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rtems-docs/shell/rtems_specific_commands.rst
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RTEMS Specific Commands
#######################
Introduction
============
The RTEMS shell has the following rtems commands:
- ``shutdown`` - Shutdown the system
- ``cpuuse`` - print or reset per thread cpu usage
- ``stackuse`` - print per thread stack usage
- ``perioduse`` - print or reset per period usage
- ``profreport`` - print a profiling report
- ``wkspace`` - Display information on Executive Workspace
- ``config`` - Show the system configuration.
- ``itask`` - List init tasks for the system
- ``extension`` - Display information about extensions
- ``task`` - Display information about tasks
- ``queue`` - Display information about message queues
- ``sema`` - display information about semaphores
- ``region`` - display information about regions
- ``part`` - display information about partitions
- ``object`` - Display information about RTEMS objects
- ``driver`` - Display the RTEMS device driver table
- ``dname`` - Displays information about named drivers
- ``pthread`` - Displays information about POSIX threads
Commands
========
This section details the RTEMS Specific Commands available. A
subsection is dedicated to each of the commands and
describes the behavior and configuration of that
command as well as providing an example usage.
shutdown - Shutdown the system
------------------------------
.. index:: shutdown
**SYNOPSYS:**
.. code:: c
shutdown
**DESCRIPTION:**
This command is used to shutdown the RTEMS application.
**EXIT STATUS:**
This command does not return.
**NOTES:**
**EXAMPLES:**
The following is an example of how to use ``shutdown``:
.. code:: c
SHLL \[/] $ shutdown
System shutting down at user request
The user will not see another prompt and the system will
shutdown.
**CONFIGURATION:**
.. index:: CONFIGURE_SHELL_NO_COMMAND_SHUTDOWN
.. index:: CONFIGURE_SHELL_COMMAND_SHUTDOWN
This command is included in the default shell command set.
When building a custom command set, define``CONFIGURE_SHELL_COMMAND_SHUTDOWN`` to have this
command included.
This command can be excluded from the shell command set by
defining ``CONFIGURE_SHELL_NO_COMMAND_SHUTDOWN`` when all
shell commands have been configured.
**PROGRAMMING INFORMATION:**
The configuration structure for the ``shutdown`` has the
following prototype:
.. code:: c
extern rtems_shell_cmd_t rtems_shell_SHUTDOWN_Command;
cpuuse - print or reset per thread cpu usage
--------------------------------------------
.. index:: cpuuse
**SYNOPSYS:**
.. code:: c
cpuuse \[-r]
**DESCRIPTION:**
This command may be used to print a report on the per thread
cpu usage or to reset the per thread CPU usage statistics. When
invoked with the ``-r`` option, the CPU usage statistics
are reset.
**EXIT STATUS:**
This command returns 0 on success and non-zero if an error is encountered.
**NOTES:**
The granularity of the timing information reported is dependent
upon the BSP and the manner in which RTEMS was built. In the
default RTEMS configuration, if the BSP supports nanosecond
granularity timestamps, then the information reported will be
highly accurate. Otherwise, the accuracy of the information
reported is limited by the clock tick quantum.
**EXAMPLES:**
The following is an example of how to use ``cpuuse``:
.. code:: c
SHLL \[/] $ cpuuse
CPU Usage by thread
ID NAME SECONDS PERCENT
0x09010001 IDLE 49.745393 98.953
0x0a010001 UI1 0.000000 0.000
0x0a010002 SHLL 0.525928 1.046
Time since last CPU Usage reset 50.271321 seconds
SHLL \[/] $ cpuuse -r
Resetting CPU Usage information
SHLL \[/] $ cpuuse
CPU Usage by thread
ID NAME SECONDS PERCENT
0x09010001 IDLE 0.000000 0.000
0x0a010001 UI1 0.000000 0.000
0x0a010002 SHLL 0.003092 100.000
Time since last CPU Usage reset 0.003092 seconds
In the above example, the system had set idle for nearly
a minute when the first report was generated. The``cpuuse -r`` and ``cpuuse`` commands were pasted
from another window so were executed with no gap between.
In the second report, only the ``shell`` thread has
run since the CPU Usage was reset. It has consumed
approximately 3.092 milliseconds of CPU time processing
the two commands and generating the output.
**CONFIGURATION:**
.. index:: CONFIGURE_SHELL_NO_COMMAND_CPUUSE
.. index:: CONFIGURE_SHELL_COMMAND_CPUUSE
This command is included in the default shell command set.
When building a custom command set, define``CONFIGURE_SHELL_COMMAND_CPUUSE`` to have this
command included.
This command can be excluded from the shell command set by
defining ``CONFIGURE_SHELL_NO_COMMAND_CPUUSE`` when all
shell commands have been configured.
**PROGRAMMING INFORMATION:**
.. index:: rtems_shell_rtems_main_cpuuse
The ``cpuuse`` is implemented by a C language function
which has the following prototype:
.. code:: c
int rtems_shell_rtems_main_cpuuse(
int argc,
char \**argv
);
The configuration structure for the ``cpuuse`` has the
following prototype:
.. code:: c
extern rtems_shell_cmd_t rtems_shell_CPUUSE_Command;
stackuse - print per thread stack usage
---------------------------------------
.. index:: stackuse
**SYNOPSYS:**
.. code:: c
stackuse
**DESCRIPTION:**
This command prints a Stack Usage Report for all of the tasks
and threads in the system. On systems which support it, the
usage of the interrupt stack is also included in the report.
**EXIT STATUS:**
This command always succeeds and returns 0.
**NOTES:**
The ``CONFIGURE_STACK_CHECKER_ENABLED`` ``confdefs.h`` constant
must be defined when the application is configured for this
command to have any information to report.
**EXAMPLES:**
The following is an example of how to use ``stackuse``:
.. code:: c
SHLL \[/] $ stackuse
Stack usage by thread
ID NAME LOW HIGH CURRENT AVAILABLE USED
0x09010001 IDLE 0x023d89a0 - 0x023d99af 0x023d9760 4096 608
0x0a010001 UI1 0x023d9f30 - 0x023daf3f 0x023dad18 4096 1804
0x0a010002 SHLL 0x023db4c0 - 0x023df4cf 0x023de9d0 16384 5116
0xffffffff INTR 0x023d2760 - 0x023d375f 0x00000000 4080 316
**CONFIGURATION:**
.. index:: CONFIGURE_SHELL_NO_COMMAND_STACKUSE
.. index:: CONFIGURE_SHELL_COMMAND_STACKUSE
This command is included in the default shell command set.
When building a custom command set, define``CONFIGURE_SHELL_COMMAND_STACKUSE`` to have this
command included.
This command can be excluded from the shell command set by
defining ``CONFIGURE_SHELL_NO_COMMAND_STACKUSE`` when all
shell commands have been configured.
**PROGRAMMING INFORMATION:**
.. index:: rtems_shell_rtems_main_stackuse
The ``stackuse`` is implemented by a C language function
which has the following prototype:
.. code:: c
int rtems_shell_rtems_main_stackuse(
int argc,
char \**argv
);
The configuration structure for the ``stackuse`` has the
following prototype:
.. code:: c
extern rtems_shell_cmd_t rtems_shell_STACKUSE_Command;
perioduse - print or reset per period usage
-------------------------------------------
.. index:: perioduse
**SYNOPSYS:**
.. code:: c
perioduse \[-r]
**DESCRIPTION:**
This command may be used to print a statistics report on the rate
monotonic periods in the application or to reset the rate monotonic
period usage statistics. When invoked with the ``-r`` option, the
usage statistics are reset.
**EXIT STATUS:**
This command returns 0 on success and non-zero if an error is encountered.
**NOTES:**
The granularity of the timing information reported is dependent
upon the BSP and the manner in which RTEMS was built. In the
default RTEMS configuration, if the BSP supports nanosecond
granularity timestamps, then the information reported will be
highly accurate. Otherwise, the accuracy of the information
reported is limited by the clock tick quantum.
**EXAMPLES:**
The following is an example of how to use ``perioduse``:
.. code:: c
SHLL \[/] $ perioduse
Period information by period
--- CPU times are in seconds ---
--- Wall times are in seconds ---
ID OWNER COUNT MISSED CPU TIME WALL TIME
MIN/MAX/AVG MIN/MAX/AVG
0x42010001 TA1 502 0 0:000039/0:042650/0:004158 0:000039/0:020118/0:002848
0x42010002 TA2 502 0 0:000041/0:042657/0:004309 0:000041/0:020116/0:002848
0x42010003 TA3 501 0 0:000041/0:041564/0:003653 0:000041/0:020003/0:002814
0x42010004 TA4 501 0 0:000043/0:044075/0:004911 0:000043/0:020004/0:002814
0x42010005 TA5 10 0 0:000065/0:005413/0:002739 0:000065/1:000457/0:041058
MIN/MAX/AVG MIN/MAX/AVG
SHLL \[/] $ perioduse -r
Resetting Period Usage information
SHLL \[/] $ perioduse
--- CPU times are in seconds ---
--- Wall times are in seconds ---
ID OWNER COUNT MISSED CPU TIME WALL TIME
MIN/MAX/AVG MIN/MAX/AVG
0x42010001 TA1 0 0
0x42010002 TA2 0 0
0x42010003 TA3 0 0
0x42010004 TA4 0 0
0x42010005 TA5 0 0
**CONFIGURATION:**
.. index:: CONFIGURE_SHELL_NO_COMMAND_PERIODUSE
.. index:: CONFIGURE_SHELL_COMMAND_PERIODUSE
This command is included in the default shell command set.
When building a custom command set, define``CONFIGURE_SHELL_COMMAND_PERIODUSE`` to have this
command included.
This command can be excluded from the shell command set by
defining ``CONFIGURE_SHELL_NO_COMMAND_PERIODUSE`` when all
shell commands have been configured.
**PROGRAMMING INFORMATION:**
.. index:: rtems_shell_rtems_main_perioduse
The ``perioduse`` is implemented by a C language function
which has the following prototype:
.. code:: c
int rtems_shell_rtems_main_perioduse(
int argc,
char \**argv
);
The configuration structure for the ``perioduse`` has the
following prototype:
.. code:: c
extern rtems_shell_cmd_t rtems_shell_PERIODUSE_Command;
profreport - print a profiling report
-------------------------------------
.. index:: profreport
**SYNOPSYS:**
.. code:: c
profreport
**DESCRIPTION:**
This command may be used to print a profiling report.
**EXIT STATUS:**
This command returns 0.
**NOTES:**
Profiling must be enabled at build configuration time to get profiling
information.
**EXAMPLES:**
The following is an example of how to use ``profreport``:
.. code:: c
SHLL \[/] $ profreport
<ProfilingReport name="Shell">
<PerCPUProfilingReport processorIndex="0">
<MaxThreadDispatchDisabledTime unit="ns">10447</MaxThreadDispatchDisabledTime>
<MeanThreadDispatchDisabledTime unit="ns">2</MeanThreadDispatchDisabledTime>
<TotalThreadDispatchDisabledTime unit="ns">195926627</TotalThreadDispatchDisabledTime>
<ThreadDispatchDisabledCount>77908688</ThreadDispatchDisabledCount>
<MaxInterruptDelay unit="ns">0</MaxInterruptDelay>
<MaxInterruptTime unit="ns">688</MaxInterruptTime>
<MeanInterruptTime unit="ns">127</MeanInterruptTime>
<TotalInterruptTime unit="ns">282651157</TotalInterruptTime>
<InterruptCount>2215855</InterruptCount>
</PerCPUProfilingReport>
<PerCPUProfilingReport processorIndex="1">
<MaxThreadDispatchDisabledTime unit="ns">9053</MaxThreadDispatchDisabledTime>
<MeanThreadDispatchDisabledTime unit="ns">41</MeanThreadDispatchDisabledTime>
<TotalThreadDispatchDisabledTime unit="ns">3053830335</TotalThreadDispatchDisabledTime>
<ThreadDispatchDisabledCount>73334202</ThreadDispatchDisabledCount>
<MaxInterruptDelay unit="ns">0</MaxInterruptDelay>
<MaxInterruptTime unit="ns">57</MaxInterruptTime>
<MeanInterruptTime unit="ns">35</MeanInterruptTime>
<TotalInterruptTime unit="ns">76980203</TotalInterruptTime>
<InterruptCount>2141179</InterruptCount>
</PerCPUProfilingReport>
<SMPLockProfilingReport name="SMP lock stats">
<MaxAcquireTime unit="ns">608</MaxAcquireTime>
<MaxSectionTime unit="ns">1387</MaxSectionTime>
<MeanAcquireTime unit="ns">112</MeanAcquireTime>
<MeanSectionTime unit="ns">338</MeanSectionTime>
<TotalAcquireTime unit="ns">119031</TotalAcquireTime>
<TotalSectionTime unit="ns">357222</TotalSectionTime>
<UsageCount>1055</UsageCount>
<ContentionCount initialQueueLength="0">1055</ContentionCount>
<ContentionCount initialQueueLength="1">0</ContentionCount>
<ContentionCount initialQueueLength="2">0</ContentionCount>
<ContentionCount initialQueueLength="3">0</ContentionCount>
</SMPLockProfilingReport>
<SMPLockProfilingReport name="Giant">
<MaxAcquireTime unit="ns">4186</MaxAcquireTime>
<MaxSectionTime unit="ns">7575</MaxSectionTime>
<MeanAcquireTime unit="ns">160</MeanAcquireTime>
<MeanSectionTime unit="ns">183</MeanSectionTime>
<TotalAcquireTime unit="ns">1772793111</TotalAcquireTime>
<TotalSectionTime unit="ns">2029733879</TotalSectionTime>
<UsageCount>11039140</UsageCount>
<ContentionCount initialQueueLength="0">11037655</ContentionCount>
<ContentionCount initialQueueLength="1">1485</ContentionCount>
<ContentionCount initialQueueLength="2">0</ContentionCount>
<ContentionCount initialQueueLength="3">0</ContentionCount>
</SMPLockProfilingReport>
</ProfilingReport>
**CONFIGURATION:**
.. index:: CONFIGURE_SHELL_NO_COMMAND_PROFREPORT
.. index:: CONFIGURE_SHELL_COMMAND_PROFREPORT
When building a custom command set, define``CONFIGURE_SHELL_COMMAND_PROFREPORT`` to have this
command included.
This command can be excluded from the shell command set by
defining ``CONFIGURE_SHELL_NO_COMMAND_PROFREPORT`` when all
shell commands have been configured.
**PROGRAMMING INFORMATION:**
The configuration structure for the ``profreport`` has the
following prototype:
.. code:: c
extern rtems_shell_cmd_t rtems_shell_PROFREPORT_Command;
wkspace - display information on executive workspace
----------------------------------------------------
.. index:: wkspace
**SYNOPSYS:**
.. code:: c
wkspace
**DESCRIPTION:**
This command prints information on the current state of
the RTEMS Executive Workspace reported. This includes the
following information:
- Number of free blocks
- Largest free block
- Total bytes free
- Number of used blocks
- Largest used block
- Total bytes used
**EXIT STATUS:**
This command always succeeds and returns 0.
**NOTES:**
NONE
**EXAMPLES:**
The following is an example of how to use ``wkspace``:
.. code:: c
SHLL \[/] $ wkspace
Number of free blocks: 1
Largest free block: 132336
Total bytes free: 132336
Number of used blocks: 36
Largest used block: 16408
Total bytes used: 55344
**CONFIGURATION:**
.. index:: CONFIGURE_SHELL_NO_COMMAND_WKSPACE
.. index:: CONFIGURE_SHELL_COMMAND_WKSPACE
This command is included in the default shell command set.
When building a custom command set, define``CONFIGURE_SHELL_COMMAND_WKSPACE`` to have this
command included.
This command can be excluded from the shell command set by
defining ``CONFIGURE_SHELL_NO_COMMAND_WKSPACE`` when all
shell commands have been configured.
**PROGRAMMING INFORMATION:**
.. index:: rtems_shell_rtems_main_wkspace
The ``wkspace`` is implemented by a C language function
which has the following prototype:
.. code:: c
int rtems_shell_rtems_main_wkspace(
int argc,
char \**argv
);
The configuration structure for the ``wkspace`` has the
following prototype:
.. code:: c
extern rtems_shell_cmd_t rtems_shell_WKSPACE_Command;
config - show the system configuration.
---------------------------------------
.. index:: config
**SYNOPSYS:**
.. code:: c
config
**DESCRIPTION:**
This command display information about the RTEMS Configuration.
**EXIT STATUS:**
This command always succeeds and returns 0.
**NOTES:**
At this time, it does not report every configuration parameter.
This is an area in which user submissions or sponsorship of
a developer would be appreciated.
**EXAMPLES:**
The following is an example of how to use ``config``:
.. code:: c
INITIAL (startup) Configuration Info
WORKSPACE start: 0x23d22e0; size: 0x2dd20
TIME usec/tick: 10000; tick/timeslice: 50; tick/sec: 100
MAXIMUMS tasks: 20; timers: 0; sems: 50; que's: 20; ext's: 1
partitions: 0; regions: 0; ports: 0; periods: 0
**CONFIGURATION:**
.. index:: CONFIGURE_SHELL_NO_COMMAND_CONFIG
.. index:: CONFIGURE_SHELL_COMMAND_CONFIG
This command is included in the default shell command set.
When building a custom command set, define``CONFIGURE_SHELL_COMMAND_CONFIG`` to have this
command included.
This command can be excluded from the shell command set by
defining ``CONFIGURE_SHELL_NO_COMMAND_CONFIG`` when all
shell commands have been configured.
**PROGRAMMING INFORMATION:**
.. index:: rtems_shell_rtems_main_config
The ``config`` is implemented by a C language function
which has the following prototype:
.. code:: c
int rtems_shell_rtems_main_config(
int argc,
char \**argv
);
The configuration structure for the ``config`` has the
following prototype:
.. code:: c
extern rtems_shell_cmd_t rtems_shell_CONFIG_Command;
itask - list init tasks for the system
--------------------------------------
.. index:: itask
**SYNOPSYS:**
.. code:: c
itask
**DESCRIPTION:**
This command prints a report on the set of initialization
tasks and threads in the system.
**EXIT STATUS:**
This command always succeeds and returns 0.
**NOTES:**
At this time, it includes only Classic API Initialization Tasks.
This is an area in which user submissions or sponsorship of
a developer would be appreciated.
**EXAMPLES:**
The following is an example of how to use ``itask``:
.. code:: c
SHLL \[/] $ itask
# NAME ENTRY ARGUMENT PRIO MODES ATTRIBUTES STACK SIZE
------------------------------------------------------------------------------
0 UI1 \[0x2002258] 0 \[0x0] 1 nP DEFAULT 4096 \[0x1000]
**CONFIGURATION:**
.. index:: CONFIGURE_SHELL_NO_COMMAND_ITASK
.. index:: CONFIGURE_SHELL_COMMAND_ITASK
This command is included in the default shell command set.
When building a custom command set, define``CONFIGURE_SHELL_COMMAND_ITASK`` to have this
command included.
This command can be excluded from the shell command set by
defining ``CONFIGURE_SHELL_NO_COMMAND_ITASK`` when all
shell commands have been configured.
**PROGRAMMING INFORMATION:**
.. index:: rtems_shell_rtems_main_itask
The ``itask`` is implemented by a C language function
which has the following prototype:
.. code:: c
int rtems_shell_rtems_main_itask(
int argc,
char \**argv
);
The configuration structure for the ``itask`` has the
following prototype:
.. code:: c
extern rtems_shell_cmd_t rtems_shell_ITASK_Command;
extension - display information about extensions
------------------------------------------------
.. index:: extension
**SYNOPSYS:**
.. code:: c
extension \[id \[id ...] ]
**DESCRIPTION:**
When invoked with no arguments, this command prints information on
the set of User Extensions currently active in the system.
If invoked with a set of ids as arguments, then just
those objects are included in the information printed.
**EXIT STATUS:**
This command returns 0 on success and non-zero if an error is encountered.
**NOTES:**
NONE
**EXAMPLES:**
The following is an example of using the ``extension`` command
on a system with no user extensions.
.. code:: c
SHLL \[/] $ extension
ID NAME
------------------------------------------------------------------------------
**CONFIGURATION:**
.. index:: CONFIGURE_SHELL_NO_COMMAND_EXTENSION
.. index:: CONFIGURE_SHELL_COMMAND_EXTENSION
This command is included in the default shell command set.
When building a custom command set, define``CONFIGURE_SHELL_COMMAND_EXTENSION`` to have this
command included.
This command can be excluded from the shell command set by
defining ``CONFIGURE_SHELL_NO_COMMAND_EXTENSION`` when all
shell commands have been configured.
**PROGRAMMING INFORMATION:**
.. index:: rtems_shell_rtems_main_extension
The ``extension`` is implemented by a C language function
which has the following prototype:
.. code:: c
int rtems_shell_rtems_main_extension(
int argc,
char \**argv
);
The configuration structure for the ``extension`` has the
following prototype:
.. code:: c
extern rtems_shell_cmd_t rtems_shell_EXTENSION_Command;
task - display information about tasks
--------------------------------------
.. index:: task
**SYNOPSYS:**
.. code:: c
task \[id \[id ...] ]
**DESCRIPTION:**
When invoked with no arguments, this command prints information on
the set of Classic API Tasks currently active in the system.
If invoked with a set of ids as arguments, then just
those objects are included in the information printed.
**EXIT STATUS:**
This command returns 0 on success and non-zero if an error is encountered.
**NOTES:**
NONE
**EXAMPLES:**
The following is an example of how to use the ``task`` on an
application with just two Classic API tasks:
.. code:: c
SHLL \[/] $ task
ID NAME PRIO STAT MODES EVENTS WAITID WAITARG NOTES
------------------------------------------------------------------------------
0a010001 UI1 1 SUSP P:T:nA NONE
0a010002 SHLL 100 READY P:T:nA NONE
**CONFIGURATION:**
.. index:: CONFIGURE_SHELL_NO_COMMAND_TASK
.. index:: CONFIGURE_SHELL_COMMAND_TASK
This command is included in the default shell command set.
When building a custom command set, define``CONFIGURE_SHELL_COMMAND_TASK`` to have this
command included.
This command can be excluded from the shell command set by
defining ``CONFIGURE_SHELL_NO_COMMAND_TASK`` when all
shell commands have been configured.
**PROGRAMMING INFORMATION:**
.. index:: rtems_shell_rtems_main_task
The ``task`` is implemented by a C language function
which has the following prototype:
.. code:: c
int rtems_shell_rtems_main_task(
int argc,
char \**argv
);
The configuration structure for the ``task`` has the
following prototype:
.. code:: c
extern rtems_shell_cmd_t rtems_shell_TASK_Command;
queue - display information about message queues
------------------------------------------------
.. index:: queue
**SYNOPSYS:**
.. code:: c
queue \[id \[id ... ] ]
**DESCRIPTION:**
When invoked with no arguments, this command prints information on
the set of Classic API Message Queues currently active in the system.
If invoked with a set of ids as arguments, then just
those objects are included in the information printed.
**EXIT STATUS:**
This command returns 0 on success and non-zero if an error is encountered.
**NOTES:**
NONE
**EXAMPLES:**
The following is an example of using the ``queue`` command
on a system with no Classic API Message Queues.
.. code:: c
SHLL \[/] $ queue
ID NAME ATTRIBUTES PEND MAXPEND MAXSIZE
------------------------------------------------------------------------------
**CONFIGURATION:**
.. index:: CONFIGURE_SHELL_NO_COMMAND_QUEUE
.. index:: CONFIGURE_SHELL_COMMAND_QUEUE
This command is included in the default shell command set.
When building a custom command set, define``CONFIGURE_SHELL_COMMAND_QUEUE`` to have this
command included.
This command can be excluded from the shell command set by
defining ``CONFIGURE_SHELL_NO_COMMAND_QUEUE`` when all
shell commands have been configured.
**PROGRAMMING INFORMATION:**
.. index:: rtems_shell_rtems_main_queue
The ``queue`` is implemented by a C language function
which has the following prototype:
.. code:: c
int rtems_shell_rtems_main_queue(
int argc,
char \**argv
);
The configuration structure for the ``queue`` has the
following prototype:
.. code:: c
extern rtems_shell_cmd_t rtems_shell_QUEUE_Command;
sema - display information about semaphores
-------------------------------------------
.. index:: sema
**SYNOPSYS:**
.. code:: c
sema \[id \[id ... ] ]
**DESCRIPTION:**
When invoked with no arguments, this command prints information on
the set of Classic API Semaphores currently active in the system.
If invoked with a set of objects ids as arguments, then just
those objects are included in the information printed.
**EXIT STATUS:**
This command returns 0 on success and non-zero if an error is encountered.
**NOTES:**
NONE
**EXAMPLES:**
The following is an example of how to use ``sema``:
.. code:: c
SHLL \[/] $ sema
ID NAME ATTR PRICEIL CURR_CNT HOLDID
------------------------------------------------------------------------------
1a010001 LBIO PR:BI:IN 0 1 00000000
1a010002 TRmi PR:BI:IN 0 1 00000000
1a010003 LBI00 PR:BI:IN 0 1 00000000
1a010004 TRia PR:BI:IN 0 1 00000000
1a010005 TRoa PR:BI:IN 0 1 00000000
1a010006 TRxa <assoc.c: BAD NAME> 0 0 09010001
1a010007 LBI01 PR:BI:IN 0 1 00000000
1a010008 LBI02 PR:BI:IN 0 1 00000000
**CONFIGURATION:**
.. index:: CONFIGURE_SHELL_NO_COMMAND_SEMA
.. index:: CONFIGURE_SHELL_COMMAND_SEMA
This command is included in the default shell command set.
When building a custom command set, define``CONFIGURE_SHELL_COMMAND_SEMA`` to have this
command included.
This command can be excluded from the shell command set by
defining ``CONFIGURE_SHELL_NO_COMMAND_SEMA`` when all
shell commands have been configured.
**PROGRAMMING INFORMATION:**
.. index:: rtems_shell_rtems_main_sema
The ``sema`` is implemented by a C language function
which has the following prototype:
.. code:: c
int rtems_shell_rtems_main_sema(
int argc,
char \**argv
);
The configuration structure for the ``sema`` has the
following prototype:
.. code:: c
extern rtems_shell_cmd_t rtems_shell_SEMA_Command;
region - display information about regions
------------------------------------------
.. index:: region
**SYNOPSYS:**
.. code:: c
region \[id \[id ... ] ]
**DESCRIPTION:**
When invoked with no arguments, this command prints information on
the set of Classic API Regions currently active in the system.
If invoked with a set of object ids as arguments, then just
those object are included in the information printed.
**EXIT STATUS:**
This command returns 0 on success and non-zero if an error is encountered.
**NOTES:**
NONE
**EXAMPLES:**
The following is an example of using the ``region`` command
on a system with no user extensions.
.. code:: c
SHLL \[/] $ region
ID NAME ATTR STARTADDR LENGTH PAGE_SIZE USED_BLOCKS
------------------------------------------------------------------------------
**CONFIGURATION:**
.. index:: CONFIGURE_SHELL_NO_COMMAND_REGION
.. index:: CONFIGURE_SHELL_COMMAND_REGION
This command is included in the default shell command set.
When building a custom command set, define``CONFIGURE_SHELL_COMMAND_REGION`` to have this
command included.
This command can be excluded from the shell command set by
defining ``CONFIGURE_SHELL_NO_COMMAND_REGION`` when all
shell commands have been configured.
**PROGRAMMING INFORMATION:**
.. index:: rtems_shell_rtems_main_region
The ``region`` is implemented by a C language function
which has the following prototype:
.. code:: c
int rtems_shell_rtems_main_region(
int argc,
char \**argv
);
The configuration structure for the ``region`` has the
following prototype:
.. code:: c
extern rtems_shell_cmd_t rtems_shell_REGION_Command;
part - display information about partitions
-------------------------------------------
.. index:: part
**SYNOPSYS:**
.. code:: c
part \[id \[id ... ] ]
**DESCRIPTION:**
When invoked with no arguments, this command prints information on
the set of Classic API Partitions currently active in the system.
If invoked with a set of object ids as arguments, then just
those objects are included in the information printed.
**EXIT STATUS:**
This command returns 0 on success and non-zero if an error is encountered.
**NOTES:**
NONE
**EXAMPLES:**
The following is an example of using the ``part`` command
on a system with no user extensions.
.. code:: c
SHLL \[/] $ part
ID NAME ATTR STARTADDR LENGTH BUF_SIZE USED_BLOCKS
------------------------------------------------------------------------------
**CONFIGURATION:**
.. index:: CONFIGURE_SHELL_NO_COMMAND_PART
.. index:: CONFIGURE_SHELL_COMMAND_PART
This command is included in the default shell command set.
When building a custom command set, define``CONFIGURE_SHELL_COMMAND_PART`` to have this
command included.
This command can be excluded from the shell command set by
defining ``CONFIGURE_SHELL_NO_COMMAND_PART`` when all
shell commands have been configured.
**PROGRAMMING INFORMATION:**
.. index:: rtems_shell_rtems_main_part
The ``part`` is implemented by a C language function
which has the following prototype:
.. code:: c
int rtems_shell_rtems_main_part(
int argc,
char \**argv
);
The configuration structure for the ``part`` has the
following prototype:
.. code:: c
extern rtems_shell_cmd_t rtems_shell_PART_Command;
object - display information about rtems objects
------------------------------------------------
.. index:: object
**SYNOPSYS:**
.. code:: c
object \[id \[id ...] ]
**DESCRIPTION:**
When invoked with a set of object ids as arguments, then
a report on those objects is printed.
**EXIT STATUS:**
This command returns 0 on success and non-zero if an error is encountered.
**NOTES:**
NONE
**EXAMPLES:**
The following is an example of how to use ``object``:
.. code:: c
SHLL \[/] $ object 0a010001 1a010002
ID NAME PRIO STAT MODES EVENTS WAITID WAITARG NOTES
------------------------------------------------------------------------------
0a010001 UI1 1 SUSP P:T:nA NONE
ID NAME ATTR PRICEIL CURR_CNT HOLDID
------------------------------------------------------------------------------
1a010002 TRmi PR:BI:IN 0 1 00000000
**CONFIGURATION:**
.. index:: CONFIGURE_SHELL_NO_COMMAND_OBJECT
.. index:: CONFIGURE_SHELL_COMMAND_OBJECT
This command is included in the default shell command set.
When building a custom command set, define``CONFIGURE_SHELL_COMMAND_OBJECT`` to have this
command included.
This command can be excluded from the shell command set by
defining ``CONFIGURE_SHELL_NO_COMMAND_OBJECT`` when all
shell commands have been configured.
**PROGRAMMING INFORMATION:**
.. index:: rtems_shell_rtems_main_object
The ``object`` is implemented by a C language function
which has the following prototype:
.. code:: c
int rtems_shell_rtems_main_object(
int argc,
char \**argv
);
The configuration structure for the ``object`` has the
following prototype:
.. code:: c
extern rtems_shell_cmd_t rtems_shell_OBJECT_Command;
driver - display the rtems device driver table
----------------------------------------------
.. index:: driver
**SYNOPSYS:**
.. code:: c
driver [ major [ major ... ] ]
**DESCRIPTION:**
When invoked with no arguments, this command prints information on
the set of Device Drivers currently active in the system.
If invoked with a set of major numbers as arguments, then just
those Device Drivers are included in the information printed.
**EXIT STATUS:**
This command returns 0 on success and non-zero if an error is encountered.
**NOTES:**
NONE
**EXAMPLES:**
The following is an example of how to use ``driver``:
.. code:: c
SHLL \[/] $ driver
Major Entry points
------------------------------------------------------------------------------
0 init: \[0x200256c]; control: \[0x20024c8]
open: \[0x2002518]; close: \[0x2002504]
read: \[0x20024f0]; write: \[0x20024dc]
1 init: \[0x20023fc]; control: \[0x2002448]
open: \[0x0]; close: \[0x0]
read: \[0x0]; write: \[0x0]
SHLL \[/] $
**CONFIGURATION:**
.. index:: CONFIGURE_SHELL_NO_COMMAND_DRIVER
.. index:: CONFIGURE_SHELL_COMMAND_DRIVER
This command is included in the default shell command set.
When building a custom command set, define``CONFIGURE_SHELL_COMMAND_DRIVER`` to have this
command included.
This command can be excluded from the shell command set by
defining ``CONFIGURE_SHELL_NO_COMMAND_DRIVER`` when all
shell commands have been configured.
**PROGRAMMING INFORMATION:**
.. index:: rtems_shell_rtems_main_driver
The ``driver`` is implemented by a C language function
which has the following prototype:
.. code:: c
int rtems_shell_rtems_main_driver(
int argc,
char \**argv
);
The configuration structure for the ``driver`` has the
following prototype:
.. code:: c
extern rtems_shell_cmd_t rtems_shell_DRIVER_Command;
dname - displays information about named drivers
------------------------------------------------
.. index:: dname
**SYNOPSYS:**
.. code:: c
dname
**DESCRIPTION:**
This command XXX
WARNING! XXX This command does not appear to work as of 27 February 2008.
**EXIT STATUS:**
This command returns 0 on success and non-zero if an error is encountered.
**NOTES:**
NONE
**EXAMPLES:**
The following is an example of how to use ``dname``:
.. code:: c
EXAMPLE_TBD
**CONFIGURATION:**
.. index:: CONFIGURE_SHELL_NO_COMMAND_DNAME
.. index:: CONFIGURE_SHELL_COMMAND_DNAME
This command is included in the default shell command set.
When building a custom command set, define``CONFIGURE_SHELL_COMMAND_DNAME`` to have this
command included.
This command can be excluded from the shell command set by
defining ``CONFIGURE_SHELL_NO_COMMAND_DNAME`` when all
shell commands have been configured.
**PROGRAMMING INFORMATION:**
.. index:: rtems_shell_rtems_main_dname
The ``dname`` is implemented by a C language function
which has the following prototype:
.. code:: c
int rtems_shell_rtems_main_dname(
int argc,
char \**argv
);
The configuration structure for the ``dname`` has the
following prototype:
.. code:: c
extern rtems_shell_cmd_t rtems_shell_DNAME_Command;
pthread - display information about POSIX threads
-------------------------------------------------
.. index:: pthread
**SYNOPSYS:**
.. code:: c
pthread \[id \[id ...] ]
**DESCRIPTION:**
When invoked with no arguments, this command prints information on
the set of POSIX API threads currently active in the system.
If invoked with a set of ids as arguments, then just
those objects are included in the information printed.
**EXIT STATUS:**
This command returns 0 on success and non-zero if an error is encountered.
**NOTES:**
This command is only available when the POSIX API is configured.
**EXAMPLES:**
The following is an example of how to use the ``task`` on an
application with four POSIX threads:
.. code:: c
SHLL \[/] $ pthread
ID NAME PRI STATE MODES EVENTS WAITID WAITARG NOTES
------------------------------------------------------------------------------
0b010002 Main 133 READY P:T:nA NONE 43010001 0x7b1148
0b010003 ISR 133 Wcvar P:T:nA NONE 43010003 0x7b1148
0b01000c 133 READY P:T:nA NONE 33010002 0x7b1148
0b01000d 133 Wmutex P:T:nA NONE 33010002 0x7b1148
**CONFIGURATION:**
This command is part of the monitor commands which are always
available in the shell.
**PROGRAMMING INFORMATION:**
This command is not directly available for invocation.
.. COMMENT: COPYRIGHT (c) 1988-2008.
.. COMMENT: On-Line Applications Research Corporation (OAR).
.. COMMENT: All rights reserved.
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