kind: WavePipeline
metadata:
  name: ops-bootstrap
  description: "Scaffold a greenfield project with language-appropriate structure, CI config, and initial files"
  release: true

input:
  source: cli
  schema:
    type: string
    description: "Project description and intent (e.g. 'Rust CLI tool for processing CSV files')"
  example: "Rust CLI tool for processing CSV files"

steps:
  - id: assess
    persona: navigator
    workspace:
      mount:
        - source: ./
          target: /project
          mode: readonly
    exec:
      type: prompt
      source: |
        You are assessing a greenfield project for scaffolding.

        The user described this project as: {{ input }}

        ## Instructions

        1. Read `wave.yaml` to find `project.language`, `project.build_command`, and `project.test_command`
        2. List all existing files in the project directory to understand what already exists
        3. Read any README, ADR, or design docs for additional project intent
        4. Determine the project flavour (language/framework):
           - If `project.language` is set in wave.yaml, use that
           - Otherwise infer from existing files (package.json → node, Cargo.toml → rust, go.mod → go, etc.)
           - If nothing exists, infer from the user's description
        5. Recommend the appropriate project scaffold

        ## Output

        Write a JSON file to `.wave/output/bootstrap-assessment.json` with this structure:
        ```json
        {
          "flavour": "go|rust|node|bun|python|csharp|...",
          "project_intent": "description of what the project does",
          "existing_files": ["list", "of", "existing", "files"],
          "scaffold_recommendations": {
            "files_to_create": ["list of files to scaffold"],
            "build_system": "cargo|go|npm|bun|pip|dotnet",
            "ci_provider": "github-actions",
            "gitignore_patterns": ["patterns for .gitignore"]
          },
          "wave_config": {
            "language": "from wave.yaml if set",
            "build_command": "from wave.yaml if set",
            "test_command": "from wave.yaml if set"
          }
        }
        ```
    output_artifacts:
      - name: assessment
        path: .wave/output/bootstrap-assessment.json
        type: json
    retry:
      policy: patient
      max_attempts: 2
    handover:
      contract:
        type: json_schema
        source: .wave/output/bootstrap-assessment.json
        schema_path: .wave/contracts/bootstrap-assessment.schema.json
        must_pass: true
        on_failure: retry

  - id: scaffold
    persona: craftsman
    dependencies: [assess]
    memory:
      inject_artifacts:
        - step: assess
          artifact: assessment
          as: bootstrap_assessment
    workspace:
      type: worktree
      branch: "{{ pipeline_id }}"
    exec:
      type: prompt
      source: |
        You are scaffolding a new project based on the assessment.

        Read the assessment artifact to understand the project flavour, intent, and recommendations.

        ## Instructions

        Based on the detected flavour, create the appropriate project structure:

        ### Go
        - `go.mod` with appropriate module path
        - `main.go` or `cmd/<name>/main.go` for CLI tools
        - `internal/` directory structure
        - Basic test file
        - `.github/workflows/ci.yml` with go build and test

        ### Rust
        - `Cargo.toml` with project metadata
        - `src/main.rs` (binary) or `src/lib.rs` (library)
        - `tests/` directory with integration test stub
        - `.github/workflows/ci.yml` with cargo build and test

        ### Node / Bun
        - `package.json` with project metadata and scripts
        - `src/index.ts` entry point
        - `tsconfig.json` with strict mode
        - `.github/workflows/ci.yml` with install and test

        ### Python
        - `pyproject.toml` with project metadata
        - `src/<package_name>/__init__.py`
        - `tests/test_placeholder.py`
        - `.github/workflows/ci.yml` with pip install and pytest

        ### C#
        - `<ProjectName>.sln` solution file
        - `src/<ProjectName>/<ProjectName>.csproj` and `Program.cs`
        - `tests/<ProjectName>.Tests/` with test project
        - `.github/workflows/ci.yml` with dotnet build and test

        ### For ALL flavours
        - Create `.gitignore` appropriate for the language
        - Create `README.md` with project description, build instructions, and usage

        ## Verification

        After creating all files:
        1. If a build command is available, run it to verify the project compiles
        2. If a test command is available, run it to verify tests pass

        ## Important

        - Do NOT create files that already exist (check the assessment's existing_files list)
        - Use the project intent from the assessment to make README content meaningful
        - Follow standard conventions for the language ecosystem
    retry:
      policy: standard
      max_attempts: 3
    handover:
      contract:
        type: test_suite
        command: "{{ project.test_command }}"
        must_pass: false
        on_failure: retry

  - id: commit
    persona: craftsman
    dependencies: [scaffold]
    workspace:
      type: worktree
      branch: "{{ pipeline_id }}"
    memory:
      inject_artifacts:
        - step: assess
          artifact: assessment
          as: bootstrap_assessment
    exec:
      type: prompt
      source: |
        You are creating the initial commit for a newly scaffolded project.

        Read the assessment artifact to get the project flavour and the list of
        recommended files from `scaffold_recommendations.files_to_create`.

        ## Instructions

        1. Identify which files were actually created by the scaffold step:
           ```bash
           git status --porcelain
           ```

        2. Stage ONLY the project files explicitly — NEVER use `git add -A` or `git add .`:
           ```bash
           git add <file1> <file2> <file3> ...
           ```
           Stage every new or modified project file shown by `git status`, but
           NEVER stage any of these paths:
           - `.wave/artifacts/`
           - `.wave/output/`
           - `.claude/`
           - `CLAUDE.md`

        3. Create the initial commit with a conventional commit message:
           ```bash
           git commit -m "feat: scaffold <flavour> project"
           ```
           Replace `<flavour>` with the actual detected flavour from the assessment (e.g. "go", "rust", "node").

        4. Check if a remote is configured:
           ```bash
           git remote -v
           ```

        5. If a remote exists, push the branch:
           ```bash
           git push -u origin HEAD
           ```

        ## Important

        - Do NOT include Co-Authored-By or AI attribution in the commit message
        - NEVER use `git add -A`, `git add .`, or `git add --all` — always stage files by explicit path
        - Do NOT commit .wave/artifacts/, .wave/output/, .claude/, or CLAUDE.md
        - If git push fails (no remote, auth issues), that's OK — just report the commit was created locally