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>
Thank you for coming back and sharing the solution with the Keil community!