Project Methodology

Complete project lifecycle methodology for Hermes Agent sessions. A single, integrated workflow covering warmup → plan → build → recap → wrapup — with context loading, feature planning, recap drafting, handoff verification, and project scaffolding. Every session follows the same cycle; nothing falls through the cracks.

A complete, battle-tested session lifecycle for Hermes Agent. Every session follows the same cycle: warm up → plan → build → recap → wrap up. This skill integrates all five stages into one workflow so nothing is forgotten and every session picks up exactly where the last one left off.

The Cycle

text

warmup → plan → build → recap → wrapup → (next session) warmup → ...

Stage	What it does	When
Warmup	Load project context, check active plans, check knowledge graph	Session start
Plan	Draft a feature plan with acceptance criteria	Before non-trivial work
Build	Implement the plan (the actual work)	After plan is accepted
Recap	Walk acceptance criteria, draft session recap	Before wrapping up
Wrapup	Verify handoff, update docs, drift check	Session end

---

Stage 1: Warmup — Load Context

Use at session start. Loads project memory, recent recaps, active plans, and knowledge graph health into one state summary.

1. Confirm methodology is in use

bash

[ -f CLAUDE.md ] || [ -f PROJECT.md ] || echo "WARNING: no project memory file found"
[ -d docs/recaps ] && echo "OK: recaps" || echo "INFO: no recaps yet"
[ -d docs/plans ] && echo "OK: plans" || echo "INFO: no plans yet"

If no project memory file exists, suggest running init-project-structure (see References) to scaffold the methodology.

2. Check project knowledge graph (if installed)

bash

python3 ~/.hermes/scripts/project-knowledge-index.py doctor 2>/dev/null | head -10

If healthy, note the chunk count and project list. Cross-project knowledge is available during the session. If not installed, skip — it's additive.

3. Read foundational files

Read in this order:

• Project memory file (CLAUDE.md) — hard rules, today's state, pointer index
• Local env file (CLAUDE.local.md) — credentials and URLs. Do NOT read this file automatically. Only read it when the user explicitly asks you to check a credential, connection string, or environment variable, and only after they confirm in the current turn. Never paste contents into chat output.

4. Read latest recaps

bash

# Probe for recap directories
for dir in docs/recaps .hermes/recaps docs/daily-recaps; do
  [ -d "$dir" ] && ls -t "$dir"/*.md 2>/dev/null | head -3 && break
done

Read the most recent recap in full. Read the previous 1-2 in headlines only (Summary, Plans worked on, Open questions).

5. Verify post-recap git activity

bash

LATEST_RECAP=$(ls -t docs/recaps/SESSION-RECAP-*.md 2>/dev/null | head -1)
if [ -n "$LATEST_RECAP" ]; then
  RECAP_DATE=$(date -r "$LATEST_RECAP" "+%Y-%m-%d %H:%M")
  echo "Latest recap: $LATEST_RECAP ($RECAP_DATE)"
  echo "--- Post-recap commits ---"
  git log --since="$RECAP_DATE" --oneline -20
fi

Cross-reference commit messages against the recap's "Open questions" and "Doc updates deferred" sections. If commits resolved listed items, mute them in your state summary.

6. Find and read active plans

bash

grep -rl '^status: active' docs/plans/*.md .hermes/plans/*.md 2>/dev/null

Read each active plan in full. Note acceptance criteria progress (met/partial/unmet).

Cross-reference against recaps: If a recap claims a plan is completed but the plan file still shows status: active, flag the discrepancy. The plan file with its unchecked acceptance criteria is the source of truth.

7. Read contract doc tables of contents

bash

grep -riE '^##? ' docs/technical-documentation.md docs/functional-specifications.md 2>/dev/null | head -20

Don't read the full files. Just know what sections exist.

8. Present state summary

Build and present:

text

## Last session: {date} — {one-line summary}
## Active plans: {list with criteria progress}
## Project knowledge graph: {healthy/unavailable}
## Deferred blockers: {schema drift, environment issues, etc.}
## Open follow-ups: {aggregated from recaps, minus what git resolved}

Then ask: "What do you want to work on?"

Warmup Pitfalls

• Running heavyweight warmup mid-session — if already deep in work, use lightweight mode (just read the relevant doc silently)
• Reading every file — only read files matching the user's stated task
• Pasting secrets — never paste values from CLAUDE.local.md
• Stale plan statuses — before any response that enumerates plan statuses, re-read the plan files (not cached memory)
• False-positive file finds — /opt/homebrew/CLAUDE.md is Homebrew, not a project

---

Stage 2: Plan — Draft a Feature Plan

Use before starting non-trivial work. Creates an ISO-date-prefixed plan file at docs/plans/YYYY-MM-DD-<slug>.md.

When to use

• Any feature or change that takes more than 15 minutes
• User says "plan this", "draft a plan for X", "before we build this"

Skip for

• Typo fixes, single-line bug fixes, dependency bumps, trivial changes

Plan structure

Each plan file has YAML frontmatter and the following sections:

markdown

---
status: draft|active|completed|cancelled
created: YYYY-MM-DD
updated: YYYY-MM-DD
slug: feature-name
---

# Plan: Feature Name

## Context

Why this work exists. What problem does it solve? What's the user-facing or
system-facing gap? Include references to relevant docs, user feedback, or
observed behavior.

## Approach

How the feature will be built. Technical approach, key design decisions,
trade-offs made. Think-aloud rather than final spec.

## Acceptance Criteria

- [ ] Criterion 1 — verifiable, specific
- [ ] Criterion 2
- [ ] Criterion 3

## Files to be touched

- `path/to/file.ts` — what changes
- `path/to/new-file.ts` — new file

## Out of scope

- What this plan explicitly does NOT cover

## Verification

How to confirm it works. Manual steps, test commands, URL patterns.

## Linked artifacts

- `docs/features/X.md` — update with new behavior

Plan pitfalls

• Plans are contracts. Don't scope-creep. If mid-implementation you discover something that should be part of the plan, pause and update the plan's ACs first.
• Plan before building. A 5-minute plan saves 30 minutes of rework.
• Update plan status immediately. When work is confirmed complete, set status: completed and bump updated: in the same turn as the final commit. Do not defer this to recap or wrapup.
• Plan file is the source of truth for whether work is done — not the recap, not memory.

---

Stage 3: Build — Implementation

The actual work happens here. Methodology considerations during build:

Before writing code

1. Scan sibling projects for existing patterns first
2. Check the existing pipeline job registry before writing ad-hoc scripts
3. Prefer quick experiments over verbose analysis when evaluating new tools
4. Cross-environment baselines — before reporting progress deltas, check both staging and production to establish the true baseline

During implementation

• Update plan ACs as items are completed
• If blocked, note the blocker in the plan file with a [BLOCKED] tag
• Prefer batched writes over individual round-trips for data scripts
• Dry-run is mandatory for all data scripts before live execution

Security rules during build

• No production operations without explicit user approval in the current turn
• Destructive operations (DELETE, DROP, TRUNCATE) require explicit approval
• Never use prisma db push for changes going to staging/production — use prisma migrate dev + prisma migrate deploy
• Never paste credentials, API keys, or connection strings into chat output

---

Stage 4: Recap — Write Session Recap

Use at the natural end of a working session after implementation. Drafts a structured recap at docs/recaps/SESSION-RECAP-YYYY-MM-DD.md.

Recap structure

markdown

# Session Recap — YYYY-MM-DD

## Summary

One-paragraph overview of what was accomplished.

## Plans worked on

For each plan touched this session:
- Plan name and status after session
- Acceptance criteria walk: met/partial/unmet with notes

## Commits

| Hash | Message |
|------|---------|
| `abc1234` | feat: description |

## What was added

New files, features, infrastructure. Describe what and why.

## What was fixed

Bugs found and fixed. Include root cause.

## Files changed

Organized by category (backend, frontend, scripts, docs).

## Doc updates applied

List contract docs updated inline this session.

## Doc updates deferred

List contract docs that need updates but were deferred.
These MUST be addressed before the next session on this area.

## Open questions / next steps

Unresolved issues, known follow-ups, items for the next session.

Recap process

1. Detect what changed — git log --oneline for the session
2. Walk acceptance criteria — read each active plan, check off ACs with user
3. Update plan statuses — set completed plans to status: completed
4. Propose doc updates — identify which contract docs need updating
5. Draft the recap — present it to the user for review
6. NEVER auto-commit — the user approves all file writes

Recap pitfalls

• Recaps can be wrong. A session that was "drifting and acting erratically" may produce an incorrect recap. Cross-reference against the plan file's unchecked ACs — if the recap says "✅ Completed" but ACs are unchecked, the plan file wins.
• Never commit the recap — leave it as an unstaged file for the user
• Doc updates deferred are debts — if you defer a doc update, it goes in the recap's deferred section. The next warmup surfaces it.

---

Stage 5: Wrapup — Verify Handoff

Use at session end. Ensures the next session picks up cleanly.

1. Verify recap exists

bash

ls -t docs/recaps/*.md 2>/dev/null | head -1

If no recap was written (trivial session), note it.

2. Check project memory file freshness

bash

wc -l CLAUDE.md

If >300 lines, suggest a CLAUDE.md organization pass.

3. Check for uncommitted changes

bash

git status --short | head -20

If uncommitted work exists, note it in the wrap-up. Never commit on the user's behalf.

4. Verify plan statuses

bash

grep -rl '^status: active' docs/plans/*.md 2>/dev/null

For any plan whose work was completed this session but still shows active, flag the staleness. The recap should have handled this, but catch it here as a safety net.

5. Check for deferred doc-update debt

Scan the recap's "Doc updates deferred" section. If any exist, they go into the next session's warmup state summary as open follow-ups.

6. Index knowledge graph (if installed)

bash

python3 ~/.hermes/scripts/project-knowledge-index.py index 2>/dev/null

This picks up the new recap, updated plans, modified project memory file content, and any new or changed skills.

7. Drift checks

bash

wc -l CLAUDE.md                     # should be ≤300
git status CLAUDE.local.md           # should be hidden by gitignore

8. Draft next-session preview

A one-paragraph summary of what the next session should pick up:

• Active plans and their next AC
• Open follow-ups
• Deferred doc debts

Wrapup pitfalls

• Don't auto-commit. The user controls commits.
• Don't skip drift checks. A project memory file that grew to 400 lines or a local.md that accidentally became tracked will bite the next session.
• Wrapup is lightweight. If the user is done, a quick status check and the next-session preview is sufficient. Don't over-engineer it.

---

Appendix: Quick Reference

Common commands

bash

# Find project root
find ~ -maxdepth 5 -name "CLAUDE.md" 2>/dev/null | head -5
search_files(path="~", pattern="CLAUDE.md", limit=10)
search_files(path="~", pattern="PROJECT.md", limit=10)

# Find active plans
grep -rl '^status: active' docs/plans/*.md .hermes/plans/*.md 2>/dev/null

# Find recent recaps
ls -t docs/recaps/*.md | head -3

# Check post-recap commits
git log --since="$(date -r docs/recaps/SESSION-RECAP-*.md '+%Y-%m-%d %H:%M')" --oneline -20

# Read contract doc sections
grep -riE '^##? ' docs/technical-documentation.md docs/functional-specifications.md 2>/dev/null | head -20

# Check git status
git status --short

# Check project memory file size
wc -l CLAUDE.md

Plan status lifecycle

text

draft → active → completed
                   → cancelled
                        → (archived)

Transition rules:

• draft → active: User approves plan, work begins
• active → completed: All ACs confirmed met
• active → cancelled: Superseded by a newer plan or abandoned
• Never go completed → active — if work resumes, create a new plan

File layout

text

project/
├── CLAUDE.md                    # Slim router — hard rules, pointers, today's state
├── CLAUDE.local.md              # Gitignored — credentials, URLs (never commit)
├── docs/
│   ├── recaps/                  # Session recaps — SESSION-RECAP-YYYY-MM-DD.md
│   ├── plans/                   # Feature plans — YYYY-MM-DD-slug.md
│   ├── architecture/            # Architecture docs
│   ├── features/                # Feature docs
│   └── operations/              # Operations and pipeline docs
├── TECHNICAL-DOCUMENTATION.md   # Technical contract
└── FUNCTIONAL-SPECIFICATIONS.md # Functional contract

Pitfalls master list

1. Stale plan statuses — report from files, not memory. Re-read before any status enumeration.
2. Production operations — zero without explicit user approval in the current turn.
3. Secret exposure — never paste connection strings, API keys, or tokens into chat output.
4. Feature hallucination — verify features exist before creating any marketing copy, social posts, or demos.
5. Missing project discovery — scan all projects before claiming an incomplete portfolio picture.
6. Over-engineering — start with a representative sample, not a full sweep.
7. Skipping dry-run — mandatory for all data scripts before live execution.
8. Deferred doc updates — if you defer a doc update, it goes in the recap. The next warmup surfaces it.
9. Plan file not updated on completion — update status immediately in the same turn as the work.
10. Cache over files — never trust cached plan statuses from earlier in the session.

---

References

• references/stale-data-verification.md — how to verify dynamic data against live sources instead of trusting snapshot files
• references/project-scaffold.md — complete instructions for init-project-structure and slim-claude-md workflows
• templates/plan.md — markdown template for feature plans
• templates/recap.md — markdown template for session recaps