| Commit message (Collapse) | Author | Age | Files | Lines |
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Ensure that the global construction is performed in the context of the
first initialization thread. On SMP this was not guaranteed in the
previous implementation.
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This avoids test durations of more than one hour on fast targets, since
fast targets can count a lot during one clock tick period, so the minor
loop iteration count was quite high. Estimate now the test body
duration to iterate only through the interesting time window.
Add and use interrupt_critical_section_test().
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This lays the proper structure for doing future work on
time adjustment algorithms. Any TOD adjustments should be
requested at the API level and performed at the SCORE level.
Additionally updated a test.
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Provide a file per BSP to list tests that do not build for a BSP. This change
removes the BSP_SMALL_MEMORY hack from the code. That hack was a
mistake.
Provide configuration files for each BSP with tests that cannot build.
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Per task variables are inherently unsafe in SMP systems. This
patch disables them from the build and adds warnings in the
appropriate documentation and configuration sections.
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The thread deletion is now supported on SMP.
This change fixes the following PRs:
PR1814: SMP race condition between stack free and dispatch
PR2035: psxcancel reveals NULL pointer access in _Thread_queue_Extract()
The POSIX cleanup handler are now called in the right context (should be
called in the context of the terminating thread).
http://pubs.opengroup.org/onlinepubs/009695399/functions/xsh_chap02_09.html
Add a user extension the reflects a thread termination event. This is
used to reclaim the Newlib reentrancy structure (may use file
operations), the POSIX cleanup handlers and the POSIX key destructors.
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Run the thread restart extensions in the context of the restarted
thread. Run them with thread dispatching enabled.
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The man-page for pthread_setspecific does not define the EAGAIN return value.
Further without this patch it was not possible to set keys that have been
already set a new value.
Add test for setting a new value to a already set key.
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Enable pthread_once() for all configurations. The pthread_once()
function is one means to initialize POSIX keys. Another use case is the
C++ support.
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This avoids large test execution times on targets with a big RAM.
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This avoids large test execution times on targets with a big RAM.
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We have a unified work area. So depending on the memory layout the
task_id_p = malloc( sizeof( rtems_id ) );
rtems_test_assert( task_id_p );
or the
sc = rtems_task_create(
rtems_build_name('T','A',created_task_count, ' '),
1,
RTEMS_MINIMUM_STACK_SIZE,
RTEMS_DEFAULT_MODES,
RTEMS_DEFAULT_ATTRIBUTES,
task_id_p
);
rtems_test_assert(
(sc == RTEMS_UNSATISFIED) ||
(sc == RTEMS_TOO_MANY) ||
(sc == RTEMS_SUCCESSFUL)
);
may fail. If we are unlucky then we hit the first case and the test
fails.
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Formerly POSIX keys were only enabled when POSIX threads
were enabled. Because they are a truly safe alternative
to per-task variables in an SMP system, they are being
enabled in all configurations.
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Rename rtems_internal_error_description() to
rtems_internal_error_text(). Rename rtems_fatal_source_description() to
rtems_fatal_source_text(). Rename rtems_status_code_description() to
rtems_status_text(). Remove previous implementation of
rtems_status_text().
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The lack of a line feed means the output from the test runs into
the MI protocol on GDB as the broken simulator output currently
is not passing through gdb's MI protocol layer.
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This test formerly had a bug in that it attempted to wait on a
condition variable with a Mutex that was not locked. This is
undefined by POSIX. But a recent change to match GNU/Linux behavior
resulted in finding a bug in the test.
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This test formerly had a bug in that it attempted to wait on a
condition variable with a Mutex that was not locked. This is
undefined by POSIX. But a recent change to match GNU/Linux behavior
resulted in finding a bug in the test.
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Provide support for latest Newlib <pthread.h> change. The cleanup
contexts are stored on the thread stack. This is conformant with the
POSIX requirements for the pthread_cleanup_push() and
pthread_cleanup_pop() statement pair.
Passing an invalid pointer as the routine to pthread_cleanup_push() is
now a usage error and the behaviour is undefined.
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