## To prepare an image suitable as base for Gitlab CI use ## image name must match gitlab repository name, you can play just with the tag ## the part after : # export CI_IMAGE_NAME="registry.gitlab.com/retroshare/retroshare:android_arm_base" # docker build --squash -t "${CI_REGISTRY_IMAGE}" \ # --build-arg QT_INSTALLER_JWT_TOKEN="your qt JWT token goes here" . # # To build Android ARMv8 (64 bit) package pass also # export CI_IMAGE_NAME="registry.gitlab.com/retroshare/retroshare:android_arm64_base" # --build-arg ANDROID_NDK_ARCH=arm64 --build-arg ANDROID_PLATFORM_VER=21 ## --squash is very important in case of GitlabCI shared runners as they are ## limited to 25GB disk size ## To push it to gitlab CI registry you need first to login and the to push # docker login registry.gitlab.com # docker push ${CI_IMAGE_NAME} ## To extract the generated APK easily you can run after the build complete # docker cp \ # $(docker create --rm ${CI_IMAGE_NAME}):/retroshare-service-android-build/android-build/build/outputs/apk/debug/android-build-debug.apk \ # /tmp/RetroShare_Android_Service.apk FROM ubuntu:20.04 ENV DEBIAN_FRONTEND=noninteractive RUN apt-get update && apt-get clean RUN apt-get install -y -qq \ bash build-essential bzip2 cmake curl chrpath doxygen \ git p7zip python qt5-default qttools5-dev tclsh unzip wget zip # Dependencies to create Android pkg RUN apt-get install -y -qq \ openjdk-8-jre openjdk-8-jdk openjdk-8-jdk-headless gradle ARG FRESHCLONE=0 ARG REPO_URL=https://gitlab.com/RetroShare/RetroShare.git ARG REPO_BRANCH=master ARG REPO_DEPTH="--depth 2000" RUN git clone $REPO_DEPTH $REPO_URL -b $REPO_BRANCH && cd RetroShare && \ git fetch --tags ENV PREPARE_TOOLCHAIN="/RetroShare/build_scripts/Android/prepare-toolchain-clang.sh" ENV NATIVE_LIBS_TOOLCHAIN_PATH="/android-toolchain/" ARG ANDROID_PLATFORM_VER=16 ARG ANDROID_NDK_ARCH=arm ENV ANDROID_SDK_PATH="/opt/android-sdk" ENV ANDROID_HOME="$ANDROID_SDK_PATH" ENV ANDROID_SDK_ROOT="$ANDROID_SDK_PATH" ENV ANDROID_NDK_PATH="/opt/android-ndk" ENV ANDROID_NDK_ROOT="$ANDROID_NDK_PATH" ENV PATH="$PATH:$ANDROID_HOME/tools" ENV PATH="$PATH:$ANDROID_HOME/platform-tools" ENV JAVA_HOME="/usr/lib/jvm/java-8-openjdk-amd64/" RUN mkdir /bCache WORKDIR /bCache ## Quick HACK to ease development #COPY prepare-toolchain-clang.sh $PREPARE_TOOLCHAIN RUN $PREPARE_TOOLCHAIN install_android_sdk RUN $PREPARE_TOOLCHAIN install_android_ndk RUN $PREPARE_TOOLCHAIN ARG QT_INSTALLER_JWT_TOKEN RUN $PREPARE_TOOLCHAIN install_qt_android # Avoid Qt account details leak into the image RUN rm -f /root/.local/share/Qt/qtaccount.ini # Shrink image by removing unneded Qt components RUN rm -r \ $NATIVE_LIBS_TOOLCHAIN_PATH/Qt/Docs/ \ $NATIVE_LIBS_TOOLCHAIN_PATH/Qt/Examples/ \ $NATIVE_LIBS_TOOLCHAIN_PATH/Qt/Tools/ RUN mkdir /jsonapi-generator-build WORKDIR /jsonapi-generator-build/ RUN qmake ../RetroShare/jsonapi-generator/src/ \ CONFIG+=no_retroshare_plugins \ CONFIG+=no_retroshare_service CONFIG+=no_retroshare_gui \ CONFIG+=rs_jsonapi CONFIG+=no_rs_sam3_libsam3 && \ make -j$(nproc) RUN mkdir /retroshare-service-android-build WORKDIR /retroshare-service-android-build ARG RS_SERVICE_QMAKE_EXTRA_OPTS RUN $($PREPARE_TOOLCHAIN get_qt_dir | head -n 1)/bin/qmake ../RetroShare \ -spec android-clang \ CONFIG+=retroshare_service CONFIG+=rs_jsonapi \ RS_UPNP_LIB=miniupnpc \ JSONAPI_GENERATOR_EXE=/jsonapi-generator-build/jsonapi-generator \ NATIVE_LIBS_TOOLCHAIN_PATH=$NATIVE_LIBS_TOOLCHAIN_PATH \ CONFIG+=no_retroshare_gui CONFIG+=no_rs_service_webui_terminal_password \ CONFIG+=no_rs_service_terminal_login \ CONFIG+=no_rs_sam3 CONFIG+=no_rs_sam3_libsam3 \ $RS_SERVICE_QMAKE_EXTRA_OPTS RUN make -j$(nproc) RUN make install INSTALL_ROOT=/retroshare-service-android-build/android-build/ RUN $($PREPARE_TOOLCHAIN get_qt_dir | head -n 1)/bin/androiddeployqt \ --input retroshare-service/src/android-libretroshare-service.so-deployment-settings.json \ --output android-build --android-platform android-$ANDROID_PLATFORM_VER \ --jdk $JAVA_HOME --gradle RUN rm -rf /bCache # Clean apt cache RUN apt-get clean && rm -rf /var/lib/apt/lists/*