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dyna3/.forgejo/workflows/continuous-integration.yaml

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Prototype a continuous integration workflow This workflow is too spendthrift for deployment: every job sets up Rust, and the `build` job also installs Trunk, which takes even more resources. The workflow serves well, however, as a proof of concept. Introducing a syntax error into `src/main.rs` causes the `build` and `test` jobs to fail, but allows `run-examples` to succeed. Similarly, introducing a syntax error into `examples/point-on-sphere.rs` causes `run-examples` to fail, but allows the other jobs to succeed.
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on:
pull_request:
push:
branches: [main]
jobs:
Set up the CI image during the CI workflow
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# build and tag the Docker image that the rest of the jobs will run on
setup-image:
runs-on: self-hosted
defaults:
run:
working-directory: tools/ci-image
steps:
- uses: https://code.forgejo.org/actions/checkout@v4
- run: docker build . --tag dyna3:ci
Fail continuous integration on warnings
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# build the application, reporting success if there are no errors or warnings
Prototype a continuous integration workflow This workflow is too spendthrift for deployment: every job sets up Rust, and the `build` job also installs Trunk, which takes even more resources. The workflow serves well, however, as a proof of concept. Introducing a syntax error into `src/main.rs` causes the `build` and `test` jobs to fail, but allows `run-examples` to succeed. Similarly, introducing a syntax error into `examples/point-on-sphere.rs` causes `run-examples` to fail, but allows the other jobs to succeed.
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build:
runs-on: docker
Run continuous integration on a custom image Write a Dockerfile that describes a Debian image with our build environment set up in it. Write a script that builds and tags the custom image. Set the continuous integration workflow to run on the custom image, pulled from Docker's local image store. Running the examples on the custom image takes the same steps as running them on a development machine, so we no longer gain anything from factoring out the `cargo run --example` steps. That means we can get rid of the `run-examples` action. Since the build environment is now set up ahead of time, we can get rid of the `setup-rust` action too.
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container:
image: dyna3:ci
Set up the CI image during the CI workflow
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needs: [setup-image]
Run continuous integration on a custom image Write a Dockerfile that describes a Debian image with our build environment set up in it. Write a script that builds and tags the custom image. Set the continuous integration workflow to run on the custom image, pulled from Docker's local image store. Running the examples on the custom image takes the same steps as running them on a development machine, so we no longer gain anything from factoring out the `cargo run --example` steps. That means we can get rid of the `run-examples` action. Since the build environment is now set up ahead of time, we can get rid of the `setup-rust` action too.
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defaults:
run:
working-directory: app-proto
Prototype a continuous integration workflow This workflow is too spendthrift for deployment: every job sets up Rust, and the `build` job also installs Trunk, which takes even more resources. The workflow serves well, however, as a proof of concept. Introducing a syntax error into `src/main.rs` causes the `build` and `test` jobs to fail, but allows `run-examples` to succeed. Similarly, introducing a syntax error into `examples/point-on-sphere.rs` causes `run-examples` to fail, but allows the other jobs to succeed.
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steps:
- uses: https://code.forgejo.org/actions/checkout@v4
Fail continuous integration on warnings
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- run: RUSTFLAGS='-D warnings' trunk build
Run continuous integration on a custom image Write a Dockerfile that describes a Debian image with our build environment set up in it. Write a script that builds and tags the custom image. Set the continuous integration workflow to run on the custom image, pulled from Docker's local image store. Running the examples on the custom image takes the same steps as running them on a development machine, so we no longer gain anything from factoring out the `cargo run --example` steps. That means we can get rid of the `run-examples` action. Since the build environment is now set up ahead of time, we can get rid of the `setup-rust` action too.
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Fail continuous integration on warnings
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# run the automated tests, reporting success if the tests pass and were built
# without warnings
Prototype a continuous integration workflow This workflow is too spendthrift for deployment: every job sets up Rust, and the `build` job also installs Trunk, which takes even more resources. The workflow serves well, however, as a proof of concept. Introducing a syntax error into `src/main.rs` causes the `build` and `test` jobs to fail, but allows `run-examples` to succeed. Similarly, introducing a syntax error into `examples/point-on-sphere.rs` causes `run-examples` to fail, but allows the other jobs to succeed.
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test:
runs-on: docker
Run continuous integration on a custom image Write a Dockerfile that describes a Debian image with our build environment set up in it. Write a script that builds and tags the custom image. Set the continuous integration workflow to run on the custom image, pulled from Docker's local image store. Running the examples on the custom image takes the same steps as running them on a development machine, so we no longer gain anything from factoring out the `cargo run --example` steps. That means we can get rid of the `run-examples` action. Since the build environment is now set up ahead of time, we can get rid of the `setup-rust` action too.
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container:
image: dyna3:ci
Set up the CI image during the CI workflow
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needs: [setup-image]
Run continuous integration on a custom image Write a Dockerfile that describes a Debian image with our build environment set up in it. Write a script that builds and tags the custom image. Set the continuous integration workflow to run on the custom image, pulled from Docker's local image store. Running the examples on the custom image takes the same steps as running them on a development machine, so we no longer gain anything from factoring out the `cargo run --example` steps. That means we can get rid of the `run-examples` action. Since the build environment is now set up ahead of time, we can get rid of the `setup-rust` action too.
2025-03-07 01:25:30 -08:00
defaults:
run:
working-directory: app-proto
Prototype a continuous integration workflow This workflow is too spendthrift for deployment: every job sets up Rust, and the `build` job also installs Trunk, which takes even more resources. The workflow serves well, however, as a proof of concept. Introducing a syntax error into `src/main.rs` causes the `build` and `test` jobs to fail, but allows `run-examples` to succeed. Similarly, introducing a syntax error into `examples/point-on-sphere.rs` causes `run-examples` to fail, but allows the other jobs to succeed.
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steps:
- uses: https://code.forgejo.org/actions/checkout@v4
Fail continuous integration on warnings
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- run: RUSTFLAGS='-D warnings' cargo test
Run continuous integration on a custom image Write a Dockerfile that describes a Debian image with our build environment set up in it. Write a script that builds and tags the custom image. Set the continuous integration workflow to run on the custom image, pulled from Docker's local image store. Running the examples on the custom image takes the same steps as running them on a development machine, so we no longer gain anything from factoring out the `cargo run --example` steps. That means we can get rid of the `run-examples` action. Since the build environment is now set up ahead of time, we can get rid of the `setup-rust` action too.
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# run the Cargo examples, as described here:
#
# Karol Kuczmarski. "Add examples to your Rust libraries"
# http://xion.io/post/code/rust-examples.html
#
Fail continuous integration on warnings
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# report success if the examples build and run without errors or warnings
Prototype a continuous integration workflow This workflow is too spendthrift for deployment: every job sets up Rust, and the `build` job also installs Trunk, which takes even more resources. The workflow serves well, however, as a proof of concept. Introducing a syntax error into `src/main.rs` causes the `build` and `test` jobs to fail, but allows `run-examples` to succeed. Similarly, introducing a syntax error into `examples/point-on-sphere.rs` causes `run-examples` to fail, but allows the other jobs to succeed.
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run-examples:
runs-on: docker
Run continuous integration on a custom image Write a Dockerfile that describes a Debian image with our build environment set up in it. Write a script that builds and tags the custom image. Set the continuous integration workflow to run on the custom image, pulled from Docker's local image store. Running the examples on the custom image takes the same steps as running them on a development machine, so we no longer gain anything from factoring out the `cargo run --example` steps. That means we can get rid of the `run-examples` action. Since the build environment is now set up ahead of time, we can get rid of the `setup-rust` action too.
2025-03-07 01:25:30 -08:00
container:
image: dyna3:ci
Set up the CI image during the CI workflow
2025-03-26 01:14:58 -07:00
needs: [setup-image]
Run continuous integration on a custom image Write a Dockerfile that describes a Debian image with our build environment set up in it. Write a script that builds and tags the custom image. Set the continuous integration workflow to run on the custom image, pulled from Docker's local image store. Running the examples on the custom image takes the same steps as running them on a development machine, so we no longer gain anything from factoring out the `cargo run --example` steps. That means we can get rid of the `run-examples` action. Since the build environment is now set up ahead of time, we can get rid of the `setup-rust` action too.
2025-03-07 01:25:30 -08:00
defaults:
run:
working-directory: app-proto
Prototype a continuous integration workflow This workflow is too spendthrift for deployment: every job sets up Rust, and the `build` job also installs Trunk, which takes even more resources. The workflow serves well, however, as a proof of concept. Introducing a syntax error into `src/main.rs` causes the `build` and `test` jobs to fail, but allows `run-examples` to succeed. Similarly, introducing a syntax error into `examples/point-on-sphere.rs` causes `run-examples` to fail, but allows the other jobs to succeed.
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steps:
- uses: https://code.forgejo.org/actions/checkout@v4
Fail continuous integration on warnings
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- run: RUSTFLAGS='-D warnings' cargo run --example irisawa-hexlet
- run: RUSTFLAGS='-D warnings' cargo run --example three-spheres
- run: RUSTFLAGS='-D warnings' cargo run --example point-on-sphere
- run: RUSTFLAGS='-D warnings' cargo run --example kaleidocycle
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