Various distribution still ship the true old shell to win 1 second at startup.
Besides, bash syntax is no way better
Not fully tested, some bashism might remain for some options but at least you can
do a standard build
Slow and generate a 100k log!
Better to fix cppcheck/coverity/gcc(/clang) report first.
Anyway, clang-tidy incorporates clang-modernize (port code
to use some C++11 features)
For older distribution you can still use SDL1.2
./build.sh ... --sdl12 ...
or
cmake ... -DSDL2_API=FALSE ...
Note: there is a hard dependency between WxWidget and SDL. If Wx is linked against
SDL1.2, you must use SDL1.2. Crashes are expected otherwise.
This fixes it for build.sh and when not using build.sh (packaging).
.
Also fix native 32bit build which should also be broken and attempt to
predict the future and fix it for lib32-wx3.0. Worst case the filenames
have to be fixed which is trivial.
.
When wx2.8 support is dropped then only the lib32-wx3.0 IF should remain.
When crosscompilation support gets dropped then the first IF gets deleted
unless we also dropped wx2.8 support then everything gets deleted.
- Update the build.sh and fix some typos.
+ Don't add the OSX ones because I have not tested them and it won't
even build anyway due to the libaio dependency. Needs to use POSIX AIO
or something else.
- They are rather simple and all the magic happens in two lines.
+ First line tells cmake to get ready to compile FOR linux or darwin.
It also sets CMAKE_CROSSCOMPILING to true which is the only way to
let cmake known that we are using stuff not from the host.
+ CMAKE_C_COMPILER/CMAKE_CXX_COMPILER are basically used to detect
the architecture of the target. Since I used generic cc/c++ the
hardcoded -m32 is needed to ensure we get TARGET=i386. Also
since I hardcode -m32 and use c++/cc it's to be noted that
we can only do i386->i386 (trivial), amd64 -> i386, and x32->i386.
.
Using something like i586-linux-gnu-{gcc,g++} would also work and
enable arm -> i386, etc but it's infeasible and impractical to do all
the combinations. File is simple enough that a distro or user can
create their own and cross compiling is rather tedious compared
to using a chroot to compile it.
- I tested it in Debian with "dpkg-buildpackage -ai386" but installing the
build dependencies was rather tedious.
http://www.vtk.org/Wiki/CMake_Cross_Compilinghttp://www.cmake.org/cmake/help/v3.0/manual/cmake-toolchains.7.html
.
The official way that cmake does cross compiling is via the use of a
CMAKE_TOOLCHAIN_FILE. This has to be given by the user and can't be
included from within a Cmake file since setting up the toolchain has
to be the first thing that happens.
.
After the file is given and validated cmake behaves nicely and all the
workarounds and hacks are not really needed anymore.
.
The consequence of this change is that without this file cmake will
try to build for the HOST architecture as expected and with the file
it will build for the TARGET architecture of the given toolchain. Due to
this remove 64BIT_BUILD_DONT_WORK and just ERROR out if the user tries
in the same way as before.
--extra for ./build.sh script
By default only build the pricipal plugin: GSdx|zzogl/spu2-x/onepad/UsbNull/Dev9Null
Extra plugins are: GsNull|zzogl-cg/Spu2Null|zerospu/PadNull
The purpose is to improve compilation time on linux
Add the --gles build option to the linux main script
Ifdef all gl code not supported on gles3 (note some will be reenabled for gles3.1)
Note: it probably doesn't run anymore. My Nvidia driver doesn't support
yet egl/gles so I can't test it. Feel free to contribute.
* Fix some issue with the new debugger on linux
* Enable the previous tlb miss fix on the interpreter
* disable the building of po by default. It pollute too much my env.
git-svn-id: http://pcsx2.googlecode.com/svn/trunk@5914 96395faa-99c1-11dd-bbfe-3dabce05a288
* allow to control the gl dectection from the gui (+1 for the user-friendliness ;) )
* disable geometry shader by default on Intel driver
git-svn-id: http://pcsx2.googlecode.com/svn/trunk@5783 96395faa-99c1-11dd-bbfe-3dabce05a288
* move all remaining glx into the dedicated GLwin object
* rework a bit WGL to separate opengl context and window creation (like linux actually)
gsdx: Allow to control vsync. Not sure I used the good extension.
cmake:
* check that EGL opengl context creation
* Shut up gcc warning when force inline might not work...
git-svn-id: http://pcsx2.googlecode.com/svn/trunk@5437 96395faa-99c1-11dd-bbfe-3dabce05a288
* add some missing copyright header
* (l)GPLv* requires to have a full copy of the license. We already have them in various sub-directory but files in source root are easier to find
git-svn-id: http://pcsx2.googlecode.com/svn/trunk@5161 96395faa-99c1-11dd-bbfe-3dabce05a288
Gregory Hainaut