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  Update CONTRIBUTING.md and README.md
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CONTRIBUTING.md
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@ -2,7 +2,7 @@
## Getting started ## Getting started
## How to add a new image? (With crosstool-ng) ## How to add a new image ? (With crosstool-ng)
In this part, we will see how to add a new image, we will take example with `linux-arm64` for a raspberry pi 4, with [crosstool-ng](https://github.com/crosstool-ng/crosstool-ng). In this part, we will see how to add a new image, we will take example with `linux-arm64` for a raspberry pi 4, with [crosstool-ng](https://github.com/crosstool-ng/crosstool-ng).
@ -195,7 +195,7 @@ Once this part is finished, there must be 3 files in the `linux-arm64` folder:
- **`Dockerfile.in`**, the docker file. - **`Dockerfile.in`**, the docker file.
- **`Toolchain.cmake`**, the CMake file for the toolchains. - **`Toolchain.cmake`**, the CMake file for the toolchains.
### Makefile and CI ### Makefile
For this last part, we will see how to add the image to the [Makefile](Makefile) and to a github action. For this last part, we will see how to add the image to the [Makefile](Makefile) and to a github action.
@ -204,14 +204,14 @@ You need to add the image/folder name (**linux-arm64**) to the **STANDARD_IMAGES
```make ```make
# These images are built using the "build implicit rule" # These images are built using the "build implicit rule"
STANDARD_IMAGES = android-arm android-arm64 android-x86 android-x86_64 \ STANDARD_IMAGES = android-arm android-arm64 android-x86 android-x86_64 \
linux-x86 linux-x64 linux-x64-clang linux-arm64 linux-arm64-musl linux-arm64-full \ linux-x86 linux-x64 linux-x64-clang linux-arm64 linux-arm64-musl linux-arm64-full \
linux-armv5 linux-armv5-musl linux-armv5-uclibc linux-m68k-uclibc linux-s390x linux-x64-tinycc \ linux-armv5 linux-armv5-musl linux-armv5-uclibc linux-m68k-uclibc linux-s390x linux-x64-tinycc \
linux-armv6 linux-armv6-lts linux-armv6-musl linux-arm64-lts \ linux-armv6 linux-armv6-lts linux-armv6-musl linux-arm64-lts \
linux-armv7l-musl linux-armv7 linux-armv7a linux-armv7-lts linux-x86_64-full \ linux-armv7l-musl linux-armv7 linux-armv7a linux-armv7-lts linux-x86_64-full \
linux-mips linux-ppc64le linux-riscv64 linux-riscv32 linux-xtensa-uclibc \ linux-mips linux-ppc64le linux-riscv64 linux-riscv32 linux-xtensa-uclibc \
web-wasi \ web-wasi \
windows-static-x86 windows-static-x64 windows-static-x64-posix windows-armv7 \ windows-static-x86 windows-static-x64 windows-static-x64-posix windows-armv7 \
windows-shared-x86 windows-shared-x64 windows-shared-x64-posix windows-arm64 windows-shared-x86 windows-shared-x64 windows-shared-x64-posix windows-arm64
``` ```
You need to add the image/folder name (`linux-arm64`) to the `GEN_IMAGES` variable in the [Makefile](Makefile): You need to add the image/folder name (`linux-arm64`) to the `GEN_IMAGES` variable in the [Makefile](Makefile):
@ -219,18 +219,54 @@ You need to add the image/folder name (`linux-arm64`) to the `GEN_IMAGES` variab
```make ```make
# Generated Dockerfiles. # Generated Dockerfiles.
GEN_IMAGES = android-arm android-arm64 \ GEN_IMAGES = android-arm android-arm64 \
linux-x86 linux-x64 linux-x64-clang linux-arm64 linux-arm64-musl linux-arm64-full \ linux-x86 linux-x64 linux-x64-clang linux-arm64 linux-arm64-musl linux-arm64-full \
manylinux2014-x64 manylinux2014-x86 \ manylinux2014-x64 manylinux2014-x86 \
manylinux2014-aarch64 linux-arm64-lts \ manylinux2014-aarch64 linux-arm64-lts \
web-wasm web-wasi linux-mips windows-arm64 windows-armv7 \ web-wasm web-wasi linux-mips windows-arm64 windows-armv7 \
windows-static-x86 windows-static-x64 windows-static-x64-posix \ windows-static-x86 windows-static-x64 windows-static-x64-posix \
windows-shared-x86 windows-shared-x64 windows-shared-x64-posix \ windows-shared-x86 windows-shared-x64 windows-shared-x64-posix \
linux-armv7 linux-armv7a linux-armv7l-musl linux-armv7-lts linux-x86_64-full \ linux-armv7 linux-armv7a linux-armv7l-musl linux-armv7-lts linux-x86_64-full \
linux-armv6 linux-armv6-lts linux-armv6-musl \ linux-armv6 linux-armv6-lts linux-armv6-musl \
linux-armv5 linux-armv5-musl linux-armv5-uclibc linux-ppc64le linux-s390x \ linux-armv5 linux-armv5-musl linux-armv5-uclibc linux-ppc64le linux-s390x \
linux-riscv64 linux-riscv32 linux-m68k-uclibc linux-x64-tinycc linux-xtensa-uclibc linux-riscv64 linux-riscv32 linux-m68k-uclibc linux-x64-tinycc linux-xtensa-uclibc
``` ```
### Image building and testing
You can now start building the image:
```bash
make linux-arm64
```
When finished, you can test it:
```bash
make linux-arm64.test
```
If you want to go a little further in the tests:
```bash
docker run --rm linux-arm64 > ./linux-arm64
chmod +x ./linux-arm64
```
And then run the commands to build a project (you must be in the directory of your project to build):
```bash
./linux-arm64 make
```
With CMake + Ninja:
```bash
./linux-arm64 cmake -Bbuild -S. -GNinja
./linux-arm64 ninja -Cbuild
```
### CI (github action)
To finish, you have to add to `.github/workflows/main.yml` the image/folder name: To finish, you have to add to `.github/workflows/main.yml` the image/folder name:
```yml ```yml

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README.md
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@ -25,7 +25,7 @@ Cross compiling toolchains in Docker images.
## Examples ## Examples
1. `dockcross make`: Build the *Makefile* in the current directory. 1. `dockcross make`: Build the *Makefile* in the current directory.
2. `dockcross cmake -Bbuild -H. -GNinja`: Run CMake with a build directory `./build` for a *CMakeLists.txt* file in the current directory and generate `ninja` build configuration files. 2. `dockcross cmake -Bbuild -S. -GNinja`: Run CMake with a build directory `./build` for a *CMakeLists.txt* file in the current directory and generate `ninja` build configuration files.
3. `dockcross ninja -Cbuild`: Run ninja in the `./build` directory. 3. `dockcross ninja -Cbuild`: Run ninja in the `./build` directory.
4. `dockcross bash -c '$CC test/C/hello.c -o hello'`: Build the *hello.c* file with the compiler identified with the `CC` environmental variable in the build environment. 4. `dockcross bash -c '$CC test/C/hello.c -o hello'`: Build the *hello.c* file with the compiler identified with the `CC` environmental variable in the build environment.
5. `dockcross bash`: Run an interactive shell in the build environment. 5. `dockcross bash`: Run an interactive shell in the build environment.