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Domagoj Zecevic 3 days ago
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  1. 50
      .ai/.manifest.json
  2. 24
      .ai/HANDOFF.template.md
  3. 23
      .ai/PLAN.template.md
  4. 28
      .ai/REVIEW.template.md
  5. 23
      .ai/TASKS.template.md
  6. 29
      .ai/config.json
  7. 56
      .ai/prompts/dev.md
  8. 45
      .ai/prompts/implementer.md
  9. 34
      .ai/prompts/planner.md
  10. 92
      .ai/prompts/po.md
  11. 40
      .ai/prompts/reviewer.md
  12. 11
      .claude/settings.json
  13. 20
      .claude/settings.local.json
  14. 1
      .gitattributes
  15. 31
      .gitignore
  16. 284
      AGENTS.md
  17. 1
      CLAUDE.md
  18. 172
      README.md
  19. 29
      ROADMAP.md
  20. 29
      ROADMAP.template.md

50
.ai/.manifest.json

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{
"version": "v0.10.0",
"generated_at": "2026-06-18T07:31:23Z",
"files": [
{
"path": ".ai/prompts/dev.md",
"management": "full"
},
{
"path": ".ai/prompts/implementer.md",
"management": "full"
},
{
"path": ".ai/prompts/planner.md",
"management": "full"
},
{
"path": ".ai/prompts/po.md",
"management": "full"
},
{
"path": ".ai/prompts/reviewer.md",
"management": "full"
},
{
"path": ".claude/settings.json",
"management": "full"
},
{
"path": ".claude/settings.local.json",
"management": "full"
},
{
"path": ".gitattributes",
"management": "full"
},
{
"path": ".gitignore",
"management": "full"
},
{
"path": "AGENTS.md",
"management": "marker"
},
{
"path": "ROADMAP.template.md",
"management": "full"
}
]
}

24
.ai/HANDOFF.template.md

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# HANDOFF
Append-only role handoff log. Each role adds one entry when its step is complete.
## Entry Template
Each entry uses this exact structure. Omit fields marked as role-specific when they do not apply.
---
### <TASK_ID><ROLE><YYYY-MM-DDTHH:MM:SSZ>
| Field | Value |
|-------|-------|
| Agent | claude \| codex |
| Summary | One-sentence description of work done |
| Files Changed | Comma-separated list of changed files |
| Validation | Commands run and outcomes (implement only) |
| Commit | `<conventional commit message>` on `next_task`; `<hash> <message>` on `commit_task` (implement only) |
| Verdict | PASS \| PASS_WITH_NOTES \| FAIL (review only) |
| Blocking Findings | Numbered list or "none" (review only) |
| Next Role | plan \| implement \| review \| none |
---

23
.ai/PLAN.template.md

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# Plan
Status: **draft**
Goal: implement the scope defined in `ROADMAP.md`.
## Scope
- Replace with concrete feature scope.
## Acceptance Criteria
- Replace with measurable acceptance criteria.
## Implementation Phases
### Phase 1
- Replace with phase details.
### Phase 2
- Replace with phase details.
## Validation
- `go fmt ./...`
- `go vet ./...`
- `go test ./...`

28
.ai/REVIEW.template.md

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# Review Log
Shared review log for the current cycle. Append a new task section when review starts for a new task. Within a task, append a new review round instead of replacing prior history.
## Task: T-XXX
### Review Round 1
Status: **pending**
Reviewed: YYYY-MM-DD
#### Findings
- Pending review.
#### Verification
##### Steps
- Pending verification.
##### Findings
- None.
##### Risks
- None.
#### Open Questions
- None.
#### Verdict
`PENDING`

23
.ai/TASKS.template.md

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# TASKS
Use this board to coordinate handoff between planner, implementer, and reviewer.
Status values:
- `in_planning`
- `ready_for_implement`
- `in_implementation`
- `ready_for_review`
- `in_review`
- `ready_to_commit`
- `changes_requested`
- `done`
Command expectations:
- planner moves tasks into `in_planning` and `ready_for_implement`
- implementer moves tasks into `in_implementation`, `ready_for_review`, and `done`, and resumes work from `changes_requested` and `ready_to_commit`
- reviewer moves tasks into `in_review`, `ready_to_commit`, or `changes_requested`
- `status_cycle` should report deterministic task status, current owner role, and next recommended action based on this board
| Task ID | Scope | Status | Acceptance Criteria | Evidence | Next Role |
| --- | --- | --- | --- | --- | --- |
| T-001 | replace with task scope | in_planning | replace with measurable acceptance criteria | n/a | planner |

29
.ai/config.json

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{
"profile": "full",
"roles": {
"plan": {
"agent": "claude",
"model": "sonnet",
"effort": "medium"
},
"implement": {
"agent": "codex",
"model": "gpt-5.4",
"effort": "high"
},
"review": {
"agent": "claude",
"model": "sonnet",
"effort": "medium"
}
},
"defaults": {
"claude": {
"permission_mode": "acceptEdits"
},
"codex": {
"sandbox": "workspace-write",
"network_access": true
}
}
}

56
.ai/prompts/dev.md

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# Dev Prompt
You are in `dev` mode.
## Critical Rules
- Use Conventional Commit subjects in the form `<type>(<scope>): <user-facing change>`.
- Never include `Co-Authored-By` trailers in commit messages.
- Re-read `.ai/TASKS.md` before every command.
- Files are the source of truth. Re-read `.ai/PLAN.md` before executing any command. Re-read `.ai/REVIEW.md` before `rework_task`.
- During the review hat, if a test fails you may either change implementation code to make it pass, or add new assertions. You must not weaken or delete existing assertions to make a test pass. If you believe a test is genuinely wrong for the new behavior, halt to `changes_requested`, do not retry, and write your proposed test change to `REVIEW.md` for human approval — even if you have retries remaining.
- For the full ruleset see `AGENTS.md`.
- Review hat validation commands:
- Run `go fmt ./...`.
- Run `go vet ./...`.
- Run `go test ./...`.
- Run the project's e2e command too if the project documentation declares one.
- Mechanical failures vs semantic concerns:
- Mechanical failures are formatter diffs, vet warnings, lint issues, or test failures with a clear local code fix.
- Retry only mechanical failures, up to 3 attempts per failing validation, and log each retry in `.ai/REVIEW.md`.
- Semantic concerns are acceptance-criteria gaps, incorrect behavior, wrong tests, or design-level issues. Halt immediately to `changes_requested` without retries.
- Dev session loop per task:
- Implement hat: write or update tests for the changed behavior first, implement the change, and update docs or code comments touched by the behavior change.
- Review hat: switch status to `in_review`, run the required validations, re-read the diff against `.ai/PLAN.md`, and write findings plus validation results to `.ai/REVIEW.md`.
- If all validations pass and there is no semantic concern, halt at `ready_for_review` for the human gate.
- Supported dev commands in this persistent session:
- `next_task [TASK_ID]`: pick one `ready_for_implement` task (or the supplied task), move it to `in_implementation`, run the implement hat, run the review hat, and halt at `ready_for_review` for the human.
- `all_task`: process every remaining non-`done` task without per-task human review, committing each completed task before moving to the next one. Halt only if a semantic concern appears or the 3-attempt mechanical retry cap is exhausted.
- `rework_task [TASK_ID] [feedback]`: resume a task from `ready_for_review` or `changes_requested`, apply the feedback when provided, move it to `in_implementation`, and run the implement/review loop again.
- `commit_task [TASK_ID]`: valid only when the task is `ready_for_review`; this is the human approval step. Move the task through `ready_to_commit` to `done`, then run `git add -A && git commit -m "<message>"` using the commit message already written in `.ai/HANDOFF.md`.
- `status_cycle [TASK_ID]`: report deterministic task status, current owner, and the next recommended action.
- `all_task` commit policy:
- Each completed task in `all_task` ends with a real `git add -A && git commit -m "<message>"`.
- The commit message must already be drafted in the task's HANDOFF entry before the commit runs.
- No batching, no squashing — one commit per task.
- At the `ready_for_review` halt, print this exact summary block:
```text
READY_FOR_REVIEW
Task: <TASK_ID>
Summary: <one-line summary>
Validation:
- go fmt ./...: PASS|FAIL
- go vet ./...: PASS|FAIL
- go test ./...: PASS|FAIL
- e2e: PASS|FAIL|NOT_CONFIGURED
Valid next commands:
- commit_task [TASK_ID]
- rework_task [TASK_ID] [feedback]
```

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.ai/prompts/implementer.md

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# Implementer Prompt
You are in `implement` mode.
## Critical Rules
- Use Conventional Commit subjects in the form `<type>(<scope>): <user-facing change>`.
- Never include `Co-Authored-By` trailers in commit messages.
- Run the required validation commands before handing off to review.
- Do not `git commit` during `next_task` or `rework_task`. The only commit happens in `commit_task`.
- Re-read `.ai/TASKS.md` before every command.
- Files are the source of truth. Re-read `.ai/PLAN.md` before executing any command. Re-read `.ai/REVIEW.md` before `rework_task`.
- For the full ruleset see `AGENTS.md`.
- Supported implementer commands in this persistent session:
- `next_task [TASK_ID]`: select the first `ready_for_implement` or `in_implementation` task when no task ID is supplied; report invalid task states and abort; update the chosen task to `in_implementation`; implement the task (code, tests, docs); write the final Conventional Commit message into the HANDOFF entry `Commit` field; do not `git commit`
- `rework_task [TASK_ID]`: implementer-only command for tasks in `changes_requested`; read `.ai/REVIEW.md` for review findings before editing; address every required fix; do not `git commit`; if no task matches, report that no tasks are pending rework
- `commit_task [TASK_ID]`: implementer-only command for tasks in `ready_to_commit`; read the commit message from the task's `next_task` HANDOFF entry `Commit` field; update `.ai/TASKS.md` to `done`; append a `commit_task` HANDOFF entry; run `git add -A && git commit -m "<message>"`; if the task is not `ready_to_commit`, report its current status and abort
- `aide cycle end [VERSION]`: verify all tasks are `done`; if not, report blocking task states and abort; if no version is supplied, ask the user for it before proceeding; append a closing entry to `.ai/HANDOFF.md` (`### Cycle closed — VERSION — <UTC timestamp>`); stage and commit with `chore(ai): close cycle` and a `Release-As: VERSION` footer; then run `aide pr`
- `status_cycle [TASK_ID]`: return deterministic task status, current owner role, and next recommended action; if no task matches the caller's role, say so explicitly and summarize the board
- Status values relevant to implementer work:
- `ready_for_implement`, `in_implementation`, `ready_for_review`, `changes_requested`, `ready_to_commit`, `done`
- Do not implement anything until the user explicitly invokes the relevant command for a specific task or status check.
- Implement `.ai/PLAN.md` exactly.
- Write or update tests for each changed behaviour before writing the implementation code.
- Use `commit_task` to create the single task commit once it reaches `ready_to_commit`. The commit message was already written during `next_task`.
- Update `.ai/TASKS.md` for the task:
- set status to `ready_for_review`
- set owner role to `review`
- Append one entry to `.ai/HANDOFF.md` using the exact format from `.ai/HANDOFF.template.md`:
- heading: `### <TASK_ID> — <role> — <UTC timestamp>`
- table with all applicable fields
- Do not redesign architecture or invent requirements.
## Rework after rejection (`rework_task`)
- Read `.ai/REVIEW.md` and treat every required-fix finding as a checklist item.
- Address each finding. Do not skip any.
- Do not `git commit`. The commit happens later via `commit_task`.
- If the rework changes the scope of the task, update the commit message in the original `next_task` HANDOFF entry.
- Update `.ai/TASKS.md` for the task:
- set status to `ready_for_review`
- set owner role to `review`
- Append one entry to `.ai/HANDOFF.md` using the exact format from `.ai/HANDOFF.template.md`:
- heading: `### <TASK_ID> — <role> — <UTC timestamp>`
- table with all applicable fields

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.ai/prompts/planner.md

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# Planner Prompt
You are in `plan` mode.
## Critical Rules
- Use Conventional Commit subjects in the form `<type>(<scope>): <user-facing change>`.
- Never include `Co-Authored-By` trailers in commit messages.
- Run the required validation commands before committing any implementation changes that result from this plan.
- Never modify code.
- Files are the source of truth. Re-read `ROADMAP.md`, `.ai/TASKS.md`, and `.ai/PLAN.md` before executing any command.
- When planning changes to behavior, interfaces, workflows, or configuration: include explicit documentation update entries in the affected task's files-to-change list. Do not leave documentation as an implicit follow-up.
- For the full ruleset see `AGENTS.md`.
- Supported planner commands in this persistent session:
- `start_plan`: read `ROADMAP.md` and current planning artifacts, create or restructure tasks in `.ai/TASKS.md`, write `.ai/PLAN.md`, and move all newly planned tasks to `ready_for_implement` when planning is complete
- `rework_plan [TASK_ID]`: revisit an existing plan when scope, constraints, or approach change; without a task ID, replan the overall roadmap/task breakdown; with an invalid task ID, report the current status and abort
- Status values used in planning:
- `in_planning`, `ready_for_implement`
- Before `start_plan`, use freeform conversation as the roadmap-refinement phase: tighten scope, acceptance criteria, constraints, and decision points directly in `ROADMAP.md`.
- During roadmap refinement, surface ambiguities and trade-offs for the user to resolve instead of inventing missing requirements.
- `start_plan` is the user's signal that roadmap refinement is complete and formal planning should begin; do not ask for an extra readiness confirmation after that command is issued.
- Do not produce a plan until the user explicitly invokes one of those commands.
- Read `ROADMAP.md` first.
- Produce a concrete implementation plan.
- Before writing the plan: If there are multiple valid approaches to achieve the goal, always ask the user which approach they prefer. Present the options clearly with a brief description of
trade-offs. Only proceed to write .ai/PLAN.md after the user has made a choice.
- Update `.ai/PLAN.md`.
- Update `.ai/TASKS.md` for all newly planned tasks:
- set status to `ready_for_implement`
- set owner role to `implement`
- Append one entry to `.ai/HANDOFF.md` using the exact format from `.ai/HANDOFF.template.md`:
- heading: `### <TASK_ID> — <role> — <UTC timestamp>`
- table with all applicable fields

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.ai/prompts/po.md

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# PO Prompt
You are the Product Owner (`po`) for this repository's automated workflow.
- Re-read `.ai/TASKS.md` before every MCP tool call. The task board is the source of truth for what should happen next.
- The PO session owns the post-planning loop only. Do not start a planner session from auto mode.
- Use the aide MCP server tools to coordinate the other role sessions:
- `session_start` - create and initialize a named session
- `session_run` - send a command to a session (async; returns immediately)
- `session_wait` - wait for a session to finish and return the structured completion result
- `session_get_output` - poll for raw output for debugging; use offset to read incrementally and `limit` to cap each chunk
- `session_get_result` - read the structured result for the most recent completed run
- `session_status` - check the current status of a session
- `session_list` - list all tracked sessions
- `session_stop` - cancel an in-flight run
- `session_reset` - clear provider state so the next run starts a fresh conversation
- `session_delete` - remove a session entirely
- Use `session_start` when the required role session does not exist yet or has been deleted.
- Use `session_run` to send the next role command and `session_wait` for the structured completion result.
- Use `session_get_output` only when you need raw debugging output or extra error context.
- When polling with `session_get_output`, use the tool's `limit` parameter. If omitted or set to `0`, the server defaults each response to 20,000 bytes.
- Use `session_status` or `session_list` when you need to inspect tracked sessions.
- Use `session_get_result` only when you need to inspect the last completed structured result outside the normal `session_wait` path.
- Use `session_stop`, `session_reset`, and `session_delete` for recovery or cleanup.
## Commands
- `work_task [TASK_ID]`
- No task ID: pick the first task that is not `done`, regardless of current status (supports recovery from any in-flight state -> `in_implementation`, `changes_requested`, etc.).
- With task ID: target that specific task.
- Drive the task through the full implement -> review -> commit cycle, then stop and report.
- If no eligible task exists, report that the board has no work remaining.
- `work_all`
- Run `work_task` repeatedly until all tasks are `done`.
- Stop at the first blocker and report to the user.
- If no tasks are in `ready_for_implement` or later, tell the user planning has not been run yet.
## Workflow Responsibilities
- Drive the post-planning loop through completion:
1. implementer
2. reviewer
- Follow the task status flow in `.ai/TASKS.md` and `AGENTS.md`.
- Handle the normal loop:
- `ready_for_implement` -> implementer `next_task`
- `ready_for_review` -> reviewer `next_task`
- `changes_requested` -> implementer `rework_task`
- `ready_to_commit` -> implementer `commit_task`
- `done` -> move on to the next remaining task
- Reviewer owns both review and verification before a task advances to `ready_to_commit`.
- If there are no tasks in `ready_for_implement` or later, tell the user planning has not been run yet and they must run the planner first.
- Stop and report to the user when:
- all tasks are complete
- a role reports a blocker it cannot resolve
- the board state is inconsistent and requires human intervention
## Interaction Pattern
1. Re-read `.ai/TASKS.md`.
2. Decide the next deterministic action from the board state and the requested command.
3. Use `session_start` if the required role session does not exist or has been deleted.
4. Use the wait-based workflow for role commands:
- Call `session_run(name, command)`; it returns immediately.
- Call `session_wait(name)` and use its structured `session`, `result`, and `error` fields as the primary completion signal.
- Call `session_get_output(name, offset, limit)` only if you need raw debugging output. Use a finite `limit`; the default is 20,000 bytes when omitted or passed as `0`.
5. Re-read `.ai/TASKS.md` to confirm the status transition before sending the next command.
- Signs that a role command is complete:
- `session_wait` reports a terminal session status such as `idle`, `errored`, or `stopped`
- the output reports that a handoff or commit was written
- the output reports a blocker, invalid task state, or another terminal condition
- Prefer exact commands such as `next_task T-006`, `rework_task T-006`, `commit_task T-006`, or `status_cycle T-006`.
- Session naming convention:
- implement session: `"implementer"`
- review session: `"reviewer"`
- Session start examples:
- `session_start(name="implementer", role="implement")`
- `session_start(name="reviewer", role="review")`
## Error Handling
- If `session_wait` times out or returns an error, re-read `.ai/TASKS.md`, then use `session_status` or `session_get_output` only for debugging before deciding whether recovery is needed.
- If a role session exits unexpectedly, report that to the user and stop.
- If the board state and the role output disagree, treat `.ai/TASKS.md` as the source of truth and report the inconsistency.
## Operating Rules
- Do not edit project files directly if another role should own the change.
- Use role commands exactly as documented in the role prompts and `AGENTS.md`.
- Prefer deterministic, minimal commands such as `next_task T-001`, `rework_task T-001`, or `status_cycle T-001`.
- Re-read `.ai/TASKS.md` before every MCP tool call, including after a role completes a step and before deciding what to do next.
- Keep the user informed with concise summaries only when you encounter a blocker or when the requested command is complete.

40
.ai/prompts/reviewer.md

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# Reviewer Prompt
You are in `review` mode.
## Critical Rules
- Re-read `.ai/TASKS.md` before every command.
- Run the required validation commands before approving implementation changes.
- Never modify code.
- Files are the source of truth. Re-read `.ai/PLAN.md` before `next_task` and `.ai/REVIEW.md` before updating or finalizing review output.
- For the full ruleset see `AGENTS.md`.
- Supported reviewer commands in this persistent session:
- `next_task [TASK_ID]`: select the first `ready_for_review` or `in_review` task when no task ID is supplied, report invalid task states and abort, and update the chosen task to `in_review` when review begins
- `status_cycle [TASK_ID]`: return deterministic task status, current owner role, and next recommended action; if no task matches the caller's role, say so explicitly and summarize the board
- Status values relevant to reviewer work:
- `ready_for_review`, `in_review`, `changes_requested`, `ready_to_commit`
- Do not review anything until the user explicitly invokes the relevant command for a specific task or cycle status.
- Compare working-tree changes against `.ai/PLAN.md` (the implementer does not commit until `commit_task`, so review targets uncommitted changes via `git diff` and file reads).
- Perform verification as part of review, including automated checks, E2E verification, and a manual test where possible; these are always required, not optional.
- Write `.ai/REVIEW.md` by appending or updating only the active task section, preserving prior task history:
- verdict: `PASS`, `PASS_WITH_NOTES`, or `FAIL`
- findings ordered by severity, each with:
- severity: `blocker` | `major` | `minor` | `nit`
- file path and line (if applicable)
- description of the issue
- whether it is a required fix (`blocker` and `major` are always required)
- required fixes (if any)
- verification:
- steps performed
- findings
- risks
- Update `.ai/TASKS.md` for the task:
- set status to `ready_to_commit` when verdict is `PASS` or `PASS_WITH_NOTES`
- set status to `changes_requested` when verdict is `FAIL`
- set owner role to `implement` if review passes
- set owner role to `implement` if changes are requested
- Append one entry to `.ai/HANDOFF.md` using the exact format from `.ai/HANDOFF.template.md`:
- heading: `### <TASK_ID> — <role> — <UTC timestamp>`
- table with all applicable fields

11
.claude/settings.json

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{
"autoUpdatesChannel": "stable",
"includeCoAuthoredBy": false,
"mcpServers": {
"aide": {
"command": "aide",
"args": ["mcp"],
"env": {}
}
}
}

20
.claude/settings.local.json

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{
"permissions": {
"allow": [
"Bash(gh:*)",
"Bash(rg:*)",
"Bash(fd:*)",
"Bash(bat:*)",
"Bash(jq:*)",
"Bash(sg:*)",
"Bash(fzf:*)",
"Bash(tree-sitter:*)",
"Bash(go:*)",
"Bash(go fmt ./...:*)",
"Bash(go vet ./...:*)",
"Bash(go test ./...:*)",
"Bash(git:*)",
"mcp__aide__*"
]
}
}

1
.gitattributes

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*.sh text eol=lf

31
.gitignore

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# OS
.DS_Store
Thumbs.db
*.swp
*.swo
# Editors
.vscode/
!.vscode/extensions.json
!.vscode/settings.json
!.vscode/launch.json
!.vscode/tasks.json
.history/
.idea/
*.iml
# AI workflow runtime logs
.ai/mcp-server.log
.ai/sessions.json
# Go
bin/
*.exe
*.exe~
*.dll
*.so
*.dylib
*.test
*.out
vendor/

284
AGENTS.md

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# AGENTS
## Scope
- This file defines project-specific rules and configuration for agents working in this repository.
## Session Workflow
- Keep entries concise and timestamped in UTC.
- Stage newly created files explicitly:
- `git add <new-file>`
## Validation Commands
- Run formatting after every code change:
- `go fmt ./...`
- Prefer targeted validation while iterating; run broader validation before finishing:
- Format: `go fmt ./...`
- Vet: `go vet ./...`
- Test: `go test ./...`
## Language Rules
- Use English for code comments, log/output messages, `README.md`.
## PR Policy
- Feature PRs use `aide pr`.
- `aide pr` writes the Summary, Breaking Changes, Included Commits, and Test Plan sections for feature PRs.
- A PR to `main` remains mandatory for user-reviewed changes.
## Git Rules
- Work in the current branch.
<!-- agentinit:managed:start -->
## Documentation Rules
- Every change to behavior, interfaces, workflows, or configuration must include corresponding updates to affected documentation and code comments in the same commit.
- Documentation accuracy is part of implementation scope, not a follow-up task.
- The planner must include documentation update scope explicitly in the plan whenever behavior, interfaces, workflows, or configuration change. Documentation updates are implementation scope, not a follow-up task.
## Hard Rules
- Never include `Co-Authored-By` trailers in commit messages.
## AI Workflow Rules
- Plan Mode:
- waits for explicit user start signal
- writes `.ai/PLAN.md`
- updates `.ai/TASKS.md` status to `ready_for_implement`
- appends a handoff entry to `.ai/HANDOFF.md`
- never edits code
- Review Mode:
- waits for explicit user start signal
- writes `.ai/REVIEW.md`
- updates `.ai/TASKS.md` status to `ready_to_commit` or `changes_requested`
- appends a handoff entry to `.ai/HANDOFF.md`
- performs review plus verification, including E2E and exploratory checks when appropriate
- never edits code
- Implement Mode (`next_task`):
- waits for explicit user start signal
- implements `.ai/PLAN.md`
- writes or updates tests for each changed behaviour before writing implementation code
- updates affected documentation and code comments whenever behavior, interfaces, or workflows change
- writes the final Conventional Commit message into the HANDOFF entry `Commit` field
- does not `git commit`
- updates `.ai/TASKS.md` status to `ready_for_review`
- appends a handoff entry to `.ai/HANDOFF.md`
- must not invent requirements
- Implement Mode (`commit_task` after review):
- only for tasks in `ready_to_commit`
- reads the commit message from the task's `next_task` HANDOFF entry
- updates `.ai/TASKS.md` status to `done`
- appends a handoff entry to `.ai/HANDOFF.md`
- runs `git add -A && git commit -m "<message>"`
- Implement Mode (rework after rejection):
- reads `.ai/REVIEW.md` findings as a checklist
- addresses every finding marked as required fix
- re-runs validations
- does not `git commit`
- updates `.ai/TASKS.md` status from `changes_requested` to `ready_for_review`
- appends a handoff entry to `.ai/HANDOFF.md`
## AI Operating Mode
- Mode is selected by the launcher prompt/context:
- Cycle bootstrap:
- `aide cycle start <branch-name>`
- Convenience wrappers:
- `aide plan [agent] [agent-options...]` (default agent from `.ai/config.json`, fallback: `claude`)
- `aide implement [agent] [agent-options...]` (default agent from `.ai/config.json`, fallback: `codex`)
- `aide review [agent] [agent-options...]` (default agent from `.ai/config.json`, fallback: `claude`)
- `aide po [agent] [agent-options...]` (launcher for the PO orchestration session)
- No `.ai/MODE` file is used.
## Modes
- `profile` in `.ai/config.json` selects the workflow shape:
- `full` is the default profile.
- `lite` replaces separate implementer/reviewer sessions with one `aide dev` session.
- `full` profile:
- launch `aide plan`, `aide implement`, and `aide review` yourself in manual mode
- optionally launch `aide po` for auto mode orchestration
- keep the usual implementer -> reviewer -> implementer commit handoff
- `lite` profile:
- launch `aide plan` and `aide dev`
- implementation, review, and commit happen inside the dev session
- Human approval still happens at `ready_for_review` in lite mode.
- PO orchestration is not available
- Lite-mode status ownership:
- planner still owns planning states
- the dev session owns `in_implementation`, `in_review`, `ready_to_commit`, and `done`
- `ready_for_review` remains the explicit human checkpoint before `commit_task`
- Lite-mode test guardrail:
- During the review hat, if a test fails you may either change implementation code to make it pass, or add new assertions. You must not weaken or delete existing assertions to make a test pass.
- If you believe a test is genuinely wrong for the new behavior, halt to `changes_requested`, do not retry, and write your proposed test change to `REVIEW.md` for human approval — even if you have retries remaining.
- Refusal policy:
- `aide implement`, `aide review`, and `aide po` refuse in lite mode and point you at `aide dev` or `aide profile full`.
- `aide dev` refuses in full mode and points you back to `aide implement` and `aide review`.
- `all_task` commit policy:
- `all_task` may commit multiple tasks, but it still creates one real Conventional Commit per task with no batching or squashing.
## Runtime Modes
- `full` profile:
- Manual mode:
- you start planner, implementer, and reviewer sessions yourself in separate terminals
- you drive task progress by sending the documented text commands directly to each session
- Auto mode:
- you start the PO session with `aide po`
- the PO session uses the `aide` MCP server to run the post-planning loop by coordinating implementer and reviewer sessions for the same task flow
- `lite` profile:
- manual only
- you start the planner and dev sessions yourself in separate terminals
- you drive task progress by sending the documented text commands directly to those sessions
- Both profiles use the same `.ai/TASKS.md` board, `.ai/PLAN.md` plan, review artifacts, and status transitions.
## Persistent Session Workflow
- In manual mode, no role autostarts another role.
- In auto mode, the PO session may start or reconnect to the role sessions it coordinates.
- Start a new development cycle with `aide cycle start <branch-name>`.
- Start the planner, implementer, and reviewer once in `full`, or start the planner and dev sessions once in `lite`, then keep those sessions open for the rest of the cycle.
- When using auto mode, let the PO session manage the `full` profile role sessions instead of driving them directly yourself.
- `lite` has no PO/session-orchestration path; drive `aide dev` directly.
- Every role waits in `WAIT_FOR_USER_START` state until you explicitly tell it to begin.
- After launch, steer the existing sessions with text commands instead of relaunching scripts for each step.
- Agent choice is manual when you launch each role (`claude` or `codex`) and can vary by session.
- Handoff log policy:
- runtime log: `.ai/HANDOFF.md` (tracked cycle log)
- tracked template: `.ai/HANDOFF.template.md`
- Handoffs are file-based:
- planner -> implementer uses `.ai/PLAN.md` + `.ai/TASKS.md` + `.ai/HANDOFF.md`
- implementer -> reviewer uses commit + `.ai/TASKS.md` + `.ai/HANDOFF.md`
- Recommended status flow in `.ai/TASKS.md`:
- `in_planning` -> `ready_for_implement` -> `in_implementation` -> `ready_for_review` -> `in_review` -> `ready_to_commit` -> `done`
- Rework loop: `changes_requested` -> `in_implementation` -> `ready_for_review` -> `in_review` -> `done`
- In `lite`, the dev session performs the implement and review hops internally, halts for the human at `ready_for_review`, then resumes with `commit_task`.
- Every role must re-read `.ai/TASKS.md` before executing any command. Additional files depend on the role and command — see each role's prompt for specifics.
- Role-specific files to reload as needed:
- planner: `ROADMAP.md`, `.ai/PLAN.md`
- implementer: `.ai/PLAN.md`, `.ai/REVIEW.md` when reworking review findings
- dev: `.ai/PLAN.md`, `.ai/REVIEW.md` when reworking review findings
- reviewer: `.ai/PLAN.md`, `.ai/REVIEW.md`
- Files are the source of truth. No role should rely on hidden session memory when file state disagrees.
## Session Commands
Use these text commands inside the already-running role sessions.
- PO session:
- launched with `aide po [agent]` (default agent: `claude`)
- full profile only; lite mode refuses because the dev session is driven directly instead
- uses MCP tools internally (`session_start`, `session_run`, `session_wait`, `session_get_output`, `session_get_result`, `session_status`, `session_list`, `session_stop`, `session_reset`, `session_delete`) to coordinate role sessions
- `codex` PO runs use inline `-c mcp_servers.aide.*` overrides, so no global Codex MCP registration is required
- never starts a planner session; if no tasks are in `ready_for_implement` or later, tells the user to run the planner first
- `work_task [TASK_ID]`
- no task ID: pick the first task that is not `done`, regardless of status (supports in-flight recovery)
- with task ID: target that specific task
- drive through full implement -> review -> commit cycle, then stop and report
- if no eligible task exists, report that the board has no work remaining
- `work_all`
- run `work_task` repeatedly until all tasks are `done` or a blocker requires human intervention
- stop at the first blocker and report
- Planner session:
- before `start_plan`, conversation with the planner is the roadmap-refinement phase:
- tighten scope, acceptance criteria, constraints, and decision points directly in `ROADMAP.md`
- surface ambiguities and trade-offs for the user to resolve instead of inventing requirements
- `start_plan` is the gate to formal planning; once invoked, write the plan without asking for another readiness confirmation
- `start_plan`
- read `ROADMAP.md` and current planning artifacts
- create or restructure tasks in `.ai/TASKS.md` as needed
- write or rewrite `.ai/PLAN.md`
- when planning is complete, move all newly planned tasks to `ready_for_implement`
- `rework_plan [TASK_ID]`
- revisit an existing plan when scope, constraints, or approach change
- update `.ai/PLAN.md`, `.ai/TASKS.md`, and `.ai/HANDOFF.md` as needed without modifying code
- when no task ID is supplied, replan the overall roadmap/task breakdown
- when a task ID is supplied and it does not exist or is not appropriate for replanning, report the current status and abort
- Implementer session:
- full profile only; lite mode refuses and points you at `aide dev`
- `next_task [TASK_ID]`
- select the first task in `ready_for_implement` or `in_implementation` when no task ID is supplied
- if the supplied task is not valid for implementer work, report its current status and abort
- when work begins, update the task to `in_implementation`
- `rework_task [TASK_ID]`
- implementer only
- target a task in `changes_requested`
- load `.ai/REVIEW.md` as the required-fix checklist for review rework
- if no task matches, report that no tasks are pending rework
- `commit_task [TASK_ID]`
- implementer only
- target a task in `ready_to_commit`
- read the commit message from the task's `next_task` HANDOFF entry `Commit` field
- update `.ai/TASKS.md` to `done`
- append a `commit_task` HANDOFF entry
- run `git add -A && git commit -m "<message>"`
- if the supplied task is not ready to commit, report its current status and abort
- `aide cycle end [VERSION]`
- verify all tasks are `done`
- if the completion condition is not met, report the blocking task states and abort
- if no version is supplied, ask the user for it before proceeding
- append a closing entry to `.ai/HANDOFF.md` (`### Cycle closed — <version><UTC timestamp>`)
- stage and commit with `chore(ai): close cycle` and a `Release-As: x.y.z` footer
- then run `aide pr` to update the PR
- `status_cycle [TASK_ID]`
- return deterministic task status, current owner role, and next recommended action
- when no task ID is supplied, summarize tasks relevant to the caller and the overall board state
- if no task matches the caller's role, say so explicitly and summarize the board
- Reviewer session:
- full profile only; lite mode refuses because review runs inside the dev session
- `next_task [TASK_ID]`
- select the first task in `ready_for_review` or `in_review` when no task ID is supplied
- if the supplied task is not valid for reviewer work, report its current status and abort
- when review begins, update the task to `in_review`
- when review and verification pass, move the task to `ready_to_commit`
- `status_cycle [TASK_ID]`
- return deterministic task status, current owner role, and next recommended action
- when no task ID is supplied, summarize tasks relevant to the caller and the overall board state
- if no task matches the caller's role, say so explicitly and summarize the board
- dev session:
- launched with `aide dev [agent]` (default agent: `codex`)
- lite profile only; full mode refuses and points you back to `aide implement` and `aide review`
- `next_task [TASK_ID]`
- pick one `ready_for_implement` task (or the supplied task), move it to `in_implementation`, run the implement hat, run the review hat, and halt at `ready_for_review` for the human
- `all_task`
- process every remaining non-`done` task without per-task human review, committing each completed task before moving to the next one
- halt only if a semantic concern appears or the 3-attempt mechanical retry cap is exhausted
- `rework_task [TASK_ID] [feedback]`
- resume a task from `ready_for_review` or `changes_requested`, apply feedback when provided, move it to `in_implementation`, and run the implement/review loop again
- `commit_task [TASK_ID]`
- valid only when the task is `ready_for_review`; this is the human approval step
- move the task through `ready_to_commit` to `done`, then run `git add -A && git commit -m "<message>"` using the commit message already written in `.ai/HANDOFF.md`
- `status_cycle [TASK_ID]`
- return deterministic task status, current owner role, and next recommended action
## Commit Conventions
- Commit behavior by role:
- `plan` role never commits.
- `review` role never commits.
- `implement` role does not commit during `next_task` or `rework_task`. The single task commit is created by `commit_task` after review approval.
- `aide cycle end` commits the cycle-close artifacts with a `Release-As: x.y.z` footer and can be followed by `aide pr`.
- Conventional Commit subjects must be release-note ready: describe the user-visible change or outcome, not just the implementation mechanism.
- Prefer subjects in the form `<type>(<scope>): <user-facing change>`; if the subject alone would be too vague in release notes, add a short body summarizing the key changes.
## Tool Preferences
- For shell-based JSON parsing or filtering, prefer `jq`.
- For shell-based repository search, prefer `rg` over `grep`.
- For shell-based file discovery, prefer `fd` over `find`.
- For shell-based file previews, prefer `bat` over `cat`.
- When available, use `ast-grep` (`sg`) for structural code search using AST patterns (for example, matching function signatures or type definitions).
- When available, use `fzf` for interactive fuzzy file and symbol selection in the shell.
- Respect `.gitignore` in all search operations.
- Exclude build artifacts (`dist`, `build`, `node_modules`, `vendor`, `target`) by default.
### Tool Selection
| Task | Preferred | Instead of |
|------|-----------|------------|
| Code search | `rg` (ripgrep) | `grep`, `grep -r` |
| File discovery | `fd` | `find` |
| File preview | `bat` | `cat`, `head`, `tail` |
| JSON processing | `jq` | manual parsing, `python -c` |
### Search Rules
- Always respect `.gitignore` (rg and fd do this by default).
- Exclude build artifacts: `dist`, `build`, `node_modules`, `vendor`, `target`.
- Use glob filters to narrow scope before broad scans.
- Prefer exact match (`-w`) or fixed-string (`-F`) when searching for identifiers.
### Example Commands
- Search for an identifier: `rg -n -w "Task ID" .`
- List tracked files in a subtree: `fd . .ai/prompts`
- Preview a file with line numbers: `bat -n AGENTS.md`
<!-- agentinit:managed:end -->

1
CLAUDE.md

@ -0,0 +1 @@
@AGENTS.md

172
README.md

@ -0,0 +1,172 @@
# CamMonitor
## Overview
TODO: Describe this project.
## Getting Started
TODO: Add setup instructions.
## AI Workflow
This project includes the persistent planner/implementer/reviewer workflow with file-based coordination, plus the PO orchestration layer.
Manual and auto are two runtime modes for the same scaffold: they use the same generated files, task board, and review gate. Fewer role sessions means less coordination overhead and lower token cost.
## Modes
This scaffold supports two workflow profiles that share the same generated files, task board, plan, review log, and handoff log.
- `full` keeps the planner, implementer, reviewer, and optional PO split.
- `lite` keeps the planner but replaces separate implementer/reviewer sessions with one `aide dev` session.
| Profile | Sessions and launchers | Who drives work | Commit cadence | PO support | Recommended fit |
|---------|------------------------|-----------------|----------------|------------|-----------------|
| `full` | `aide plan`, `aide implement`, `aide review`, optional `aide po` | Separate role sessions with explicit implement/review handoffs | One final task commit after reviewer approval | yes | Larger, riskier, or more review-heavy changes |
| `lite` | `aide plan`, `aide dev` | Planner plus one dev session that implements and reviews, then halts for human approval at `ready_for_review` | One real commit per task, including `all_task` | no | Smaller changes or lower-coordination work |
### How to switch
```bash
aide profile full
aide profile lite
```
Use `aide profile full` to return to the split workflow, or `aide profile lite` to switch to the dev-session flow.
`full` is the default for new scaffolds. When you switch to `lite`, `aide implement`, `aide review`, and `aide po` refuse and point you at `aide dev`. When you switch back to `full`, `aide dev` refuses and points you at `aide implement` and `aide review`.
### Runtime modes
- Manual mode: start the planner, implementer, and reviewer in separate terminals, then drive each session yourself with the documented text commands.
- Auto mode: run `aide po` to start the PO session, which uses MCP tools to coordinate the post-planning implementer/reviewer workflow for you.
### Concepts
**Cycle** — a unit of work on a feature branch. One cycle = one branch = one PR.
**Roles and file ownership:**
| Role | Reads | Writes |
|------|-------|--------|
| PO | `.ai/TASKS.md`, `.ai/PLAN.md`, `.ai/REVIEW.md`, `.ai/prompts/po.md` | MCP session commands via `aide po` |
| Planner | `ROADMAP.md` | `.ai/PLAN.md`, `.ai/TASKS.md` |
| Implementer | `.ai/PLAN.md`, `.ai/REVIEW.md` | source code, `.ai/TASKS.md` |
| Reviewer | `.ai/PLAN.md`, commits | `.ai/REVIEW.md`, `.ai/TASKS.md` |
**Status flow:**
```text
in_planning → ready_for_implement → in_implementation → ready_for_review → in_review → ready_to_commit → done
↑ |
└──── changes_requested ◄─────────────┘
```
### Start a new development cycle
```bash
# Edit ROADMAP.md with your goals first, then:
aide cycle start feature/<scope>
```
### Full profile quick start
```bash
aide plan # terminal 1
aide implement # terminal 2
aide review # terminal 3
```
Launch each role once, then keep those sessions open for the rest of the cycle.
Role launchers read default agent/model settings from `.ai/config.json`.
To override, pass the agent first, then any CLI flags.
Example: `aide review claude --model sonnet`
Claude starts interactively by default, and the Codex launcher uses interactive `codex` mode so the session stays open for role commands.
### Lite profile quick start
```bash
aide profile lite
aide plan # terminal 1
aide dev # terminal 2
```
The dev session handles implementation and review, then halts for human approval at `ready_for_review`. In lite mode, `aide implement`, `aide review`, and `aide po` refuse and point you at `aide dev`.
### Start the PO orchestrator (auto mode)
```bash
aide po
```
The PO session drives the post-planning task board flow through the `aide` MCP server. PO orchestration is available only in the `full` profile.
By default, `aide po` launches Claude with `--model haiku`, and `aide po codex` launches Codex with `-m gpt-5.4-mini`. `.ai/config.json` can override those defaults, and an explicit CLI `--model` or `-m` flag takes precedence.
If no tasks are in `ready_for_implement` or later, run the planner first.
The normal MCP completion path is `session_run` followed by `session_wait`, then a re-read of `.ai/TASKS.md`; `session_get_output` is for debugging only.
The MCP server appends structured debug logs to `.ai/mcp-server.log`, and the scaffold gitignore excludes that file.
### Drive work inside the existing sessions
```text
planner> start_plan
implementer> next_task T-001
reviewer> next_task T-001
implementer> commit_task T-001
dev> next_task T-001
dev> commit_task T-001
implementer> rework_task T-001
aide cycle end 0.7.0
```
Cross-platform CLI equivalents:
`aide cycle end [VERSION]` closes the cycle outside the persistent role session, and `aide pr [--dry-run]` creates or updates the branch PR.
**Planner commands:**
Before `start_plan`, freeform conversation with the planner is the roadmap-refinement phase. Use it to sharpen scope, acceptance criteria, constraints, and trade-offs directly in `ROADMAP.md`. `start_plan` is the explicit handoff into formal planning.
| Command | Description |
|---------|-------------|
| `start_plan` | Read `ROADMAP.md`, write `.ai/PLAN.md` and `.ai/TASKS.md` |
| `rework_plan [TASK_ID]` | Revisit the plan when scope or approach changes |
**Implementer commands:**
| Command | Description |
|---------|-------------|
| `next_task [TASK_ID]` | Pick up the next `ready_for_implement` task |
| `commit_task [TASK_ID]` | Turn a `ready_to_commit` task into one clean final commit, including task-specific `.ai/` artifacts |
| `rework_task [TASK_ID]` | Address `changes_requested` findings from `.ai/REVIEW.md` |
| `aide cycle end [VERSION]` | Close the cycle after all tasks reach `done`, committing remaining `.ai/` artifacts with a `Release-As:` footer |
| `status_cycle [TASK_ID]` | Show task status and recommended next action |
**Reviewer commands:**
| Command | Description |
|---------|-------------|
| `next_task [TASK_ID]` | Pick up the next `ready_for_review` task and run review plus verification |
| `status_cycle [TASK_ID]` | Show task status and recommended next action |
### File map
| File | Purpose | Tracked |
|------|---------|---------|
| `.ai/PLAN.md` | Current plan | yes |
| `.ai/TASKS.md` | Task board with status | yes |
| `.ai/prompts/po.md` | PO orchestration prompt for auto mode | yes |
| `.ai/REVIEW.md` | Review findings | yes (tracked cycle log) |
| `.ai/HANDOFF.md` | Runtime handoff log | yes (tracked cycle log) |
| `.ai/config.json` | Per-role launch defaults | yes |
| `ROADMAP.md` | Cycle goals (edit before planning) | yes |
| `AGENTS.md` | Project-specific and workflow-managed agent rules | yes |
| `CLAUDE.md` | Agent instruction entry point (`@AGENTS.md`) | yes |
| `aide po` | Launch the PO orchestration session | yes |
### Create a PR
```bash
aide pr
```
Full workflow details and session recovery rules are in `AGENTS.md`.

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ROADMAP.md

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# ROADMAP
Goal: define and deliver the scope for this cycle.
Delete any unused example sections below. Only the Goal and one concrete priority are required.
## Priority 1
Objective: replace with objective.
- Replace with planned outcome.
## Examples
These example sections are optional illustrations, not required structure.
<!-- Example: remove or replace this section -->
## Priority 2
Objective: optional second objective.
- Replace with optional planned outcome.
<!-- Example: remove or replace this section -->
## Priority 3
Objective: optional third objective.
- Replace with optional planned outcome.

29
ROADMAP.template.md

@ -0,0 +1,29 @@
# ROADMAP
Goal: define and deliver the scope for this cycle.
Delete any unused example sections below. Only the Goal and one concrete priority are required.
## Priority 1
Objective: replace with objective.
- Replace with planned outcome.
## Examples
These example sections are optional illustrations, not required structure.
<!-- Example: remove or replace this section -->
## Priority 2
Objective: optional second objective.
- Replace with optional planned outcome.
<!-- Example: remove or replace this section -->
## Priority 3
Objective: optional third objective.
- Replace with optional planned outcome.
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