Platforms.md

Platforms docs

XQUIC currently supports Android , iOS , Linux and macOS .

Android/iOS Compile Script

The Android and iOS use .so files, there is a xqc_build.sh script in the XQUIC library directory, execute the script to compile to complete the corresponding compilation.

sh xqc_build.sh ios/android <build_dir> <artifact_dir>

Note: You need to specify the IOS/andriod build toolchain before compiling, download and set the environment variable IOS_CMAKE_TOOLCHAIN or ANDROID_NDK, or directly modify CMAKE_TOOLCHAIN_FILE in xqc_build.sh .

Linux Release

The default CMAKE_BUILD_TYPE is Release , so you only need to compile BoringSSL or BabaSSL, and then build XQUIC.

# build XQUIC with BabaSSL
git submodule update --init --recursive
mkdir build; cd build
cmake ..
make -j

# build XQUIC with BoringSSL
git submodule update --init --recursive
mkdir build; cd build
cmake -DSSL_TYPE=${SSL_TYPE_STR} -DSSL_PATH=${SSL_PATH_STR} -DSSL_INC_PATH=${SSL_INC_PATH_STR} -DSSL_LIB_PATH=${SSL_LIB_PATH_STR} ..
make -j

macOS Release

You can use the cmake variables -DPLATFORM=mac to build XQUIC on macOS.

# build XQUIC with BabaSSL
git submodule update --init --recursive
mkdir build; cd build
cmake -DPLATFORM=mac ..
make -j

# build XQUIC with BoringSSL
git submodule update --init --recursive
mkdir build; cd build
cmake -DPLATFORM=mac -DSSL_TYPE=${SSL_TYPE_STR} -DSSL_PATH=${SSL_PATH_STR} -DSSL_INC_PATH=${SSL_INC_PATH_STR} -DSSL_LIB_PATH=${SSL_LIB_PATH_STR} ..
make -j