- Windows7 install "Microsoft Visual Studio 10.0"
open cmd.exe
> "D:\Program Files (x86)\Microsoft Visual Studio 10.0\VC\bin\vcvars32.bat"
> cd libraries\libposix4win\
> nmake /f Makefile.nmake clean
> nmake /f Makefile.nmake
default debug version, compiler release version
> nmake /f Makefile.nmake clean
> nmake /f Makefile.nmake MODE=release
-
linux platform (>= Ubuntu14.04 >= gcc-4.8.4 32/64 bit)
$ cd libraries
$ ./build.sh
$ sudo ./build.sh install
default debug version，compiler release version
$ ./build.sh {all|libxxx} linux release
$ sudo ./build.sh install linux release -
host(linux) target(rasberrypi)
(you need download toolchain of rasberrypi)
$ ./build.sh all pi
default debug version，compiler release version
$ ./build.sh {all|libxxx} pi release -
host(rasberrypi board)
$ ./build.sh
$ sudo ./build.sh install
default debug version，compiler release version
$ ./build.sh {all|libxxx} linux release
$ sudo ./build.sh install linux release -
android arm cross compile
(you need download android-ndk-r9-linux-x86_64.tar.bz2)
$ ./build.sh all android
default debug version，compiler release version
$ ./build.sh {all|libxxx} android release -
android naitve develop
also need ndk tools
$ cd android_jni_libs
$ ndk-build
default debug version，compiler release version
$ ndk-build MODE=release
After install, the libxxx.xx will be installed in /usr/local/lib/.
libxxx.h, libxxx.so or libxxx.a of libraries are also in ./output/$(ARCH)
If you want to add your own library into the build script, no need repeat the same code, only auto gen libxxx framework.
$ ./build/autogen_lib.sh libfoo
- by default, build x86 on linux, and libxxx folder can be built independently
- if only "libxxx folder" is checkout without "build folder", you can only build x86 and no color set
- with "build folder", you can build x86, pi, android, ios and color is also set
- "sudo make install" is needed when build libxxx alone.