| Commit message (Collapse) | Author | Age | Files | Lines |
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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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This simplifies the RTEMS initialization and helps to avoid a memory
overhead. The workspace demands of the IO manager were not included in
the <rtems/confdefs.h> workspace size estimate. This is also fixed as a
side-effect.
Update documentation and move "Specifying Application Defined Device
Driver Table" to the section end. This sub-section is not that
important for the user. Mentioning this at the beginning may lead to
confusion.
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With this patch C++ applications now eventually need additional POSIX-keys and
POSIX-key-value-pairs configured.
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The rtems_gxx_key_dtor function is not longer used by gcc.
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This partially reverts commit 1215fd4d9426a59d568560e9a485628560363133.
In order to support profiling of SMP locks and provide a future
compatible SMP locks API it is necessary to add an SMP lock destroy
function. Since the commit above adds an SMP lock to each chain control
we would have to add a rtems_chain_destroy() function as well. This
complicates the chain usage dramatically. Thus revert the patch above.
A global SMP lock for all chains is used to implement the protected
chain operations.
Advantages:
* The SAPI chain API is now identical on SMP and non-SMP
configurations.
* The size of the chain control is reduced and is then equal to the
Score chains.
* The protected chain operations work correctly on SMP.
Disadvantage:
* Applications using many different chains and the protected operations
may notice lock contention.
The chain control size drop is a huge benefit (SAPI chain controls are
66% larger than the Score chain controls). The only disadvantage is not
really a problem since these applications can use specific interrupt
locks and unprotected chain operations to avoid this issue.
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Merge systems states SYSTEM_STATE_SHUTDOWN and SYSTEM_STATE_FAILED into
new system state SYSTEM_STATE_TERMINATED. This reflects that all system
termination paths end up in _Internal_error_Occurred().
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Alter the output to avoid sending out what is the MI protocol. The SIS
simulator is currently broken and outputs directly to GDB's stdout and
so this output gets parsed as MI output.
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[That is, https://github.com/cesanta/mongoose/commit/04fc209644b414d915c446bb1815b55e9fe63acc. See https://groups.google.com/forum/#!topic/mongoose-users/aafbOnHonkI]
The RTEMS patches described in the following emails and made to the previous Mongoose base have been applied:
- http://www.rtems.org/pipermail/rtems-devel/2012-July/001345.html
- http://www.rtems.org/pipermail/rtems-devel/2012-July/001343.html
- http://www.rtems.org/pipermail/rtems-devel/2012-July/001346.html (except to mongoose.1, see below)
...as well as a patch very similar to that discussed at http://forums.bannister.org/ubbthreads.php?ubb=showflat&topic=7600&gonew=1 to provide poll() (which might be able to go away soon, with incoming RTEMS poll() support)
mg_connect(), mg_url_encode() and mg_vprintf() were additionally marked "static" to silence warnings.
mongoose.1 appears to have been removed from the upstream distribution.
Note that the API's changed, for example:
- A struct mg_callbacks must now be provided to mg_start(). Initialise members to NULL to disable various types of callbacks
- Callback interfaces have changed significantly in general
- The short form of options (e.g., "u" instead of "run_as_user") are no longer available (upstream)
- The "max_request_size" options has been removed
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This helps to prevent stack overflows due to configuration errors.
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Add ISR lock to chain control for proper SMP protection. Replace
rtems_chain_extract() with rtems_chain_explicit_extract() and
rtems_chain_insert() with rtems_chain_explicit_insert() on SMP
configurations. Use rtems_chain_explicit_extract() and
rtems_chain_explicit_insert() to provide SMP support.
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Delete TOD_MICROSECONDS_PER_SECOND, TOD_MICROSECONDS_TO_TICKS() and
TOD_MILLISECONDS_TO_TICKS().
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Move implementation specific parts of heap.h and heap.inl into new
header file heapimpl.h. The heap.h contains now only the application
visible API.
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Move implementation specific parts of rbtree.h and rbtree.inl into new
header file rbtreeimpl.h. The rbtree.h contains now only the
application visible API.
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utf8proc is a library for processing UTF-8 encoded Unicode strings.
Some features are Unicode normalization, stripping of default ignorable characters, case folding and detection of grapheme cluster boundaries.
For now utf8proc is intended for normalizing and folding strings for comparison purposes within the UTF-8 support of the FAT file system.
This test will call interface methods of library utf8proc in order to make sure they compiled and linked ok.
The library is third party, thus it should be sufficient for us to make sure we can build it correctly.
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