This moves the AmigaOS4 specific packaging rules from the global
ports.mk to a port specific makefile in the AmigaOS subdirectory of
the SDL backend (used for AmigaOS).
Previously, port specific makefiles were only used for cross compiling
builds and thus had a single entry in the cross compiling section of
the configure. Since AmigaOS4 is a desktop system supporting native
build, this required a second entry for when the host system is detected
as ppc-amigaos to support native builds.
However, currently this does break packaging of cross compiled builds
for Win32, OSX and Unix when done on AmigaOS4... but this is not likely
and has limited impact. To fix this, default _port_mk lines would need
to be added to the sections of the cross compiling switch for mingw32
etc. to override the AmigaOS4 OS setting of _port_mk.
The autodetection should be fixed or modified to remove these hardcoded
library enables. For now, we add another minor HACK to disable the
troublesome Tremor Ogg Vorbis enable on older SDK, which should fix the
buildbot builds.
This will allow compilation using the older SDK until the buildbot
PS2 toolchain SDK can be upgraded and we can confirm the newer SDK
builds are working correctly.
As the GCC manual notes, "On most systems that use stabs format, -g
enables use of extra debugging information that only GDB can use;
this extra information makes debugging work better in GDB but will
probably make other debuggers crash or refuse to read the program."
-gstabs produces stabs without GDB extensions, and thus the AmigaOS
debugger will work.
The host targets for Android ARM builds are changed to "android-arm"
and "android-arm-v7a", from "android" and "android-v7a", and two new
targets are added of "android-mips" for MIPS and "android-x86" for
x86.
The older "android" and "android-v7a" targets are still supported,
but are deprecated.
This implements count badge, progress bar, and icon overlay.
It uses the NSDockTile API which is available since OS X 10.5.
The code compiles and run on older system but without doing
anything.
Formerly the taskbar support was *always* enabled except when the backend or
user specified that it should be disabled. This causes nasty crashes for
backends which do not have any taskbar support (like DC, Tizen and probably
more which simply did not disable it so far) when defaultErrorHandler was
called for example (Mass Add is also broken for those).
The SDL (and derived backends) worked around missing taskbar support by
simply faking a dummy taskbar implementation (but still claiming in configure
that we feature taskbar integration, ouch).
To avoid all non-SDL backends from manually specifying _taskbar=no I added
some auto detection code which simply only enables taskbar support in case
ScummVM is built on Win32 or libunity is present.
This changes makes ScummVM compilable with newer versions of DevKitPPC. ScummVM can be linked against the original libogc and libfat. That makes some newer WiiMotes work, improves audio-/video-playback and contains various improvements.
This caused an exception if a error() call occurs, rather than a
clean exit. This occurred in the defaultErrorHandler() function of
engines/engine.cpp, probably due to g_system->getTaskbarManager()
returning a null pointer.
This is mainly "cosmetic" to keep the SCUMM engine and subengines at
the top of the various files, but probably a good idea to prevent any
subtle regressions associated with changing the order.
Each engine now only has to provide a single configure.engine file
adding the engine into the configure script, which then produces the
required other files automatically.
This is the third and final commit enabling fully pluggable engines.
Now providing an engine folder contains a configure.engine, engine.mk
and engine-plugin.h file, it will be picked up automatically by the
configure script.
