Config.mpi_thread || os_Config.mpi_timer || os_Config.mpi_event_flags || os_Config.mpi_mutex || os_Config.mpi_semaphore || os_Config.mpi_memory_pool || os_Config.mpi_message_queue)"> StaticMp_En = 1; </calc> <var name="stack_check" type="uint8_t" value="(os_Config.flags >> 1) & 1"/> <var name="stack_wmark" type="uint8_t" value="(os_Config.flags >> 2) & 1"/> <!-- Read ISR FIFO queue --> <read name="ISR_FIFO" cond="RTX_En" type="uint32_t" offset="os_Config.isr_queue_data" size="os_Config.isr_queue_max"/> <!-- Read control block sections info structure --> <read name="cb_Sections" cond="__Symbol_exists ("os_cb_sections")" type="rtx_sections_t" symbol="os_cb_sections" const="1"/>/> <!-- Determine section sizes --> <calc cond="RTX_En && __Symbol_exists ("os_cb_sections")"> TCB_Rd = cb_Sections.thread_cb_end - cb_Sections.thread_cb_start; CCB_Rd = cb_Sections.timer_cb_end - cb_Sections.timer_cb_start; ECB_Rd = cb_Sections.evflags_cb_end - cb_Sections.evflags_cb_start; MCB_Rd = cb_Sections.mutex_cb_end - cb_Sections.mutex_cb_start; SCB_Rd = cb_Sections.semaphore_cb_end - cb_Sections.semaphore_cb_start; PCB_Rd = cb_Sections.mempool_cb_end - cb_Sections.mempool_cb_start; QCB_Rd = cb_Sections.msgqueue_cb_end - cb_Sections.msgqueue_cb_start; </calc> <!-- Determine number of control blocks to read --> <calc cond="TCB_Rd"> TCB_Rd /= 68; </calc> <calc cond="CCB_Rd"> CCB_Rd /= 32; </calc> <calc cond="ECB_Rd"> ECB_Rd /= 16; </calc> <calc cond="MCB_Rd"> MCB_Rd /= 28; </calc> <calc cond="SCB_Rd"> SCB_Rd /= 16; </calc> <calc cond="PCB_Rd"> PCB_Rd /= 36; </calc> <calc cond="QCB_Rd"> QCB_Rd /= 52; </calc> <!-- Read object control blocks using sections info --> <readlist name="TCB" cond="TCB_Rd" type="osRtxThread_t" offset="cb_Sections.thread_cb_start" count="TCB_Rd"/> <readlist name="CCB" cond="CCB_Rd" type="osRtxTimer_t" offset="cb_Sections.timer_cb_start" count="CCB_Rd"/> <readlist name="ECB" cond="ECB_Rd" type="osRtxEventFlags_t" offset="cb_Sections.evflags_cb_start" count="ECB_Rd"/> <readlist name="MCB" cond="MCB_Rd" type="osRtxMutex_t" offset="cb_Sections.mutex_cb_start" count="MCB_Rd"/> <readlist name="PCB" cond="PCB_Rd" type="osRtxMemoryPool_t" offset="cb_Sections.mempool_cb_start" count="PCB_Rd"/> <readlist name="SCB" cond="SCB_Rd" type="osRtxSemaphore_t" offset="cb_Sections.semaphore_cb_start" count="SCB_Rd"/> <readlist name="QCB" cond="QCB_Rd" type="osRtxMessageQueue_t" offset="cb_Sections.msgqueue_cb_start" count="QCB_Rd"/> <!-- Read statically allocated control blocks --> <readlist name="cfg_mp_stack" cond="os_Config.mpi_stack" type="osRtxMpInfo_t" offset="os_Config.mpi_stack" const="1" count="1" init="1"/> <readlist name="cfg_mp_thread" cond="os_Config.mpi_thread" type="osRtxMpInfo_t" offset="os_Config.mpi_thread" const="1" count="1" init="1"/> <readlist name="cfg_mp_timer" cond="os_Config.mpi_timer" type="osRtxMpInfo_t" offset="os_Config.mpi_timer" const="1" count="1" init="1"/> <readlist name="cfg_mp_events" cond="os_Config.mpi_event_flags" type="osRtxMpInfo_t" offset="os_Config.mpi_event_flags" const="1" count="1" init="1"/> <readlist name="cfg_mp_mutex" cond="os_Config.mpi_mutex" type="osRtxMpInfo_t" offset="os_Config.mpi_mutex" const="1" count="1" init="1"/> <readlist name="cfg_mp_semaphore" cond="os_Config.mpi_semaphore" type="osRtxMpInfo_t" offset="os_Config.mpi_semaphore" const="1" count="1" init="1"/> <readlist name="cfg_mp_mpool" cond="os_Config.mpi_memory_pool" type="osRtxMpInfo_t" offset="os_Config.mpi_memory_pool" const="1" count="1" init="1"/> <readlist name="cfg_mp_mqueue" cond="os_Config.mpi_message_queue" type="osRtxMpInfo_t" offset="os_Config.mpi_message_queue" const="1" count="1" init="1"/> <!-- Read idle and timer thread control blocks --> <readlist name="TCB" cond="RTX_En && (TCB_Rd == 0) && os_Info.thread_idle" type="osRtxThread_t" offset="os_Info.thread_idle" count="1" /> <readlist name="TCB" cond="RTX_En && (TCB_Rd == 0) && os_Info.timer_thread" type="osRtxThread_t" offset="os_Info.timer_thread" count="1" /> <!-- Read thread control blocks (MPI) --> <readlist name="mp_thread" cond="RTX_En && (TCB_Rd == 0) && os_Info.mpi_thread" type="osRtxMpInfo_t" offset="os_Info.mpi_thread" count="1" init="1"/> <readlist name="TCB" cond="RTX_En && (TCB_Rd == 0) && os_Info.mpi_thread" type="osRtxThread_t" offset="mp_thread.block_base" count="mp_thread.max_blocks" /> <!-- Read timer control blocks (MPI) --> <readlist name="mp_timer" cond="RTX_En && (CCB_Rd == 0) && os_Info.mpi_timer" type="osRtxMpInfo_t" offset="os_Info.mpi_timer" count="1" init="1"/> <readlist name="CCB" cond="RTX_En && (CCB_Rd == 0) && os_Info.mpi_timer" type="osRtxTimer_t" offset="mp_timer.block_base" count="mp_timer.max_blocks" /> <!-- Read event flags control blocks (MPI) --> <readlist name="mp_events" cond="RTX_En && (ECB_Rd == 0) && os_Info.mpi_event_flags" type="osRtxMpInfo_t" offset="os_Info.mpi_event_flags" count="1" init="1"/> <readlist name="ECB" cond="RTX_En && (ECB_Rd == 0) && os_Info.mpi_event_flags" type="osRtxEventFlags_t" offset="mp_events.block_base" count="mp_events.max_blocks" /> <!-- Read mutex control blocks (MPI) --> <readlist name="mp_mutex" cond="RTX_En && (MCB_Rd == 0) && os_Info.mpi_mutex" type="osRtxMpInfo_t" offset="os_Info.mpi_mutex" count="1" init="1"/> <readlist name="MCB" cond="RTX_En && (MCB_Rd == 0) && os_Info.mpi_mutex" type="osRtxMutex_t" offset="mp_mutex.block_base" count="mp_mutex.max_blocks" /> <!-- Read semaphore control blocks (MPI) --> <readlist name="mp_semaphore" cond="RTX_En && (SCB_Rd == 0) && os_Info.mpi_semaphore" type="osRtxMpInfo_t" offset="os_Info.mpi_semaphore" count="1" init="1"/> <readlist name="SCB" cond="RTX_En && (SCB_Rd == 0) && os_Info.mpi_semaphore" type="osRtxSemaphore_t" offset="mp_semaphore.block_base" count="mp_semaphore.max_blocks" /> <!-- Read memory pool control blocks (MPI) --> <readlist name="mp_mpool" cond="RTX_En && (PCB_Rd == 0) && os_Info.mpi_memory_pool" type="osRtxMpInfo_t" offset="os_Info.mpi_memory_pool" count="1" init="1"/> <readlist name="PCB" cond="RTX_En && (PCB_Rd == 0) && os_Info.mpi_memory_pool" type="osRtxMemoryPool_t" offset="mp_mpool.block_base" count="mp_mpool.max_blocks" /> <!-- Read message queue control blocks (MPI) --> <readlist name="mp_mqueue" cond="RTX_En && (QCB_Rd == 0) && os_Info.mpi_message_queue" type="osRtxMpInfo_t" offset="os_Info.mpi_message_queue" count="1" init="1"/> <readlist name="QCB" cond="RTX_En && (QCB_Rd == 0) && os_Info.mpi_message_queue" type="osRtxMessageQueue_t" offset="mp_mqueue.block_base" count="mp_mqueue.max_blocks" /> <!-- Read stack memory header and block list (MEM) --> <readlist name="mem_head_stack" cond="RTX_En && os_Config.mem_stack_addr" type="mem_head_t" offset="os_Config.mem_stack_addr" count="1"/> <readlist name="mem_list_stack" cond="RTX_En && os_Config.mem_stack_addr" type="mem_block_t" offset="os_Config.mem_stack_addr + 8" next="next"/> <calc cond="RTX_En && os_Config.mem_stack_addr"> mem_head_stack.max_used = mem_list_stack[mem_list_stack._count-1].len; </calc> <!-- Read memory pool data memory header and block list (MEM) --> <readlist name="mem_head_mp_data" cond="RTX_En && os_Config.mem_mp_data_addr" type="mem_head_t" offset="os_Config.mem_mp_data_addr" count="1"/> <readlist name="mem_list_mp_data" cond="RTX_En && os_Config.mem_mp_data_addr" type="mem_block_t" offset="os_Config.mem_mp_data_addr + 8" next="next"/> <calc cond="RTX_En && os_Config.mem_mp_data_addr"> mem_head_mp_data.max_used = mem_list_mp_data[mem_list_mp_data._count-1].len; </calc> <!-- Read message queue data memory header and block list (MEM) --> <readlist name="mem_head_mq_data" cond="RTX_En && os_Config.mem_mq_data_addr" type="mem_head_t" offset="os_Config.mem_mq_data_addr" count="1"/> <readlist name="mem_list_mq_data" cond="RTX_En && os_Config.mem_mq_data_addr" type="mem_block_t" offset="os_Config.mem_mq_data_addr + 8" next="next"/> <calc cond="RTX_En && os_Config.mem_mq_data_addr"> mem_head_mq_data.max_used = mem_list_mq_data[mem_list_mq_data._count-1].len; </calc> <!-- Read common memory header and block list (MEM) --> <readlist name="mem_head_com" cond="RTX_En && os_Config.mem_common_addr" type="mem_head_t" offset="os_Config.mem_common_addr" count="1"/> <readlist name="mem_list_com" cond="RTX_En && os_Config.mem_common_addr" type="mem_block_t" offset="os_Config.mem_common_addr + 8" next="next"/> <calc cond="RTX_En && os_Config.mem_common_addr"> mem_head_com.max_used = mem_list_com[mem_list_com._count-1].len; </calc> <!-- Extract control blocks located in the common memory --> <list cond="mem_list_com._count > 1" name="i" start="0" limit="mem_list_com._count-1"> <calc> addr = mem_list_com[i]._addr; addr += 8; </calc> <!-- Read Thread Control Block --> <readlist cond="(mem_list_com[i].len & 1) && (mem_list_com[i].id == 0xF1)" name="TCB" type="osRtxThread_t" offset="addr" count="1" /> <!-- Read Timer Control Block --> <readlist cond="(mem_list_com[i].len & 1) && (mem_list_com[i].id == 0xF2)" name="CCB" type="osRtxTimer_t" offset="addr" count="1" /> <!-- Read EventFlags Control Block --> <readlist cond="(mem_list_com[i].len & 1) && (mem_list_com[i].id == 0xF3)" name="ECB" type="osRtxEventFlags_t" offset="addr" count="1" /> <!-- Read Mutex Control Block --> <readlist cond="(mem_list_com[i].len & 1) && (mem_list_com[i].id == 0xF5)" name="MCB" type="osRtxMutex_t" offset="addr" count="1" /> <!-- Read Semaphore Control Block --> <readlist cond="(mem_list_com[i].len & 1) && (mem_list_com[i].id == 0xF6)" name="SCB" type="osRtxSemaphore_t" offset="addr" count="1" /> <!-- Read MemoryPool Control Block --> <readlist cond="(mem_list_com[i].len & 1) && (mem_list_com[i].id == 0xF7)" name="PCB" type="osRtxMemoryPool_t" offset="addr" count="1" /> <!-- Read MessageQueue Control Block --> <readlist cond="(mem_list_com[i].len & 1) && (mem_list_com[i].id == 0xFA)" name="QCB" type="osRtxMessageQueue_t" offset="addr" count="1" /> </list> <!-- Read thread wait list --> <readlist name="TWL" cond="RTX_En && os_Info.thread_wait_list" type="osRtxThread_t" offset="os_Info.thread_wait_list" next="delay_next"/> <!-- Validate and process Thread control blocks --> <list name="i" start="0" limit="TCB._count"> <calc> TCB[i].cb_valid = (TCB[i].id == 0xF1) && (TCB[i].state != 0) && (TCB[i].sp != 0); TCB[i].sp_valid = 1; </calc> <!-- Stack pointer for running thread --> <calc cond="(TCB[i].state == 2) && (__Running == 0)"> ipsr = __GetRegVal("XPSR") & 0x01FF; psp = (v8m_ns == 0) ? (__GetRegVal("PSP")) : (__GetRegVal("PSP_NS")); psp = (psp == 0) ? (TCB[i].sp) : (psp); sp = ((ipsr != 0) && (ipsr < 16)) ? (TCB[i].sp) : (psp); TCB[i].sp_valid = ((ipsr != 0) && (ipsr < 16)) ? (0) : (1); </calc> <calc cond="(TCB[i].state == 2) && (__Running == 1)"> TCB[i].sp_valid = 0; sp = TCB[i].sp; </calc> <!-- Stack pointer for waiting thread --> <calc cond="TCB[i].state != 2"> sp = TCB[i].sp; </calc> <!-- Save current stack pointer --> <calc> TCB[i].stack_cur = sp; </calc> <!-- Determine current stack usage --> <calc cond="TCB[i].sp != 0"> TCB[i].stack_curb = TCB[i].stack_mem + TCB[i].stack_size; TCB[i].stack_curb -= sp; TCB[i].stack_curp = TCB[i].stack_curb; TCB[i].stack_curp *= 100; TCB[i].stack_curp /= TCB[i].stack_size; </calc> <!-- Check for current sp overflow --> <calc cond="TCB[i].sp != 0"> TCB[i].stack_over = (sp <= TCB[i].stack_mem) ? 1 : 0; </calc> <!-- Check also control values to determine maximum stack usage --> <calc cond="(stack_wmark != 0) && (TCB[i].sp != 0) && (TCB[i].stack_over == 0) && (TCB[i].stack_size < 65536)"> TCB[i].stack_val = __CalcMemUsed (TCB[i].stack_mem, sp - TCB[i].stack_mem, 0xCCCCCCCC, 0xE25A2EA5); TCB[i].stack_over = TCB[i].stack_val >> 31; TCB[i].stack_maxb = (TCB[i].stack_mem + TCB[i].stack_size) - sp; TCB[i].stack_maxb += TCB[i].stack_val & 0xFFFFF; TCB[i].stack_maxp = (TCB[i].stack_maxb * 100)/ TCB[i].stack_size; </calc> <!-- Set max usage in case of stack overflow --> <calc cond="(TCB[i].sp != 0) && (TCB[i].stack_over != 0)"> TCB[i].stack_maxb = TCB[i].stack_size; TCB[i].stack_maxp = 100; </calc> <!-- Adjust maximum usage in case if current sp below max --> <calc cond="(TCB[i].sp != 0) && (TCB[i].stack_curb >= TCB[i].stack_maxb)"> TCB[i].stack_maxb = TCB[i].stack_curb; TCB[i].stack_maxp = TCB[i].stack_curp; </calc> <calc> TCB[i].ex_delay = TCB[i].delay; </calc> <!-- Create Thread Delay List (TDL) --> <readlist cond="TCB[i].delay != -1" name="TDL" type="osRtxThread_t" offset="TCB[i].delay_prev" next="delay_prev" init="1"/> <list cond="TCB[i].delay != -1" name="j" start="0" limit="TDL._count"> <calc> TCB[i].ex_delay += TDL[j].delay; </calc> </list> </list> <!-- Validate and process Timer control blocks --> <list name="i" start="0" limit="CCB._count"> <calc> CCB[i].cb_valid = (CCB[i].id == 0xF2) && (CCB[i].state != 0); CCB[i].ex_tick = CCB[i].tick; </calc> <!-- Create Timer Execution List (TEL) --> <readlist name="TEL" type="osRtxTimer_t" offset="CCB[i].prev" next="prev" init="1"/> <list name="j" start="0" limit="TEL._count"> <calc> CCB[i].ex_tick += TEL[j].tick; </calc> </list> </list> <!-- Validate and process EventFlags control blocks --> <calc> k = 0; </calc> <list name="i" start="0" limit="ECB._count"> <calc> ECB[i].cb_valid = (ECB[i].id == 0xF3); ECB[i].wl_idx = k; ECB[i].wl_cnt = 0; </calc> <!-- Create a list of threads waiting for event flags --> <readlist name="EWL" type="osRtxThread_t" offset="ECB[i].thread_list" next="thread_next" cond="ECB[i].thread_list"/> <calc cond="ECB[i].thread_list"> ECB[i].wl_cnt = (EWL._count - k); k = EWL._count; </calc> </list> <!-- Validate and process Mutex control blocks --> <calc> k = 0; </calc> <list cond="MCB._count" name="i" start="0" limit="MCB._count"> <calc> MCB[i].cb_valid = (MCB[i].id == 0xF5); MCB[i].wl_idx = k; MCB[i].wl_cnt = 0; </calc> <!-- Create a list of threads waiting for mutex --> <readlist name="MWL" type="osRtxThread_t" offset="MCB[i].thread_list" next="thread_next" cond="MCB[i].thread_list"/> <calc cond="MCB[i].thread_list"> MCB[i].wl_cnt = (MWL._count - k); k = MWL._count; </calc> </list> <!-- Validate and process semaphore control blocks --> <calc> k = 0; </calc> <list cond="SCB._count" name="i" start="0" limit="SCB._count"> <calc> SCB[i].cb_valid = (SCB[i].id == 0xF6); SCB[i].wl_idx = k; SCB[i].wl_cnt = 0; </calc> <!-- Create a list of threads waiting for semaphore --> <readlist name="SWL" type="osRtxThread_t" offset="SCB[i].thread_list" next="thread_next" cond="SCB[i].thread_list"/> <calc cond="SCB[i].thread_list"> SCB[i].wl_cnt = (SWL._count - k); k = SWL._count; </calc> </list> <!-- Validate and process MemoryPool control blocks --> <calc> k = 0; </calc> <list cond="PCB._count" name="i" start="0" limit="PCB._count"> <calc> PCB[i].cb_valid = (PCB[i].id == 0xF7); PCB[i].wl_idx = k; PCB[i].wl_cnt = 0; </calc> <!-- Create a list of threads waiting for memory pool --> <readlist name="PWL" type="osRtxThread_t" offset="PCB[i].thread_list" next="thread_next" cond="PCB[i].thread_list"/> <calc cond="PCB[i].thread_list"> PCB[i].wl_cnt = (PWL._count - k); k = PWL._count; </calc> </list> <!-- Validate and process MessageQueue control blocks --> <calc> k = 0; j = 0; </calc> <list cond="QCB._count" name="i" start="0" limit="QCB._count"> <calc> QCB[i].cb_valid = (QCB[i].id == 0xFA); QCB[i].wl_idx = k; QCB[i].wl_cnt = 0; </calc> <!-- Create a list of threads waiting for message queue --> <readlist name="QWL" type="osRtxThread_t" offset="QCB[i].thread_list" next="thread_next" cond="QCB[i].thread_list"/> <calc cond="QCB[i].thread_list"> QCB[i].wl_cnt = (QWL._count - k); k = QWL._count; </calc> <!-- Create a list of enqueued messages --> <readlist name="QML" type="osRtxMessage_t" offset="QCB[i].msg_first" next="next" cond="QCB[i].msg_first"/> <calc> QCB[i].ml_idx = j; QCB[i].ml_cnt = (QML._count - j) j = QML._count; </calc> </list> <!-- Determine the addresses of enqueued messages --> <list cond="QML._count" name="i" start="0" limit="QML._count"> <calc> QML[i].addr = QML[i]._addr; QML[i].addr += 12; </calc> </list> <!-- Read Object Memory Usage Counters (MUC) --> <calc cond="__Symbol_exists ("osRtxThreadMemUsage")"> MUC_Thread_En = 1; </calc> <calc cond="__Symbol_exists ("osRtxTimerMemUsage")"> MUC_Timer_En = 1; </calc> <calc cond="__Symbol_exists ("osRtxEventFlagsMemUsage")"> MUC_EventFlags_En = 1; </calc> <calc cond="__Symbol_exists ("osRtxMutexMemUsage")"> MUC_Mutex_En = 1; </calc> <calc cond="__Symbol_exists ("osRtxSemaphoreMemUsage")"> MUC_Semaphore_En = 1; </calc> <calc cond="__Symbol_exists ("osRtxMemoryPoolMemUsage")"> MUC_MemPool_En = 1; </calc> <calc cond="__Symbol_exists ("osRtxMessageQueueMemUsage")"> MUC_MsgQueue_En = 1; </calc> <calc> MUC_En = MUC_Thread_En | MUC_Timer_En | MUC_EventFlags_En | MUC_Mutex_En | MUC_Semaphore_En | MUC_MemPool_En | MUC_MsgQueue_En; </calc> <readlist name="MUC_Thread" type="osRtxObjectMemUsage_t" symbol="osRtxThreadMemUsage" count="1" init="1" cond="MUC_Thread_En"/> <readlist name="MUC_Timer" type="osRtxObjectMemUsage_t" symbol="osRtxTimerMemUsage" count="1" init="1" cond="MUC_Timer_En"/> <readlist name="MUC_EventFlags" type="osRtxObjectMemUsage_t" symbol="osRtxEventFlagsMemUsage" count="1" init="1" cond="MUC_EventFlags_En"/> <readlist name="MUC_Mutex" type="osRtxObjectMemUsage_t" symbol="osRtxMutexMemUsage" count="1" init="1" cond="MUC_Mutex_En"/> <readlist name="MUC_Semaphore" type="osRtxObjectMemUsage_t" symbol="osRtxSemaphoreMemUsage" count="1" init="1" cond="MUC_Semaphore_En"/> <readlist name="MUC_MemPool" type="osRtxObjectMemUsage_t" symbol="osRtxMemoryPoolMemUsage" count="1" init="1" cond="MUC_MemPool_En"/> <readlist name="MUC_MsgQueue" type="osRtxObjectMemUsage_t" symbol="osRtxMessageQueueMemUsage" count="1" init="1" cond="MUC_MsgQueue_En"/> <!-- Determine what to display --> <list cond="TCB._count" name="i" start="0" limit="TCB._count"> <calc>TCB_En += TCB[i].cb_valid; </calc> <calc cond="TCB[i].cb_valid == 0"> TCB[i].out_type = 0;</calc> <calc cond="TCB[i].cb_valid && (TCB[i].name == 0) && (stack_wmark == 0)"> TCB[i].out_type = 1; </calc> <calc cond="TCB[i].cb_valid && (TCB[i].name == 0) && (stack_wmark != 0)"> TCB[i].out_type = 2; </calc> <calc cond="TCB[i].cb_valid && (TCB[i].name != 0) && (stack_wmark == 0)"> TCB[i].out_type = 3; </calc> <calc cond="TCB[i].cb_valid && (TCB[i].name != 0) && (stack_wmark != 0)"> TCB[i].out_type = 4; </calc> <calc cond="TCB[i].sp_valid == 0"> TCB[i].out_type += 4; </calc> </list> <list cond="CCB._count" name="i" start="0" limit="CCB._count"> <calc>CCB_En += CCB[i].cb_valid; </calc> </list> <list cond="SCB._count" name="i" start="0" limit="SCB._count"> <calc>SCB_En += SCB[i].cb_valid; </calc> </list> <list cond="MCB._count" name="i" start="0" limit="MCB._count"> <calc>MCB_En += MCB[i].cb_valid; </calc> </list> <list cond="ECB._count" name="i" start="0" limit="ECB._count"> <calc>ECB_En += ECB[i].cb_valid; </calc> </list> <list cond="PCB._count" name="i" start="0" limit="PCB._count"> <calc>PCB_En += PCB[i].cb_valid; </calc> </list> <list cond="QCB._count" name="i" start="0" limit="QCB._count"> <calc>QCB_En += QCB[i].cb_valid; </calc> </list> <out name="RTX RTOS"> <!-- System --> <item property="System" value=""> <item property="Kernel ID" value="RTX V%d[V_Major].%d[V_Minor].%d[V_Patch]" cond="RTX_En != 0"/> <item property="Kernel State" value="osKernelInactive" cond="RTX_En == 0"/> <item property="Kernel State" value="%E[os_Info.kernel_state]" cond="RTX_En != 0"/> <item property="Kernel Tick Count" value="%d[os_Info.kernel_tick]" cond="RTX_En != 0"/> <item property="Kernel Tick Frequency" value="%d[os_Config.tick_freq]" cond="RTX_En != 0" /> <item property="Round Robin" value="Disabled" cond="(os_Config.robin_timeout == 0) && (RTX_En != 0)" /> <item property="Round Robin Tick Count" value="%d[os_Info.thread_robin_tick]" cond="(os_Config.robin_timeout > 0) && (RTX_En != 0)" /> <item property="Round Robin Timeout" value="%d[os_Config.robin_timeout]" cond="(os_Config.robin_timeout > 0) && (RTX_En != 0)" /> <item property="Global Dynamic Memory" value="Not used" cond="(os_Config.mem_common_size == 0) && (RTX_En != 0)"/> <item property="Global Dynamic Memory" value="Base: %x[mem_head_com._addr], Size: %d[mem_head_com.size], Used: %d[mem_head_com.used], Max used: %d[mem_head_com.max_used]" cond="(os_Config.mem_common_size != 0) && (RTX_En != 0)"/> <item property="Stack Overrun Check" value="%t[stack_check ? "Enabled" : "Disabled"]" cond="RTX_En != 0"/> <item property="Stack Usage Watermark" value="%t[stack_wmark ? "Enabled" : "Disabled"]" cond="RTX_En != 0"/> <item property="Default Thread Stack Size" value="%d[os_Config.thread_stack_size]" cond="RTX_En != 0"/> <item property="ISR FIFO Queue" value="Size: %d[os_Info.isr_queue_max], Used: %d[os_Info.isr_queue_cnt]" cond="RTX_En"> <list name="i" start="0" limit="os_Info.isr_queue_cnt"> <item property="data[%d[i]]" value="%x[ISR_FIFO[i]]" /> </list> </item> <item property="Object specific Memory allocation" value="" cond="StaticMp_En"> <item property="Thread objects" value="Used: %d[cfg_mp_thread.used_blocks], Max: %d[cfg_mp_thread.max_blocks]" cond="os_Config.mpi_thread"> <item property="Control blocks" value="Base: %x[cfg_mp_thread.block_base], Size: %d[cfg_mp_thread.block_lim - cfg_mp_thread.block_base], Used: %d[cfg_mp_thread.used_blocks * cfg_mp_thread.block_size]"/> <item property="Default stack" value="Base: %x[cfg_mp_stack.block_base], Size: %d[cfg_mp_stack.block_lim - cfg_mp_stack.block_base], Used: %d[cfg_mp_stack.used_blocks * cfg_mp_stack.block_size]" cond="os_Config.mpi_stack"/> <item property="User stack" value="Base: %x[mem_head_stack._addr], Size: %d[mem_head_stack.size], Used: %d[mem_head_stack.used], Max used: %d[mem_head_stack.max_used]" cond="os_Config.mem_stack_size"/> </item> <item property="Timer objects" value="Used: %d[cfg_mp_timer.used_blocks], Max: %d[cfg_mp_timer.max_blocks]" cond="os_Config.mpi_timer"> <item property="Control blocks" value="Base: %x[cfg_mp_timer.block_base], Size: %d[cfg_mp_timer.block_lim - cfg_mp_timer.block_base], Used: %d[cfg_mp_timer.used_blocks * cfg_mp_timer.block_size]"/> </item> <item property="Event Flags objects" value="Used: %d[cfg_mp_events.used_blocks], Max: %d[cfg_mp_events.max_blocks]" cond="os_Config.mpi_event_flags"> <item property="Control blocks" value="Base: %x[cfg_mp_events.block_base], Size: %d[cfg_mp_events.block_lim - cfg_mp_events.block_base], Used: %d[cfg_mp_events.used_blocks * cfg_mp_events.block_size]"/> </item> <item property="Mutex objects" value="Used: %d[cfg_mp_mutex.used_blocks], Max: %d[cfg_mp_mutex.max_blocks]" cond="os_Config.mpi_mutex"> <item property="Control blocks" value="Base: %x[cfg_mp_mutex.block_base], Size: %d[cfg_mp_mutex.block_lim - cfg_mp_mutex.block_base], Used: %d[cfg_mp_mutex.used_blocks * cfg_mp_mutex.block_size]"/> </item> <item property="Semaphore objects" value="Used: %d[cfg_mp_semaphore.used_blocks], Max: %d[cfg_mp_semaphore.max_blocks]" cond="os_Config.mpi_semaphore"> <item property="Control blocks" value="Base: %x[cfg_mp_semaphore.block_base], Size: %d[cfg_mp_semaphore.block_lim - cfg_mp_semaphore.block_base], Used: %d[cfg_mp_semaphore.used_blocks * cfg_mp_semaphore.block_size]"/> </item> <item property="Memory Pool objects" value="Used: %d[cfg_mp_mpool.used_blocks], Max: %d[cfg_mp_mpool.max_blocks]" cond="os_Config.mpi_memory_pool"> <item property="Control blocks" value="Base: %x[cfg_mp_mpool.block_base], Size: %d[cfg_mp_mpool.block_lim - cfg_mp_mpool.block_base], Used: %d[cfg_mp_mpool.used_blocks * cfg_mp_mpool.block_size]"/> <item property="Data storage" value="Base: %x[mem_head_mp_data._addr], Size: %d[mem_head_mp_data.size], Used: %d[mem_head_mp_data.used], Max used: %d[mem_head_mp_data.max_used]" cond="os_Config.mem_mp_data_size"/> </item> <item property="Message Queue objects" value="Used: %d[cfg_mp_mqueue.used_blocks], Max: %d[cfg_mp_mqueue.max_blocks]" cond="os_Config.mpi_message_queue"> <item property="Control blocks" value="Base: %x[cfg_mp_mqueue.block_base], Size: %d[cfg_mp_mqueue.block_lim - cfg_mp_mqueue.block_base], Used: %d[cfg_mp_mqueue.used_blocks * cfg_mp_mqueue.block_size]"/> <item property="Data storage" value="Base: %x[mem_head_mq_data._addr], Size: %d[mem_head_mq_data.size], Used: %d[mem_head_mq_data.used], Max used: %d[mem_head_mq_data.max_used]" cond="os_Config.mem_mq_data_size"/> </item> </item> <item property="Object Memory usage counters" value="" cond="(MUC_En != 0) && (RTX_En != 0)"> <item property="Thread objects" value="Alloc: %d[MUC_Thread.cnt_alloc], Free: %d[MUC_Thread.cnt_free], Max used: %d[MUC_Thread.max_used]" cond="MUC_Thread_En"/> <item property="Timer objects" value="Alloc: %d[MUC_Timer.cnt_alloc], Free: %d[MUC_Timer.cnt_free], Max used: %d[MUC_Timer.max_used]" cond="MUC_Timer_En"/> <item property="Event Flags objects" value="Alloc: %d[MUC_EventFlags.cnt_alloc], Free: %d[MUC_EventFlags.cnt_free], Max used: %d[MUC_EventFlags.max_used]" cond="MUC_EventFlags_En"/> <item property="Mutex objects" value="Alloc: %d[MUC_Mutex.cnt_alloc], Free: %d[MUC_Mutex.cnt_free], Max used: %d[MUC_Mutex.max_used]" cond="MUC_Mutex_En"/> <item property="Semaphore objects" value="Alloc: %d[MUC_Semaphore.cnt_alloc], Free: %d[MUC_Semaphore.cnt_free], Max used: %d[MUC_Semaphore.max_used]" cond="MUC_Semaphore_En"/> <item property="Memory Pool objects" value="Alloc: %d[MUC_MemPool.cnt_alloc], Free: %d[MUC_MemPool.cnt_free], Max used: %d[MUC_MemPool.max_used]" cond="MUC_MemPool_En"/> <item property="Message Queue objects" value="Alloc: %d[MUC_MsgQueue.cnt_alloc], Free: %d[MUC_MsgQueue.cnt_free], Max used: %d[MUC_MsgQueue.max_used]" cond="MUC_MsgQueue_En"/> </item> </item> <!-- Threads --> <item cond="TCB_En" property="Threads" value=""> <list name="i" start="0" limit="TCB._count"> <item> <print cond="TCB[i].out_type == 1" property="id: %x[TCB[i]._addr] "%S[TCB[i].thread_addr]"" value="%E[TCB[i].state & 0x07], %E[TCB[i].priority], Stack Used: %d[TCB[i].stack_curp]%%" alert="TCB[i].stack_over != 0"/> <print cond="TCB[i].out_type == 2" property="id: %x[TCB[i]._addr] "%S[TCB[i].thread_addr]"" value="%E[TCB[i].state & 0x07], %E[TCB[i].priority], Stack Used: %d[TCB[i].stack_curp]%%, Max: %d[TCB[i].stack_maxp]%%" alert="TCB[i].stack_over != 0"/> <print cond="TCB[i].out_type == 3" property="id: %x[TCB[i]._addr] %N[TCB[i].name]" value="%E[TCB[i].state & 0x07], %E[TCB[i].priority], Stack Used: %d[TCB[i].stack_curp]%%" alert="TCB[i].stack_over != 0"/> <print cond="TCB[i].out_type == 4" property="id: %x[TCB[i]._addr] %N[TCB[i].name]" value="%E[TCB[i].state & 0x07], %E[TCB[i].priority], Stack Used: %d[TCB[i].stack_curp]%%, Max: %d[TCB[i].stack_maxp]%%" alert="TCB[i].stack_over != 0"/> <print cond="TCB[i].out_type == 5" property="id: %x[TCB[i]._addr] "%S[TCB[i].thread_addr]"" value="%E[TCB[i].state & 0x07], %E[TCB[i].priority], Stack Used: unknown" alert="TCB[i].stack_over != 0"/> <print cond="TCB[i].out_type == 6" property="id: %x[TCB[i]._addr] "%S[TCB[i].thread_addr]"" value="%E[TCB[i].state & 0x07], %E[TCB[i].priority], Stack Used: unknown, Max: %d[TCB[i].stack_maxp]%%" alert="TCB[i].stack_over != 0"/> <print cond="TCB[i].out_type == 7" property="id: %x[TCB[i]._addr] %N[TCB[i].name]" value="%E[TCB[i].state & 0x07], %E[TCB[i].priority], Stack Used: unknown" alert="TCB[i].stack_over != 0"/> <print cond="TCB[i].out_type == 8" property="id: %x[TCB[i]._addr] %N[TCB[i].name]" value="%E[TCB[i].state & 0x07], %E[TCB[i].priority], Stack Used: unknown, Max: %d[TCB[i].stack_maxp]%%" alert="TCB[i].stack_over != 0"/> <item property="State" value="%E[TCB[i].state & 0x07]"/> <item property="Priority" value="%E[TCB[i].priority]"/> <item property="Attributes" value="%E[TCB[i].attr & 0x01]"/> <item> <print property="Waiting" value="%E[TCB[i].state], Timeout: %d[TCB[i].ex_delay]" cond="((TCB[i].state & 0x07) == 3) && (TCB[i].ex_delay != -1)"/> <print property="Waiting" value="%E[TCB[i].state], Timeout: osWaitForever" cond="((TCB[i].state & 0x07) == 3) && (TCB[i].ex_delay == -1)"/> <!-- Wait Thread Flags --> <item cond="TCB[i].state == 0x33" property="id: %x[TCB[i].thread_prev]" value=""/> <list cond="TCB[i].state == 0x43" name="n" start="0" limit="ECB._count"> <!-- Wait Event Flags --> <item cond="TCB[i].thread_prev == ECB[n]._addr" property="id: %x[ECB[n]._addr] %N[ECB[n].name]" value=""/> </list> <list cond="TCB[i].state == 0x53" name="n" start="0" limit="MCB._count"> <!-- Wait Mutex --> <item cond="TCB[i].thread_prev == MCB[n]._addr" property="id: %x[MCB[n]._addr] %N[MCB[n].name]" value=""/> </list> <list cond="TCB[i].state == 0x63" name="n" start="0" limit="SCB._count"> <!-- Wait Semaphore --> <item cond="TCB[i].thread_prev == SCB[n]._addr" property="id: %x[SCB[n]._addr] %N[SCB[n].name]" value=""/> </list> <list cond="TCB[i].state == 0x73" name="n" start="0" limit="PCB._count"> <!-- Wait Memory Pool --> <item cond="TCB[i].thread_prev == PCB[n]._addr" property="id: %x[PCB[n]._addr] %N[PCB[n].name]" value=""/> </list> <list cond="(TCB[i].state == 0x83) || (TCB[i].state == 0x84)" name="n" start="0" limit="QCB._count"> <!-- Wait Message Queue --> <item cond="TCB[i].thread_prev == QCB[n]._addr" property="id: %x[QCB[n]._addr] %N[QCB[n].name]" value=""/> </list> </item> <item> <print cond="(TCB[i].sp_valid == 0) && (stack_wmark == 0)" property="Stack" value="Used: unknown"/> <print cond="(TCB[i].sp_valid == 0) && (stack_wmark != 0)" property="Stack" value="Used: unknown, Max: %d[TCB[i].stack_maxp]%% [%d[TCB[i].stack_maxb]]"/> <print cond="(TCB[i].sp_valid == 1) && (stack_wmark == 0)" property="Stack" value="Used: %d[TCB[i].stack_curp]%% [%d[TCB[i].stack_curb]]"/> <print cond="(TCB[i].sp_valid == 1) && (stack_wmark != 0)" property="Stack" value="Used: %d[TCB[i].stack_curp]%% [%d[TCB[i].stack_curb]], Max: %d[TCB[i].stack_maxp]%% [%d[TCB[i].stack_maxb]]"/> <item> <print cond="TCB[i].sp_valid == 0" property="Used" value="unknown"/> <print cond="TCB[i].sp_valid == 1" property="Used" value="%d[TCB[i].stack_curb]"/> </item> <item property="Max" value="%d[TCB[i].stack_maxb]" cond="stack_wmark != 0"/> <item property="Top" value="%x[TCB[i].stack_mem + TCB[i].stack_size]"/> <item> <print cond="TCB[i].sp_valid == 0" property="Current" value="unknown"/> <print cond="TCB[i].sp_valid == 1" property="Current" value="%x[TCB[i].stack_cur]"/> </item> <item property="Limit" value="%x[TCB[i].stack_mem]"/> <item property="Size" value="%d[TCB[i].stack_size]"/> </item> <item property="Stack Overrun" value="Overrun detected" cond="TCB[i].stack_over != 0"/> <item property="Flags" value="%x[TCB[i].thread_flags]"/> <item property="Wait Flags" value="%x[TCB[i].wait_flags], %E[TCB[i].flags_options & 1]" cond="(TCB[i].wait_flags != 0) && ((TCB[i].flags_options & 2) == 0)"/> <item property="Wait Flags" value="%x[TCB[i].wait_flags], %E[TCB[i].flags_options & 1], osFlagsNoClear" cond="(TCB[i].wait_flags != 0) && ((TCB[i].flags_options & 2) != 0)"/> <item property="TrustZone ID" value="%d[TCB[i].tz_memory]" cond="TCB[i].tz_memory"/> </item> </list> </item> <!-- Timers --> <item cond="CCB_En" property="Timers" value=""> <list name="i" start="0" limit="CCB._count"> <item cond="CCB[i].cb_valid" property="id: %x[CCB[i]._addr] %N[CCB[i].name]" value="%E[CCB[i].state], Tick: %d[CCB[i].ex_tick]"> <item property="State" value="%E[CCB[i].state]" /> <item property="Type" value="%E[CCB[i].type]" /> <item property="Tick" value="%d[CCB[i].ex_tick]" /> <item property="Load" value="%d[CCB[i].load]" /> <item property="Callback" value="Func: %S[CCB[i].finfo_fp], Arg: %x[CCB[i].finfo_arg]" /> </item> </list> </item> <!-- Semaphores --> <item cond="SCB_En" property="Semaphores" value=""> <list name="i" start="0" limit="SCB._count"> <item cond="SCB[i].cb_valid" property="id: %x[SCB[i]._addr] %N[SCB[i].name]" value="Tokens: %d[SCB[i].tokens], Max: %d[SCB[i].max_tokens]"> <item property="Tokens" value="%d[SCB[i].tokens]" /> <item property="Max Tokens" value="%d[SCB[i].max_tokens]" /> <!-- Waiting thread list --> <item cond="SCB[i].wl_cnt" property="Threads waiting (%d[SCB[i].wl_cnt])" value=""> <list name="j" start="SCB[i].wl_idx" limit="SCB[i].wl_idx + SCB[i].wl_cnt"> <list name="k" start="0" limit="TCB._count"> <item property="id: %x[TCB[k]._addr] %N[TCB[k].name]" value="Timeout: %d[TCB[k].ex_delay]" cond="(SWL[j].stack_mem == TCB[k].stack_mem) && (TCB[k].ex_delay != -1)"/> <item property="id: %x[TCB[k]._addr] %N[TCB[k].name]" value="Timeout: osWaitForever" cond="(SWL[j].stack_mem == TCB[k].stack_mem) && (TCB[k].ex_delay == -1)"/> </list> </list> </item> </item> </list> </item> <!-- Mutexes --> <item cond="MCB_En" property="Mutexes" value=""> <list name="i" start="0" limit="MCB._count"> <item cond="MCB[i].cb_valid" property="id: %x[MCB[i]._addr] %N[MCB[i].name]" value="Lock counter: %d[MCB[i].lock]"> <item property="Lock counter" value="%x[MCB[i].lock]"/> <item property="Attributes" value="%x[MCB[i].attr]"> <item property="osMutexRecursive" value="%t[(MCB[i].attr & 0x01) ? "True" : "False"]" /> <item property="osMutexPrioInherit" value="%t[(MCB[i].attr & 0x02) ? "True" : "False"]" /> <item property="osMutexRobust" value="%t[(MCB[i].attr & 0x08) ? "True" : "False"]" /> </item> <list cond="MCB[i].lock" name="n" start="0" limit="TCB._count"> <item cond="MCB[i].owner_thread == TCB[n]._addr" property="Owner thread" value="id: %x[TCB[n]._addr] %N[TCB[n].name]"/> </list> <!-- Waiting thread list --> <item cond="MCB[i].wl_cnt" property="Threads waiting (%d[MCB[i].wl_cnt])" value=""> <list name="j" start="MCB[i].wl_idx" limit="MCB[i].wl_idx + MCB[i].wl_cnt"> <list name="k" start="0" limit="TCB._count"> <item property="id: %x[TCB[k]._addr] %N[TCB[k].name]" value="Timeout: %d[TCB[k].ex_delay]" cond="(MWL[j].stack_mem == TCB[k].stack_mem) && (TCB[k].ex_delay != -1)"/> <item property="id: %x[TCB[k]._addr] %N[TCB[k].name]" value="Timeout: osWaitForever" cond="(MWL[j].stack_mem == TCB[k].stack_mem) && (TCB[k].ex_delay == -1)"/> </list> </list> </item> </item> </list> </item> <!-- Event Flags --> <item cond="ECB_En" property="Event Flags" value=""> <list name="i" start="0" limit="ECB._count"> <item cond="ECB[i].cb_valid" property="id: %x[ECB[i]._addr] %N[ECB[i].name]" value="Flags: %x[ECB[i].event_flags]"> <!-- Waiting thread list --> <item cond="ECB[i].wl_cnt" property="Threads waiting (%d[ECB[i].wl_cnt])" value=""> <list name="j" start="ECB[i].wl_idx" limit="ECB[i].wl_idx + ECB[i].wl_cnt"> <list name="k" start="0" limit="TCB._count"> <item property="id: %x[TCB[k]._addr] %N[TCB[k].name]" value="Timeout: %d[TCB[k].ex_delay]" cond="(EWL[j].stack_mem == TCB[k].stack_mem) && (TCB[k].ex_delay != -1)"/> <item property="id: %x[TCB[k]._addr] %N[TCB[k].name]" value="Timeout: osWaitForever" cond="(EWL[j].stack_mem == TCB[k].stack_mem) && (TCB[k].ex_delay == -1)"/> </list> </list> </item> </item> </list> </item> <!-- Memory Pool --> <item cond="PCB_En" property="Memory Pools" value=""> <list name="i" start="0" limit="PCB._count"> <item cond="PCB[i].cb_valid" property="id: %x[PCB[i]._addr] %N[PCB[i].name]" value="Used: %d[PCB[i].used_blocks], Max: %d[PCB[i].max_blocks]"> <item property="Used blocks" value="%d[PCB[i].used_blocks]"/> <item property="Max blocks" value="%d[PCB[i].max_blocks]"/> <item property="Block size" value="%d[PCB[i].block_size]"/> <item property="Memory base" value="%x[PCB[i].block_base]"/> <item property="Memory size" value="%d[PCB[i].block_lim - PCB[i].block_base]"/> <!-- Waiting thread list --> <item cond="PCB[i].wl_cnt" property="Threads waiting (%d[PCB[i].wl_cnt])" value=""> <list name="j" start="PCB[i].wl_idx" limit="PCB[i].wl_idx + PCB[i].wl_cnt"> <list name="k" start="0" limit="TCB._count"> <item property="id: %x[TCB[k]._addr] %N[TCB[k].name]" value="Timeout: %d[TCB[k].ex_delay]" cond="(PWL[j].stack_mem == TCB[k].stack_mem) && (TCB[k].ex_delay != -1)"/> <item property="id: %x[TCB[k]._addr] %N[TCB[k].name]" value="Timeout: osWaitForever" cond="(PWL[j].stack_mem == TCB[k].stack_mem) && (TCB[k].ex_delay == -1)"/> </list> </list> </item> </item> </list> </item> <!-- Message Queue --> <item cond="QCB_En" property="Message Queues" value=""> <list name="i" start="0" limit="QCB._count"> <item cond="QCB[i].cb_valid" property="id: %x[QCB[i]._addr] %N[QCB[i].name]" value="Messages: %d[QCB[i].msg_count], Max: %d[QCB[i].max_blocks]"> <item property="Messages" value="%d[QCB[i].ml_cnt]"/> <item property="Max Messages" value="%d[QCB[i].max_blocks]"/> <item property="Message size" value="%d[QCB[i].msg_size]"/> <!-- Waiting thread list --> <item cond="QCB[i].wl_cnt" property="Threads waiting (%d[QCB[i].wl_cnt])" value=""> <list name="j" start="QCB[i].wl_idx" limit="QCB[i].wl_idx + QCB[i].wl_cnt"> <list name="k" start="0" limit="TCB._count"> <item property="id: %x[TCB[k]._addr] %N[TCB[k].name]" value="Timeout: %d[TCB[k].ex_delay]" cond="(QWL[j].stack_mem == TCB[k].stack_mem) && (TCB[k].ex_delay != -1)"/> <item property="id: %x[TCB[k]._addr] %N[TCB[k].name]" value="Timeout: osWaitForever" cond="(QWL[j].stack_mem == TCB[k].stack_mem) && (TCB[k].ex_delay == -1)"/> </list> </list> </item> <!-- Queued messages list--> <item cond="QCB[i].ml_cnt" property="Queue (%d[QCB[i].ml_cnt])" value=""> <list name="j" start="0" limit="QCB[i].ml_cnt"> <item property="Queue[%d[j]]" value="Address: %x[QML[j + QCB[i].ml_idx].addr], Priority: %d[QML[j + QCB[i].ml_idx].priority]" /> </list> </item> </item> </list> </item> </out> </object> </objects> <events> <group name="RTX5 RTOS"> <component name="Memory Events" brief="RTX Memory" no="0xF0" prefix="EvrRtx" info="RTX5 RTOS Memory Management Events" /> <component name="Kernel Events" brief="RTX Kernel" no="0xF1" prefix="EvrRtx" info="RTX5 RTOS Kernel Events" /> <component name="Thread Events" brief="RTX Thread" no="0xF2" prefix="EvrRtx" info="RTX5 RTOS Thread Events" > <state name="Inactive" plot="off" /> <state name="Ready" plot="box" /> <state name="Running" plot="box" bold="1" unique="1" ssel="1" /> <state name="Blocked" plot="line" /> <state name="Not-running" plot="line" bold="1" dormant="1" /> </component> <component name="Generic Wait Events" brief="RTX Wait" no="0xF3" prefix="EvrRtx" info="RTX5 RTOS Generic Wait Events" /> <component name="ThreadFlags Events" brief="RTX ThFlags" no="0xF4" prefix="EvrRtx" info="RTX5 RTOS ThreadFlags Events" /> <component name="EventFlags Events" brief="RTX EvFlags" no="0xF5" prefix="EvrRtx" info="RTX5 RTOS EventFlags Events" /> <component name="Timer Events" brief="RTX Timer" no="0xF6" prefix="EvrRtx" info="RTX5 RTOS Timer Events" /> <component name="Mutex Events" brief="RTX Mutex" no="0xF7" prefix="EvrRtx" info="RTX5 RTOS Mutex Events" > <state name="Free" plot="line" color="blue" bold="1" /> <state name="Used" plot="box" color="blue" /> <state name="Error" plot="box" color="red" /> </component> <component name="Semaphore Events" brief="RTX Semaphore" no="0xF8" prefix="EvrRtx" info="RTX5 RTOS Semaphore Events" /> <component name="MemoryPool Events" brief="RTX MemPool" no="0xF9" prefix="EvrRtx" info="RTX5 RTOS MemoryPool Events" /> <component name="MessageQueue Events" brief="RTX MsgQueue" no="0xFA" prefix="EvrRtx" info="RTX5 RTOS MessageQueue Events" /> </group> <event id="0xF000 + 0x00" level="Op" property="MemoryInit" value="mem=%x[val1], size=%d[val2], result=%d[val3]" info=""/> <event id="0xF000 + 0x01" level="Op" property="MemoryAlloc" value="mem=%x[val1], size=%d[val2], type=%d[val3], block=%x[val4]" info=""/> <event id="0xF000 + 0x02" level="Op" property="MemoryFree" value="mem=%x[val1], block=%x[val2], result=%d[val3]" info=""/> <event id="0xF000 + 0x03" level="Op" property="MemoryBlockInit" value="mp_info=%x[val1], block_count=%d[val2], block_size=%d[val3], block_mem=%x[val4]" info=""/> <event id="0xF000 + 0x04" level="Op" property="MemoryBlockAlloc" value="mp_info=%x[val1], block=%x[val2]" info=""/> <event id="0xF000 + 0x05" level="Op" property="MemoryBlockFree" value="mp_info=%x[val1], block=%x[val2], status=%E[val3, rtx_t:status]" info=""/> <event id="0xF100 + 0x00" level="Error" property="KernelError" value="status=%E[val1, rtx_t:status]" info="Kernel error occurred."/> <event id="0xF100 + 0x01" level="API" property="KernelInitialize" value="" info="osKernelInitialize function was called."/> <event id="0xF100 + 0x02" level="Op" property="KernelInitialized" tracking="Reset" value="" info="Kernel was initialized."/> <event id="0xF100 + 0x03" level="API" property="KernelGetInfo" value="version=%x[val1], id_buf=%x[val2], id_size=%d[val3]" info="osKernelGetInfo function was called."/> <event id="0xF100 + 0x04" level="Op" property="KernelInfoRetrieved" value="version_api=%d[val1/10000000].%d[(val1/10000)%1000].%d[val1%10000], version_kernel=%d[val2/10000000].%d[(val2/10000)%1000].%d[val2%10000]" info="Kernel information was retrieved."/> <event id="0xF100 + 0x05" level="Detail" property="KernelInfoRetrieved" value="id=%t[val1]" info="Kernel ID as ASCII string."/> <event id="0xF100 + 0x06" level="API" property="KernelGetState" value="state=%E[val1, rtx_kernel_state:id]" info="osKernelGetState function was called and state was retrieved."/> <event id="0xF100 + 0x07" level="API" property="KernelStart" value="" info="osKernelStart function was called."/> <event id="0xF100 + 0x08" level="Op" property="KernelStarted" value="" info="Kernel execution was started."/> <event id="0xF100 + 0x09" level="API" property="KernelLock" value="" info="osKernelLock function was called."/> <event id="0xF100 + 0x0A" level="Op" property="KernelLocked" value="lock=%d[val1]" info="Kernel was locked."/> <event id="0xF100 + 0x0B" level="API" property="KernelUnlock" value="" info="osKernelUnlock function was called."/> <event id="0xF100 + 0x0C" level="Op" property="KernelUnlocked" value="lock=%d[val1]" info="Kernel was unlocked."/> <event id="0xF100 + 0x0D" level="API" property="KernelRestoreLock" value="lock=%d[val1]" info="osKernelRestoreLock function was called."/> <event id="0xF100 + 0x0E" level="Op" property="KernelLockRestored" value="lock=%d[val1]" info="Kernel lock was restored."/> <event id="0xF100 + 0x0F" level="API" property="KernelSuspend" value="" info="osKernelSuspend function was called."/> <event id="0xF100 + 0x10" level="Op" property="KernelSuspended" value="sleep_ticks=%d[val1]" info="Kernel execution was suspended."/> <event id="0xF100 + 0x11" level="API" property="KernelResume" value="sleep_ticks=%d[val1]" info="osKernelResume function was called."/> <event id="0xF100 + 0x12" level="Op" property="KernelResumed" value="" info="Kernel execution was resumed."/> <event id="0xF100 + 0x13" level="API" property="KernelGetTickCount" value="count=%d[val1]" info="osKernelGetTickCount function was called."/> <event id="0xF100 + 0x14" level="API" property="KernelGetTickFreq" value="freq=%d[val1]" info="osKernelGetTickFreq function was called."/> <event id="0xF100 + 0x15" level="API" property="KernelGetSysTimerCount" value="count=%d[val1]" info="osKernelGetSysTimerCount function was called."/> <event id="0xF100 + 0x16" level="API" property="KernelGetSysTimerFreq" value="freq=%d[val1]" info="osKernelGetSysTimerFreq function was called."/> <event id="0xF200 + 0x00" level="Error" property="ThreadError" value="thread_id=%x[val1], status=%E[val2, rtx_t:status]" info="Thread error occurred."/> <event id="0xF200 + 0x01" level="API" property="ThreadNew" value="func=%S[val1], argument=%x[val2], attr=%x[val3]" info="osThreadNew function was called."/> <event id="0xF200 + 0x03" level="Op" property="ThreadCreated" tracking="Start" state="Ready" handle="val1" hname="%S[val2]" value="thread_id=%x[val1]" info="Thread object was created."/> <event id="0xF200 + 0x2C" level="Op" property="ThreadCreated" tracking="Start" state="Ready" handle="val1" hname="%N[val2]" value="thread_id=%x[val1]" info="Thread object was created."/> <event id="0xF200 + 0x04" level="API" property="ThreadGetName" value="thread_id=%x[val1], name=%N[val2]" info="osThreadGetName function was called and object name was retrieved."/> <event id="0xF200 + 0x06" level="API" property="ThreadGetId" value="thread_id=%x[val1]" info="osThreadGetId function was called and current running thread id was retrieved."/> <event id="0xF200 + 0x07" level="API" property="ThreadGetState" value="thread_id=%x[val1], state=%E[val2, rtx_th_state:id]" info="osThreadGetState function was called and thread state was retrieved."/> <event id="0xF200 + 0x08" level="API" property="ThreadGetStackSize" value="thread_id=%x[val1], stack_size=%d[val2]" info="osThreadGetStackSize function was called and thread stack size was retrieved."/> <event id="0xF200 + 0x09" level="API" property="ThreadGetStackSpace" value="thread_id=%x[val1], stack_space=%d[val2]" info="osThreadGetStackSpace function was called and thread stack space was retrieved."/> <event id="0xF200 + 0x0A" level="API" property="ThreadSetPriority" value="thread_id=%x[val1], priority=%E[val2, rtx_th_priority:id]" info="osThreadSetPriority function was called."/> <event id="0xF200 + 0x2D" level="Op" property="ThreadPriorityUpdated" value="thread_id=%x[val1], priority=%E[val2, rtx_th_priority:id]" info="Thread priority was updated."/> <event id="0xF200 + 0x0B" level="API" property="ThreadGetPriority" value="thread_id=%x[val1], priority=%E[val2, rtx_th_priority:id]" info="osThreadGetPriority function was called and thread priority was retrieved."/> <event id="0xF200 + 0x0C" level="API" property="ThreadYield" value="" info="osThreadYield function was called."/> <event id="0xF200 + 0x0D" level="API" property="ThreadSuspend" value="thread_id=%x[val1]" info="osThreadSuspend function was called."/> <event id="0xF200 + 0x0E" level="Op" property="ThreadSuspended" state="Blocked" handle="val1" value="thread_id=%x[val1]" info="Thread execution was suspended."/> <event id="0xF200 + 0x0F" level="API" property="ThreadResume" value="thread_id=%x[val1]" info="osThreadResume function was called."/> <event id="0xF200 + 0x10" level="Op" property="ThreadResumed" state="Ready" handle="val1" value="thread_id=%x[val1]" info="Thread execution was resumed."/> <event id="0xF200 + 0x11" level="API" property="ThreadDetach" value="thread_id=%x[val1]" info="osThreadDetach function was called."/> <event id="0xF200 + 0x12" level="Op" property="ThreadDetached" value="thread_id=%x[val1]" info="Thread was detached."/> <event id="0xF200 + 0x13" level="API" property="ThreadJoin" value="thread_id=%x[val1]" info="osThreadJoin function was called."/> <event id="0xF200 + 0x14" level="Op" property="ThreadJoinPending" value="thread_id=%x[val1]" info="Thread join is pending."/> <event id="0xF200 + 0x15" level="Op" property="ThreadJoined" value="thread_id=%x[val1]" info="Thread joined."/> <event id="0xF200 + 0x16" level="Detail" property="ThreadBlocked" state="Blocked" handle="val1" value="thread_id=%x[val1], timeout=%d[val2]" info="Current running thread execution was blocked."/> <event id="0xF200 + 0x17" level="Detail" property="ThreadUnblocked" state="Ready" handle="val1" value="thread_id=%x[val1], ret_val=%E[val2, rtx_t:status]" info="Thread execution was unblocked."/> <event id="0xF200 + 0x18" level="Detail" property="ThreadPreempted" state="Ready" handle="val1" value="thread_id=%x[val1]" info="Current running thread execution was preempted."/> <event id="0xF200 + 0x19" level="Op" property="ThreadSwitched" state="Running" handle="val1" value="thread_id=%x[val1]" info="Switched execution of the current running thread."/> <event id="0xF200 + 0x1A" level="API" property="ThreadExit" value="" info="osThreadExit function was called."/> <event id="0xF200 + 0x1B" level="API" property="ThreadTerminate" value="thread_id=%x[val1]" info="osThreadTerminate function was called."/> <event id="0xF200 + 0x1C" level="Op" property="ThreadDestroyed" tracking="Stop" state="Inactive" handle="val1" value="thread_id=%x[val1]" info="Thread execution was terminated."/> <event id="0xF200 + 0x1D" level="API" property="ThreadGetCount" value="count=%d[val1]" info="osThreadGetCount function was called and number of active threads was retrieved."/> <event id="0xF200 + 0x1E" level="API" property="ThreadEnumerate" value="thread_array=%x[val1], array_items=%d[val2], count=%d[val3]" info="osThreadEnumerate function was called and active threads were enumerated."/> <event id="0xF400 + 0x00" level="Error" property="ThreadFlagsError" value="thread_id=%x[val1], status=%E[val2, rtx_t:status]" info="Thread flags error occurred."/> <event id="0xF400 + 0x01" level="API" property="ThreadFlagsSet" value="thread_id=%x[val1], flags=%x[val2]" info="osThreadFlagsSet function was called."/> <event id="0xF400 + 0x02" level="Op" property="ThreadFlagsSetDone" value="thread_id=%x[val1], thread_flags=%x[val2]" info="Thread flags were set."/> <event id="0xF400 + 0x03" level="API" property="ThreadFlagsClear" value="flags=%x[val1]" info="osThreadFlagsClear function was called."/> <event id="0xF400 + 0x04" level="Op" property="ThreadFlagsClearDone" value="thread_flags=%x[val1]" info="Thread flags were cleared."/> <event id="0xF400 + 0x05" level="API" property="ThreadFlagsGet" value="thread_flags=%x[val1]" info="osThreadFlagsGet function was called and thread flags were retrieved."/> <event id="0xF400 + 0x06" level="API" property="ThreadFlagsWait" value="flags=%x[val1], options=%x[val2], timeout=%d[val3]" info="osThreadFlagsWait function was called."/> <event id="0xF400 + 0x07" level="Op" property="ThreadFlagsWaitPending" value="flags=%x[val1], options=%x[val2], timeout=%d[val3]" info="Waiting for thread flags to become signaled."/> <event id="0xF400 + 0x08" level="Op" property="ThreadFlagsWaitTimeout" value="thread_id=%x[val1]" info="Waiting for thread flags timed out."/> <event id="0xF400 + 0x09" level="Op" property="ThreadFlagsWaitCompleted" value="flags=%x[val1], options=%x[val2], thread_flags=%x[val3], thread_id=%x[val4]" info="Wait for thread flags completed."/> <event id="0xF400 + 0x0A" level="Op" property="ThreadFlagsWaitNotCompleted" value="flags=%x[val1], options=%x[val2]" info="Wait for thread flags not completed."/> <event id="0xF300 + 0x00" level="Error" property="DelayError" value="status=%E[val1, rtx_t:status]" info="osDelay/osDelayUntil error occurred."/> <event id="0xF300 + 0x01" level="API" property="Delay" value="ticks=%d[val1]" info="osDelay function was called."/> <event id="0xF300 + 0x02" level="API" property="DelayUntil" value="ticks=%d[val1]" info="osDelayUntil function was called."/> <event id="0xF300 + 0x03" level="Op" property="DelayStarted" value="ticks=%d[val1]" info="osDelay started."/> <event id="0xF300 + 0x04" level="Op" property="DelayUntilStarted" value="ticks=%d[val1]" info="osDelayUntil started."/> <event id="0xF300 + 0x05" level="Op" property="DelayCompleted" value="thread_id=%x[val1]" info="osDelay/osDelayUntil completed."/> <event id="0xF600 + 0x00" level="Error" property="TimerError" value="timer_id=%x[val1], status=%E[val2, rtx_t:status]" info="Timer error occurred."/> <event id="0xF600 + 0x01" level="Op" property="TimerCallback" value="func=%S[val1], argument=%x[val2]" info="Timer callback function was called."/> <event id="0xF600 + 0x02" level="API" property="TimerNew" value="func=%S[val1], type=%E[val2, rtx_timer_type:id], argument=%x[val3], attr=%x[val4]" info="osTimerNew function was called."/> <event id="0xF600 + 0x04" level="Op" property="TimerCreated" value="timer_id=%x[val1]" info="Timer object was created."/> <event id="0xF600 + 0x05" level="API" property="TimerGetName" value="timer_id=%x[val1], name=%N[val2]" info="osTimerGetName function was called and object name was retrieved."/> <event id="0xF600 + 0x07" level="API" property="TimerStart" value="timer_id=%x[val1], ticks=%d[val2]" info="osTimerStart function was called."/> <event id="0xF600 + 0x08" level="Op" property="TimerStarted" value="timer_id=%x[val1]" info="Timer execution was started."/> <event id="0xF600 + 0x09" level="API" property="TimerStop" value="timer_id=%x[val1]" info="osTimerStop function was called."/> <event id="0xF600 + 0x0A" level="Op" property="TimerStopped" value="timer_id=%x[val1]" info="Timer execution was stopped."/> <event id="0xF600 + 0x0B" level="API" property="TimerIsRunning" value="timer_id=%x[val1], running=%d[val2]" info="osTimerIsRunning function was called and timer running state was retrieved."/> <event id="0xF600 + 0x0C" level="API" property="TimerDelete" value="timer_id=%x[val1]" info="osTimerDelete function was called."/> <event id="0xF600 + 0x0D" level="Op" property="TimerDestroyed" value="timer_id=%x[val1]" info="Timer object was deleted."/> <event id="0xF500 + 0x00" level="Error" property="EventFlagsError" value="ef_id=%x[val1], status=%E[val2, rtx_t:status]" info="Event flags error occurred."/> <event id="0xF500 + 0x01" level="API" property="EventFlagsNew" value="attr=%x[val1]" info="osEventFlagsNew function was called."/> <event id="0xF500 + 0x03" level="Op" property="EventFlagsCreated" value="ef_id=%x[val1]" info="Event flags object was created."/> <event id="0xF500 + 0x04" level="API" property="EventFlagsGetName" value="ef_id=%x[val1], name=%N[val2]" info="osEventFlagsGetName function was called and object name was retrieved."/> <event id="0xF500 + 0x06" level="API" property="EventFlagsSet" value="ef_id=%x[val1], flags=%x[val2]" info="osEventFlagsSet function was called."/> <event id="0xF500 + 0x07" level="Op" property="EventFlagsSetDone" value="ef_id=%x[val1], event_flags=%x[val2]" info="Event flags were set."/> <event id="0xF500 + 0x08" level="API" property="EventFlagsClear" value="ef_id=%x[val1], flags=%x[val2]" info="osEventFlagsClear function was called."/> <event id="0xF500 + 0x09" level="Op" property="EventFlagsClearDone" value="ef_id=%x[val1], event_flags=%x[val2]" info="Event flags were cleared."/> <event id="0xF500 + 0x0A" level="API" property="EventFlagsGet" value="ef_id=%x[val1], event_flags=%x[val2]" info="osEventFlagsGet function was called and current event flags were retrieved."/> <event id="0xF500 + 0x0B" level="API" property="EventFlagsWait" value="ef_id=%x[val1], flags=%x[val2], options=%x[val3], timeout=%d[val4]" info="osEventFlagsWait function was called."/> <event id="0xF500 + 0x0C" level="Op" property="EventFlagsWaitPending" value="ef_id=%x[val1], flags=%x[val2], options=%x[val3], timeout=%d[val4]" info="Event flags wait is pending."/> <event id="0xF500 + 0x0D" level="Op" property="EventFlagsWaitTimeout" value="ef_id=%x[val1]" info="Event flags wait timed out."/> <event id="0xF500 + 0x0E" level="Op" property="EventFlagsWaitCompleted" value="ef_id=%x[val1], flags=%x[val2], options=%x[val3], event_flags=%x[val4]" info="Event flags wait completed."/> <event id="0xF500 + 0x0F" level="Op" property="EventFlagsWaitNotCompleted" value="ef_id=%x[val1], flags=%x[val2], options=%x[val3]" info="Event flags wait not completed."/> <event id="0xF500 + 0x10" level="API" property="EventFlagsDelete" value="ef_id=%x[val1]" info="osEventFlagsDelete function was called."/> <event id="0xF500 + 0x11" level="Op" property="EventFlagsDestroyed" value="ef_id=%x[val1]" info="Event flags object was deleted."/> <event id="0xF700 + 0x00" level="Error" property="MutexError" state="Error" handle="val1" value="mutex_id=%x[val1], status=%E[val2, rtx_t:status]" info="Mutex error occurred."/> <event id="0xF700 + 0x01" level="API" property="MutexNew" value="attr=%x[val1]" info="osMutexNew function was called"/> <event id="0xF700 + 0x03" level="Op" property="MutexCreated" tracking="Start" state="Free" handle="val1" value="mutex_id=%x[val1]" info="Mutex object was created"/> <event id="0xF700 + 0x04" level="API" property="MutexGetName" value="mutex_id=%x[val1], name=%N[val2]" info="osMutexGetName function was called and object name was retrieved."/> <event id="0xF700 + 0x06" level="API" property="MutexAcquire" state="Used" handle="val1" value="mutex_id=%x[val1], timeout=%d[val2]" info="osMutexAcquire function was called."/> <event id="0xF700 + 0x07" level="Op" property="MutexAcquirePending" value="mutex_id=%x[val1], timeout=%d[val2]" info="Mutex object acquire is pending."/> <event id="0xF700 + 0x08" level="Op" property="MutexAcquireTimeout" value="mutex_id=%x[val1]" info="Mutex object acquire timed out."/> <event id="0xF700 + 0x09" level="Op" property="MutexAcquired" value="mutex_id=%x[val1], lock=%d[val2]" info="Mutex object was acquired."/> <event id="0xF700 + 0x0A" level="Op" property="MutexNotAcquired" value="mutex_id=%x[val1]" info="Mutex object was not acquired."/> <event id="0xF700 + 0x0B" level="API" property="MutexRelease" state="Free" handle="val1" value="mutex_id=%x[val1]" info="osMutexRelease function was called."/> <event id="0xF700 + 0x0C" level="Op" property="MutexReleased" value="mutex_id=%x[val1], lock=%d[val2]" info="Mutex object was released."/> <event id="0xF700 + 0x0D" level="API" property="MutexGetOwner" value="mutex_id=%x[val1], thread_id=%x[val2]" info="osMutexGetOwner function was called and mutex owner thread was retrieved."/> <event id="0xF700 + 0x0E" level="API" property="MutexDelete" value="mutex_id=%x[val1]" info="osMutexDelete function was called."/> <event id="0xF700 + 0x0F" level="Op" property="MutexDestroyed" tracking="Stop" state="Free" handle="val1" value="mutex_id=%x[val1]" info="Mutex object was deleted."/> <event id="0xF800 + 0x00" level="Error" property="SemaphoreError" value="semaphore_id=%x[val1], status=%E[val2, rtx_t:status]" info="Semaphore error occurred."/> <event id="0xF800 + 0x01" level="API" property="SemaphoreNew" value="max_count=%d[val1], initial_count=%d[val2], attr=%x[val3]" info="osSemaphoreNew function was called."/> <event id="0xF800 + 0x03" level="Op" property="SemaphoreCreated" value="semaphore_id=%x[val1]" info="Semaphore object was created."/> <event id="0xF800 + 0x04" level="API" property="SemaphoreGetName" value="semaphore_id=%x[val1], name=%N[val2]" info="osSemaphoreGetName function was called and object name was retrieved."/> <event id="0xF800 + 0x06" level="API" property="SemaphoreAcquire" value="semaphore_id=%x[val1], timeout=%d[val2]" info="osSemaphoreAcquire function was called."/> <event id="0xF800 + 0x07" level="Op" property="SemaphoreAcquirePending" value="semaphore_id=%x[val1], timeout=%d[val2]" info="Semaphore object acquire is pending."/> <event id="0xF800 + 0x08" level="Op" property="SemaphoreAcquireTimeout" value="semaphore_id=%x[val1]" info="Semaphore object acquire timed out."/> <event id="0xF800 + 0x09" level="Op" property="SemaphoreAcquired" value="semaphore_id=%x[val1], tokens=%d[val2]" info="Semaphore object was acquired."/> <event id="0xF800 + 0x0A" level="Op" property="SemaphoreNotAcquired" value="semaphore_id=%x[val1]" info="Semaphore object was not acquired."/> <event id="0xF800 + 0x0B" level="API" property="SemaphoreRelease" value="semaphore_id=%x[val1]" info="osSemaphoreRelease function was called."/> <event id="0xF800 + 0x0C" level="Op" property="SemaphoreReleased" value="semaphore_id=%x[val1], tokens=%d[val2]" info="Semaphore object was released."/> <event id="0xF800 + 0x0D" level="API" property="SemaphoreGetCount" value="semaphore_id=%x[val1], count=%d[val2]" info="osSemaphoreGetCount function was called and current number of available tokens was retrieved."/> <event id="0xF800 + 0x0E" level="API" property="SemaphoreDelete" value="semaphore_id=%x[val1]" info="osSemaphoreDelete function was called."/> <event id="0xF800 + 0x0F" level="Op" property="SemaphoreDestroyed" value="semaphore_id=%x[val1]" info="Semaphore object was deleted."/> <event id="0xF900 + 0x00" level="Error" property="MemoryPoolError" value="mp_id=%x[val1], status=%E[val2, rtx_t:status]" info="Memory pool error occurred."/> <event id="0xF900 + 0x01" level="API" property="MemoryPoolNew" value="block_count=%d[val1], block_size=%d[val2], attr=%x[val3]" info="osMemoryPoolNew function was called."/> <event id="0xF900 + 0x03" level="Op" property="MemoryPoolCreated" value="mp_id=%x[val1]" info="Memory Pool object was created"/> <event id="0xF900 + 0x04" level="API" property="MemoryPoolGetName" value="mp_id=%x[val1], name=%N[val2]" info="osMemoryPoolGetName function was called and object name was retrieved."/> <event id="0xF900 + 0x06" level="API" property="MemoryPoolAlloc" value="mp_id=%x[val1], timeout=%d[val2]" info="osMemoryPoolAlloc function was called."/> <event id="0xF900 + 0x07" level="Op" property="MemoryPoolAllocPending" value="mp_id=%x[val1], timeout=%d[val2]" info="Memory pool allocation is pending."/> <event id="0xF900 + 0x08" level="Op" property="MemoryPoolAllocTimeout" value="mp_id=%x[val1]" info="Memory pool allocation timed out."/> <event id="0xF900 + 0x09" level="Op" property="MemoryPoolAllocated" value="mp_id=%x[val1], block=%x[val2]" info="Memory pool was allocated."/> <event id="0xF900 + 0x0A" level="Op" property="MemoryPoolAllocFailed" value="mp_id=%x[val1]" info="Memory pool was not allocated."/> <event id="0xF900 + 0x0B" level="API" property="MemoryPoolFree" value="mp_id=%x[val1], block=%x[val2]" info="osMemoryPoolFree function was called."/> <event id="0xF900 + 0x0C" level="Op" property="MemoryPoolDeallocated" value="mp_id=%x[val1], block=%x[val2]" info="Memory pool was deallocated."/> <event id="0xF900 + 0x0D" level="Op" property="MemoryPoolFreeFailed" value="mp_id=%x[val1], block=%x[val2]" info="Memory pool was not deallocated."/> <event id="0xF900 + 0x0E" level="API" property="MemoryPoolGetCapacity" value="mp_id=%x[val1], capacity=%d[val2]" info="osMemoryPoolGetCapacity function was called and maximum number of memory blocks was retrieved."/> <event id="0xF900 + 0x0F" level="API" property="MemoryPoolGetBlockSize" value="mp_id=%x[val1], block_size=%d[val2]" info="osMemoryPoolGetBlockSize function was called and memory block size was retrieved."/> <event id="0xF900 + 0x10" level="API" property="MemoryPoolGetCount" value="mp_id=%x[val1], count=%d[val2]" info="osMemoryPoolGetCount function was called and number of used memory blocks was retrieved."/> <event id="0xF900 + 0x11" level="API" property="MemoryPoolGetSpace" value="mp_id=%x[val1], space=%d[val2]" info="osMemoryPoolGetSpace function was called and number of available memory blocks was retrieved."/> <event id="0xF900 + 0x12" level="API" property="MemoryPoolDelete" value="mp_id=%x[val1]" info="osMemoryPoolDelete function was called."/> <event id="0xF900 + 0x13" level="Op" property="MemoryPoolDestroyed" value="mp_id=%x[val1]" info="Memory pool object was deleted."/> <event id="0xFA00 + 0x00" level="Error" property="MessageQueueError" value="mq_id=%x[val1], status=%E[val2, rtx_t:status]" info="Message queue error occurred."/> <event id="0xFA00 + 0x01" level="API" property="MessageQueueNew" value="msg_count=%d[val1], msg_size=%d[val2], attr=%x[val3]" info="osMessageQueueNew function was called."/> <event id="0xFA00 + 0x03" level="Op" property="MessageQueueCreated" value="mq_id=%x[val1]" info="Message Queue object was created"/> <event id="0xFA00 + 0x04" level="API" property="MessageQueueGetName" value="mq_id=%x[val1], name=%N[val2]" info="osMessageQueueGetName function was called and object name was retrieved."/> <event id="0xFA00 + 0x06" level="API" property="MessageQueuePut" value="mq_id=%x[val1], msg_ptr=%x[val2], msg_prio=%d[val3], timeout=%d[val4]" info="osMessageQueuePut function was called."/> <event id="0xFA00 + 0x07" level="Op" property="MessageQueuePutPending" value="mq_id=%x[val1], msg_ptr=%x[val2], timeout=%d[val3]" info="Message put is pending."/> <event id="0xFA00 + 0x08" level="Op" property="MessageQueuePutTimeout" value="mq_id=%x[val1]" info="Message put timed out."/> <event id="0xFA00 + 0x09" level="Op" property="MessageQueueInsertPending" value="mq_id=%x[val1], msg_ptr=%x[val2]" info="Message insert is pending."/> <event id="0xFA00 + 0x0A" level="Op" property="MessageQueueInserted" value="mq_id=%x[val1], msg_ptr=%x[val2]" info="Message was inserted."/> <event id="0xFA00 + 0x0B" level="Op" property="MessageQueueNotInserted" value="mq_id=%x[val1], msg_ptr=%x[val2]" info="Message was not inserted"/> <event id="0xFA00 + 0x0C" level="API" property="MessageQueueGet" value="mq_id=%x[val1], msg_ptr=%x[val2], msg_prio=%x[val3], timeout=%d[val4]" info="osMessageQueueGet function was called."/> <event id="0xFA00 + 0x0D" level="Op" property="MessageQueueGetPending" value="mq_id=%x[val1], msg_ptr=%x[val2], timeout=%d[val3]" info="Message get is pending."/> <event id="0xFA00 + 0x0E" level="Op" property="MessageQueueGetTimeout" value="mq_id=%x[val1]" info="Message get timed out."/> <event id="0xFA00 + 0x0F" level="Op" property="MessageQueueRetrieved" value="mq_id=%x[val1], msg_ptr=%x[val2]" info="Message was retrieved."/> <event id="0xFA00 + 0x10" level="Op" property="MessageQueueNotRetrieved" value="mq_id=%x[val1], msg_ptr=%x[val2]" info="Message was not retrieved."/> <event id="0xFA00 + 0x11" level="API" property="MessageQueueGetCapacity" value="mq_id=%x[val1], capacity=%d[val2]" info="osMessageQueueGetCapacity function was called and maximum number of messages was retrieved."/> <event id="0xFA00 + 0x12" level="API" property="MessageQueueGetMsgSize" value="mq_id=%x[val1], msg_size=%d[val2]" info="osMessageQueueGetMsgSize function was called and maximum message size was retrieved."/> <event id="0xFA00 + 0x13" level="API" property="MessageQueueGetCount" value="mq_id=%x[val1], count=%d[val2]" info="osMessageQueueGetCount function was called and number of queued messages was retrieved."/> <event id="0xFA00 + 0x14" level="API" property="MessageQueueGetSpace" value="mq_id=%x[val1], space=%d[val2]" info="osMessageQueueGetSpace function was called and number of available message slots was retrieved."/> <event id="0xFA00 + 0x15" level="API" property="MessageQueueReset" value="mq_id=%x[val1]" info="osMessageQueueReset function was called."/> <event id="0xFA00 + 0x16" level="Op" property="MessageQueueResetDone" value="mq_id=%x[val1]" info="Message queue was reset."/> <event id="0xFA00 + 0x17" level="API" property="MessageQueueDelete" value="mq_id=%x[val1]" info="osMessageQueueDelete function was called."/> <event id="0xFA00 + 0x18" level="Op" property="MessageQueueDestroyed" value="mq_id=%x[val1]" info="Message queue object was deleted."/> </events> </component_viewer>
Update: I was able to solve this problem with the help of Arm support.
It turns out I had an older version of Keil uVision (v5.20) even though MDK was updated to 5.37 (out of sync).
The solution was to uninstall Keil uVision and reinstall it using the MDK 5.37 installation. Now Keil uVision and MDK are both at version 5.37.
Thank you for coming back and sharing the solution with the Keil community!