RTX Time View Event Identifiers

The following tables provide detailed information about the events that RTX Time View can monitor.

NOTE: All events monitored and logged by RTX Time View are in RTSS context only.

Thread Context Switches

Group ID: 1
Included in These Filters: Maximum, Typical, Typical plus Internal, Minimum

Trigger ID	Events
1024	Thread Context Switch

Timer Interrupts

Group ID: 2
Included in These Filters: Maximum, Typical, Typical plus Internal, Minimum

Trigger ID	Events
2048	Timer Interrupts

Device Interrupts and Exceptions

Group ID: 3
Included in These Filters: Maximum, Typical, Typical plus Internal, Minimum

Trigger ID	Events
4096	Device Interrupts
4097	Exception Interrupts

Object Management Calls

Group ID: 5
Included in These Filters: Maximum, Typical, Typical plus Internal

Trigger ID	Events
16384	Object Creation
16385	Object Open
16386	Object Close
16387	Object Destroy
16388	Object WaitForSingleObject Wait
16389	Object WaitForSingleObject Wakeup
16390	Object WaitForSingleObject Timeout
16391	Object WaitForMultipleObject Wakeup
16392	Object WaitForMultipleObject Timeout

Semaphore Calls

Group ID: 6
Included in These Filters: Maximum, Typical

Trigger ID	Events
32768	Release Semaphore
32769	Release Semaphore Return
32770	Create Semaphore
32771	Create Semaphore Return
32772	Open Semaphore
32773	Open Semaphore Return

Mutex Calls

Group ID: 7
Included in These Filters: Maximum, Typical

Trigger ID	Events
65536	Release Mutex
65537	Release Mutex Return
65538	Create Mutex
65539	Create Mutex Return
65540	Open Mutex
65541	Open Mutex Return

Event and Shared Memory Calls

Group ID: 8
Included in These Filters: Maximum, Typical

Trigger ID	Events
131072	Pulse Event
131073	Pulse Event Return
131074	Reset Event
131075	Reset Event Return
131076	Set Event
131077	Set Event Return
131078	Create Event
131079	Create Event Return
131080	Open Event
131081	Open Event Return
131082	Create Shared Memory
131083	Create Shared Memory Return
131084	Open Shared Memory
131085	Open Shared Memory Return

Timer Events

G roup ID: 9
Included in These Filters: Maximum, Typical

Trigger ID	Events
262144	Cancel Timer
262145	Cancel Timer Return
262146	Set Timer
262147	Set Timer Return
262148	Set Timer Relative
262149	Set Timer Relative Return
262150	Create Timer
262151	Create Timer Return

Exception Events

G roup ID: 10
Included in These Filters: Maximum, Typical

Trigger ID	Events
524288	Raise Exception
524289	Raise Exception Return

Device Events

Group ID: 11
Included in These Filters: Maximum, Typical plus Internal

Trigger ID	Events
1048576	Get Bus Data
1048577	Get Bus Data Return
1048578	Set Bus Data
1048579	Set Bus Data Return
1048580	Translate Bus Address
1048581	Translate Bus Address Return

SRI Activity Events

Group ID: 12
Included in These Filters: Typical plus Internal

Trigger ID	Events
2097152	SRI NT Post
2097153	SRI RTSS Post
2097154	SRI RTSS Proxy Priority
2097155	SRI RTSS Server 1
2097156	SRI RTSS Server 2

Deterministic Calls

Group ID: 13
Included in These Filters: Maximum, Typical

Trigger ID	Events
4194304	Enter Critical Section
4194305	Enter Critical Section Return
4194306	Leave Critical Section
4194307	Leave Critical Section Return
4194308	Resume Thread
4194309	Resume Thread Return
4194310	RtSleep
4194311	RtSleep Return
4194312	Set Thread Priority
4194313	Set Thread Priority Return
4194314	Sleep
4194315	Sleep Return
4194316	Suspend Thread
4194317	Suspend Thread Return
4194318	Wait For Multiple Objects
4194319	Wait For Multiple Objects Return
4194320	Wait For Single Object
4194321	Wait For Single Objects Return
4194322	Get Process Affinity Mask
4194323	Set Process Affinity Mask
4194324	Set Thread Affinity Mask
4194325	Set Thread Ideal Processor
4194326	Get Thread ID
4194327	Get Thread Execution Time*
4194328	Get Thread Create Time*
4194329	Get Thread Exit Time*
4194330	Queue Thread
4194331	Dequeue Thread

* Corresponds to Deterministic Call selection Get Thread Times in the RTX Time View user interface.

Non-Deterministic Calls

Group ID: 14
Included in These Filters: Maximum, Typical

Trigger ID	Events
8388608	Allocate Contiguous Memory
8388609	Allocate Contiguous Memory Return
8388610	Allocate Locked Memory
8388611	Allocate Locked Memory Return
8388612	Attach Interrupt
8388613	Attach Interrupt Return
8388614	Attach Shutdown Handler
8388615	Attach Shutdown Handler Return
8388616	Close Handle
8388617	Close Handle Return
8388618	Create Thread
8388619	Create Thread Return
8388620	Delete Critical Section
8388621	Delete Critical Section Return
8388622	Device IO Control
8388623	Device IO Control Return
8388624	Exit Process
8388625	Exit Process Return
8388626	Exit Thread
8388627	Exit Thread Return
8388628	Free Contiguous Memory
8388629	Free Contiguous Memory Return
8388630	Free Locked Memory
8388631	Free Locked Memory Return
8388632	Heap Allocate
8388633	Heap Allocate Return
8388634	Heap Create
8388635	Heap Create Return
8388636	Heap Destroy
8388637	Heap Destroy Return
8388638	Heap Free
8388639	Heap Free Return
8388640	Heap Re-Allocate
8388641	Heap Re-Allocate Return
8388642	Initialize Critical Section
8388643	Initialize Critical Section Return
8388644	Map Memory
8388645	Map Memory Return
8388646	RtPrintF
8388647	RtPrintF Return
8388648	Terminate Thread
8388649	Terminate Thread Return
8388650	Unmap Memory
8388651	Unmap Memory Return

File Calls

Group ID: 15
Included in These Filters: Maximum

Trigger ID	Events
16777216	Create File
16777217	Create File Return
16777218	Delete File
16777219	Delete File Return
16777220	Read File
16777221	Read File Return
16777222	Remove Directory
16777223	Remove Directory Return
16777224	Set File Pointer
16777225	Set File Pointer Return
16777226	Write File
16777227	Write File Return

Internal SRI Activity Calls

Group ID: 16
Included in These Filters: Maximum

Trigger ID	Events
33554432	SRI NT ISR
33554433	SRI NT DPC
33554434	SRI NT Server
33554435	SRI RTSS Proxy Sec
33554436	Interrupt SRI

User Events

Group ID: 22
Included in These Filters: Minimum

Trigger ID	Events
See table below	User-Defined Events

When defining a user event with the RtTraceEvent function, you specify an ID between 1 and 1000 for the event. You must convert this ID into an unsigned integer value when using the RTX Time View command line. User Event ID 1 converts to 2147483649. IDs between 2 and 1000 increment the 2147483649 value, as show in the following table:

User Event ID	Unsigned Integer Value for RTX Time View Command Line
1	2147483649
2	2147483650
3	2147483651
...	...
999	2147484647
1000	2147484648