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cache Cargo artifacts notable changes in the docker-based testing infrastructure - the docker containers can now modify $CARGO_HOME, to re-use the outer Cargo registry, and the target directory to re-use build artifacts. - the docker containers are removed when their execution finishes because it's no longer necessary to re-start them to inspect them because all the interesting output is in the outer target directory
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cache: cargo
use trusty
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dist: trusty
Expand and refactor teting infrastructure This commit moves over most of the testing infrastructure to in-tree docker images that are all dispatched to from Travis (no other test configuration). This allows versioning modifications to the test infrastructure as well as the code itself. Additionally separate docker images allows for easy modification of one without worrying about tampering of others as well as easy addition of new targets by simply adding a new `Dockerfile`. Additionally this commit bundles the master version of the `compiler-rt` source repository from `llvm-mirror/compiler-rt` to test against. The compiler-rt library itself is compiled as a `cdylib` which is then dynamically located at runtime and we look for symbols in. There's a few hoops here, but they currently get the job done. All tests now execute against both gcc_s and compiler-rt, and this testing strategy is now all hidden behind a macro as well (refactoring all existing tests along the way).
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language: rust
CI: run all Linux targets inside docker
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services: docker
use trusty
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sudo: required
Expand and refactor teting infrastructure This commit moves over most of the testing infrastructure to in-tree docker images that are all dispatched to from Travis (no other test configuration). This allows versioning modifications to the test infrastructure as well as the code itself. Additionally separate docker images allows for easy modification of one without worrying about tampering of others as well as easy addition of new targets by simply adding a new `Dockerfile`. Additionally this commit bundles the master version of the `compiler-rt` source repository from `llvm-mirror/compiler-rt` to test against. The compiler-rt library itself is compiled as a `cdylib` which is then dynamically located at runtime and we look for symbols in. There's a few hoops here, but they currently get the job done. All tests now execute against both gcc_s and compiler-rt, and this testing strategy is now all hidden behind a macro as well (refactoring all existing tests along the way).
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rust: nightly
travis CI
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matrix:
include:
- env: TARGET=aarch64-unknown-linux-gnu
- env: TARGET=arm-unknown-linux-gnueabi
Expand and refactor teting infrastructure This commit moves over most of the testing infrastructure to in-tree docker images that are all dispatched to from Travis (no other test configuration). This allows versioning modifications to the test infrastructure as well as the code itself. Additionally separate docker images allows for easy modification of one without worrying about tampering of others as well as easy addition of new targets by simply adding a new `Dockerfile`. Additionally this commit bundles the master version of the `compiler-rt` source repository from `llvm-mirror/compiler-rt` to test against. The compiler-rt library itself is compiled as a `cdylib` which is then dynamically located at runtime and we look for symbols in. There's a few hoops here, but they currently get the job done. All tests now execute against both gcc_s and compiler-rt, and this testing strategy is now all hidden behind a macro as well (refactoring all existing tests along the way).
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# FIXME(rust-lang/rust#36518)
rust: nightly-2016-09-21
travis CI
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- env: TARGET=arm-unknown-linux-gnueabihf
- env: TARGET=armv7-unknown-linux-gnueabihf
sort targets
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- env: TARGET=i586-unknown-linux-gnu
travis CI
2016-08-08 05:55:30 +08:00
- env: TARGET=i686-apple-darwin
Expand and refactor teting infrastructure This commit moves over most of the testing infrastructure to in-tree docker images that are all dispatched to from Travis (no other test configuration). This allows versioning modifications to the test infrastructure as well as the code itself. Additionally separate docker images allows for easy modification of one without worrying about tampering of others as well as easy addition of new targets by simply adding a new `Dockerfile`. Additionally this commit bundles the master version of the `compiler-rt` source repository from `llvm-mirror/compiler-rt` to test against. The compiler-rt library itself is compiled as a `cdylib` which is then dynamically located at runtime and we look for symbols in. There's a few hoops here, but they currently get the job done. All tests now execute against both gcc_s and compiler-rt, and this testing strategy is now all hidden behind a macro as well (refactoring all existing tests along the way).
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# FIXME(rust-lang/rust#36793)
rust: nightly-2016-09-10
travis CI
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os: osx
- env: TARGET=i686-unknown-linux-gnu
Expand and refactor teting infrastructure This commit moves over most of the testing infrastructure to in-tree docker images that are all dispatched to from Travis (no other test configuration). This allows versioning modifications to the test infrastructure as well as the code itself. Additionally separate docker images allows for easy modification of one without worrying about tampering of others as well as easy addition of new targets by simply adding a new `Dockerfile`. Additionally this commit bundles the master version of the `compiler-rt` source repository from `llvm-mirror/compiler-rt` to test against. The compiler-rt library itself is compiled as a `cdylib` which is then dynamically located at runtime and we look for symbols in. There's a few hoops here, but they currently get the job done. All tests now execute against both gcc_s and compiler-rt, and this testing strategy is now all hidden behind a macro as well (refactoring all existing tests along the way).
2016-09-27 13:22:10 +08:00
# FIXME(rust-lang/rust#36793)
rust: nightly-2016-09-10
CI: test mips-unknown-linux-gnu
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- env: TARGET=mips-unknown-linux-gnu
CI: test mipsel-unknown-linux-gnu
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- env: TARGET=mipsel-unknown-linux-gnu
CI: test powerpc-unknown-linux-gnu
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- env: TARGET=powerpc-unknown-linux-gnu
CI: test powerpc64-unknown-linux-gnu
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- env: TARGET=powerpc64-unknown-linux-gnu
adapt to new testing infrastructure
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- env: TARGET=powerpc64le-unknown-linux-gnu
sort targets
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- env: TARGET=thumbv6m-none-eabi
- env: TARGET=thumbv7em-none-eabi
test the thumbv7em-none-eabihf target
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- env: TARGET=thumbv7em-none-eabihf
adapt to new testing infrastructure
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- env: TARGET=thumbv7m-none-eabi
travis CI
2016-08-08 05:55:30 +08:00
- env: TARGET=x86_64-apple-darwin
os: osx
Expand and refactor teting infrastructure This commit moves over most of the testing infrastructure to in-tree docker images that are all dispatched to from Travis (no other test configuration). This allows versioning modifications to the test infrastructure as well as the code itself. Additionally separate docker images allows for easy modification of one without worrying about tampering of others as well as easy addition of new targets by simply adding a new `Dockerfile`. Additionally this commit bundles the master version of the `compiler-rt` source repository from `llvm-mirror/compiler-rt` to test against. The compiler-rt library itself is compiled as a `cdylib` which is then dynamically located at runtime and we look for symbols in. There's a few hoops here, but they currently get the job done. All tests now execute against both gcc_s and compiler-rt, and this testing strategy is now all hidden behind a macro as well (refactoring all existing tests along the way).
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env: TARGET=x86_64-unknown-linux-gnu
before_install:
- test "$TRAVIS_OS_NAME" = "osx" || docker run --rm --privileged multiarch/qemu-user-static:register
travis CI
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install:
adapt to new testing infrastructure
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- if case $TARGET in thumb*) false;; *) true;; esac; then
curl https://static.rust-lang.org/rustup.sh |
sh -s -- --add-target=$TARGET --disable-sudo -y --prefix=`rustc --print sysroot`;
fi
travis CI
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script:
Expand and refactor teting infrastructure This commit moves over most of the testing infrastructure to in-tree docker images that are all dispatched to from Travis (no other test configuration). This allows versioning modifications to the test infrastructure as well as the code itself. Additionally separate docker images allows for easy modification of one without worrying about tampering of others as well as easy addition of new targets by simply adding a new `Dockerfile`. Additionally this commit bundles the master version of the `compiler-rt` source repository from `llvm-mirror/compiler-rt` to test against. The compiler-rt library itself is compiled as a `cdylib` which is then dynamically located at runtime and we look for symbols in. There's a few hoops here, but they currently get the job done. All tests now execute against both gcc_s and compiler-rt, and this testing strategy is now all hidden behind a macro as well (refactoring all existing tests along the way).
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- cargo generate-lockfile
- if [[ $TRAVIS_OS_NAME = "linux" ]]; then
add back the mysterious apt-get install qemu-user-static
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sudo apt-get remove -y qemu-user-static &&
sudo apt-get install -y qemu-user-static &&
Expand and refactor teting infrastructure This commit moves over most of the testing infrastructure to in-tree docker images that are all dispatched to from Travis (no other test configuration). This allows versioning modifications to the test infrastructure as well as the code itself. Additionally separate docker images allows for easy modification of one without worrying about tampering of others as well as easy addition of new targets by simply adding a new `Dockerfile`. Additionally this commit bundles the master version of the `compiler-rt` source repository from `llvm-mirror/compiler-rt` to test against. The compiler-rt library itself is compiled as a `cdylib` which is then dynamically located at runtime and we look for symbols in. There's a few hoops here, but they currently get the job done. All tests now execute against both gcc_s and compiler-rt, and this testing strategy is now all hidden behind a macro as well (refactoring all existing tests along the way).
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sh ci/run-docker.sh $TARGET;
else
cargo test --target $TARGET &&
cargo test --target $TARGET --release;
fi
cache Cargo artifacts notable changes in the docker-based testing infrastructure - the docker containers can now modify $CARGO_HOME, to re-use the outer Cargo registry, and the target directory to re-use build artifacts. - the docker containers are removed when their execution finishes because it's no longer necessary to re-start them to inspect them because all the interesting output is in the outer target directory
2016-10-01 06:21:54 +08:00
# Travis can't cache files that are not readable by "others"
/home/travis -> $HOME
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- chmod -R a+r $HOME/.cargo
cache Cargo artifacts notable changes in the docker-based testing infrastructure - the docker containers can now modify $CARGO_HOME, to re-use the outer Cargo registry, and the target directory to re-use build artifacts. - the docker containers are removed when their execution finishes because it's no longer necessary to re-start them to inspect them because all the interesting output is in the outer target directory
2016-10-01 06:21:54 +08:00
only test on master
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branches:
only:
homu-ify
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- auto
- try
only test on master
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travis CI
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notifications:
email:
on_success: never
homu-ify
2016-09-11 05:49:32 +08:00
webhooks: https://homu.herokuapp.com/travis