Might fix issues with missing symbols for people who install GStreamer
from source and at some point jumped back and forth between git master
and the 0.10.36 release (or 0.10. branch).
It's reasonable to build from git, but not want to turn all compiler
warnings into fatal errors. For example, GNOME's jhbuild helps people
get newer versions of software than came from their distribution, but
they may not necessarily want to hack on it.
This is an ad-hoc release that is almost identical to 0.10.34:
* work around GLib atomic ops API change
* some minor win32/mingw fixes
* don't use G_CONST_RETURN in public headers
Highlights:
- new parser base class: GstBaseParse
- new core element: funnel
- OSX multi-arch fixes
- new QoS type for QoS events
- new progress message API to notify applications of asynchronous operations
- countless other fixes and improvements
This reverts commit 3a59d416af.
Reverting this, as the feature we bumped the requirement for
didn't actually work properly or help with the issue we were
trying to fix (and it was fixed differently in the end).
This feature turns intra library calls into direct function calls and thus makes
them a little faster. The downside is that this causes problems for e.g.
LD_PRELOAD based tools. Thus add a configure option to turn it off.
Adds 2 variants for the gst_date_time_from_unix_epoch function,
one for UTC and another for local time.
API: gst_date_time_new_from_unix_epoch_utc
API: gst_date_time_new_from_unix_epoch_local_time
Fixes#653031https://bugzilla.gnome.org/show_bug.cgi?id=635031
Only try to build (pseudo-)C++ unit test if a working C++ compiler has been
found, otherwise the build will fail. (We do this to make sure our headers
are 'C++ clean').
Sets up a GST_PKG_CONFIG_PATH variable for use in Makefile.am
(avoids trailing ':' in PKG_CONFIG_PATH used). A useful side
effect of this is also that the PKG_CONFIG_PATH environment
is now logged in the configure output.
This first checks what is required for ISO C99 support and sets the relevant
compiler parameters and if no C99 compiler is found, it checks for a
C89 compiler. This enables us to check for and use C89/C99 functions
that gcc hides from us without the correct compiler parameters.
