* Add support for C++ plugins.
* Seperate between a "module" and a "plugin": a module is a shared
library that exposes a function called "proxy_module_entry_point". This
function gets a parameter to `proxyPluginsManager*`, which can be used to
register plugins.
* Refine the API of the modules infrastructure:
* use proxyData* instead of rdpContext* when firing a hook or calling a filter.
* use clearer names.
* Instead of having to specify a path for each module to be loaded in
the configuration, the proxy now loads modules from specificed
directory, using the CMAKE variable PROXY_PLUGINDIR.
* Add an option to specify required plugins: plugins that the proxy
wouldn't start without having them fully loaded.
This patch adds the basic infrastructure to have openCL acceleration.
For now only YUV2RGB is implemented but other operations could be
implemented.
The primitives have been massively reworked so that we have an autodetect
mode that will pick the best implementation automatically by performing a
benchmark.
Sponsored-by: Rangee Gmbh(http://www.rangee.com)
If no library can be loaded at runtime ignore H264 capabilities.
This allows a build with only OpenH264 support and dynamic loading
enabled to function when no openh264 library was detected.
Different platforms/systems may install CMake modules into different places. For
instance, FreeBSD will install modules into ${PREFIX}/share/cmake/Modules while
Linux distributions might install into ${PREFIX}/lib/cmake.
This leaves us with a useful abstraction- consumers only need to care about
the name of their subdirectory, and only one place needs to be patched to change
where this subdirectory lands.
libepoll-shim is our implementation of this API on top of kevent. It supplies
the same headers and a library, but we don't install it in any of the default
include search paths when it comes in through ports on an as-needed basis.
This set of changes is restricted to FREEBSD-compatible OS, which includes
DragonflyBSD and FreeBSD.
DragonflyBSD was a fork of FreeBSD once upon a time. As far as FreeRDP is
concerned, DragonflyBSD is FreeBSD-compatible and DragonflyBSD in-fact uses
the FreeBSD ports tree (+ patches)
The sound and microphone redirection channels (and in part TSMF)
did not properly decouple encoding/decoding from the backends used
to play/record sound.
Encapsulating encoding/decoding in rewritten freerdp_dsp_* functions
with variable backends, simplifying alsa/oss/pulse/... audio backends.
Setting the compiler launcher to "ccache" is the recommended way of
enabling ccache for the build.
If cmake is run with it defined, it causes an error when ccache tries to
run:
ccache: error: Recursive invocation (the name of the ccache binary must be "ccache")
This was because the compiler was getting invoked as
"ccache ccache [COMPILER]"
Leverages libavcodec's hw decode support to provide VA-API based
hardware decoding. Depends on the local build of ffmpeg having hardware
VA-API support compiled in and the appropriate libva drivers and
libraries installed.
When building packages, especially when source packages are used, git is
not necessarily available or the source isn't provided in git. In those
cases it wasn't possible to set the GIT_REVISION and --version shows
"n/a" for the git revision.
If the file .source_version is available now the content of it is used
as GIT_REVISION. Packagers might want to add a .source_version file
when they don't build the packages from git.
Possible breaking change:
The variable PRODUCT_VERSION isn't available anymore. Use GIT_REVISION
instead.
CMAKE_DEPENDENT_OPTION the option is initialized on the first run and
then saved. Later configuration changes are not considered anymore.
Therefor use an variable instead of an option here.
* man pages are only build/installed if WITH_MANPAGES is enabled
* create a new cmake function install_freerdp_man to unified install man
pages
* install all man pages using the new function
* update the nightly packages accordingly
Try to use relative file paths only when building a release (build types
Release and RelWithDebInfo) with the Unix Makefile generator.
Before it was tried to do this with all generators causing multiple
problems.
As building with -Wl,--no-undefined might cause issues when
combined with other linker flags (e.g. with -fsanitize=address see #3289)
it is now disabled per default but can be re-enabled with
-DWITH_NO_UNDEFINED=ON.
It is enabled for ci builds on linux to find undefined symbols.
If a target is linked against libraries with cmake
(target_link_libraries) and the libraries are not marked as PRIVATE
they are "exported" and in case a other target is linked against this
target it is also linked against *all* (not private) libraries.
Without declaring private libraries PRIVATE a lot of over linking
(linking against unneeded libraries) was done.
When nothing is declared, only export symbols defined
with WINPR_API or FREERDP_API defined.
Override this setting if BUILD_TESTING to allow tests
access to internal functions usually not exposed.
Extend winpr and client/common to support a new option "/buildconfig".
When used build the following build specific information is print:
* cmake options
* cflags
* compiler
* target architecture
* cmake build type
With this commit the "exported" components (usable with pkg-config and
cmake find module package)
* winpr - winpr library and headers
* freerdp - core library and headers
* freerdp-client - client specific library
* freerdp-server - server specific library
* rdtk - rdtk headers and library
To allow the installation of multiple different version (different major
number) the include files were moved into the respective sub folder:
freerdp -> freerdp{MAJOR}/freerdp (currently freerdp2/freerdp/)
winpr -> winpr{MAJOR}/winpr (currently winrp1/winpr/)
rdtk -> rdpk{MAJOR}/rdtk (currently rdtk0/rdtk/
The generated pkg-config and cmake find modules now also include the major
version number. Currently the following pkg-config are generated and
installed.
* winpr1
* freerdp2
* freerdp-server2
* freerdp-client2
* rdtk0
As cmake is able to handle multiple versions out of the box the
following can be used to find a specific module:
find_package(WinPR)
find_package(FreeRDP)
find_package(FreeRDP-Server)
find_package(FreeRDP-Client)
find_package(RdTk)
As cmake doesn't automatically resolve dependencies for packages it is
necessary to manually include the requirements. For example if
FreeRDP-Client is required WinPR and FreeRDP need to be included
(find_package) as well.
This commit also fixes the installation when STATIC_CHANNELS are built.
WITH STATIC_CHANNELS all channels are linked into libfreerdp-client, for
this all channels are generated as linker archive and linked together in
the final step. Before the intermediate linker archives were, although
not required and useful, installed. Same applies for server side
channels.
uClibc variants do not provide the C99 long double math functions like ceill,
powl, etc.. For future compatibility use check_symbol_exists() to check
whether these functions are available, and keep the result in
HAVE_MATH_C99_LONG_DOUBLE. Use that instead of the fragile Cygwin version
check in triodef.h.
Fixes build failures under uClibc(-ng) like:
../../libwinpr/utils/libwinpr-utils.so.0.1.0: undefined reference to `powl'
../../libwinpr/utils/libwinpr-utils.so.0.1.0: undefined reference to `fmodl'
../../libwinpr/utils/libwinpr-utils.so.0.1.0: undefined reference to `ceill'
../../libwinpr/utils/libwinpr-utils.so.0.1.0: undefined reference to `log10l'
../../libwinpr/utils/libwinpr-utils.so.0.1.0: undefined reference to `floorl'
collect2: error: ld returned 1 exit status
Signed-off-by: Baruch Siach <baruch@tkos.co.il>
uClibc master branch, as well as uclibc-ng add eventfd_{read,write}
definitions. Instead of testing for __UCLIBC__, have cmake explicitly check
for the existence of eventfd_read and save the result in
WITH_EVENTFD_READ_WRITE.
Fixes build errors like:
.../winpr/libwinpr/synch/event.c:120:12: error: static declaration of 'eventfd_read' follows non-static declaration
static int eventfd_read(int fd, eventfd_t* value)
^
In file included from .../winpr/libwinpr/synch/event.c:39:0:
.../usr/include/sys/eventfd.h:37:12: note: previous declaration of 'eventfd_read' was here
extern int eventfd_read (int __fd, eventfd_t *__value);
^
.../winpr/libwinpr/synch/event.c:125:12: error: static declaration of 'eventfd_write' follows non-static declaration
static int eventfd_write(int fd, eventfd_t value)
^
In file included from .../winpr/libwinpr/synch/event.c:39:0:
.../usr/include/sys/eventfd.h:40:12: note: previous declaration of 'eventfd_write' was here
extern int eventfd_write (int __fd, eventfd_t __value);
