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Matthias Krüger 0d4ae969eb
Rollup merge of #124829 - briansmith:b/armv7-profiler, r=Mark-Simulacrum 
Enable profiler for armv7-unknown-linux-gnueabihf.

Allow code coverage measurement for armv7-unknown-linux-gnueabihf targets. Fixes #79640.
 		2024-05-11 23:43:24 +02:00
..
host-aarch64/aarch64-gnu Fix ENV quotes in aarch64-gnu/Dockerfile 2024-04-14 10:42:59 -07:00
host-x86_64 Rollup merge of #124829 - briansmith:b/armv7-profiler, r=Mark-Simulacrum 2024-05-11 23:43:24 +02:00
scripts Fuchsia test runner: fixup script 2024-05-07 17:29:38 +00:00
static Add global safe.directory for CI 2022-08-20 09:47:59 -04:00
README.md Change the output artifact path to `$root_dir/obj/$image` when running locally 2024-04-16 17:56:55 +08:00
run.sh Allow reusing CI Docker cache when running CI images locally 2024-05-03 15:52:00 +02:00

README.md

Docker images for CI

This folder contains a bunch of docker images used by the continuous integration (CI) of Rust. An script is accompanied (run.sh) with these images to actually execute them. To test out an image execute:

./src/ci/docker/run.sh $image_name

for example:

./src/ci/docker/run.sh x86_64-gnu

Images will output artifacts in an obj/$image_name dir at the root of a repository. Note that the script will overwrite the contents of this directory.

To match conditions in rusts CI, also set the environment variable DEPLOY=1, e.g.:

DEPLOY=1 ./src/ci/docker/run.sh x86_64-gnu

NOTE: In CI, the script outputs the artifacts to the obj directory, while locally, to the obj/$image_name directory. This is primarily to prevent strange linker errors when using multiple Docker images.

Filesystem layout

  • Each host architecture has its own host-{arch} directory, and those directories contain a subdirectory for each Docker image (plus the disabled subdirectory).
  • host-{arch}/disabled contains images that are not built on CI.
  • scripts contains files shared by multiple Docker images.

Docker Toolbox on Windows

For Windows before Windows 10, the docker images can be run on Windows via Docker Toolbox. There are several preparation needs to be made before running a Docker image.

  1. Stop the virtual machine from the terminal with docker-machine stop

  2. If your Rust source is placed outside of C:\Users\**, e.g. if you place the repository in the E:\rust folder, please add a shared folder from VirtualBox by:

    1. Select the "default" virtual machine inside VirtualBox, then click "Settings"

    2. Go to "Shared Folders", click "Add shared folder" (the folder icon with a plus sign), fill in the following information, then click "OK":

      • Folder path: E:\rust
      • Folder name: e/rust
      • Read-only: ☐ unchecked
      • Auto-mount: ☑ checked
      • Make Permanent: ☑ checked

  3. VirtualBox might not support creating symbolic links inside a shared folder by default. You can enable it manually by running these from cmd.exe:

    cd "C:\Program Files\Oracle\VirtualBox"
VBoxManage setextradata default VBoxInternal2/SharedFoldersEnableSymlinksCreate/e/rust 1
::                                                                              ^~~~~~
::                                                                              folder name

  4. Restart the virtual machine from terminal with docker-machine start.

To run the image,

  1. Launch the "Docker Quickstart Terminal".
  2. Execute ./src/ci/docker/run.sh $image_name as explained at the beginning.

Cross toolchains

A number of these images take quite a long time to compile as they're building whole gcc toolchains to do cross builds with. Much of this is relatively self-explanatory but some images use crosstool-ng which isn't quite as self explanatory. Below is a description of where these *.defconfig files come form, how to generate them, and how the existing ones were generated.

Generating a .defconfig file

NOTE: Existing Dockerfiles can also be a good guide for the process and order of script execution.

If you have a linux-cross image lying around you can use that and skip the next two steps.

  • First we spin up a container and copy all scripts into it. All these steps are outside the container:
# Note: We use ubuntu:22.04 because that's the "base" of linux-cross Docker
# image, or simply run ./src/ci/docker/run.sh once, which will download the correct
# one and you can check it out with `docker images`
$ docker run -it ubuntu:22.04 bash
# in another terminal:
$ docker ps
CONTAINER ID        IMAGE               COMMAND             CREATED             STATUS              PORTS               NAMES
cfbec05ed730        ubuntu:22.04        "bash"              16 seconds ago      Up 15 seconds                           drunk_murdock
$ docker cp src/ci/docker/scripts drunk_murdock:/tmp/
  • Then inside the container we build crosstool-ng by simply calling the bash script we copied in the previous step:
$ cd /tmp/scripts
# Download packages necessary for building
$ bash ./cross-apt-packages.sh
# Download and build crosstool-ng
$ bash ./crosstool-ng.sh
  • In case you want to adjust or start from an existing config, copy that to the container. crosstool-ng will automatically load ./.config if present. Otherwise one can use the TUI to load any config-file.
$ docker cp arm-linux-gnueabi.defconfig drunk_murdock:/tmp/.config
  • Now, inside the container run the following command to configure the toolchain. To get a clue of which options need to be changed check the next section and come back.
$ cd /tmp/
$ ct-ng olddefconfig
$ ct-ng menuconfig
$ ct-ng savedefconfig
  • Finally, we retrieve the defconfig file from the container and give it a meaningful name. This is done outside the container.
$ docker cp drunk_murdock:/tmp/defconfig arm-linux-gnueabi.defconfig
  • Now you can shutdown the container or repeat the two last steps to generate a new .defconfig file.

Toolchain configuration

Changes on top of the default toolchain configuration used to generate the .defconfig files in this directory. The changes are formatted as follows:

$category > $option = $value -- $comment

arm-linux-gnueabi.defconfig

For targets: arm-unknown-linux-gnueabi

  • Path and misc options > Prefix directory = /x-tools/${CT_TARGET}
  • Path and misc options > Use a mirror = ENABLE
  • Path and misc options > Base URL = https://ci-mirrors.rust-lang.org/rustc
  • Target options > Target Architecture = arm
  • Target options > Architecture level = armv6 -- (+)
  • Target options > Floating point = software (no FPU) -- (*)
  • Operating System > Target OS = linux
  • Operating System > Linux kernel version = 3.2.101
  • Binary utilities > Version of binutils = 2.32
  • C-library > glibc version = 2.17.0
  • C compiler > gcc version = 8.5.0
  • C compiler > C++ = ENABLE -- to cross compile LLVM

arm-linux-gnueabihf.defconfig

For targets: arm-unknown-linux-gnueabihf

  • Path and misc options > Prefix directory = /x-tools/${CT_TARGET}
  • Path and misc options > Use a mirror = ENABLE
  • Path and misc options > Base URL = https://ci-mirrors.rust-lang.org/rustc
  • Target options > Target Architecture = arm
  • Target options > Architecture level = armv6 -- (+)
  • Target options > Use specific FPU = vfp -- (+)
  • Target options > Floating point = hardware (FPU) -- (*)
  • Target options > Default instruction set mode = arm -- (+)
  • Operating System > Target OS = linux
  • Operating System > Linux kernel version = 3.2.101
  • Binary utilities > Version of binutils = 2.32
  • C-library > glibc version = 2.17.0
  • C compiler > gcc version = 8.5.0
  • C compiler > C++ = ENABLE -- to cross compile LLVM

armv7-linux-gnueabihf.defconfig

For targets: armv7-unknown-linux-gnueabihf

  • Path and misc options > Prefix directory = /x-tools/${CT_TARGET}
  • Path and misc options > Use a mirror = ENABLE
  • Path and misc options > Base URL = https://ci-mirrors.rust-lang.org/rustc
  • Target options > Target Architecture = arm
  • Target options > Suffix to the arch-part = v7
  • Target options > Architecture level = armv7-a -- (+)
  • Target options > Use specific FPU = vfpv3-d16 -- (*)
  • Target options > Floating point = hardware (FPU) -- (*)
  • Target options > Default instruction set mode = thumb -- (*)
  • Operating System > Target OS = linux
  • Operating System > Linux kernel version = 3.2.101
  • Binary utilities > Version of binutils = 2.32
  • C-library > glibc version = 2.17.0
  • C compiler > gcc version = 8.5.0
  • C compiler > C++ = ENABLE -- to cross compile LLVM

(*) These options have been selected to match the configuration of the arm toolchains shipped with Ubuntu 15.10 (+) These options have been selected to match the gcc flags we use to compile C libraries like jemalloc. See the mk/cfg/arm(v7)-unknown-linux-gnueabi{,hf}.mk file in Rust's source code.

aarch64-linux-gnu.defconfig

For targets: aarch64-unknown-linux-gnu

  • Path and misc options > Prefix directory = /x-tools/${CT_TARGET}
  • Path and misc options > Use a mirror = ENABLE
  • Path and misc options > Base URL = https://ci-mirrors.rust-lang.org/rustc
  • Target options > Target Architecture = arm
  • Target options > Bitness = 64-bit
  • Operating System > Target OS = linux
  • Operating System > Linux kernel version = 4.1.49
  • Binary utilities > Version of binutils = 2.29.1
  • C-library > glibc version = 2.17 -- aarch64 support was introduced in this version
  • C compiler > gcc version = 8.5.0
  • C compiler > C++ = ENABLE -- to cross compile LLVM

i586-linux-gnu.defconfig

For targets: i586-unknown-linux-gnu

  • Path and misc options > Prefix directory = /x-tools/${CT_TARGET}
  • Target options > Target Architecture = x86
  • Target options > Architecture level = i586
  • Target options > Target CFLAGS = -Wa,-mrelax-relocations=no
  • Operating System > Target OS = linux
  • Operating System > Linux kernel version = 3.2.101
  • Binary utilities > Version of binutils = 2.32
  • Binary utilities > binutils extra config = --enable-compressed-debug-sections=none -- (*)
  • C-library > glibc version = 2.17.0
  • C compiler > gcc version = 8.5.0
  • C compiler > C++ = ENABLE

(*) Compressed debug is enabled by default for gas (assembly) on Linux/x86 targets, but that makes our compiler_builtins incompatible with binutils < 2.32.

loongarch64-linux-gnu.defconfig

For targets: loongarch64-unknown-linux-gnu

  • Path and misc options > Prefix directory = /x-tools/${CT_TARGET}
  • Path and misc options > Use a mirror = ENABLE
  • Path and misc options > Base URL = https://ci-mirrors.rust-lang.org/rustc
  • Target options > Target Architecture = loongarch
  • Target options > Bitness = 64-bit
  • Operating System > Target OS = linux
  • Operating System > Linux kernel version = 5.19.16
  • Binary utilities > Version of binutils = 2.40
  • C-library > glibc version = 2.36
  • C compiler > gcc version = 13.2.0
  • C compiler > C++ = ENABLE -- to cross compile LLVM

mips-linux-gnu.defconfig

For targets: mips-unknown-linux-gnu

  • Path and misc options > Prefix directory = /x-tools/${CT_TARGET}
  • Path and misc options > Use a mirror = ENABLE
  • Path and misc options > Base URL = https://ci-mirrors.rust-lang.org/rustc
  • Path and misc options > Patches origin = Bundled, then local
  • Path and misc options > Local patch directory = /tmp/patches
  • Target options > Target Architecture = mips
  • Target options > ABI = o32
  • Target options > Endianness = Big endian
  • Target options > Bitness = 32-bit
  • Target options > Architecture level = mips32r2
  • Operating System > Target OS = linux
  • Operating System > Linux kernel version = 4.4.302
  • Binary utilities > Version of binutils = 2.32
  • C-library > glibc version = 2.23
  • C compiler > gcc version = 8.5.0
  • C compiler > gcc extra config = --with-fp-32=xx --with-odd-spreg-32=no
  • C compiler > C++ = ENABLE -- to cross compile LLVM

mipsel-linux-gnu.defconfig

For targets: mipsel-unknown-linux-gnu

  • Path and misc options > Prefix directory = /x-tools/${CT_TARGET}
  • Path and misc options > Use a mirror = ENABLE
  • Path and misc options > Base URL = https://ci-mirrors.rust-lang.org/rustc
  • Path and misc options > Patches origin = Bundled, then local
  • Path and misc options > Local patch directory = /tmp/patches
  • Target options > Target Architecture = mips
  • Target options > ABI = o32
  • Target options > Endianness = Little endian
  • Target options > Bitness = 32-bit
  • Target options > Architecture level = mips32r2
  • Operating System > Target OS = linux
  • Operating System > Linux kernel version = 4.4.302
  • Binary utilities > Version of binutils = 2.32
  • C-library > glibc version = 2.23
  • C compiler > gcc version = 8.5.0
  • C compiler > gcc extra config = --with-fp-32=xx --with-odd-spreg-32=no
  • C compiler > C++ = ENABLE -- to cross compile LLVM

mips64-linux-gnu.defconfig

For targets: mips64-unknown-linux-gnuabi64

  • Path and misc options > Prefix directory = /x-tools/${CT_TARGET}
  • Path and misc options > Use a mirror = ENABLE
  • Path and misc options > Base URL = https://ci-mirrors.rust-lang.org/rustc
  • Path and misc options > Patches origin = Bundled, then local
  • Path and misc options > Local patch directory = /tmp/patches
  • Target options > Target Architecture = mips
  • Target options > ABI = n64
  • Target options > Endianness = Big endian
  • Target options > Bitness = 64-bit
  • Target options > Architecture level = mips64r2
  • Operating System > Target OS = linux
  • Operating System > Linux kernel version = 4.4.302
  • Binary utilities > Version of binutils = 2.32
  • C-library > glibc version = 2.23
  • C compiler > gcc version = 8.5.0
  • C compiler > C++ = ENABLE -- to cross compile LLVM

mips64el-linux-gnu.defconfig

For targets: mips64el-unknown-linux-gnuabi64

  • Path and misc options > Prefix directory = /x-tools/${CT_TARGET}
  • Path and misc options > Use a mirror = ENABLE
  • Path and misc options > Base URL = https://ci-mirrors.rust-lang.org/rustc
  • Path and misc options > Patches origin = Bundled, then local
  • Path and misc options > Local patch directory = /tmp/patches
  • Target options > Target Architecture = mips
  • Target options > ABI = n64
  • Target options > Endianness = Little endian
  • Target options > Bitness = 64-bit
  • Target options > Architecture level = mips64r2
  • Operating System > Target OS = linux
  • Operating System > Linux kernel version = 4.4.302
  • Binary utilities > Version of binutils = 2.32
  • C-library > glibc version = 2.23
  • C compiler > gcc version = 8.5.0
  • C compiler > C++ = ENABLE -- to cross compile LLVM

powerpc-linux-gnu.defconfig

For targets: powerpc-unknown-linux-gnu

  • Path and misc options > Prefix directory = /x-tools/${CT_TARGET}
  • Path and misc options > Use a mirror = ENABLE
  • Path and misc options > Base URL = https://ci-mirrors.rust-lang.org/rustc
  • Target options > Target Architecture = powerpc
  • Target options > Emit assembly for CPU = powerpc -- pure 32-bit PowerPC
  • Operating System > Target OS = linux
  • Operating System > Linux kernel version = 3.2.101
  • Binary utilities > Version of binutils = 2.30
  • C-library > glibc version = 2.17 -- ~RHEL7 glibc
  • C compiler > gcc version = 8.5.0
  • C compiler > C++ = ENABLE -- to cross compile LLVM

powerpc64-linux-gnu.defconfig

For targets: powerpc64-unknown-linux-gnu

  • Path and misc options > Prefix directory = /x-tools/${CT_TARGET}
  • Path and misc options > Use a mirror = ENABLE
  • Path and misc options > Base URL = https://ci-mirrors.rust-lang.org/rustc
  • Target options > Target Architecture = powerpc
  • Target options > Bitness = 64-bit
  • Target options > Emit assembly for CPU = power4 -- (+)
  • Target options > Tune for CPU = power6 -- (+)
  • Operating System > Target OS = linux
  • Operating System > Linux kernel version = 3.2.101
  • Binary utilities > Version of binutils = 2.32
  • C-library > glibc version = 2.17 -- ~RHEL7 glibc
  • C compiler > gcc version = 8.5.0
  • C compiler > C++ = ENABLE -- to cross compile LLVM

(+) These CPU options match the configuration of the toolchains in RHEL6.

riscv64-unknown-linux-gnu.defconfig

For targets: riscv64-unknown-linux-gnu

  • Path and misc options > Prefix directory = /x-tools/${CT_TARGET}
  • Path and misc options > Use a mirror = ENABLE
  • Path and misc options > Base URL = https://ci-mirrors.rust-lang.org/rustc
  • Target options > Target Architecture = riscv
  • Target options > Bitness = 64-bit
  • Operating System > Target OS = linux
  • Operating System > Linux kernel version = 4.20.17
  • Binary utilities > Version of binutils = 2.36.1
  • C-library > glibc version = 2.29
  • C compiler > gcc version = 8.5.0
  • C compiler > C++ = ENABLE -- to cross compile LLVM

s390x-linux-gnu.defconfig

For targets: s390x-unknown-linux-gnu

  • Path and misc options > Prefix directory = /x-tools/${CT_TARGET}
  • Path and misc options > Use a mirror = ENABLE
  • Path and misc options > Base URL = https://ci-mirrors.rust-lang.org/rustc
  • Target options > Target Architecture = s390
  • Target options > Bitness = 64-bit
  • Operating System > Target OS = linux
  • Operating System > Linux kernel version = 3.2.101
  • Binary utilities > Version of binutils = 2.32
  • C-library > glibc version = 2.17 -- ~RHEL7 glibc
  • C compiler > gcc version = 8.5.0
  • C compiler > gcc extra config = --with-arch=z10 -- LLVM's minimum support
  • C compiler > C++ = ENABLE -- to cross compile LLVM