- 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.
Currently crosscompiling was broken since we detected the cpu of the host
not of the target. Building arm -> i386, i386->amd64, etc resulted in
interesting stuff.
.
CMAKE_HOST_SYSTEM_PROCESSOR and CMAKE_SYSTEM_PROCESSOR should have done this
but they are incredibly broken and unreliable. I use
CMAKE_HOST_SYSTEM_PROCESSOR just to retain the format of the old message
and is not used for critical stuff so it does not matter.
.
This code also allows scalability so that if one day in the very distant
and unlikely future the x86/x86_64 specific code gets made portable
by replacing asm/MMX/SSE*/AVX/etc code with generic/portable code then
it also would work on all architectures.
.
For *BSD/OS X it probably would need to use POSIX AIO instead of linux
specific libaio but that is a different issue.
.
Error out the x86_64 builds.
Also the 64BIT_BUILD_DONT_WORK option became obsolete more info in following
commit.
- Update copyright due to incoming changes.
- Don't support universal binaries until they actually work therefore
only allow 1 architecture in CMAKE_OSX_ARCHITECTURES.
- Don't allow an empty ARCH list.
We probably asked for ppc or ppc64 w/o support for it.
For now just dump the original and add the BSD-2-Clause.
.
It's GPL compatible so it's okay.
.
I was writting one myself but found this one and it handles apple
which I did not consider since I can't test it.
EGL sometimes is not found. Checklib 1st does
.
string(TOLOWER ${lib} lower_lib)
pkg_search_module(${var} QUIET ${lower_lib})
.
Therefore this part should be equivalent since we always compare lower.
.
This part seems to not find anything and then it does.
.
find_library(${var}_LIBRARIES ${lib})
.
Here it also does not find anything since it tries to find libegl
while the library is called libEGL therefore I changed the name to upper.
to avoid
_internal_message("-- ${lib} not found (miss lib)")
.
It could fail in the unlikely event that someone renamed libEGL to libegl.
This bug is triggered when you combine crosscompiling from amd64 to
i386 with Debian multiarch paths. For other distros it should work with
pkg_search_module normally.
Namely GTK3_API and 64BIT_BUILD_DONT_WORK
The former was barely tested and doesn't compile with standard wx
The latter doesn't work at all
Note: I was very close to disable SDL2 too. If wxWidget was built with
SDL1 support it will crash
Description: Building with SDL2_API=TRUE is incomplete
SDL_FOUND does not imply SDL2_FOUND
Use check_libs for detection
Only include ${SDL_INCLUDE_DIR} when needed
Use SDL2_LIBRARIES
Author: Miguel A. Colón Vélez
Gregory: add back SDL_BUILDING_LIBRARY
+ Wx3.0 fixes various issue on linux (better sizing of box)
+ Debian doesn't provide wx2.8 anymore. Ubuntu will probably follow soon (close issue #342)
If you want to use wx2.8:
* Either you remove wx3.0 from your system
* Either you use the cmake option -DWX28_API=TRUE
Please don't hesitate to report any regresions.
I need to check carefully the consequence of ABI change. So far wx is very unhappy!
Fatal Error: Mismatch between the program and library build versions detected.
The library used 2.8 (no debug,Unicode,compiler with C++ ABI 1002,wx containers,compatible with 2.6),
and your program used 2.8 (no debug,Unicode,compiler with C++ ABI 1006,wx containers,compatible with 2.6).
* link common with c lib (required for gold linker)
* fix the macro to properly set the library variable
=> use the variable instead to hardcoded value
Fixes RPMLINT warning:
pcsx2.i586: W: file-contains-date-and-time /usr/bin/pcsx2
Your file uses __DATE and __TIME__ this causes the package to rebuild when not needed
* disable unused value warning (don't like the syntax 0&&)
* remove -Wno-ignored-attributes (c option). It replaces gcc warning
by an unsupported option warning...
GCC doesn't support pentium4 as a arch target for x86_64. It complains that the architecture doesn't support x86_64
Which to be fair the first few models didn't support 64bit.
Just remove the architecture setting since there isn't a need for it.
Miguel A. Colón Vélez