DocForge

DocForge is a project-scoped documentation graph for people and AI agents. It validates canonical documentation, builds a disposable search and relationship index, compiles bounded context, renders declared manuals, visualizes project structure, and manages reviewable documentation changesets.

What it does

Validates stable Markdown/TOML nodes and typed relationships.
Builds a deterministic SQLite search and graph index.
Exposes project-bound CLI and MCP query surfaces.
Creates, validates, diffs, and previews isolated changesets.
Applies one explicitly approved changeset hash through CLI or gated MCP.
Supports opt-in incremental adapters with reverse-dependency invalidation and full-build equivalence checks.
Keeps function-scoped control-flow projections separate from the primary architecture graph.
Runs a managed loopback graph browser with neighborhood, semantic Flow, convergence Web, function-scoped Logic, source inspection, and branch-aware node hiding.
Supports generic documentation projects and project-owned source adapters.

DocForge never treats indexed text as instructions. It does not run shell commands, mutate Git, build applications, deploy, publish, or select projects globally.

Release 1

DocForge 1.0.0 is the first stable product release. It combines the project-scoped graph, CLI and MCP query surfaces, reviewable hash-approved changesets, generic and project-owned adapters, declared rendering, and the complete Nodes/Flow/Web visualization model in one supported release.

The post-1.0 incremental compiler is a backward-compatible, optional enhancement. Existing Release 1 adapters that implement only load_projection() continue to use the original complete-projection path without modification. Adapters gain incremental performance only when they additionally implement the source manifest and extraction methods. Incremental adapters must retain load_projection() as their clean-rebuild fallback and equivalence oracle.

Graph views

The browser presents the primary architecture graph through three complementary views and loads a fourth function-scoped view only when requested:

Nodes shows a bounded, relation-neutral neighborhood around the focus. It is the broad inspection view for seeing stored incoming and outgoing relationships without changing their direction. Semantic cards distinguish structure, behavior, dependencies, execution, data, evidence, context, and other relationships.
Flow shows semantic origin-to-destination paths that terminate at the focus. DocForge reverses prerequisite-style relationships for presentation, so imports, dependencies, reads, inheritance, definitions, and tests flow toward the thing they help create or exercise.
Web shows the larger convergence picture: Flow contributors plus contextual relationships, callers, containers, and direct members or execution dependencies owned by the focus.
Logic shows the possible static control paths inside a focused Python, JavaScript, or C++ function or method. Entry, decisions, actions, loops, convergence points, returns, and exceptions connect through explicit TRUE, FALSE, NEXT, CASE, LOOP, RETURN, and RAISE paths. Logic is stored separately and does not add statement-level noise to Nodes, Flow, Web, or search.

Graph cards show the node's readable leaf name and kind without clipping either value. The full qualified identity remains available in the tooltip, compact descriptor, and full inspector. The left browser panel can combine text, family, node-kind, language, and capability filters. Quick presets expose Logic-ready nodes, Python callables, tests, routes, and documentation without requiring users to know stable IDs. Selecting a canvas node emphasizes its directly connected neighbors and edges while muting unrelated paths.

Hide node removes noise without changing the index. In Flow and Web, hiding a contributor also removes upstream ancestors that no longer have a path to the focus. Nodes between the hidden contributor and the focus stay visible, and alternate ancestor paths remain intact. In Logic, hiding a step inserts an explicit omitted-path bridge so downstream control flow remains readable. Restore hidden restores the presentation.

Five-minute start

Requirements are Python 3.12+, uv, and Node.js/npm.

git clone forgejo@repo.andraxion.net:administrator/DocForge.git /absolute/path/DocForge
cd /absolute/path/DocForge
uv sync --group dev
npm ci

PROJECT=/absolute/path/MyProject
.venv/bin/docforge --project-root "$PROJECT" validate
.venv/bin/docforge --project-root "$PROJECT" reindex
.venv/bin/docforge --project-root "$PROJECT" visualize

Install the persistent per-user graph viewer once:

.venv/bin/docforge-viewer-manager install-user-service

Start an MCP server for one project:

.venv/bin/docforge-mcp \
  --project-root "$PROJECT" \
  --proposal-writer project-editor

Add --canonical-applier project-editor only when that MCP integration should expose the hash-bound docforge_apply_changeset tool.

Documentation

User manual — features, setup, visualization, CLI, MCP, apply, adapters, and troubleshooting.
Core contract — invariants and security boundary.
MCP contract — exact tool and process boundary.
Viewer manager — native service setup and lifecycle.
Adapter decision — why custom adapters own canonical serialization.
Incremental adapter indexing — source-scoped extraction, invalidation, equivalence, relationship changes, and the lazy Logic boundary.

Development

npx pyright
npm run lint:web
uv run ruff check src tests tools
uv run ruff format --check src tests tools
uv run python -m compileall -q src tests tools
uv run pytest -q

See AGENTS.md before changing core boundaries.

5.9 KiB Raw Blame History