Composable build tool inspired by Nox, Make & cargo-make
Rox gives you the ability to build your own devtools CLI using YAML files. Tasks and Pipelines are dynamically added to the CLI at runtime. It has fast startup times and full cross-platform compabitility. Being both performant and flexible makes it easier for dev teams to standardize their workflows without writing endless "glue" scripts.
The subcommands and their help messages are automatically populated at runtime from the name
and description
of each target
.
See the roxfile.yml for an idea of the planned end-state of syntax and functionality! This is also the Roxfile used for this repo.
Currently, rox
can only be installed via cargo
. Install Rust to get the entire Rust
toolkit, including cargo
.
Once that's done, run cargo install rox
and then rox --version
to verify that the installation succeeded.
Version Requirements are used to ensure that any required CLI tool matches your specified version requirements.
```yaml versionrequirements: - command: "docker version --format {{.Client.Version}}" # Output: 20.10.23 minimumversion: "20.10.7" maximum_version: "21.0.0"
File Requirements ensure that certain expected files are present.
```yaml file_requirements: - path: "Cargo.toml"
Templates allow you to specify templated commands that can be reused by tasks
. Values are injected positionally. These are intended to facilitate code reuse and uniformity across similar but different commands.
yaml
templates:
- name: docker_build
command: "docker build {path} -t rox:{image_tag}"
symbols: ["{path}", "{image_tag}"]
Tasks are discrete units of execution. They're intended to be single shell commands that can then be composed via pipelines
. They are also able to leverage templates
by specifying one with uses
and injecting values with values
.
```yaml tasks: - name: build-prod description: "Build the application dockerfile" uses: docker_build values: [".", "latest"]
Pipelines are the canonical way to chain together multiple tasks into a single execution unit. They also support parallel execution but it is up to the user to ensure that the tasks can be safely executed in parallel.
yaml
pipelines:
- name: example-pipeline
description: Composes a few tasks
tasks: ["task-a", "task-b", "task-c"]
Now that we've seen each individual piece of the Rox puzzle, we can put them all together into a full roxfile
.
```yaml versionrequirements: - command: "docker version --format {{.Client.Version}}" minimumversion: "20.10.7" maximum_version: "21.0.0"
filerequirements: - path: ".env" createifnotexists: true
templates: - name: dockerbuild command: "docker build {path} -t rox:{imagetag}" symbols: ["{path}", "{image_tag}"]
pipelines: - name: build-all description: "Build a release artifact binary and Docker image" tasks: ["build-release-binary", "build-release-image"]
tasks:
name: build-local description: "Build the application dockerfile" uses: docker_build values: [".", "local"]
name: build-prod description: "Build the application dockerfile" uses: docker_build values: [".", "latest"]
name: "clippy-ci" description: "Run Clippy with a non-zero exit if warnings are found." command: "cargo clippy -- -D warnings"
name: fmt command: "cargo fmt"
name: test command: "cargo test" description: "Run tests"
name: build-release-binary description: "Build a release binary with cargo." command: "cargo build --release"
name: build-release-image description: "Build a production image for Docker." command: "docker build . -t rox:latest"
name: secret_task description: "This task isn't callable directly from the CLI!" hide: true
```
workdir
specificationRox
is released by running cargo release
locally.
Steps to Release:
cargo install cargo-release
(if not already installed)cargo release [major|minor|patch] --execute