
Taskfile Automation
Discover and run standardized dev commands via Taskfile instead of guessing shell one-offs in any repo that uses taskfile.dev.
Overview
taskfile-automation is a journey-wide agent skill that routes development work through Task (taskfile.dev) discoverable tasks—usable whenever a solo builder enters a repo with a Taskfile.
Install
npx skills add https://github.com/seabbs/claude-code-config --skill taskfile-automationWhat is this skill?
- Core rule: prefer task over raw shell/language commands when a Taskfile exists
- Discovery-first: task --list, task help, and per-task --help before running work
- Standard loops: task dev, task precommit, and task ci for local CI parity
- Built-in descriptions and safer destructive prompts vs ad-hoc scripts
- Multi-step workflows composed in one named task (e.g. dev = fast tests + docs)
Adoption & trust: 1.2k installs on skills.sh; 7 GitHub stars; 2/3 security scanners passed (skills.sh audits).
What problem does it solve?
You land in a new codebase and do not know which test, lint, or dev commands the team expects, so you run the wrong shell incantations.
Who is it for?
Solo builders and agents working across Taskfile-backed repos who want one discovery habit instead of README archaeology.
Skip if: Projects with no Taskfile or Task binary—use native package scripts or Makefile skills instead.
When should I use this skill?
A Taskfile is present and you need to discover or execute project development commands (dev, precommit, ci, help).
What do I get? / Deliverables
You list documented tasks, run the right dev, precommit, or ci workflows via task, and align with how the project defines safe automation.
- Correct task invocations aligned with project definitions
- Documented task list output from discovery commands
Recommended Skills
Journey fit
Useful at every journey phase - explore requirements and options before committing to a direction.
Where it fits
Run task dev on first open to match the maintainer’s fast test-and-docs loop.
Simulate pipeline failures locally with task ci before opening a PR.
Use task precommit so hooks and fast tests pass the same way CI will.
Invoke documented deploy or smoke tasks from the Taskfile instead of one-off shell history.
How it compares
Convention and discoverability layer over Taskfile—not a generator that writes Taskfiles from scratch.
Common Questions / FAQ
Who is taskfile-automation for?
Indie developers and agent users who routinely clone or contribute to repos that standardize commands with taskfile.dev.
When should I use taskfile-automation?
At the start of any session in a Taskfile repo: during Build for task dev, Ship for task ci or precommit, and Operate when iterate tasks wrap deploy or smoke checks.
Is taskfile-automation safe to install?
The skill steers agents toward project-defined tasks; destructive tasks may still prompt interactively—review Security Audits on this Prism page before enabling shell execution.
SKILL.md
READMESKILL.md - Taskfile Automation
# Task Automation System Use this skill when working with projects that use [Task](https://taskfile.dev) to provide easy-to-discover automation commands for development workflows. ## Core Principle **IMPORTANT**: Always prefer `task` commands over direct shell/language commands when a Taskfile is present. Task provides: - **Discoverability**: `task --list` shows all available tasks - **Consistency**: Standardised commands across different environments - **Documentation**: Built-in descriptions and help - **Automation**: Multi-step workflows (e.g., `task dev` combines testing and docs) - **Safety**: Interactive prompts for destructive operations ## Task Discovery ### Find Available Tasks ```bash # List all available tasks with descriptions task --list # Show common workflows and usage patterns task help # Get detailed help for specific task task <taskname> --help ``` **Always start with discovery** when entering a new project with a Taskfile. ## Common Task Patterns ### Development Workflows Projects typically provide these standard tasks: ```bash # Fast development cycle (common iteration loop) task dev # Usually runs fast tests + fast docs # Pre-commit workflow task precommit # Runs pre-commit hooks + fast tests # Full CI simulation locally task ci # Complete CI pipeline locally ``` ### Testing Workflows ```bash # Full test suite including quality checks task test # Fast tests (skip quality checks for rapid development) task test-fast task test:fast # Alternative naming # Quality checks only (Aqua, formatting, linting) task test-quality task test:quality ``` ### Documentation Building ```bash # Quick docs build (recommended for development) task docs-fast task docs:fast # Full documentation including slow components (notebooks, etc.) task docs # Interactive documentation server task docs-pluto # For Julia projects with Pluto notebooks task docs:serve # For live-reload documentation server ``` ### Environment Management ```bash # Set up development environment from scratch task setup # Show package/dependency status task pkg:status task status # Project overview and environment information task info ``` ### Code Quality ```bash # Linting task lint # Formatting task format # Combined quality checks task quality ``` ## Using Task vs Direct Commands ### When to Use Task Use `task` commands when: - A Taskfile exists in the project - You need to run standard development operations - You want to discover available workflows - You need consistency across team members ### When Task Wraps Underlying Commands Tasks are typically thin wrappers around language-specific commands: **Example - Julia:** ```bash # Task command task test # Underlying command it runs julia --project=. -e 'using Pkg; Pkg.test()' ``` **Example - R:** ```bash # Task command task docs # Underlying command it runs Rscript -e "devtools::document()" ``` ### When to Use Direct Commands Use direct language commands when: - No Taskfile exists - You need advanced options not exposed by tasks - You're doing exploratory work outside standard workflows - Tasks don't cover your specific use case ## Task Workflow Examples ### Typical Development Cycle ```bash # 1. Discover what's available task --list # 2. Run fast iteration cycle task dev # Fast tests + fast docs # 3. Before committing task precommit # Pre-commit checks + tests # 4. Before pushing (optional) task ci # Full CI simulation ``` ### First-Time Setup ```bash # 1. See what setup tasks exist task --list | grep setup # 2. Run setup task setup # Install dependencies, configure environment # 3. Verify setup task info # Show project and environment status # 4. Test everything works task test ``` ## Task Naming Conventions Common patterns in t