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This is provided by Newlib itself.
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Add a new interrupt server driven Termios mode (TERMIOS_IRQ_DRIVEN).
This mode is identical to the interrupt driven mode except that a mutex
is used for device level locking. The intended use case for this mode
are device drivers that use the interrupt server, e.g. SPI or I2C
connected devices.
Update #2839.
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Termios has a task driven mode (TERMIOS_TASK_DRIVEN). This mode aims to
avoid long sections with disabled interrupts. This is only partly
implemented since the device level state is still protected by disabled
interrupts. Use a mutex to protect the device level state in task driven
mode to fix this issue.
Update #2838.
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Update #2825.
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Update #2825.
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Update #2825.
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Update #2825.
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The fatal is internal indicator is redundant since the fatal source and
error code uniquely identify a fatal error. Keep the fatal user
extension is internal parameter for backward compatibility and set it to
false always.
Update #2825.
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Turn pthread_spinlock_t into a self-contained object. On uni-processor
configurations, interrupts are disabled in the lock/trylock operations
and the previous interrupt status is restored in the corresponding
unlock operations. On SMP configurations, a ticket lock is a acquired
and released in addition.
The self-contained pthread_spinlock_t object is defined by Newlib in
<sys/_pthreadtypes.h>.
typedef struct {
struct _Ticket_lock_Control _lock;
__uint32_t _interrupt_state;
} pthread_spinlock_t;
This implementation is simple and efficient. However, this test case of
the Linux Test Project would fail due to call of printf() and sleep()
during spin lock ownership:
https://github.com/linux-test-project/ltp/blob/master/testcases/open_posix_testsuite/conformance/interfaces/pthread_spin_lock/1-2.c
There is only limited support for profiling on SMP configurations.
Delete CORE spinlock implementation.
Update #2674.
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These kernel space header files must be provided for Newlib
172e2050d95b41861db858dd9bc43a3fb4a28987.
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Do not reference the objects information directly.
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Update #2423.
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Update #2785.
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This makes the new Termios devices independent of device major/minor
numbers. It enables BSP independent Termios device drivers which may
reside in the cpukit domain. These drivers require an IMFS and do not
work with the device file system. However, the device file system
should go away in the future.
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This helps to detect
* double insert, append, prepend errors, and
* get from empty chain errors.
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and maximal alignment.
There is need for unambiguous named and defined cache function
which should be called when code is updated, loaded
or is self-modifying.
There should be function to obtain maximal cache line length
as well. This function can and should be used for allocations
which can be used for data and or code and ensures that
there are no partial cache lines overlaps on start and
end of allocated region.
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The dummy for setgroups() allows applications using it to build (for example
civetweb webserver).
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The RTEMS print user need to know nothing about a particular printer
implementation. In particular get rid of the <stdio.h> include which
would be visible via <rtems.h>.
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We must use vfprintf().
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This change adds rtems_printf and related functions and wraps the
RTEMS print plugin support into a user API. All references to the
plugin are removed and replaced with the rtems_printer interface.
Printk and related functions are made to return a valid number of
characters formatted and output.
The function attribute to check printf functions has been added
to rtems_printf and printk. No changes to remove warrnings are part
of this patch set.
The testsuite has been moved over to the rtems_printer. The testsuite
has a mix of rtems_printer access and direct print control via the
tmacros.h header file. The support for begink/endk has been removed
as it served no purpose and only confused the code base. The testsuite
has not been refactored to use rtems_printf. This is future work.
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Add _Thread_Change_life_locked() as a general function to alter the
thread life state. Use it to implement _Thread_Set_life_protection() as
a first step.
Update #2555.
Update #2626.
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The mq_open() function returns a descriptor to a POSIX message queue
object identified by a name. This is similar to sem_open(). In
contrast to the POSIX semaphore the POSIX message queues use a separate
object for the descriptor. This extra object is superfluous, since the
object identifier can be used directly for this purpose, just like for
the semaphores.
Update #2702.
Update #2555.
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Remove unused location parameter.
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Call _Malloc_Process_deferred_frees() owning the allocator lock to
prevent deletion of the executing thread while doing the deferred frees.
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These were in libcsupport for historical reasons and the placement
no longer made sense.
As part of this move, some of the files were placed under subdirectories
which reflect their installed location.
Thank you git for allowing us to move files. Years of CVS resulted
in files being somewhere they no longer belonged.
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Yields higher performance on SMP systems.
Close #2625.
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The CPU time used of a thread was previously maintained per-processor
mostly during _Thread_Dispatch(). However, on SMP configurations the
actual processor of a thread is difficult to figure out since thread
dispatching is a highly asynchronous process (e.g. via inter-processor
interrupts). Only the intended processor of a thread is known to the
scheduler easily. Do the CPU usage accounting during thread heir
updates in the context of the scheduler operations. Provide the
function _Thread_Get_CPU_time_used() to get the CPU usage of a thread
using proper locks to get a consistent value.
Close #2627.
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Close #2617.
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Replace malloc_is_system_state_OK() with _Malloc_System_state() to allow
early allocations, e.g. in bsp_start(). Here the _Thread_Executing is
NULL, thus an _API_Mutex_Lock() would lead to a NULL pointer access.
Move malloc() support code to general case
rtems_heap_allocate_aligned_with_boundary(). Use
rtems_heap_allocate_aligned_with_boundary() to avoid duplicated code.
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Update #2408.
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