| Commit message (Collapse) | Author | Files | Lines |
|---|
|
Add RTEMS_FATAL_SOURCE_SPURIOUS_INTERRUPT as the fatal source for
spurious interrupts. Use the interrupt vector number of the spurious
interrupt for the fatal code.
Update #3269.
|
|
Add rtems_interrupt_vector_disable().
Update #3269.
|
|
Update #3269.
|
|
Bring the error conditions and status in line with
rtems_task_get_affinity() and rtems_task_set_affinity().
Update #3269.
|
|
Update #3269.
|
|
Use BSP_INTERRUPT_VECTOR_COUNT instead of BSP_INTERRUPT_VECTOR_MAX.
Update #3269.
|
|
Replace it with BSP_INTERRUPT_VECTOR_COUNT.
Update #3269.
|
|
Remove BSP_INTERRUPT_VECTOR_MIN and unconditionally let interrupt vector
numbers start with zero.
The BSP_INTERRUPT_VECTOR_MIN == 0 invariant was tested by the previous commit
and building all BSPs.
Update #3269.
|
|
Remove the support for BSP_INTERRUPT_NO_HEAP_USAGE. This was only used
by one BSP and provides no real benefit.
Update #3269.
|
|
Change license to BSD-2-Clause according to file history and
re-licensing agreement.
Update #3053.
|
|
Also start interrupt server tasks on processors which do not have a
scheduler. Applications may dynamically manage processors using
rtems_scheduler_remove_processor() and rtems_scheduler_add_processor().
|
|
The ISR lock must be destroyed to prevent memory corruption if RTEMS_PROFILING
and RTEMS_SMP is enabled.
Close #4158.
|
|
Add rtems_interrupt_server_destroy().
Before this patch, the only way to create interrupt servers was
rtems_interrupt_server_initialize(). This function creates the default
interrupt server and in SMP configurations additional interrupt servers
for the additional processors. The interrupt server is heavily used by
libbsd. This includes the epoch based reclamation which performs time
consuming resource and memory deallocation work. This does not work well
with time critical services, for example an UART over SPI or I2C. One
approach to address this problem is to allow the application to create
custom interrupt servers with the right priority and task properties.
The interrupt server API accounted for this, however, it was not
implemented before this patch.
Close #4034.
|
|
Resource leak identified by Coverity (CID 1456675). The value
of instances is leaked in case some but not all irq servers are
created. It should be stored in bsp_interrupt_server_instances.
|
|
The use case for this function is the libbsd. In FreeBSD, the interrupt
setup and binding to a processor is done in two steps. Message
based interrupts like PCIe MSI and MSI-X interrupts can be implemented
through interrupt server entries. They are setup at the default
interrupt server and may optionally move to an interrupt server bound to
a specific processor.
|
|
This makes it possible to write tests for the generic interrupt
controller support.
Update #3269.
|
|
Add rtems_scheduler_get_processor_maximum() as a replacement for
rtems_get_processor_count(). The rtems_get_processor_count() is a bit
orphaned. Adopt it by the Scheduler Manager. The count is also
misleading, since the processor set may have gaps and the actual count
of online processors may be less than the value returned by
rtems_get_processor_count().
Update #3732.
|
|
|
|
|
|
The genmcf548x partly uses is own implementation of the interrupt
extension API for libbsd support.
This patch is a part of the BSP source reorganization.
Update #3285.
|
|
Use rtems_heap_allocate_aligned_with_boundary() instead of malloc() to
avoid a dependency on errno.
|
|
This patch is a part of the BSP source reorganization.
Update #3285.
|
