elsewhere in efl we moved to pthread_sigmask but eina debug didn't, so
mirror the changes here too. at this point in time when we are
initting eina debug this shouldnt really matter much as we're single
threaded until this pthread_Create is called. after that tough...
we're not. signals + threads is a nightmare though... horrible
horrible...
../src/benchmarks/eina/eina_bench_sort.c: In function ‘eina_bench_sort_eina’:
../src/benchmarks/eina/eina_bench_sort.c:52:10: warning: implicit declaration of function ‘time’ [-Wimplicit-function-declaration]
srand(time(NULL));
Found due to the nice quite build output in our meson feature branch.
This is a really powerfull tool that can be used to generate anything eolian
releted just providing a template file. You can then render the template
with the wanted scope (class, namespace, enum, etc)
For example give a try at this (from the src/srcipts/pyolian folder):
./generator.py test_gen_class.template --cls Efl.Loop.Timer
or ./generator.py -h for the full help
Next step: maybe generate the new efl API doc using this tool?
@andy I think this will make your life much easier :)
This are manually written ctype bindings for eolian, that means they
run on the standard python library (nothing to install) and can run
without any build step (in fact ctypes just open the so/dll file at runtime)
Next step will be (soon) a template based generator for eolian that will
be a lot of fun :)
also eina_procmis was not threadsafe so cannto use loops in different
threads at all until this was made safe. needed to disable the old
ecore_event using code in for ecore futures and create a new efl loop
message future and handler instead ... but now a quick experiment with
multiple loops in 10 threads plus mainloop have timers at least work.
i need to test more like fd handlers etc etc. but it's a step.
stop using the legacy ecore_loop_time_get() func when it should be
coming from the loop object's loop time. also ecore_time_get should
never fall back on ecore_loop_time_get for similar reasons.
part of making the ecore/efl loop a non-global instance (allow loops
in threads)
so loop object destruction was clearing out fd handlers but those may
be later deleted by destructors of child objects. so leave legacy
fdh's and just remove them from the list
This makes sure that duplicate method/part/etc checks are done on
every database update, removing the need for clunky toplevel
checks and improving reliability. It also sacrifices some
performance but it shouldn't be too bad (if a class is already
validated, some checks are avoided to speed things up).
This has been bugging me for some time but now we are triggering new errors internally
this is appearing to end users for problems they did not cause.
Additionally I was able to improve a couple of the errors by copying the
explanation from code comments into the error message.
Shorter error logs now too :)
efl.loop was still using legacy ecore_timer_* calls inside. of course
this is a big no-no if we are to allow multiple loops, so clean this
up and convert them to efl.loop.timers.