individual tests should not need to explicitly call init/shutdown functions
in most cases, and many did not properly do this anyway
see followup commit which resolves some issues with eina tests
ref T6813
ref T6811
Reviewed-by: Stefan Schmidt <stefan@osg.samsung.com>
efl_check.h must be included and the EFL_START/END_TEST macros must be
used in place of normal START/END_TEST macros
timing is enabled when TIMING_ENABLED is set
https://phab.enlightenment.org/w/improve_tests/
Reviewed-by: Stefan Schmidt <stefan@osg.samsung.com>
I believe this function is not required and should not be
used by applications. If there is a very good use case to
use your own main freeq, then the API could be added again.
For now, removing the set() is probably the safer option.
Note: the API was introduced in the upcoming 1.19
While this reuses the existing (but new) infrastructure of
eina_freeq, the mode of operation and objective is very different
from the default freeq.
By default, any object added to the freeq is basically already
freed from the user point of view, and the freeq itself only adds
a tiny layer of memory safety by deferring the actual call to free
and optionally filling the memory blob with a pattern ('wwwww...').
This is mostly thread-safe (requires thread-safe free functions).
This new type I called postponed is intended to store objects that
will be short lived. This is not thread safe as the life of the
objects added to this queue depends on the thread that adds to
the queue. The main intent is to introduce a new API for short-lived
strings.
@feature
this adds eina_freeq api's for c land for deferring freeing of
pointers and can be used a s a simple copy & paste drop-in for free()
just to "do this later". the pointer will eveentually be freed as
eina_shutdown will free the main free queue and this will in turn free
everything in it. as long as the main lo0op keeps pumping things will
og on the queue and then be freed from it. free queues have limits so
if they get full they will clear out old pointers and free them so it
won't grow without bound. the default max is 1mb of data or 16384
items whichever limit is hit first and at that point the oldest item
will be freed to make room for the newest. the mainloop whenever it
finishes idle enterers will add an idler to spin and free while idle.
the sizes can be tuned and aruged about as to what defaults should be.
this also allows for better memory debugging too by being able to fill
freed memory with patterns if its small enough etc. etc.
@feature
Mike Blumenkrantz
Jean-Philippe Andre
Carsten Haitzler