| Commit message (Collapse) | Author | Files | Lines |
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The use of this function is optional. Newer BSPs do not use it.
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When the switch to waf occurred, the SMP support in i386 was left out
causing it to accumulate a minor amount of cruft. This enables SMP for
the i386 BSPs that support it and updates them for the API drift that
has occurred since the change.
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This patch adds basic support for the following boards:
xilinx_zynq_pynq - PYNQ Z1 / Z2
xilinx_zynq_microzed - MicroZed 7010 / 7020
xilinx_zynq_picozed - PicoZed 7010 / 7015 / 7020 / 7030
xilinx_zynq_zybo - ZYBO
xilinx_zynq_zybo_z7 - ZYBO Z7-10 / Z7-20
N.b. Arty Z7-20 is basically a PYNQ Z1 - different board
color and updated Eth PHY.
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The goal is to get code and branch coverage from actual tests and not
the test support itself.
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Replace the main page with a high level description of the RTEMS feature
set similar to:
https://docs.rtems.org/branches/master/user/overview/index.html#features
The replaced content can be found in the RTEMS Classic API Guide:
https://docs.rtems.org/branches/master/c-user/overview.html
https://docs.rtems.org/branches/master/c-user/key_concepts.html
Update #3705.
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Enable a BSP-specific CPU counter implementation.
Update #4954.
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The <rtems/test-info.h> header file is required for every RTEMS test
program. Move the RTEMS test printer support to a dedicated header file
<rtems/test-printer.h>. This removes an unnecessary dependency to the
RTEMS printer support in <rtems/test-info.h>.
Tests using the RTEMS Testing Framework no longer depend on the
<rtems/printer.h>.
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There is no need to use a separate build object item.
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This change requires an rtems-tools update for symbol generation.
Working architectures:
- aarch64
- arm
- powerpc
- sparc
No newlib TLS support but checked:
- i386
- m69k
Updates #4920
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The current ARM support in libdebugger does not cover Cortex-M series
cores since it requires support for CP14 system register accessor
instructions. Cortex-M series cores support debug monitor mode, but its
configuration is accessed by memory mapped registers instead of using
CP14. This omits building libdebugger from BSPs that use a cortex-m ABI
flag.
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Closes #4943
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Updates #4924.
The Regulator is an application support class which is used to
deal with the scenario where there is a bursty input source
which needs to be metered out to a destination sink. The maximum
size of bursts needs to be known and the delivery method must
be configured to deliver messages at a rate that allows the
traffic to not overflow.
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Replace --rtems-version with a PROGRAM_PREFIX option. This allows also
the use of vendor tools.
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Define the RTEMS version in the wscript. Optionally use a VERSION file
to change the default values of the wscript. Allow the command line
option --rtems-version to override __RTEMS_MAJOR__. Remove support for
command line configurable options (--rtems-option).
Rename internal define RTEMS_VERSION_VC_KEY to
RTEMS_VERSION_CONTROL_KEY.
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Move <rtems/score/gcov.h> to <rtems/test-gcov.h>. These functions do
not belong to an super core service.
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These functions do not belong to an super core service.
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This reverts commit cd91b37dce728b372f164355719a4e601e12e7b3.
Closes #4803.
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This function is not a super core service.
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Sebastian has agreed to move this out of score. I should have
removed this patch from my tree but accidentally committed it
with another patch.
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The only use was in a test.
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This improves the organization of the cpukit.
Closes #4912.
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* _Protected_heap_Get_block_size
* _Protected_heap_Iterate
* _Protected_heap_Resize_block
Closes #4909.
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The embedded brains GmbH & Co. KG is the legal successor of embedded
brains GmbH.
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Use of this method was likely eliminated during the rework to use
FreeBSD bintime/sbintime.
Close #4905.
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There was a cyclic dependency: For RTEMS_STATIC_ANALYSIS we needed
basedefs.h in assert.h. For RTEMS_UNREACHABLE() we needed _Assert() from
assert.h in basedefs.h.
Fix this by introducing _Debug_Unreachable() in basedefs.h.
Add RTEMS_FUNCTION_NAME to basedefs.h and use it in basedefs.h and
assert.h.
Close #4900.
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This patch includes the spec/build options for the riscv kendrytek210
BSP variant. It includes options to allow the frdme310arty console
UART to be used on multiple BSPS, device tree options, memory
options, and other required options for the variant.
Updates #4876
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This adds write buffer and bad block support required for JFFS2
operation on NAND devices. This also adds the minor modifications
necessary for RTEMS support in the Linux header stubs and in wbuf.c.
Memory and NOR backed applications should experience no difference in
operation since they do not expose the callbacks required for write
buffer support.
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Closes #2828.
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Merge the "default" and "default-by-variant" attributes. Use an
"enabled-by" expression to select the default value based on the enabled
set. This makes it possible to select default values depending on other
options. For example you could choose memory settings based on whether
RTEMS_SMP is enabled or disabled.
The change was tested by comparing the output of
./waf bspdefaults
before and after the change.
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Replace the variant patterns in the default-by-variant list with an
explicit list of matching BSPs.
The change was tested by comparing the output of
./waf bspdefaults
before and after the change.
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This adds a BSP variant for the ZynqMP BSP family to support the
Innoflight CFC-400X platform. To properly support the CFC-400X, device
trees were added to the ZynqMP platform due to both the optional
management interface as well as alternate physical configuration of the
ethernet interfaces.
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By default, allocate the IDLE task storage areas from the RTEMS Workspace.
This avoids having to estimate the thread-local storage size in the default
configuration.
Add the application configuration option CONFIGURE_IDLE_TASK_STORAGE_SIZE to
request a static allocation of the task storage area for IDLE tasks.
Update #3835.
Update #4524.
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This function was declared, however, a definition was missing. Add a
validation test for it.
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Update #3719.
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The Microchip PolarFire SoC support is implemented as a
riscv BSP variant to boot with any individual hart(cpu core)
or SMP based on the boot HARTID configurable and support
components are 4 CPU Cores (U54), Interrupt controller (PLIC),
Timer (CLINT), UART.
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Added support for Cobham Gaisler NOEL-V systems. The NOEL-V support
is implemented as a riscv BSP. Both 32-bit and 64-bit processor
systems are supported. Cobham Gaisler's NOEL-V RISC-V processor IP
is described here:
https://www.gaisler.com/NOELV
Compatible with the following NOEL-V FPGA example design ranges
available from Cobham Gaisler. Follow the links for free
bit-streams, DTS/DTB, user's manuals and quick-start guides:
- NOEL-ARTYA7-EX (https://www.gaisler.com/NOEL-ARTYA7)
- NOEL-PF-EX (https://www.gaisler.com/NOEL-PF)
- NOEL-XCKU-EX (https://www.gaisler.com/NOEL-XCKU)
Uses the shared GRLIB APBUART console driver "apbuart_termios.c".
APBUART devices are probed using device tree.
Closes #4225.
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