config.h is already generated there so move zm_config_data.h and zm_config_define.h
there as well. Also limit the scope of CMAKE_BINARY_DIR as include directory to the zm target.
All in all this makes zm_config_data and zm_config_define available when building the tests target.
Currently there is no need for this functionality.
Since it depends on Thread and ThreadData (which will be removed) let's drop this as well.
If need would arise for such functionality a new implementation with a modern API should be written.
src/ should only contain our code. Move the in-tree dependencies to dep/
This allows us (if necessary) to e.g. exclude that part of the tree from being analyzed by
various tools or mark it as external code in IDEs.
Remove unnecessary cruft and make sure it uses our compile options as dictated by zm-dependency-interface.
An additional step towards a warning-free compile.
Define __SKIP_GNU on BSD since they have their own bcrypt implementation.
Indent with 2 spaces
Also remove expressions form closing tags. They have been made optional a while ago since they make reading rather more difficult.
Use -DCMAKE_BUILD_TEST_SUITE=1 during CMake invocation to activate building the tests.
The 'tests' target builds the unit tests which can then be executed using the 'test' target.
We depend on the Catch2 version of the system.
Since development normally takes place on current OSs, this shouldn't pose a problem.
Add a new CMake option (-DBUILD_MAN) which can be used
to deactivate the man page build steps.
This is especially useful in a development situation where "make all"
is needlessly slowed down by these build steps.
With this change IDEs have it easier to correctly reference the
variable/class declarations. Additionally one does not have to
regenerate the zm_config.h file when changing the code.
Adds fifo options for diagnostic images for much lower impact diagnostics mode. Diagnostic images are only written when there is a client listening for them (otherwise they are skipped). Also added a json stream for the detection data so you can see in real time the pixels or blobs detected for the motion. This allows for easy real time stream of both delta and reference images (as video streams) along with the detection numbers.
Peter Keresztes Schmidt
Isaac Connor
hax0kartik
dmo
Daniel Schaefer
Andrew Bauer
Pliable Pixels
Mitch Capper