(last commit with same title only included new files - added those now)
Previously the desktop application would make a number of JSON-RPC calls
over HTTP to get the repositories. Now it will make a single call to get
the repositories and cache the result. This uses standard HTTP cache
signalling techniques and allows the server-side the ability to cache
the generated data as well. Note that the model classes and parse-
related classes are generated and may not be code-style compliant. They
are generated from JSON schema files in the server-side project.
Information about this as well as the python files used to generate the
C++ classes and headers are included in the server-side project.
Previously the desktop application would make a number of JSON-RPC calls
over HTTP to get the repositories. Now it will make a single call to get
the repositories and cache the result. This uses standard HTTP cache
signalling techniques and allows the server-side the ability to cache
the generated data as well. Note that the model classes and parse-
related classes are generated and may not be code-style compliant. They
are generated from JSON schema files in the server-side project.
Information about this as well as the python files used to generate the
C++ classes and headers are included in the server-side project.
* Issue: A time_t value of say '12345678' results into different timestamps
in different timezones. So the expected output will not match the result of
BDateFormat::Format() if the calendar's timezone is different from the
timezone of the expected output, and the tests 'TestFormat' and
'TestCustomFormat' will fail.
* Fix: Add timezone information in the test cases and pass the timezone
while calling BDateFormat::Format() in order to set the calendar's
timezone same as that of the expected output.
Signed-off-by: Adrien Destugues <pulkomandy@pulkomandy.tk>
Interaction between ConstrainClippingRegion and transforms leads to
button frames and background not being drawn at all.
Also shows another problem with rounded corner buttons when mixed with
transforms.
More background work for later performance improvements.
This change generalizes the parsing of meta-data from
JSON streams as similarly structured meta-data is
anticipated to be carried in other payloads. Unit tests
have also been implemented to provide coverage on this
new functionality.
The non-locale aware version is kept in src/build/libshared for use on
the host system and in packagefs (kernel add-on). In both cases, ICU is
not available.
Fixes#8192
- Strength is now set once, instead of at each comparison, to improve
performance and fix potential locking issues
- Add a way to enable "numeric" collation (aka "natural order")
This change will introduce a streaming parser capability to Haiku. The
existing functionality of writing the JSON data to a BMessage in-memory
model is retained. The new parser implements a SAX-style listener based
interface where the listener accepts parse events. Unit tests have been
supplied for the JSON parser as well.
Upstream libMicro builds and runs on Haiku with minimal changes now
(no recipe as it does not have an INSTALL mechanism). I submitted
a pull request with those to upstream, but for now you can get them
from https://github.com/waddlesplash/libMicro.
* This allows KPath to not allocate a buffer when initialized
without path.
* Added test cases for this.
* Added test for LockBuffer().
* Enhanced tests to allow building them in debug mode.
* Moved calling vfs_normalize_path() into own private method.
* Improved error codes; B_NO_MEMORY is now only returned if the
allocation actually failed.
* If used with LAZY_ALLOC, Path() and LockBuffer() are now allowed
to return a NULL path.
* Normalize() now returns the error code that vfs_normalize_path()
returns.
* Leaf() now returns "" instead of "/" for the root. It's not used
outside of KPath.
* Adapted RemoveLeaf() to deal with this correctly.
* "KPath = string" no longer changes the buffer size.
* Added missing operator tests for =, ==, and !=.
Signed-off-by: Adrien Destugues <pulkomandy@pulkomandy.tk>
This patch was never applied after GSoC 2012. Rebase the parts that
still apply so we can close the ticket.
Fixes#9490.
This is an implementation of pthread barriers pursuant to the relevant specification.
Barriers are essentially a special case of conditional variables,
such that all threads waiting on one are woken up when the number of
waiters reaches a number provided at the initialization of the barrier.
In view of that, this implementation mimics the implementation of pthread_cond,
except it is more specialized and self-contained.
Signed-off-by: Jérôme Duval <jerome.duval@gmail.com>
* Ingo rightly noticed that the defer_signals counter is reinitialized on
thread's user area creation. Setting the flag THREAD_CREATION_FLAG_DEFER_SIGNALS
indeed gives the expected behavior, deferring signals until undefer_signals() is
called in the child thread. Thanks for the review and fix suggestion.
* Added a simple test showing the values of the defer_signals counter after fork().
