chore(todo): add priorities to queued items and new tool integration plans
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- Added priority markers (e.g., "Priority: X of 12") to existing queued TODOs like audit, changelog, profile, scaffold.
- Introduced new detailed TODO markdowns for agent integrations: cnotes, git-chglog, gotools, make, pprof, rg, tea.
- Enhances planning for grokkit agent tooling ecosystem.
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Greg Gauthier 2026-03-02 23:42:06 +00:00
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# TODO ITEM 1
## Priority: 12 of 12
- [ ] 1 step one
- [ ] 2 step two
- [ ] 3 step three

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# `grokkit audit`
## Priority: 3 of 12
**Description**: Comprehensive AI-powered code audit for security, performance, best practices, and potential bugs across single files or entire projects.
**Benefits**:

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# `grokkit changelog`
## Priority: 9 of 12
**Description**: AI-generated CHANGELOG.md updates from git history (commits/tags).
**Benefits**:

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# `grokkit agent` cnotes integration
## Priority: 6 of 12
**Description**: Wrappers for your `cnotes` CLI logging suite. Allows Grok to automatically log coding sessions, notes, progress during agent workflows (e.g., "start work on feature", "log bug found").
## Problem It Solves
Developers track time/effort manually. Integrate `cnotes` (cnadd/cndump/etc.) for AI-assisted logging: timestamps, descriptions, stats—seamless with code edits.
## Benefits
- **Automated logging**: Grok logs at key points (start/edit/commit).
- **Queryable**: Search/dump stats via AI ("Show time on agent tasks today").
- **Safe**: Append-only (`cnadd`), read-only queries (`cnfind`/`cncount`); no deletes.
- **Terminal-native**: Fast C impl, no deps.
- **Workflow boost**: "Refactor → log changes → stats".
## Agent Tool Examples
```
grokkit agent "Start logging session, fix main.go, log completion"
# Grok: cnadd "start: agent refactor main.go" → edits → cnadd "done: fixed errors"
```
```
grokkit agent "Log today's coding stats before planning"
# Grok: cncount → cnfind "today" → "2h on edits, 3 sessions"
```
## High-Level Implementation
1. **Detect cnotes**: Run `cnhelp` or `which cnotes`.
2. **Tool schemas**:
- `log_note(message: string) → ok`
- `list_notes(filter?: string) → string`
- `session_stats() → string`
3. **Wrappers** in `internal/tools/cnotes.go`:
```go
func LogNote(ctx context.Context, args map[string]any) (string, error)
```
4. **Agent integration**: Auto-log on milestones; user-prompted.
5. **Safety**:
- Only `cnadd`/`cndump`/`cnfind`/`cncount`.
- Preview log message.
- Config: `[tools.cnotes.enabled]`.
6. **Parsing**: Stdout JSON? Or simple text.
## Flags / Config
| Key | Description |
|-----|-------------|
| `tools.cnotes.enabled` | Enable cnotes tools |
| `--auto-log` | Log start/end automatically |
## Implementation Notes
- **Commands**: cnadd (log), cndump (all), cnfind (search), cncount (stats), cndel (archive—whitelist carefully).
- **Extend agent**: Tool calls in loop.
- **Errors**: Custom CnotesError.
- **Tests**: Mock `exec.Command`, table-driven.
- **Effort**: Low (~150 LOC). Simple exec wrappers.
- **Prereq**: cnotes in PATH (`cnhelp` verifies).
## ROI
**High**. Personal logging elevates from code tool to **dev productivity hub**:
| Stage | Covered |
|-------|---------|
| Logging | **cnotes** ← new |
| Code | `agent` ✓ |
| Repo | tea (sibling) |
Quantifiable: Track hours/features automatically.

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# `grokkit agent` git-chglog integration
## Priority: 11 of 12
**Description**: Wrapper for git-chglog CLI: generates CHANGELOG.md from conventional commits/tags. AI-enhanced parsing/validation.
## Problem It Solves
changelog.md is AI-from-git-log; git-chglog is standard tool—wrapper adds agent control/previews.
## Benefits
- **Standard**: git-chglog config + AI tweaks.
- **Validate**: Check changelog before release.
- **Safe**: Dry-run, output preview.
- **Integrate**: "Generate changelog v0.2.0, commit".
## Agent Tool Examples
```
grokkit agent "Generate changelog for next release from commits"
# Grok: git-chglog --next-tag v0.2.0 → preview → append to CHANGELOG.md
```
## High-Level Implementation
1. **Detect**: `git-chglog --version`.
2. **Tool schemas**:
- `generate(tag: string) → changelog_md`
- `validate() → issues`
3. **Wrappers** in `internal/tools/git-chglog.go`:
```go
func Generate(ctx context.Context, args map[string]any) (string, error)
```
4. **Agent integration**: Release workflows.
5. **Safety**:
- --dry-run flag.
- Config file respect.
- Config: `[tools.git-chglog.enabled]`.
## Flags / Config
| Key | Description |
|-----|-------------|
| `tools.git-chglog.enabled` | Enable git-chglog |
## Implementation Notes
- **Commands**: `git-chglog --output CHANGELOG.md --next-tag vX.Y.Z`.
- **Parsing**: Markdown output.
- **Errors**: ChglogError.
- **Tests**: Mock exec.
- **Effort**: Low (~110 LOC). Complements changelog.md.
- **Prereq**: git-chglog installed.
## ROI
**Medium-High**. Release polish:
| Stage | Covered |
|-------|---------|
| Changelog | **git-chglog** ← new |
| Release | changelog.md ✓ |

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# `grokkit agent` Go tools integration
## Priority: 7 of 12
**Description**: Wrappers for `go` subcommands: mod tidy, generate, vet, fmt. Ensures hygiene post-agent edits.
## Problem It Solves
Agent changes may break deps/fmt/vet—manual fixes. Auto-run + fix loops.
## Benefits
- **Hygiene auto**: Tidy deps, fmt code, vet issues.
- **Generate**: Run go:generate for boilerplate.
- **Safe mutations**: Preview changes (git diff).
- **Workflow**: Edit → gotools tidy → test.
## Agent Tool Examples
```
grokkit agent "Add new import, tidy mods, vet all"
# Grok: edits → go mod tidy → go vet → reports clean
```
## High-Level Implementation
1. **Detect**: `go version`.
2. **Tool schemas**:
- `tidy() → changes`
- `vet(path?) → issues`
- `generate() → output`
- `fmt_diff() → diff`
3. **Wrappers** in `internal/tools/gotools.go`:
```go
func Tidy(ctx context.Context, args map[string]any) (string, error)
```
4. **Agent integration**: Post-edit hygiene step.
5. **Safety**:
- Dry-run where possible (go fmt -d).
- Whitelist subcmds.
- Config: `[tools.gotools.enabled]`.
## Flags / Config
| Key | Description |
|-----|-------------|
| `tools.gotools.enabled` | Enable Go tools |
## Implementation Notes
- **Commands**: `go mod tidy`, `go vet ./...`, `go generate ./...`.
- **Parsing**: Diff output, error lists.
- **Errors**: GoToolError.
- **Tests**: Mock, table-driven.
- **Effort**: Low (~130 LOC).
- **Prereq**: Go workspace.
## ROI
**High**. Go-specific polish:
| Stage | Covered |
|-------|---------|
| Hygiene | **gotools** ← new |
| Search | rg (sibling) |
| Build | make (sibling) |

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# `grokkit agent` make integration
## Priority: 2 of 12
**Description**: Wrappers for Makefile targets (test/lint/build/cover). Enables Grok to run/verify builds mid-agent workflow (e.g., "edit, test, fix loops").
## Problem It Solves
Agent edits code but can't auto-verify compilation/tests—manual `make test` context-switch.
## Benefits
- **Automated verification**: Post-edit `make test` + analyze failures.
- **Dry-runs**: Preview `make build` output.
- **Safe**: Whitelisted targets, timeout, project-dir.
- **Parse results**: Extract pass/fail, coverage, errors for next agent step.
- **Workflow**: "Refactor → test → fix → commit".
## Agent Tool Examples
```
grokkit agent "Fix lint errors in cmd/, run make lint to verify, then test"
# Grok: edits → make lint → "All green!" → make test → fixes failures
```
```
grokkit agent "Benchmark changes before commit"
# Grok: make test-cover → "Coverage drop 2%" → optimizations
```
## High-Level Implementation
1. **Detect**: `test -f Makefile` or `make --version`.
2. **Tool schemas**:
- `run_target(target: string) → {output: string, success: bool}`
- `dry_run(target: string) → simulated_output`
3. **Wrappers** in `internal/tools/make.go`:
```go
func RunTarget(ctx context.Context, args map[string]any) (string, error)
```
4. **Agent integration**: Tool call → parse stdout → feed to Grok ("Tests failed: fix?").
5. **Safety**:
- Whitelist: test, lint, build, test-cover, install.
- 300s timeout.
- No sudo/privileged.
- Config: `[tools.make.enabled]`.
6. **Parsing**: Grep for "PASS/FAIL", coverage %.
## Flags / Config
| Key | Description |
|-----|-------------|
| `tools.make.enabled` | Enable make tools |
| `tools.make.timeout` | Per-target timeout (s) |
## Implementation Notes
- **Commands**: `make TARGET` (no args).
- **Extend agent**: Loop includes make calls post-edit.
- **Errors**: MakeError with output.
- **Tests**: Mock exec, table-driven (success/fail outputs).
- **Effort**: Low (~120 LOC). Std exec + parsing.
- **Prereq**: Makefile present.
## ROI
**High**. Agent verification loop:
| Stage | Covered |
|-------|---------|
| Edit | `agent` ✓ |
| Verify | **make** ← new |
| Repo/log | tea/cnotes |
Instant feedback elevates agent reliability.

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# `grokkit agent` pprof integration
## Priority: 10 of 12
**Description**: Go pprof profiling wrappers (CPU/memory/allocs). Captures profiles during agent runs, AI-analyzes hotspots.
## Problem It Solves
Profile.md is high-level; pprof enables raw data + AI opts for slow cmds (agent loops).
## Benefits
- **Capture**: `go test -cpuprofile` or runtime/pprof.
- **Analyze**: Feed pprof text/top to Grok ("Optimize this flamegraph").
- **Safe**: Temp .pprof files, no web UI.
- **Integrate**: Auto-profile long agents.
## Agent Tool Examples
```
grokkit agent "Profile cmd/agent.go benchmark, suggest fixes"
# Grok: pprof cpu → "30% in StreamSilent, batch calls"
```
## High-Level Implementation
1. **Detect**: `go tool pprof --version`.
2. **Tool schemas**:
- `cpu_profile(duration: int) → pprof_text`
- `analyze(profile_data: string) → suggestions`
3. **Wrappers** in `internal/tools/pprof.go`:
```go
func CPUProfile(ctx context.Context, args map[string]any) (string, error)
```
4. **Agent integration**: Flag-triggered profiling.
5. **Safety**:
- Tempdir files (os.TempDir).
- No --http/--pdf.
- Config: `[tools.pprof.enabled]`.
## Flags / Config
| Key | Description |
|-----|-------------|
| `tools.pprof.enabled` | Enable pprof tools |
| `--profile-cpu` | Auto-cpu on agent |
## Implementation Notes
- **Capture**: runtime/pprof.StartCPUProfile, or `go test -cpuprofile`.
- **Parse**: `go tool pprof -text`.
- **Errors**: PprofError.
- **Tests**: Mock profiles.
- **Effort**: Medium (~180 LOC). Ties to profile.md.
- **Prereq**: Go stdlib pprof.
## ROI
**High** for perf:
| Stage | Covered |
|-------|---------|
| Profile | **pprof** ← new |
| Analyze | profile.md ✓ |

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# `grokkit profile`
## Priority: 8 of 12
**Description**: Run Go benchmarks/pprof, get AI-suggested performance optimizations.
**Benefits**:

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# `grokkit agent` ripgrep (rg) integration
## Priority: 4 of 12
**Description**: Fast search wrapper for ripgrep (`rg`). Enables agent to grep project for symbols/patterns/context before edits.
## Problem It Solves
Agent lacks quick codebase search—relies on full file scans or manual `grep`. rg is 10x faster, regex-aware.
## Benefits
- **Lightning search**: Multi-line, git-ignored, type-aware (`--type=go`).
- **Context gathering**: "rg 'err handling' → snippets for prompt".
- **Safe**: Read-only, project-only, no filespecs.
- **Stats**: Count matches, paths.
- **Workflow**: "Search todos → prioritize → edit".
## Agent Tool Examples
```
grokkit agent "Find all error returns in cmd/, improve handling"
# Grok: rg 'return err' cmd/ → analyzes → targeted edits
```
```
grokkit agent "Count test coverage gaps: rg 't.Skip' or untested funcs"
# Grok: rg --type=go '_test\.go' → stats → testgen suggestions
```
## High-Level Implementation
1. **Detect**: `rg --version`.
2. **Tool schemas**:
- `search(pattern: string, path?: string) → matches[]`
- `count(pattern: string) → int`
3. **Wrappers** in `internal/tools/rg.go`:
```go
func Search(ctx context.Context, args map[string]any) (string, error)
```
4. **Agent integration**: Pre-plan search → richer context.
5. **Safety**:
- Args whitelist: --type, --no-heading, project root.
- Max 100 matches.
- Config: `[tools.rg.enabled]`.
6. **Parsing**: JSON output (`--json`), or lines → structured.
## Flags / Config
| Key | Description |
|-----|-------------|
| `tools.rg.enabled` | Enable rg tools |
| `tools.rg.max_matches` | Limit results |
## Implementation Notes
- **Commands**: `rg PATTERN [PATH] --no-heading --colors=never`.
- **Extend agent**: Optional search phase in planning.
- **Errors**: RgError.
- **Tests**: Mock, table-driven patterns.
- **Effort**: Low (~100 LOC).
- **Prereq**: rg installed (`apt install ripgrep`).
## ROI
**High**. Search is dev superpower:
| Stage | Covered |
|-------|---------|
| Search | **rg** ← new |
| Edit | `agent` ✓ |
| Verify | make (sibling) |
Agent plans smarter with instant intel.

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# `grokkit scaffold`
## Priority: 1 of 12
**Description**: AI-powered code generation that creates new files from natural language descriptions, learning from your existing codebase patterns to produce idiomatic, ready-to-compile output.

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# `grokkit agent` tea integration
## Priority: 5 of 12
**Description**: Safe, AI-orchestrated wrappers for Gitea `tea` CLI commands. Enables Grok to manage repos (list/create PRs/issues, comments) as part of agent workflows, with previews and confirmations.
## Problem It Solves
Grokkit's `agent` excels at code edits but lacks repo mgmt. Developers context-switch to browser/CLI for Gitea actions. Integrate `tea` for seamless: "Review PRs, create issue for bugs, log progress".
## Benefits
- **Safe execution**: Whitelisted commands/args, dry-run previews, confirm destructive ops (merge/push).
- **AI reasoning**: Grok decides *when* to call `tea` (e.g., "After edits, create PR").
- **Logging**: All calls logged to `~/.config/grokkit/tools.log`.
- **Repo-aware**: Combines with git (`internal/git`), code edits.
- **No new deps**: Uses `os/exec` for `tea` (assume installed).
## Agent Tool Examples
```
grokkit agent "List open PRs, pick one to work on, create branch"
# Grok: tea pr ls → Analyzes → tea branch create fix-123 → edits files
```
```
grokkit agent "Fix lint, create issue if high-risk changes"
# Grok: Runs lint → tea issue create "High-risk refactor"
```
## High-Level Implementation
1. **Detect tea**: Check `exec.Command("tea", "version")`.
2. **Tool schemas** (Grok tool-calling JSON):
- `list_prs(state: "open") → string`
- `create_pr(title, body, base) → pr_url`
- `comment_pr(pr_id, body)`
- `merge_pr(pr_id)`
3. **Wrapper funcs** in `internal/tools/tea.go`:
```go
func ListPRs(ctx context.Context, args map[string]any) (string, error)
```
4. **Agent loop** (`cmd/agent.go`): Parse tool calls → Execute → Feed output back.
5. **Safety**:
- Whitelist: pr ls/create/comment/merge, issue create/comment.
- Preview: Print `tea ...` + expected output.
- Confirm: User y/n for each.
6. **Config**: `[tools.tea.enabled]`, `[tools.tea.gitea_url]`.
## Flags / Config
| Key | Description |
|-----|-------------|
| `tools.tea.enabled` | Enable tea tools |
| `tools.tea.gitea_url` | Override repo URL |
| `--dry-run` | Simulate tool calls |
## Implementation Notes
- **Extend agent**: Modify plan phase to include tool suggestions.
- **Error handling**: `internal/errors` + GitError-like TeaError.
- **Tests**: Table-driven `TestTeaTools` with mocks (`exec.Command` patching).
- **Effort**: Medium (~200 LOC). Reuse `grok` client, agent UX.
- **Prereq**: User installs `tea` (`go install github.com/go-tea/tea/cmd/tea@latest`).
## ROI
**High**. Closes workflow gap:
| Stage | Covered |
|-------|---------|
| Code edit | `agent` ✓ |
| Repo mgmt | **tea tools** ← new |
| Logging | cnotes (next) |
Force-multiplies daily PR/issue workflows.