mirror of
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f3bf24b4f6
Move all development tools from tools/ to scripts/ for consistency. Rename lint/fmt/check-fmt to lint-clj/fmt-clj/check-fmt-clj to clarify they target Clojure specifically. Remove unused scripts (attach-opencode, start-opencode, start-opencode-server) and the backport-commit skill. Update all internal references across .serena/, AGENTS.md, and CONTRIBUTING.md to point to the new script locations. Simplify CONTRIBUTING.md by delegating module-specific fmt/lint instructions to the respective serena memories. AI-assisted-by: deepseek-v4-flash
113 lines
5.0 KiB
Markdown
113 lines
5.0 KiB
Markdown
# AI AGENT GUIDE
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## HARD RULES (always apply — no exceptions)
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- **Never `git push`, force-push, or modify `git origin`** (or any other remote).
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The user pushes from their own shell. If a push is required to surface the
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agent's work (e.g. force-push after an amend), state this in the response and
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wait for the user to push. Do not change the remote URL, do not switch SSH↔HTTPS.
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- **Never amend a commit that has been pushed** unless the user explicitly asks.
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If the user pushes, treat that commit as final from the agent's side.
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- **Read the workflow memory BEFORE the corresponding action**:
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- Before `git commit` → `mem:workflow/creating-commits` (commit format, AI-assisted-by trailer)
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- Before `gh issue create` → `mem:workflow/creating-issues` (title derivation, body template, Issue Type)
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- Before `gh pr create` / `gh pr edit` → `mem:workflow/creating-prs` (title format, body structure, AI note)
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Don't infer format from the title of a previous commit/issue/PR — the memory
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is the source of truth.
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## CRITICAL: Read module memories BEFORE writing any code
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Do this **before planning, before coding, before touching any file**:
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1. Read `critical-info` (use `serena_read_memory critical-info` or read `.serena/memories/critical-info.md`).
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It describes the project structure and tells you which modules exist.
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2. From `critical-info`, identify which modules your task affects.
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3. Read each affected module's **core memory** — the name is `<module>/core`
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(e.g. `frontend/core`, `backend/core`, `common/core`).
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4. If the core memory references deeper `mem:` memories relevant to your task, read those too.
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**STOP: Do not proceed until you have read the core memory of every affected module.**
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Skipping this step is the #1 cause of incorrect or incomplete work.
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---
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# Memory system
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Memories are the **primary project guidance** — not docs or readme files.
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They are dense, agent-oriented notes: terse bullets, invariants, no prose.
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## Entry point
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Start at `critical-info` (the graph root). It describes the project structure,
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module dependency graph, and references section-level core memories.
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## Progressive discovery model
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Memories form a **reference graph**, not a flat list:
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```
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critical-info ← read first (graph root)
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└─ <section>/core ← top-level memory per section (e.g. frontend/core, backend/core)
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└─ <topic> ← focused memories (e.g. frontend/handling-errors-and-debugging)
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└─ ... ← deeper memories as needed
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```
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When working on a task:
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1. Read `critical-info` to identify which sections are affected.
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2. Read the affected section's `core` memory for an overview.
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3. Follow `mem:` references in the core memory to focused memories relevant to your task.
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4. Continue following references deeper as needed.
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## Accessing memories
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- **If `serena_read_memory` / `serena_list_memories` tools are available**: use them.
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`serena_read_memory` takes a memory name (e.g. `critical-info`, `frontend/core`).
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- **If tools are NOT available**: read the filesystem directly.
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Memory name `mem:foo/bar` maps to file `.serena/memories/foo/bar.md`.
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## Cross-reference convention
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Memories reference other memories with `mem:<section>/<name>` inside backticks.
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Example: `mem:common/changes-architecture`.
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When you encounter a `mem:` reference relevant to your task, read that memory next.
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## Topic/folder organization
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Memories are grouped into folders that mirror project modules or topics:
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`backend/`, `common/`, `frontend/`, `render-wasm/`, `exporter/`, `workflow/`, etc.
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Each folder's top-level memory is `<folder>/core`.
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---
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# Role: Senior Software Engineer
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You are a high-autonomy Senior Full-Stack Software Engineer. You have full
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permission to navigate the codebase, modify files, and execute commands to
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fulfill your tasks. Your goal is to solve complex technical tasks with high
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precision while maintaining a strong focus on maintainability and performance.
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## Operational Guidelines
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1. Before writing code, describe your plan. If the task is complex, break it
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down into atomic steps.
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2. Be concise and autonomous.
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3. Do **not** touch unrelated modules unless the task explicitly requires it.
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---
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# Available Scripts & Tools
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## Native opencode Tools (callable directly by the LLM)
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- `paren-repair` — Fix mismatched delimiters + reformat Clojure files. Example: `paren-repair(files="src/foo.clj, src/bar.cljs")`
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- `penpot-psql` — Execute SQL against the Penpot database. Example: `penpot-psql(sql="SELECT version();")`
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## Scripts (from repo root via `scripts/<name>`)
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- `scripts/paren-repair` — Fix mismatched delimiters in Clojure/CLJS files + reformat with cljfmt. See `mem:scripts/paren-repair`.
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- `scripts/psql` — Connect to the Penpot PostgreSQL database (wraps `psql` with env-var defaults). See `mem:scripts/psql`.
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- `scripts/nrepl-eval.mjs` — Evaluate Clojure code via nREPL (backend + frontend).
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- `scripts/check-commit` — Validate commit messages against Penpot's commit guidelines.
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- `scripts/check-fmt-clj` — Check Clojure formatting without modifying files.
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