The docs for g_socket_set_timeout() claimed that if an async operation
timed out, the GIOCondition passed to the source callback would be
G_IO_IN or G_IO_OUT (thus prompting the caller to call
g_socket_receive/send and get a G_IO_ERROR_TIMED_OUT), but in fact it
ended up being 0, and gio/tests/socket.c was erroneously testing for
that instead of the correct value. Fix this.
* Load modules from paths listed in GIO_EXTRA_MODULES environment
variable first.
* Ignore duplicate modules based on module basename.
* Add the concept of GIOModuleScope which allows other callers to
skip duplicate loaded modules, or block specific modules based on
basename.
* Document behavior.
https://bugzilla.gnome.org/show_bug.cgi?id=656914
* Add cancellable argument to g_tls_interaction_ask_password
and g_tls_interaction_ask_password_async.
* This is API breakage, but this API has not yet been released
in a stable release (and very unlikely used yet).
* Since we're breaking unreleased API, expand amount of padding
on GTlsInteractionClass because we're going to need it.
https://bugzilla.gnome.org/show_bug.cgi?id=656443
Change the hardcoded /usr/bin/python shebag from gdbus-codegen.in into
@PYTHON@. Is used in Makefile.am to use detected python binary.
$(AM_V_GEN) sed -e 's,@libdir\@,$(libdir),' -e 's,@PYTHON\@,$(PYTHON),'
$< > $@.tmp && mv $@.tmp $@
Signed-off-by: Ionut Biru <ibiru@archlinux.org>
https://bugzilla.gnome.org/show_bug.cgi?id=657274
Rework property getters to use a vfunc so we can take the fast path
and avoid allocating memory for both the skeleton and the proxy
cases. This requires some special case because of how GVariant expects
you to free memory in some cases, see #657100. Add test cases for
this.
Document the _get_ functions as not being thread-safe and also
generate _dup_ C getters (which are thread-safe).
Mark all the generated _get_, _dup_ and _set_ as (skip) as non-C
languages should just use GObject properties and not the (socalled)
"C binding".
Signed-off-by: David Zeuthen <davidz@redhat.com>
Define USE_SYSTEM_PCRE for all configurations which uses the PCRE that
was already built and "installed" beforehand (i.e. the *_ExtPCRE
configurations) so that the compilation will not pick up the
GLib-bundled pcre.h when one wants to use the PCRE "installation" on
his/her system.
The main rationale for adding it was to avoid having gnome-shell
mmap'ing /etc/localtime once a second. However, we can just as easily
run inotify there, and given no one else was clamoring for a way to
detect when the time zone changes, I don't see a need for public API
here - at least not yet.
In the bigger picture, I just don't believe that the vast majority of
applications are going to go out of their way to instantiate and keep
around a random GTimeZoneMonitor class. And if they do, it's has the
side effect that for other bits of code in the process, local GDateTime
instances may start varying again!
So, if code can't rely on local GDateTime instances being in a
consistent state anyways, let's just do that always. The
documentation now says that this is the case. Applications have
always been able to work in a consistent local time zone by
instantiating a zone and then using it for GDateTime constructors.
We fix the "gnome-shell stats /etc/localtime once a second" issue by
using timerfd (in glib) and inotify (in gnome-shell).
https://bugzilla.gnome.org/show_bug.cgi?id=655129
-Added glib/ghmac.h to the list of files to copy during the "install" stage
-Cleaned up a bit (glib-2.0->glib-$(ApiVersion), where $(ApiVersion) is
2.0)
This makes g_date_time_format() react to LC_TIME, which is
what people expect.
Translators: this change means that the GDateTime strings
are only used when the C library does not already provide
suitable translated strings for these (month names, etc).
