Building client channels out of tree does not work reliable as the
dependencies can not be easily split. (exceptions may be simple ones
as echo channel)
It does complicate the build system and code though, so remove this
for maintainability reasons.
* Fixed SSPI fallback to NTLM
* Fixed wide/ansi mixup
* WITH_GSS fixes
* Move to WinPR as this is not related to FreeRDP
* Add option WITH_GSS_NO_NTLM_FALLBACK to disable NTLM fallback
* Abort NLA if status is SEC_E_NO_CREDENTIALS
* Properly invalidate sspi::SubContext
Patch adds support of fuzzing for local running and running
on OSS-Fuzz infrastructure [1]. Support can be enabled with option
BUILD_FUZZERS that disabled by default. Config fuzzer_config
includes options that should be used for building fuzzing tests.
How-To Build:
$ cmake -DBUILD_FUZZERS=ON \
-DCMAKE_C_COMPILER="/usr/bin/clang" \
-DCMAKE_CXX_COMPILER="/usr/bin/clang++"
-B build -S .
$ make -j -C build
1. https://google.github.io/oss-fuzz/getting-started/new-project-guide/Closes#6680
For future GFX channel functions an image scaling function is required.
This moves the implementation from wayland client to core library
and adds support for the much faster SWScale library.
Some encoder/decoder formats are currently not really working or
have not been thouroughly tested. To allow fearless hackers
fine tuning this flag is added to easily enable/disable these formats.
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.
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.
- fixed invalid, missing or additional arguments
- removed all type casts from arguments
- added missing (void*) typecasts for %p arguments
- use inttypes defines where appropriate
