Add an experimental CMake build system as a possible replacement for SCons. Only tested on Linux, should work on OS X and Windows in the future as well though.

Some notes about this:
- config.h doesn't get written yet, so you'll have to use one generated by SCons
- dependency checking isn't really implemented, yet. Just some basic checks for OpenGL or ALSA, we need something more sophisticated though.
- the OpenGL plugin fails to load for some reason which I can't debug right now due to the libc debuginfo package version in openSUSE not matching the runtime packages
- there's even some support for generating install packages (rpm/deb/.. packages, NSIS installer, etc). It doesn't work properly right now though, since some paths seem to be hardcoded into Dolphin's source
- probably lots of other stuff I forgot... Just take a look at all the TODOs in the CMakeLists.txt files for more information ;P

Additionally, I added various files to the svn:ignore list.

tl;dr: Unless you are a dev or you're building binary packages, this commit shouldn't bother you :P


git-svn-id: https://dolphin-emu.googlecode.com/svn/trunk@6326 8ced0084-cf51-0410-be5f-012b33b47a6e

Externals/Lua/CMakeLists.txt

@@ -0,0 +1,38 @@
+# TODO?
+#luaenv = env.Clone()
+#
+#if not sys.platform == 'win32':
+#    luaenv['CPPDEFINES'].append('LUA_USE_LINUX')    # Also works for OS X
+
+set(SRCS	lapi.c
+			lauxlib.c
+			lbaselib.c
+			lcode.c
+			ldblib.c
+			ldebug.c
+			ldo.c
+			ldump.c
+			lfunc.c
+			lgc.c
+			linit.c
+			liolib.c
+			llex.c
+			lmathlib.c
+			lmem.c
+			loadlib.c
+			lobject.c
+			lopcodes.c
+			loslib.c
+			lparser.c
+			lstate.c
+			lstring.c
+			lstrlib.c
+			ltable.c
+			ltablib.c
+			ltm.c
+			lundump.c
+			lvm.c
+			lzio.c
+			print.c)
+
+add_library(lua STATIC ${SRCS})