Difference between revisions of "OCEOS/oceos debugging"
Jump to navigation
Jump to search
Okhoruzhyy (talk | contribs) |
Okhoruzhyy (talk | contribs) |
||
| (17 intermediate revisions by the same user not shown) | |||
| Line 1: | Line 1: | ||
=<span style="color:#0000ff">'''OCEOS Debugging'''</span>= | =<span style="color:#0000ff">'''OCEOS Debugging'''</span>= | ||
==<span style="color:#0000ff">Introduction</span>== | ==<span style="color:#0000ff">Introduction</span>== | ||
DMON is OCE Technology's debugger for LEON SPARC and ARM Cortex-M microcontrollers. Please read more [[DMON install & use#Installing_DMON|HERE]]. | |||
<blockquote style="background-color: #c6e2f7; border-left-style: solid; border-left-width: 3px; border-left-color: blue; "> '''Note'''<br> | |||
DMON OCEOS Support is available from DMON v2.1.0.1 | |||
</blockquote> | |||
All available commands to support OCEOS can be displayed by issuing : | All available commands to support OCEOS can be displayed by issuing : | ||
DMON > help oceos | DMON > help oceos | ||
== DMON Commands == | ==<span style="color:#0000ff">DMON Commands</span>== | ||
=== oceos info === | ===<span style="color:#1b7ac2">oceos info</span>=== | ||
:'''oceos info''' command displays OCEOS configurations. DMON finds symbol sysMetaPtr and reads all the fields and displays every struct members with location in memory and its values. | :'''oceos info''' command displays OCEOS configurations. DMON finds symbol sysMetaPtr and reads all the fields and displays every struct members with location in memory and its values. | ||
Please read article on [[ | Please read article on [[OCEOS/oceos_introduction#OCEOS_Data_Area_Layouts|OCEOS Data Areas]]. | ||
This command can be used only after the scheduling was started. On the page above we talk about three areas that application hast to set up : LOG_DATA_ARRAY_SIZE_U32S, FIXED_DATA_ARRAY_SIZE_U32S and DYN_DATA_ARRAY_SIZE_U32S. | This command can be used only after the scheduling was started. On the page above we talk about three areas that application hast to set up : LOG_DATA_ARRAY_SIZE_U32S, FIXED_DATA_ARRAY_SIZE_U32S and DYN_DATA_ARRAY_SIZE_U32S. | ||
| Line 75: | Line 78: | ||
---- | ---- | ||
=== oceos log <last|all> === | ===<span style="color:#1b7ac2">oceos log <last|all></span>=== | ||
:'''oceos log''' reads and displays system log messages to the console. If third flag is not set, defaults to '''oceos log last'''. This command also checks if log sentinel is ok. This command can be executed while program is running. | :'''oceos log''' reads and displays system log messages to the console. If third flag is not set, defaults to '''oceos log last'''. This command also checks if log sentinel is ok. This command can be executed while program is running. | ||
| Line 113: | Line 116: | ||
---- | ---- | ||
=== oceos state === | === <span style="color:#1b7ac2">oceos state </span>=== | ||
:'''oceos state''' command prints to the console system state variables. OCEOS has two state variables : one permanent and cannot be reset and another can be reset by application. This command can be executed while program is running. | :'''oceos state''' command prints to the console system state variables. OCEOS has two state variables : one permanent and cannot be reset and another can be reset by application. This command can be executed while program is running. | ||
| Line 129: | Line 132: | ||
---- | ---- | ||
=== oceos itask <taskId|all> === | ===<span style="color:#1b7ac2"> oceos itask <taskId|all> </span>=== | ||
:'''oceos itask''' displays fixed task information and dynamic task information to the console. This command can be executed while program is running. | :'''oceos itask''' displays fixed task information and dynamic task information to the console. This command can be executed while program is running. | ||
| Line 229: | Line 232: | ||
---- | ---- | ||
=== oceos status <rq|dpq|spq|tapq> === | ===<span style="color:#1b7ac2"> oceos status <rq|dpq|spq|tapq> </span>=== | ||
:'''oceos status''' prints to the console task's block information(asterisk marks currently executing task), status of ready Q (number of tasks waiting on ready Q), number of pending tasks on data Q, number of pending tasks on semaphore Q and number of actions on action Q. The command can be called while application is executing. | :'''oceos status''' prints to the console task's block information(asterisk marks currently executing task), status of ready Q (number of tasks waiting on ready Q), number of pending tasks on data Q, number of pending tasks on semaphore Q and number of actions on action Q. The command can be called while application is executing. | ||
| Line 395: | Line 398: | ||
-------------------------------------------------------------------------------------------------------------------------------- | -------------------------------------------------------------------------------------------------------------------------------- | ||
---- | ---- | ||
===<span style="color:#1b7ac2">oceos cpuload <status|enable|disable></span>=== | |||
:'''oceos cpuload''' displays task's statistical information while application is running. This command can be used only when DMON starts with -gui switch. This feature can be enabled or disabled. If activated, DMON creates CPU load graph. This view can be displayed in separate window, if double clicked on the tab [[File:Cpu_load_click.png|200px]]. This command can be used only if executable with OCEOS is loaded to the target. CPU load view shows cpu utilization by each task. Task Dynamic Data view shows statistical task information, read from the target in 1000ms interval. Pink color in table cells indicates the violation of the parameter. When task is created two timing measurements can be specified by user. Every time DMON reads dynamic data these values are compared against user set values and if violated, sets pink background. Hoover over the table header to get more information about each of the measurements. | |||
[[File:Cpu_load_main.png|1024px]] | |||
[[Media:Cpu_load_main.png|ZOOM]] | |||
This feature can be disable/enabled by pressing on the button [[File:Cpu_load_button.png|100px]]. | |||
The Contexts table include following measures: | |||
*TaskID | |||
*JCurrent => Current number of jobs created | |||
*Status => Task status (enabled or disabled) | |||
*JCurMax => Maximum number of current jobs for this task | |||
*JTotal => Number of times this task was started | |||
*TMaxDelay => Maximum time the job is waiting on ready Q before becoming active | |||
*TMaxFinish => Maximum time to finish job executing after starting | |||
*TMaxExec => Maximum time spent executing | |||
*TotalTaskT => Task Time spent running, % of total time | |||
*TMinGapStarts => Minimum time between job creations | |||
*TMinGapFinStart => Minimum time between job ending and new job creation | |||
*PrMax => Maximum times any job was pre-empted | |||
---- | |||
[[Category:backup]] | [[Category:backup]] | ||
Latest revision as of 15:07, 29 March 2022
OCEOS Debugging
Introduction
DMON is OCE Technology's debugger for LEON SPARC and ARM Cortex-M microcontrollers. Please read more HERE.
Note
DMON OCEOS Support is available from DMON v2.1.0.1
All available commands to support OCEOS can be displayed by issuing :
DMON > help oceos
DMON Commands
oceos info
- oceos info command displays OCEOS configurations. DMON finds symbol sysMetaPtr and reads all the fields and displays every struct members with location in memory and its values.
Please read article on OCEOS Data Areas.
This command can be used only after the scheduling was started. On the page above we talk about three areas that application hast to set up : LOG_DATA_ARRAY_SIZE_U32S, FIXED_DATA_ARRAY_SIZE_U32S and DYN_DATA_ARRAY_SIZE_U32S. User has to calculate those areas and that depends on application needs. To simplify, we provide Excel document which can be used to give all the sizes, or user can put those sizes bigger as needed and use oceoos info command to display actual sizes.
Each of those areas is guarded by sentinel, so oceos info command checks the sentinels are still in place and not overridden.
DMON > oceos info Struct Field Name : *system_log_ptr :: location 0x40016444 :: pointer 0x4001A0E0 :: size 0x109 :: sentinel OK Struct Field Name : *data_fixed_ptr :: location 0x40016448 :: pointer 0x4001643C :: size 0x59 :: sentinel OK Struct Field Name : *data_dynamic_ptr :: location 0x4001644C :: pointer 0x400180E0 :: size 0x258 :: sentinel OK Struct Field Name : *system_stack_ptr :: location 0x40016450 :: pointer 0x0 Struct Field Name : *system_stack_limit_ptr :: location 0x40016454 :: pointer 0x0 Struct Field Name : *logFullFunction :: location 0x40016458 :: pointer 0x40000458 Struct Field Name : *systemProblemFunction :: location 0x4001645C :: pointer 0x40000440 Struct Field Name : numberOfTasks :: location 0x40016460 :: value 0x8 Struct Field Name : numberOfMutexes :: location 0x40016460 :: value 0x1 Struct Field Name : number_of_semaphores :: location 0x40016460 :: value 0x1 Struct Field Name : number_of_dataqs :: location 0x40016460 :: value 0x1 Struct Field Name : timed_actions_number :: location 0x40016464 :: value 0x16 Struct Field Name : user_traps_number :: location 0x40016464 :: value 0x0 Struct Field Name : watchdog_window :: location 0x40016464 :: value 0x0 Struct Field Name : watchdog_timeout :: location 0x40016468 :: value 0x0 Struct Field Name : totalReadyQ :: location 0x4001646C :: value 0x11 Struct Field Name : action_time_interrupt :: location 0x4001646C :: value 0xE Struct Field Name : :: location 0x4001646C :: value 0x2E Struct Field Name : logEntries :: location 0x4001646C :: value 0x40 Struct Field Name : totalJobs :: location 0x40016470 :: value 0x3E Struct Field Name : logCreated :: location 0x40016470 :: value 0x1 Struct Field Name : init_start_set_up :: location 0x40016470 :: value 0x1 Struct Field Name : init_finished :: location 0x40016470 :: value 0x1 Struct Field Name : interrupt_nesting_enabled :: location 0x40016470 :: value 0x1 Struct Field Name : total_sem_pending_jobs :: location 0x40016470 :: value 0x10 Struct Field Name : total_dataQ_pending_jobs :: location 0x40016474 :: value 0x6 Struct Field Name : total_dataQ_entries :: location 0x40016474 :: value 0xA Struct Field Name : :: location 0x40016478 :: value 0x1 Struct Field Name : watchdog_timer_index :: location 0x40016478 :: value 0x0 Struct Field Name : sys_time_timer_index :: location 0x40016478 :: value 0x2 Struct Field Name : timed_actions_timer_index :: location 0x40016478 :: value 0x3 Struct Field Name : CS_log_entries_base2 :: location 0x40016478 :: value 0x5 Struct Field Name : :: location 0x40016478 :: value 0xBABE Struct Field Name : *tasksFixedPtr :: location 0x4001647C :: pointer 0x400164CC Struct Field Name : *mutexCeilingsPtr :: location 0x40016480 :: pointer 0x4001658C Struct Field Name : *sem_fixed_data_ptr :: location 0x40016484 :: pointer 0x40016590 Struct Field Name : *dataq_fixed_data_ptr :: location 0x40016488 :: pointer 0x40016594 Struct Field Name : *trap_ID_ptr :: location 0x4001648C :: pointer 0x40016598 Struct Field Name : *trap_handler_ptr :: location 0x40016490 :: pointer 0x40016598 Struct Field Name : *fixed_data_checksum_ptr :: location 0x40016494 :: pointer 0x40016598 Struct Field Name : *dynamic_meta_ptr :: location 0x40016498 :: pointer 0x400180E8 Struct Field Name : *priorityStackPtr :: location 0x4001649C :: pointer 0x400180EC Struct Field Name : *taskDynamicPtr :: location 0x400164A0 :: pointer 0x400180F8 Struct Field Name : *jobsArrayPtr :: location 0x400164A4 :: pointer 0x40018278 Struct Field Name : *readyQPtr :: location 0x400164A8 :: pointer 0x400189F8 Struct Field Name : *mutexDynamicPtr :: location 0x400164AC :: pointer 0x40018658 Struct Field Name : *semaphore_list_ptr :: location 0x400164B0 :: pointer 0x4001865C Struct Field Name : *semaphore_pen_q_array_ptr :: location 0x400164B4 :: pointer 0x40018664 Struct Field Name : *dataq_list_ptr :: location 0x400164B8 :: pointer 0x40018684 Struct Field Name : *dataq_pen_q_array_ptr :: location 0x400164BC :: pointer 0x40018694 Struct Field Name : *dataq_data_aray_ptr :: location 0x400164C0 :: pointer 0x400186A0 Struct Field Name : *timed_action_ptr :: location 0x400164C4 :: pointer 0x400186C8 Struct Field Name : *timed_q_ptr :: location 0x400164C8 :: pointer 0x400189E0
oceos log <last|all>
- oceos log reads and displays system log messages to the console. If third flag is not set, defaults to oceos log last. This command also checks if log sentinel is ok. This command can be executed while program is running.
oceos log last prints last system log message
DMON > oceos log Struct Field Name : *system_log_ptr :: location 0x4001009C :: pointer 0x4001063C :: size 0xA9 :: sentinel OK OCEOS log entry : index :: 2 | time32 :: 25.149 954 | type :: LOG_DEADLINE_MISSED | comment :: 0x1
oceos log all prints all system log messages in descending order.
DMON > oceos log all Struct Field Name : *system_log_ptr :: location 0x4001009C :: pointer 0x4001063C :: size 0xA9 :: sentinel OK OCEOS log entries : index :: 0 | time32 :: 21.806 433 | type :: null | comment :: 0xCAF1 index :: 15 | time32 :: 21.101 377 | type :: LOG_DEADLINE_MISSED | comment :: 0x1 index :: 14 | time32 :: 21.066 108 | type :: LOG_SYS_OK | comment :: 0xCAFE index :: 13 | time32 :: 17.757 858 | type :: null | comment :: 0xCAF1 index :: 12 | time32 :: 17.052 800 | type :: LOG_DEADLINE_MISSED | comment :: 0x1 index :: 11 | time32 :: 17.017 531 | type :: LOG_SYS_OK | comment :: 0xCAFE index :: 10 | time32 :: 13.709 280 | type :: null | comment :: 0xCAF1 index :: 9 | time32 :: 13.004 223 | type :: LOG_DEADLINE_MISSED | comment :: 0x1 index :: 8 | time32 :: 12.968 954 | type :: LOG_SYS_OK | comment :: 0xCAFE index :: 7 | time32 :: 09.660 703 | type :: null | comment :: 0xCAF1 index :: 6 | time32 :: 08.955 648 | type :: LOG_DEADLINE_MISSED | comment :: 0x1 index :: 5 | time32 :: 08.920 378 | type :: LOG_SYS_OK | comment :: 0xCAFE index :: 4 | time32 :: 05.612 184 | type :: null | comment :: 0xCAF1 index :: 3 | time32 :: 04.907 118 | type :: LOG_DEADLINE_MISSED | comment :: 0x1 index :: 2 | time32 :: 04.871 844 | type :: LOG_SYS_OK | comment :: 0xCAFE index :: 1 | time32 :: 00.823 133 | type :: null | comment :: 0xCAF1
oceos state
- oceos state command prints to the console system state variables. OCEOS has two state variables : one permanent and cannot be reset and another can be reset by application. This command can be executed while program is running.
DMON reads the state variables and prints description to the console.
DMON > oceos state Struct Field Name : *system_log_ptr :: location 0x4001009C :: pointer 0x4001063C :: size 0xA9 :: sentinel OK State Value :: 0x40 0x00000040 STATUS_JOB_OVER_TIME Job time from creation to completion exceeds allowed maximum for a task. OCEOS Permanent Value :: 0x40 0x00000040 STATUS_JOB_OVER_TIME Job time from creation to completion exceeds allowed maximum for a task.
oceos itask <taskId|all>
- oceos itask displays fixed task information and dynamic task information to the console. This command can be executed while program is running.
oceos itask taskId displays information for task with specified ID.
DMON > oceos itask 1
---------------------------------------------------------------------------------------
Task 1 :: Fixed Data Pointer 0x4001013C Dynamic Data Pointer 0x400103B0
Task Fixed Data:
Task Priority :: 0x00000002 (2)
Task Threshold :: 0x00000002 (2)
Task Max Jobs :: 0x00000001 (1)
Task Start Status :: enabled
Task Start Address :: 0x40000DFC (cpuLoadTest:fun1)
Task Kill Function Address :: 0x40000DFC (cpuLoadTest:fun1)
Task Deadline time :: 0x0000000F (00.000 015)
Task Min Time Between Starts :: 0x0000000A (00.000 010)
Task Dynamic Data:
Task Status :: TASK_ENABLED
Current Number of Jobs :: 0x00000000 (0)
Max Number of current Jobs :: 0x00000001 (1)
Number of times started :: 0x00000009 (9)
TimeCurrentExec :: 0x000089C7 (00.035 271)
TimeMaxDelay :: 0x00000049 (00.000 073)
TimeMaxFinish :: 0x00008A15 (00.035 349)
TimeMaxExec :: 0x000089CC (00.035 276)
TimeTotalExecLow :: 0x0004D802 (00.317 442)
TimeTotalExecHigh :: 0x00000000 (00.000 000)
TimeMinGapStarts :: 0x003DC6A6 (04.048 550)
TimeMinGapFinishStart :: 0x003D3C91 (04.013 201)
TimeLastStart :: 0x023B95B1 (37.459 377)
TimeLastFinish :: 0x023C1FB1 (37.494 705)
PreemptMax :: 0x00000000 (0)
---------------------------------------------------------------------------------------
oceos itask all displays information for all tasks.
DMON > oceos itask all
---------------------------------------------------------------------------------------
Task 0 :: Fixed Data Pointer 0x40010124 Dynamic Data Pointer 0x40010380
Task Fixed Data:
Task Priority :: 0x000000FE (254)
Task Threshold :: 0x000000FE (254)
Task Max Jobs :: 0x00000001 (1)
Task Start Status :: enabled
Task Start Address :: 0x40000CE4 (cpuLoadTest:fun0)
Task Kill Function Address :: 0x40000CE4 (cpuLoadTest:fun0)
Task Deadline time :: 0x00000000 (00.000 000)
Task Min Time Between Starts :: 0x00000000 (00.000 000)
Task Dynamic Data:
Task Status :: TASK_ENABLED
Current Number of Jobs :: 0x00000001 (1)
Max Number of current Jobs :: 0x00000001 (1)
Number of times started :: 0x00000001 (1)
TimeCurrentExec :: 0x00D1D5F9 (13.751 801)
TimeMaxDelay :: 0x000000D3 (00.000 211)
TimeMaxFinish :: 0x00000000 (00.000 000)
TimeMaxExec :: 0x00000000 (00.000 000)
TimeTotalExecLow :: 0x00000000 (00.000 000)
TimeTotalExecHigh :: 0x00000000 (00.000 000)
TimeMinGapStarts :: 0xFFFFFFFF (4294.967 295)
TimeMinGapFinishStart :: 0xFFFFFFFF (4294.967 295)
TimeLastStart :: 0x000F9777 (01.021 815)
TimeLastFinish :: 0x00000000 (00.000 000)
PreemptMax :: 0x00000000 (0)
---------------------------------------------------------------------------------------
...
---------------------------------------------------------------------------------------
Task 9 :: Fixed Data Pointer 0x400101FC Dynamic Data Pointer 0x40010530
Task Fixed Data:
Task Priority :: 0x00000004 (4)
Task Threshold :: 0x00000004 (4)
Task Max Jobs :: 0x00000001 (1)
Task Start Status :: enabled
Task Start Address :: 0x40001160 (cpuLoadTest:fun9)
Task Kill Function Address :: 0x00000000 ()
Task Deadline time :: 0x000CB3A1 (00.832 417)
Task Min Time Between Starts :: 0x003DC6B3 (04.048 563)
Task Dynamic Data:
Task Status :: TASK_ENABLED
Current Number of Jobs :: 0x00000001 (1)
Max Number of current Jobs :: 0x00000001 (1)
Number of times started :: 0x0000000A (10)
TimeCurrentExec :: 0x00000000 (00.000 000)
TimeMaxDelay :: 0x0000004D (00.000 077)
TimeMaxFinish :: 0x000A7749 (00.685 897)
TimeMaxExec :: 0x000A76FC (00.685 820)
TimeTotalExecLow :: 0x005E2E2E (06.172 206)
TimeTotalExecHigh :: 0x00000000 (00.000 000)
TimeMinGapStarts :: 0x003DC688 (04.048 520)
TimeMinGapFinishStart :: 0x00334F66 (03.362 662)
TimeLastStart :: 0x0246E1E5 (38.199 781)
TimeLastFinish :: 0x02139242 (34.837 058)
PreemptMax :: 0x00000000 (0)
---------------------------------------------------------------------------------------
oceos status <rq|dpq|spq|tapq>
- oceos status prints to the console task's block information(asterisk marks currently executing task), status of ready Q (number of tasks waiting on ready Q), number of pending tasks on data Q, number of pending tasks on semaphore Q and number of actions on action Q. The command can be called while application is executing.
DMON > oceos status Task info : ------------------------------------------------------------------------------------------------- | ID |Prio|MaxJobs|CurJobs|MaxCurJobs|Total|MaxPreempt|MUX |Status |Origin | ------------------------------------------------------------------------------------------------- | 0 | 6 | 10 | 0 | 1 | 15 | 0 | 0 |TASK_ENABLED | | ------------------------------------------------------------------------------------------------- | 1 | 7 | 10 | 0 | 1 | 12 | 0 | 0 |TASK_ENABLED | | ------------------------------------------------------------------------------------------------- | 2 | 16 | 10 | 3 | 3 | 13 | 0 | 0 |TASK_ENABLED | | ------------------------------------------------------------------------------------------------- | 3 | 17 | 10 | 0 | 1 | 10 | 1 | 0 |TASK_ENABLED | | ------------------------------------------------------------------------------------------------- | 4 | 200| 1 | 1 | 1 | 1 | 0 | 0 |TASK_ENABLED * |FROM_START | ------------------------------------------------------------------------------------------------- Ready Q info : -------------------------------------------------------------------------- |N% |ID |Prio|Preempt|Origin |Status | -------------------------------------------------------------------------- |0 |4 |200 |50 |FROM_START |JOB_EXECUTING | -------------------------------------------------------------------------- DataQs info : DataQ 0 info : DataQ 0 has 0 entries DataQ 0 pending Q is empty DataQ 1 info : DataQ 1 has 0 entries -------------------------------------------------------------------------- |N% |ID |Prio|Preempt|Origin |Status | -------------------------------------------------------------------------- |0 |2 |16 |0 |FROM_START |JOB_DATAQ_PENDING | -------------------------------------------------------------------------- |1 |2 |16 |0 |FROM_START |JOB_DATAQ_PENDING | -------------------------------------------------------------------------- |2 |2 |16 |0 |FROM_START |JOB_DATAQ_PENDING | -------------------------------------------------------------------------- DataQ 2 info : DataQ 2 has 0 entries DataQ 2 pending Q is empty Semaphores info : Semaphores are not used Timed Actions info : -------------------------------------------------------------------------------------------------------------------------------- |ActionPtr |Time |TimeBefore|TimeAfter |ActionType |Status |TaskID|Address |Value |Mask |Info | --------------------------------------------------------------------------------------------------------------------------------
oceos status rq prints to the console status of ready Q (number of tasks waiting on ready Q) in the order they found on ready Q. The ready Q in OCEOS is implemented as heap data structure (tree-based data structure) based on task's priority. The heap is not a sorted structure; it can be regarded as being partially ordered. So, the list of tasks printed on the screen does not mean that tasks are executed in order they appear.
DMON > oceos status rq Ready Q info : -------------------------------------------------------------------------- |N% |ID |Prio|Preempt|Origin |Status | -------------------------------------------------------------------------- |0 |7 |4 |0 |FROM_START |JOB_EXECUTING | -------------------------------------------------------------------------- |1 |4 |5 |1 |FROM_START |JOB_ACTIVE | -------------------------------------------------------------------------- |2 |0 |254 |5 |FROM_START |JOB_ACTIVE | --------------------------------------------------------------------------
oceos status dpq prints to the console status of all data Qs used in application (number of entries on data Q and number of tasks on pending Q for that data Q).
DMON > oceos status dpq DataQs info : DataQ 0 info : DataQ 0 has 0 entries DataQ 0 pending Q is empty DataQ 1 info : DataQ 1 has 0 entries -------------------------------------------------------------------------- |N% |ID |Prio|Preempt|Origin |Status | -------------------------------------------------------------------------- |0 |2 |16 |0 |FROM_START |JOB_DATAQ_PENDING | -------------------------------------------------------------------------- |1 |2 |16 |0 |FROM_START |JOB_DATAQ_PENDING | -------------------------------------------------------------------------- |2 |2 |16 |0 |FROM_START |JOB_DATAQ_PENDING | -------------------------------------------------------------------------- DataQ 2 info : DataQ 2 has 0 entries DataQ 2 pending Q is empty
oceos status spq prints to the console status of all semaphores used in application (number of permits available and number of tasks on pending Q for that semaphore).
DMON > oceos status spq Semaphores info : Semaphore 0 info : Semaphore 0 has 0 permits Semaphore 0 pending Q list: -------------------------------------------------------------------------- |N% |ID |Prio|Preempt|Origin |Status | -------------------------------------------------------------------------- |0 |3 |66 |0 |FROM_SEM_PENDING_Q |JOB_SEMAPHORE_PENDING | -------------------------------------------------------------------------- |1 |3 |66 |0 |FROM_SEM_PENDING_Q |JOB_SEMAPHORE_PENDING | -------------------------------------------------------------------------- |2 |3 |66 |0 |FROM_SEM_PENDING_Q |JOB_SEMAPHORE_PENDING | -------------------------------------------------------------------------- |3 |3 |66 |0 |FROM_SEM_PENDING_Q |JOB_SEMAPHORE_PENDING | -------------------------------------------------------------------------- Semaphore 1 info : Semaphore 1 has 0 permits Semaphore 1 pending Q list: -------------------------------------------------------------------------- |N% |ID |Prio|Preempt|Origin |Status | -------------------------------------------------------------------------- |0 |2 |12 |0 |FROM_START |JOB_SEMAPHORE_PENDING | -------------------------------------------------------------------------- Semaphore 2 info : Semaphore 2 has 0 permits Semaphore 2 pending Q list: -------------------------------------------------------------------------- |N% |ID |Prio|Preempt|Origin |Status | -------------------------------------------------------------------------- |0 |1 |64 |1 |FROM_START |JOB_SEMAPHORE_PENDING | -------------------------------------------------------------------------- Semaphore 3 info : Semaphore 3 has 4095 permits Semaphore 3 pending Q is empty Semaphore 4 info : Semaphore 4 has 0 permits Semaphore 4 pending Q is empty
oceos status tapq prints to the console the list of all actions on timed action Q. This Q is implemented as heap data structure. You can find more information about this feature here.
DMON > oceos status tapq Timed Actions info : -------------------------------------------------------------------------------------------------------------------------------- |ActionPtr |Time |TimeBefore|TimeAfter |ActionType |Status |TaskID|Address |Value |Mask |Info | -------------------------------------------------------------------------------------------------------------------------------- |0x3000224c|03.145 725 |00.001 000|00.001 000|WRITE_ACTION |Active |-1 |0x40000000|0xdeadbeef|0x0 |0x0 | -------------------------------------------------------------------------------------------------------------------------------- |0x30002270|06.291 450 |00.001 000|00.001 000|WRITE_ACTION |Active |-1 |0x40000004|0xdeadbef0|0x0 |0x0 | -------------------------------------------------------------------------------------------------------------------------------- |0x30002294|09.437 175 |00.001 000|00.001 000|WRITE_ACTION |Active |-1 |0x40000008|0xdeadbef1|0x0 |0x0 | -------------------------------------------------------------------------------------------------------------------------------- |0x300022b8|12.582 900 |00.001 000|00.001 000|RMW_ACTION |Active |-1 |0x4000000c|0xffffffff|0x1000001 |0x0 | -------------------------------------------------------------------------------------------------------------------------------- |0x300022dc|15.728 625 |00.001 000|00.001 000|START_JOB_ACTION |Active |1 |0x0 |0x0 |0x0 |0x0 | -------------------------------------------------------------------------------------------------------------------------------- |0x30002300|15.728 625 |00.001 000|00.001 000|START_JOB_ACTION |Active |1 |0x0 |0x0 |0x0 |0x0 | --------------------------------------------------------------------------------------------------------------------------------
oceos cpuload <status|enable|disable>
- oceos cpuload displays task's statistical information while application is running. This command can be used only when DMON starts with -gui switch. This feature can be enabled or disabled. If activated, DMON creates CPU load graph. This view can be displayed in separate window, if double clicked on the tab
. This command can be used only if executable with OCEOS is loaded to the target. CPU load view shows cpu utilization by each task. Task Dynamic Data view shows statistical task information, read from the target in 1000ms interval. Pink color in table cells indicates the violation of the parameter. When task is created two timing measurements can be specified by user. Every time DMON reads dynamic data these values are compared against user set values and if violated, sets pink background. Hoover over the table header to get more information about each of the measurements.
This feature can be disable/enabled by pressing on the button 
.
The Contexts table include following measures:
- TaskID
- JCurrent => Current number of jobs created
- Status => Task status (enabled or disabled)
- JCurMax => Maximum number of current jobs for this task
- JTotal => Number of times this task was started
- TMaxDelay => Maximum time the job is waiting on ready Q before becoming active
- TMaxFinish => Maximum time to finish job executing after starting
- TMaxExec => Maximum time spent executing
- TotalTaskT => Task Time spent running, % of total time
- TMinGapStarts => Minimum time between job creations
- TMinGapFinStart => Minimum time between job ending and new job creation
- PrMax => Maximum times any job was pre-empted