mirror of
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50d8853ea6
Interactive Viewer (primary)
────────────────────────────
codebase_graph_visualize now accepts mode="mermaid" (default, existing
behaviour — text Mermaid diagram) or mode="interactive". Interactive
mode generates a self-contained HTML page and opens it in the user's
default browser via the `open` npm package (cross-platform: macOS,
Linux, Windows). Cytoscape.js 3.30.2 + Dagre 0.8.5 + cytoscape-dagre
2.5.0 are vendored under src/assets/ — no CDN, works offline.
Features:
- File view — every source file as a node, imports as edges, language
colour-coded, circular deps highlighted in red.
- Symbol view toggle — functions/classes/methods as nodes with call
edges (confidence-styled). Embedded when the symbol graph fits under
20k symbols / 60k call edges; above that threshold the file view
remains usable and a banner directs users to codebase_impact /
codebase_symbols for symbol-level queries.
- Sidebar on node click — imports, dependents, per-file symbol list
(first 30 + link to codebase_symbols), action buttons for blast
radius and call flow.
- Right-click any node → blast radius overlay (reverse-transitive
closure). Call-flow button on the sidebar for forward traversal.
- Live search across files and symbols, six Cytoscape layouts
(Dagre / force / concentric / breadth-first / grid / circle),
PNG export (filename sanitised for cross-platform safety).
- `open: false` parameter skips auto-launch and just returns the file
path — useful in headless environments.
Viewer is XSS-safe by construction: all DOM built with createElement
+ textContent (no innerHTML anywhere); embedded JSON escapes every
"<" as \u003c so a stray </script> in a file path or symbol name
cannot break out of the script-type="application/json" container.
New files:
- src/assets/{cytoscape.min.js,dagre.min.js,cytoscape-dagre.js,
viewer-template.html,viewer-styles.css,viewer-app.js}
- scripts/copy-assets.mjs — postbuild copier (tsc does not handle
non-TS files); wired into npm run build and prepublishOnly
- src/services/graph-visualize-html.ts — HTML builder with scale-cap
logic (MAX_SYMBOLS / MAX_EDGES / MAX_SYMS_PER_FILE) and parallel
per-file Qdrant payload loading
- src/services/graph-visualize-browser.ts — temp-file write +
cross-platform open wrapper
- tests/unit/graph-visualize-html.test.ts — 5 tests (self-contained,
escape-safety, symbolMode omitted/capped, cycle marking)
- tests/unit/graph-visualize-browser.test.ts — 4 tests (deterministic
path, overwrite, success + failure paths)
New runtime dependency: open@^10.2.0 (Sindre Sorhus, zero transitive
deps, cross-platform).
British-English doc sweep (secondary)
─────────────────────────────────────
Switched all project docs to British English spelling:
behavior → behaviour organized → organised
color-coded → colour-coded initialization → initialisation
visualization → visualisation customization → customisation
recognized → recognised optimized → optimised
acknowledgment → acknowledgement finalize → finalise
analyzing → analysing apologizing → apologising
sexualized → sexualised
Affected files: README, DEVELOPER, AGENTS, CLAUDE, GEMINI, SECURITY,
CONTRIBUTING, CODE_OF_CONDUCT, agents/codebase-explorer.md,
skills/codebase-exploration/{SKILL.md,references/tool-reference.md},
skills/codebase-management/references/tool-reference.md.
Also surfaced Impact Analysis in the top-level README paragraph.
Docs
────
- README: "Interactive graph explorer" subsection under Impact Analysis,
tool-table row updated.
- DEVELOPER.md: architecture section under codebase_graph_visualize
covering asset layout, data flow, cap logic, XSS-safety invariants.
- AGENTS.md / CLAUDE.md / GEMINI.md: new "User asks for a visual /
interactive / shareable graph" row in the tool-routing table.
- skills/codebase-exploration/: SKILL.md bullet + tool-reference.md
full mode description.
- CHANGELOG.md: "Interactive Graph Explorer" section under Unreleased.
Quality gates (all green)
─────────────────────────
- Biome lint: clean
- TypeScript (tsc): clean
- Unit tests: 685/685
- Integration tests: 154/154 (real Qdrant + Ollama)
- CodeRabbit: No findings (1 fix applied — filename sanitisation)
- Snyk code test: 0 issues
Co-Authored-By: Claude Opus 4.7 (1M context) <noreply@anthropic.com>
52 lines
2.7 KiB
Markdown
52 lines
2.7 KiB
Markdown
---
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name: codebase-explorer
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description: >-
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Deep codebase exploration using SocratiCode. Combines semantic search,
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dependency graphs, and context artifacts to answer questions about code
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structure and behaviour. Use when delegating complex codebase understanding
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tasks that require tracing through multiple files and dependencies.
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<example>
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Context: User wants to understand how a complex feature works across multiple files.
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user: "How does the authentication system work in this codebase?"
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assistant: "I'll use the codebase-explorer agent to trace through the authentication implementation."
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</example>
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<example>
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Context: User wants an architectural overview of a new codebase.
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user: "Give me an overview of this project's architecture"
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assistant: "I'll use the codebase-explorer agent for a deep architectural analysis."
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</example>
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---
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You are a codebase exploration specialist. You use SocratiCode's MCP tools to understand codebases deeply and efficiently.
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## Core Principle: Search Before Reading
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Never open a file just to check if it's relevant. Always search first.
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## Your Approach
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1. **Search broadly first.** Use `codebase_search` with conceptual queries to map the relevant areas of the codebase. A single search returns ranked snippets from the entire codebase in milliseconds.
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2. **Follow the dependency graph.** Use `codebase_graph_query` to understand what a file imports and what depends on it before reading its contents. Use `codebase_graph_stats` for an architectural overview.
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3. **Check for non-code knowledge.** Use `codebase_context` to discover database schemas, API specs, and infrastructure configs. Use `codebase_context_search` to search them.
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4. **Read files only after narrowing down.** Once search results point to 1-3 specific files, read the relevant sections.
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5. **Check for architectural issues.** Use `codebase_graph_circular` to detect circular dependencies when debugging unexpected behaviour.
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6. **Synthesize findings.** Present clear, structured answers with specific file paths and line references. Explain the relationships between components.
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## Available SocratiCode Tools
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**Search:** `codebase_search` (hybrid semantic + keyword), `codebase_status`
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**Graph:** `codebase_graph_query`, `codebase_graph_stats`, `codebase_graph_circular`, `codebase_graph_visualize`, `codebase_graph_status`
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**Context:** `codebase_context`, `codebase_context_search`
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**Info:** `codebase_about`
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## When to Use grep Instead
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If you already know the exact identifier, error string, or regex pattern, use grep/ripgrep — it's faster and more precise for exact matches. Use `codebase_search` when exploring conceptually or when you don't know which files to look in.
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