Summary:
This patch fixes the bug Fileselector.
When backend is deleted need to remove event handler from the list.
This commit adds ecore_main_win32_handler_del for correct clean
handlers for cases when monitor backend was created by
eio_monitor_backend_add(Windows method) or eio_monitor_fallback_add. To
remove them needed to use eio_monitor_backend_del(Windows method) or
eio_monitor_fallback_del. To identify the method which should free
backend was added flag monitor->fallback instead of using static
_eio_monitor_win32_native. This solves conflicts if 2 monitors was
created and the second monitor changed the _eio_monitor_win32_native
variable value. When 1 monitor removed it will be deleted correctly .
@fix
Reviewers: NikaWhite
Subscribers: cedric, jpeg
Differential Revision: https://phab.enlightenment.org/D4518
eio seems to consume memory even when not in active use. this saves
most of 270k even when no longer needed. the mempool just keeps stuff
around pretty much forever. also the memory size limit doesn't work at
asll if yous set it to something other than -1. it just locks eio up.
@optimize
An eio model (and I believe most other models as well, in fact)
require a Efl.Loop.User as parent in order for efl future/promises
to work. This adds a fallback code directly inside eio model. The
alternative was to parent and efl_del all models in fileselector.
See T4686
It has been discussed on the ML (thread: "[RFC] rename efl_self") and
IRC, and has been decided we should rename it to this in order to avoid
confusion with the already established meaning of self which is very
similar to what we were using it for, but didn't have complete overlap.
Kudos to Marcel Hollerbach for initiating the discussion and
fighting for it until he convinced a significant mass. :)
This commit breaks API, and depending on compiler potentially ABI.
@feature
Efl.Object.event_callback_call no longer calls legacy smart callbacks;
calling only event callbacks registered with the given event description
pointer.
Create the method Efl.Object.event_callback_legacy_call to inherit the old
behavior from Efl.Object.event_callback_call, calling both Efl.Object events
and legacy smart callbacks.
Update all other files accordingly in order to still supply legacy
callbacks while they are necessary.
We treated as errors when Eina_Accessor was NULL, which meant
that we could never get an empty range os children. Treat it
as success and pass an empty Eina_Accessor
Now when dealing with pointer types, we will not get pointer to
pointer semantics in callbacks and eina_promise_owner_value_set
for Eina_Promise.
It will work as expected:
Eina_Promise_Owner* promise = eina_promise_add();
void* p = malloc(sizeof(T));
eina_promise_owner_value_set(promise, p, &free);
This lets me narrow down the remaining cases of pointers across the EFL.
The void pointers will later need to be reevaluated on per-case basis and
replaced appropriately where possible/feasible.
The legacy Eio_File factory functions are replaced by an Eo object
called Eo_Job that return promises wrapping the async file operations.
With this commit, the legacy Eio callbacks are replaced by the following
Eo/Promises counterparts :
* Done_Cb -> Promise then success callback
* Error_Cb -> Promise then error callback
* Main_Cb -> Promise progress callback
* Filter_Cb -> Job object event (more below)
Events are used to deliver and get the filter data. To differentiate
between the named and direct versions, they come in "filter,direct" and
"filter,name" versions.
Monitors were wrapped inside a new class Eo_Sentry.
The user creates a sentry object and adds monitoring targets to it,
listening to events on it.
The sentry event info is composed of two strings. The source string
is the path being monitored, i.e. the one passed to eio_sentry_add, and
the trigger string is the path that actually triggered the event, e.g.
a new file created in a monitored directory.
The Eio functions operating on Eina_Files were just freeing
the Eio_File pointer on completion instead of calling eio_file_free
to unregister the thread.
Efl - efl_model_base changed to use eina_promise
Eio - eio_model use efl_model_base with promise
Eldbus - elddbus models use promise now
Elementary - elm_view_list and elm_view_form use new models with promise
updated all related examples and tests
I just ran my script (email to follow) to migrate all of the EFL
automatically. This commit is *only* the automatic conversion, so it can
be easily reverted and re-run.
Summary: The current poll backend code uses only filename when reporting changes, while eio tests (and presumably other backends) use absolute path. This makes poll backends behavior more consistent with other backends.
Test Plan: Ran eio test suite with poll backend.
Reviewers: cedric
Reviewed By: cedric
Subscribers: cedric
Projects: #efl
Differential Revision: https://phab.enlightenment.org/D3083
Signed-off-by: Cedric BAIL <cedric@osg.samsung.com>
This set of documentation update basically make it clearer that Eio
use Eina and do cross linking of function used by Eio to Eina. It
also copy some of the warning coming from Eina documentation into Eio.
Summary: Implement basic kqueue/kevent backend for eio. When it comes to tracking directory changes, this backend falls back to the polling one.
Test Plan: Ran Enlightenment for several days and some other EFL apps without any issue.
Reviewers: cedric
Reviewed By: cedric
Subscribers: cedric
Projects: #e_on_freebsd, #efl
Differential Revision: https://phab.enlightenment.org/D2983
Signed-off-by: Cedric BAIL <cedric@osg.samsung.com>
Due to a bug with eio_file_stat_ls(), a previous patch
(73a23401ef) was written.
This patch change the way we delete returned eina iterator
from eina_file_ls in _eio_file_eina_ls_heavy() from a separate
thread, into eio_async_end() from the main thread.
To clarify the code, and avoid a useless call to
eina_iterator_free(), this patch also moves the deletion
of the same eina iterator from _eio_file_heavy() into
eio_async_end() as well.