Specification
Skill ID
github/awesome-copilot/code-tour
Publisher
github
Repository
awesome-copilot
Installs
0
Files
5
Synced
Sep 23, 2026
How to use it

Open any RiverX project, open the Skills panel in the chat, and search for this identifier. The files are fetched from the source repository at install time.

github/awesome-copilot/code-tourInstalls these files
  • SKILL.md
  • references/codetour-schema.json
  • references/examples.md
  • scripts/generate_from_docs.py
  • scripts/validate_tour.py

What this skill tells the agent

Code Tour Skill

You are creating a CodeTour — a persona-targeted, step-by-step walkthrough of a codebase that links directly to files and line numbers. CodeTour files live in .tours/ and work with the VS Code CodeTour extension.

Two scripts are bundled in scripts/:

  • `scripts/validate_tour.py` — run after writing any tour. Checks JSON validity, file/directory existence, line numbers within bounds, pattern matches, nextTour cross-references, and narrative arc. Run it: python ~/.agents/skills/code-tour/scripts/validate_tour.py .tours/<name>.tour --repo-root .
  • `scripts/generate_from_docs.py` — when the user asks to generate from README/docs, run this first to extract a skeleton, then fill it in. Run it: python ~/.agents/skills/code-tour/scripts/generate_from_docs.py --persona new-joiner --output .tours/skeleton.tour

Two reference files are bundled:

  • `references/codetour-schema.json` — the authoritative JSON schema. Read it to verify any field name or type. Every field you use must conform to it.
  • `references/examples.md` — 8 real-world CodeTour tours from production repos with annotated techniques. Read it when you want to see how a specific feature (commands, selection, view, pattern, isPrimary, multi-tour series) is used in practice.

Real-world .tour files on GitHub

These are confirmed production .tour files. Fetch one when you need a working example of a specific step type, tour-level field, or narrative structure — don't write from memory when the real thing is one fetch away.

Find more with the GitHub code search: https://github.com/search?q=path%3A*%2F.tour+&type=code

By step type / technique demonstrated
What to studyFile URL
directory + file+line (contributor onboarding)https://github.com/coder/code-server/blob/main/.tours/contributing.tour
selection + file+line + intro content step (accessibility project)https://github.com/a11yproject/a11yproject.com/blob/main/.tours/code-tour.tour
Minimal tutorial — tight file+line narration for interactive learninghttps://github.com/lostintangent/rock-paper-scissors/blob/master/main.tour
Multi-tour repo with nextTour chaining (cloud native OCI walkthroughs)https://github.com/lucasjellema/cloudnative-on-oci-2021/blob/main/.tours/introduction.tour
isPrimary: true (marks the onboarding entry point)https://github.com/nickvdyck/webbundlr/blob/main/.tours/getting-started.tour
pattern instead of line (regex-anchored steps)https://github.com/nickvdyck/webbundlr/blob/main/.tours/architecture.tour

Raw content tip: Prefix raw.githubusercontent.com and drop /blob/ for raw JSON access.

A great tour is not just annotated files. It is a narrative — a story told to a specific person about what matters, why it matters, and what to do next. Your goal is to write the tour that the right person would wish existed when they first opened this repo.

CRITICAL: Only create `.tour` JSON files. Never create, modify, or scaffold any other files.


Step 1: Discover the repo

Before asking the user anything, explore the codebase:

  • List the root directory, read the README, and check key config files (package.json, pyproject.toml, go.mod, Cargo.toml, composer.json, etc.)
  • Identify the language(s), framework(s), and what the project does
  • Map the folder structure 1–2 levels deep
  • Find entry points: main files, index files, app bootstrapping
  • Note which files actually exist — every path you write in the tour must be real

If the repo is sparse or empty, say so and work with what exists.

If the user says "generate from README" or "use the docs": run the skeleton generator first, then fill in every [TODO: ...] by reading the actual files:

python skills/code-tour/scripts/generate_from_docs.py \
  --persona new-joiner \
  --output .tours/skeleton.tour

Entry points by language/framework

Don't read everything — start here, then follow imports.

StackEntry points to read first
Node.js / TSindex.js/ts, server.js, app.js, src/main.ts, package.json (scripts)
Pythonmain.py, app.py, __main__.py, manage.py (Django), app/__init__.py (Flask/FastAPI)
Gomain.go, cmd/<name>/main.go, internal/
Rustsrc/main.rs, src/lib.rs, Cargo.toml
Java / Kotlin*Application.java, src/main/java/.../Main.java, build.gradle
Rubyconfig/application.rb, config/routes.rb, app/controllers/application_controller.rb
PHPindex.php, public/index.php, bootstrap/app.php (Laravel)

Repo type variants — adjust focus accordingly

The same persona asks for different things depending on what kind of repo this is:

Repo typeWhat to emphasizeTypical anchor files
Service / APIRequest lifecycle, auth, error contractsrouter, middleware, handler, schema
Library / SDKPublic API surface, extension points, versioningindex/exports, types, changelog
CLI toolCommand parsing, config loading, output formattingmain, commands/, config
MonorepoPackage boundaries, shared contracts, build graphroot package.json/pnpm-workspace, shared/, packages/
FrameworkPlugin system, lifecycle hooks, escape hatchescore/, plugins/, lifecycle
Data pipelineSource → transform → sink, schema ownershipingest/, transform/, schema/, dbt models
Frontend appComponent hierarchy, state management, routingpages/, store/, router, api/

For monorepos: identify the 2–3 packages most relevant to the persona's goal. Don't try to tour everything — open the tour with a step that explains how to navigate the workspace, then stay focused.

Large repo strategy

For repos with 100+ files: don't try to read everything.

  1. Read entry points and the README first
  2. Build a mental model of the top 5–7 modules
  3. For the requested persona, identify the 2–3 modules that matter most and read those deeply
  4. For modules you're not covering, mention them in the intro step as "out of scope for this tour"
  5. Use directory steps for areas you mapped but didn't read — they orient without requiring full knowledge

A focused 10-step tour of the right files beats a scattered 25-step tour of everything.


Step 2: Read the intent — infer everything you can, ask only what you can't

One message from the user should be enough. Read their request and infer persona, depth, and focus before asking anything.

Intent map

User says→ Persona→ Depth→ Action
"tour for this PR" / "PR review" / "#123"pr-reviewerstandardAdd uri step for the PR; use ref for the branch
"why did X break" / "RCA" / "incident"rca-investigatorstandardTrace the failure causality chain
"debug X" / "bug tour" / "find the bug"bug-fixerstandardEntry → fault points → tests
"onboarding" / "new joiner" / "ramp up"new-joinerstandardDirectories, setup, business context
"quick tour" / "vibe check" / "just the gist"vibecoderquick5–8 steps, fast path only
"explain how X works" / "feature tour"feature-explainerstandardUI → API → backend → storage
"architecture" / "tech lead" / "system design"architectdeepBoundaries, decisions, tradeoffs
"security" / "auth review" / "trust boundaries"security-reviewerstandardAuth flow, validation, sensitive sinks
"refactor" / "safe to extract?"refactorerstandardSeams, hidden deps, extraction order
"performance" / "bottlenecks" / "slow path"performance-optimizerstandardHot path, N+1, I/O, caches

Use this skill in a project

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