| Commit message (Collapse) | Author | Age | Files | Lines |
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We need the unmodified r4 for get_potential_new_heir.
This partially reverts commit 8d785f72d9610fb80a65d7848404f0f7507e026c.
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Closes #2767
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Commit 0fd6f25507fbea5f4892b71b58837cdda17856b4 relaxed the thread begin
extension execution environment. This broke the stack check which only
partially initialized the stack pattern in its create extension. Move
the part of the begin extension to the create extension.
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It has advantage that it is designed as free-running counter
with compare registers and can easily serve for for both
timecounter and tick interrupt.
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The BSP support is divided to startup/bspsmp_api.c file where
functions required by SuperCore are defined and BCM2836 hardware
initialization part in startup/bspsmp_init.c.
Separation is done to prevent smpfatal08 test build failure.
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processing.
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level.
New function arm_cp15_cache_invalidate_level and arm_cp15_cache_clean_level
can be used to maintain single cache level (instruction or data).
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Protection by rtems_interrupt_disable() is incompatible with SMP build.
Actual page table entries manipulation function does not need locking
and disabling cache and can be run concurrently even on multiple
CPUs as long as changes do not modify same region. If the function
is called from more threads/CPUs to modify same region with different
mapping options concurrently then there is problem at another level
of virtual address space management and has to be solved by mutex
or other locking at that level.
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The change documents meaning of codes and opens
well defined way to use cache type format for cache
examination/debugging outside of arm-cp15.h file.
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This information turned out to be useless in the last couple of months.
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Ensure that we extract a node only from the right tree.
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Move the 64-bit field to a not 64-bit aligned structure offset to stop
the compiler from generating 64-bit load/store operations.
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This patches some issues with the capture engine:
1. Check is the engine is open in ctrace commands.
2. Check all record open and appends for overflow.
3. Fix the record open to take the size of user data and
not the record header.
4. Use packed structs for data being written to the per
cpu buffers.
5. Remove direct struct access to the capture buffers to
avoid misaligned accesses.
6. Add support to extract records, no struct access to the
capture buffers.
7. Update ctrace to extract records from the capture buffers.
8. Add support to ctrace to always print the task name if it
has one.
9. Add support to manage names or the lack of a name.
10. Range of minor fixes.
11. Fix a long standing bug in ctset's handling of args.
Closes #2780.
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initialization starts.
The u-boot loader enables the MMU plus the data and instruction caches
in some versions which results in RTEMS boot failure.
Closes #2774.
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Adding functionality to get board serial,
power state & clock rate
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Closes #2775.
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According to POSIX priority value returned from pthread_getschedparam()
shall be the value specified by the most recent pthread_setschedparam(),
pthread_setschedprio(), or pthread_create() call affecting the target
thread. Read this as though a temporary lower priority due to the
sporadic server policy shall not be visible through
pthread_getschedparam(). Thus, use rtems_task_set_priority() to get the
current priority of the threads.
Use a priority ceiling mutex to prevent sporadic server priority
adjustments.
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Cast POSIX error codes to unsigned int to avoid undefined behaviour in
case of PTHREAD_BARRIER_SERIAL_THREAD which is -1.
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This patch fixes a number of bugs in the cache when requests are
made to read close to the end of the file and the data is copied
from the top of the cache buffer to the bottom of the buffer. This
was compounded by attempting to read past the end of the file.
Closes #2754.
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This lets the table be changed at runtime for dynamic loading and
debugger support.
Closes #2775.
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Return if the inserted node is the new minimum node or not.
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This is an optimization for _Thread_queue_Surrender(). It helps to
encapsulate the priority boosting in the priority inheritance thread
queue operations.
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Dismantle _Thread_queue_Do_extract_locked() into re-usable parts like
_Thread_queue_MP_set_callout() and _Thread_queue_Make_ready_again().
Use them in _Thread_queue_Surrender() to propare for a new thread queue
surrender operation.
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Add _Thread_queue_Surrender() to unify the mutex surrender procedures
which involve a thread queue operation.
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