Use the standard android slave docker image
This commit is contained in:
Alex Crichton
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@ -1,68 +0,0 @@
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# This is a Dockerfile for building the image that is used to build Android
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# binaries and run tests within. This will install the NDK, SDK, and set up an
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# emulator to run tests in.
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FROM ubuntu:latest
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RUN mkdir /build
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WORKDIR /build
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# Setup PATH to allow running android tools.
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ENV PATH=$PATH:/build/android-ndk/bin
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ENV PATH=$PATH:/build/android-sdk-linux/tools
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ENV PATH=$PATH:/build/android-sdk-linux/platform-tools
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# So it looks like the default sdk gives us a 32-bit executable, but then it
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# whines about it. Not sure how to download a 64-bit executable in the sdk so
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# just let the 32-bit thing run for now.
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ENV ANDROID_EMULATOR_FORCE_32BIT=true
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# Install necessary packages:
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RUN dpkg --add-architecture i386
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RUN apt-get -y update
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RUN apt-get -y install expect curl libncurses5:i386 libstdc++6:i386 zlib1g:i386 \
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openjdk-6-jre gcc-multilib
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# Prep the Android NDK
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#
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# See https://github.com/servo/servo/wiki/Building-for-Android
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RUN curl -O http://dl.google.com/android/ndk/android-ndk-r9c-linux-x86_64.tar.bz2
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RUN tar xf android-ndk-r9c-linux-x86_64.tar.bz2
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RUN bash android-ndk-r9c/build/tools/make-standalone-toolchain.sh \
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--platform=android-18 \
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--toolchain=arm-linux-androideabi-4.8 \
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--install-dir=/build/android-ndk \
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--ndk-dir=/build/android-ndk-r9c \
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--arch=arm
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RUN rm -rf android-ndk-r9c-linux-x86_64.tar.bz2
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RUN rm -rf android-ndk-r9c
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# Prep the SDK and emulator
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#
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# Note that the update process requires that we accept a bunch of licenses, and
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# we can't just pipe `yes` into it for some reason, so we take the same strategy
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# located in https://github.com/appunite/docker by just wrapping it in a script
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# which apparently magically accepts the licenses.
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RUN curl -O http://dl.google.com/android/android-sdk_r24.3.4-linux.tgz
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RUN tar xf android-sdk_r24.3.4-linux.tgz
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COPY ci/android-accept-licenses.sh /build/android-accept-licenses.sh
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RUN ["./android-accept-licenses.sh", \
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"android - update sdk -a --no-ui --filter platform-tools,android-18,sys-img-armeabi-v7a-android-18"]
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RUN echo "no" | android create avd \
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--name test \
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--target android-18 \
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--abi armeabi-v7a
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RUN rm -rf android-sdk_r24.3.4-linux.tgz
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RUN rm android-accept-licenses.sh
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# Install rustc + extra targets
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RUN curl https://static.rust-lang.org/rustup.sh | \
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sh -s -- --spec=nightly-2015-09-08 -y
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RUN curl https://people.mozilla.org/~acrichton/libc-test/2015-09-08/arm-linux-androideabi.tar.gz | \
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tar xzf - -C /usr/local/lib/rustlib
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RUN mkdir /root/.cargo
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COPY ci/cargo-config /root/.cargo/config
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ENV CARGO_TARGET_DIR=/root/target
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RUN mkdir /clone
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WORKDIR /clone
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22
ci/README.md
22
ci/README.md
@ -8,21 +8,6 @@ this project.
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First up, let's talk about the files in this directory:
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* `Dockerfile-android`, `android-accept-licenses.sh` -- these two files are
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used to build the Docker image that the android CI builder uses. The
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`Dockerfile` just installs the Android SDK, NDK, a Rust nightly, Rust target
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libraries for Android, and sets up an emulator to run tests in. You can build
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a new image with this command (from the root of the project):
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docker build -t alexcrichton/rust-libc-test -f ci/Dockerfile-android .
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When building a new image contact @alexcrichton to push it to the docker hub
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and have libc start using it. This hasn't needed to happen yet, so the process
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may be a little involved.
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The script here, `android-accept-licenses.sh` is just a helper used to accept
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the licenses of the SDK of Android while the docker image is being created.
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* `msys2.ps1` - a PowerShell script which is used to install MSYS2 on the
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AppVeyor bots. As of this writing MSYS2 isn't installed by default, and this
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script will install the right version/arch of msys2 in preparation of using
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@ -67,9 +52,8 @@ builds are run on stable/beta/nightly, but are the only ones that do so.
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The remaining architectures look like:
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* Android runs in a docker image with an emulator, the NDK, and the SDK already
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set up (see `Dockerfile-android`). The entire build happens within the docker
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image.
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* Android runs in a [docker image][android-docker] with an emulator, the NDK,
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and the SDK already set up. The entire build happens within the docker image.
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* The MIPS, ARM, and AArch64 builds all use QEMU to run the generated binary to
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actually verify the tests pass.
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* The MUSL build just has to download a MUSL compiler and target libraries and
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@ -77,6 +61,8 @@ The remaining architectures look like:
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* iOS builds need an extra linker flag currently, but beyond that they're built
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as standard as everything else.
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[android-docker]: https://github.com/rust-lang/rust-buildbot/blob/master/slaves/android/Dockerfile
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Hopefully that's at least somewhat of an introduction to everything going on
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here, and feel free to ping @alexcrichton with questions!
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@ -1,14 +0,0 @@
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#!/usr/bin/expect -f
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set timeout 1800
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set cmd [lindex $argv 0]
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set licenses [lindex $argv 1]
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spawn {*}$cmd
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expect {
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"Do you accept the license '*'*" {
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exp_send "y\r"
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exp_continue
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}
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eof
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}
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@ -46,11 +46,23 @@ esac
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case "$TARGET" in
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# Pull a pre-built docker image for testing android, then run tests entirely
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#d within that image.
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# within that image. Note that this is using the same rustc installation that
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# travis has (sharing it via `-v`) and otherwise the tests run entirely within
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# the container.
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arm-linux-androideabi)
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docker pull alexcrichton/rust-libc-test
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exec docker run -v `pwd`:/clone -t alexcrichton/rust-libc-test \
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sh ci/run.sh $TARGET
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script="
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cp -r /checkout/* .
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mkdir .cargo
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cp ci/cargo-config .cargo/config
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sh ci/run.sh $TARGET
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"
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exec docker run \
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--entrypoint bash \
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-v $HOME/rust:/usr/local:ro \
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-v `pwd`:/checkout:ro \
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-e LD_LIBRARY_PATH=/usr/local/lib \
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-it alexcrichton/rust-slave-android:2015-10-21 \
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-c "$script"
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;;
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x86_64-unknown-linux-musl)
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@ -19,9 +19,9 @@ esac
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case "$TARGET" in
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arm-linux-androideabi)
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emulator @test -no-window &
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emulator @arm-18 -no-window &
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adb wait-for-device
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adb push /root/target/$TARGET/debug/libc-test /data/libc-test
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adb push libc-test/target/$TARGET/debug/libc-test /data/libc-test
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adb shell /data/libc-test
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;;
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@ -200,7 +200,7 @@ extern {
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flags: ::c_int) -> ::c_int;
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pub fn mprotect(addr: *const ::c_void, len: ::size_t, prot: ::c_int)
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-> ::c_int;
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pub fn sysconf(name: ::c_int) -> ::c_int;
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pub fn sysconf(name: ::c_int) -> ::c_long;
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pub fn usleep(secs: ::c_ulong) -> ::c_int;
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pub fn recvfrom(socket: ::c_int, buf: *mut ::c_void, len: ::size_t,
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flags: ::c_uint, addr: *const ::sockaddr,
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