the-explore-codebase

name	the-explore-codebase
description	Explore an unfamiliar area of the Stave codebase quickly. Use when the request asks for workspace structure, architecture overview, relevant files, entrypoints, "where should I look first", "관련 코드 확인", "구조 파악", or broad code search before implementation.
compatible-tools	["claude","codex"]
category	navigation
test-prompts	["이 레포 구조 좀 빠르게 파악하고 싶어","chat panel 관련된 파일들 어디야","where should I start reading for the IPC layer","stave auto 구현 어디에 있어"]

The Explore Codebase

Start narrow, not broad.

Workflow

1. Read AGENTS.md and the architecture docs before loading large implementation files.
2. Use docs/architecture/index.md to choose the right subsystem.
3. Use docs/architecture/entrypoints.md to identify the first files to inspect.
4. Prefer the Agent tool with subagent_type: "Explore" for open-ended searches across the repo — it is faster and keeps the main agent's context clean. Reserve manual rg / Glob chains for pinpoint lookups when the target is already known.
5. Read only the slices that answer the current question.

Context Already Available

Before issuing a broad search, check whether retrieved context already contains the answer:

• stave:repo-map retrieved context — condensed codebase map (hotspots, entrypoints, guides). Read this before launching an exploration agent.
• stave:current-task-awareness retrieved context — the current workspace/task, visible tasks, and workspace information panel.

If the retrieved context pinpoints the subsystem, jump straight to targeted reads.

Stave Hotspots

• src/store/app.store.ts is a coordinator (~2 100 lines), not a good first file for broad scanning. Read targeted slices with offset/limit.
• electron/main/ipc/schemas.ts is the first stop for schema-ish regressions.
• electron/providers/claude-sdk-runtime.ts and electron/providers/codex-sdk-runtime.ts should be checked together when behavior is provider-adapter-specific.
• src/lib/providers/schemas.ts is the Zod discriminated union mirror of NormalizedProviderEvent — always inspect alongside src/lib/providers/provider.types.ts.
• src/lib/session/provider-event-replay.ts is where normalized events become shared chat state.
• src/types/window-api.d.ts is the renderer-visible IPC contract.

Output

Return:

• the subsystem you inspected
• the first files to read
• the key contract boundaries
• the smallest next search queries or follow-up files

Avoid

• loading entire large files when a narrower slice is enough
• treating projectFiles as a semantic code index
• explaining the whole repo when the user asked about one path or feature
• chaining manual rg/Glob when an Agent/Explore subagent would answer the same question with one call