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Four new skills synthesized from patterns in NeoLabHQ/context-engineering-kit
(GPL-3.0). Clean-room approach: extracted rubrics from the originals
(triggers, phases, hard cases, footguns, novel patterns), then wrote from
scratch without referencing their prose. Ideas and methods aren't copyrightable;
wording is. These skills are independent works.
brainstorm Turn a vague idea into a validated design doc. Three
phases: one-question-at-a-time dialogue, six-approach
exploration (three conventional + three diverse tail
samples for anti-convergence), chunked design
presentation with per-chunk validation. Output:
docs/design/<topic>.md. Hands off to arch-decide /
arch-design / implementation.
memorize Curate session insights into project CLAUDE.md under a
dedicated "## Memorized Insights" section. Grow-and-
refine per ACE (arXiv:2510.04618): atomic, evidence-
backed, non-redundant bullets. Args: --dry-run, --max,
--target, --section, --source. Flags cross-project
patterns for promotion to ~/code/rulesets/claude-rules/.
Clearly delineates from auto-memory (private) and
formal rules (stable policy).
root-cause-trace Backward-walk technique for debugging. Observe symptom
→ identify immediate cause → walk up the call chain →
find original trigger → fix at source + defense-in-
depth at each intermediate layer. Instrumentation
guidance (stack capture before the dangerous op, not
after; stderr not framework logger in tests); test-
pollution bisection. Companion to /debug — /debug is
broader; this is specifically the backward walk.
five-whys Iterative why-questioning from symptom to process/
decision root cause. Five is a convention, not a
quota — stop when a cause, if eliminated, would prevent
every symptom in the chain. Handles branching (multiple
contributing causes). Validates chains by walking back
from root to symptom. Refuses to terminate at "human
error" or "not enough budget" — those have deeper
whys. Companion to root-cause-trace (that's for code
execution; this is for process).
Makefile SKILLS extended. make install symlinks all four into
~/.claude/skills/ alongside existing skills. Lint clean.
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Four chained Claude Code skills covering the full architecture lifecycle:
arch-design Intake (stakeholders, scale, quality attributes, constraints)
→ candidate paradigms with honest trade-off analysis
→ recommendation + open-decision list
→ .architecture/brief.md
arch-decide ADR creation and management. Five template variants (MADR,
Nygard, Y-statement, lightweight, RFC). Lifecycle, review
process, adr-tools automation.
Forked from wshobson/agents (MIT). LICENSE preserved.
arch-document Full arc42-structured documentation (12 sections) from brief
+ ADRs + codebase. Dispatches to c4-analyze / c4-diagram for
Context, Building Block, Runtime, Deployment diagrams.
arch-evaluate Audits implementation against stated architecture.
Framework-agnostic checks (cyclic deps, stated-layer
violations, public API drift, forbidden deps) run on any
language. Opportunistically invokes language-specific linters
when configured (dependency-cruiser for TS, import-linter for
Python, go vet + depguard for Go). Never installs tooling.
Supporting docs at docs/architecture/:
- README.md suite overview, install steps, per-language linter install
commands (Python import-linter, TS dependency-cruiser, Go
golangci-lint, Java ArchUnit future, C/C++ IWYU future),
typical flow through the chain
- v2-todo.org deferred features (auto-gen linter configs, ArchUnit, CI
mode, DDD aggregate boundaries, visual dep graphs, retroactive
layering inference)
Makefile SKILLS extended with the four new entries; make install symlinks
them to ~/.claude/skills/ alongside existing skills.
Landscape: arch-decide fills the well-covered ADR bucket by adopting the
strongest community offering rather than reinventing. arch-design and
arch-evaluate fill gaps where no general-purpose skill existed. arch-document
fills the arc42 gap (C4 diagrams already covered by sibling skills).
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Additions to claude-rules/testing.md:
- Testing pyramid proportions (70-80% unit / 15-25% integration / 5-10% e2e)
- Integration Tests section: docstring must name 'Components integrated:'
and mark real vs mocked; when-to-write heuristics
- Signs of Overmocking: 'would the test pass if the function body was
NotImplementedError?' plus three more sharp questions
- Testing Code That Uses Frameworks: test your integration, not the
framework itself
- Test Real Code, Not Copies: never inline prod code into tests
- Error Behavior, Not Error Text: test type + key values, not exact prose
- If Tests Are Hard to Write, Refactor the Code: hard-to-test is a code
signal, not a test signal; extract focused helpers
- Anti-patterns list extended
Addition to languages/elisp/claude/rules/elisp-testing.md:
- Interactive vs Internal split pattern: cj/foo wraps cj/--foo; test the
internal directly, skip UI mocks
Source: ~/.emacs.d/ai-prompts/quality-engineer.org (personal reference,
kept as an extended prompt separate from these rules).
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- elisp-testing.md: generalized testutil description. The specific files
testutil-general.el / testutil-filesystem.el / testutil-org.el only
exist in one project; bundle should describe the pattern, not name
specific files.
- README.org: install examples use ~/code/ path to match actual layout.
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New generic rule at claude-rules/commits.md covers author identity,
absence of Claude/Anthropic/LLM/AI attribution (messages, PRs,
comments, trailers, emojis), and conventional commit format. Applies
to all repos.
Bundle settings.json now sets attribution.commit: "" and
attribution.pr: "" so Claude Code's default attribution is suppressed
belt-and-suspenders with the written rule.
Elisp CLAUDE.md template trimmed to reference commits.md instead of
inlining the rules.
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Ports useful quality-of-life targets from DeepSat's coding-rulesets
Makefile, adapted to this repo's two-scope (global + per-project)
structure.
New targets:
make deps Install claude, jq, fzf, ripgrep,
emacs via brew/apt/pacman. Idempotent
(skips already-present tools). For
new machines and VMs.
make diff LANG=<lang> [PROJECT=<path>]
Show unified diff between repo source
and installed copies in a target
project. CLAUDE.md excluded (seed-
only, diverges by design).
make lint Validate ruleset structure: top-level
headings, 'Applies to:' headers on
rule files, shebangs and exec bits on
hook scripts.
Infrastructure:
- Help migrated to awk-parsed ##@/## pattern; new targets document
themselves via a single trailing `## ...` comment.
- fzf-picker fallback: if PROJECT= is unset, install-lang and diff
launch fzf over local .git dirs under $HOME. Keeps PROJECT=<path>
for scripts/automation; only interactive users hit fzf.
scripts/diff-lang.sh Walks the file list the installer would copy,
diffs each against the target.
scripts/lint.sh Standalone ruleset structure validator.
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The validate-el.sh hook byte-compiles .el files, which produces .elc
(and on Emacs 28+ with native-comp, .eln) artifacts. Projects using
the bundle almost always want these ignored.
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Byte-compile needs external packages on the load path to resolve
(require ...) forms in project files. Without this, any project using
MELPA/ELPA packages (dash, s, etc.) failed Phase 1 with "Cannot open
load file".
package-initialize reads package-user-dir (default ~/.emacs.d/elpa)
and exposes installed package autoloads. Small latency cost (~100ms)
but makes the hook work on real projects.
Verified:
- chime.el (requires dash) now byte-compiles cleanly; was failing.
- emacs.d modules still pass; no regression.
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Phase 2 test lookup now triggers for any .el file outside tests/, not
just modules/*.el. Stem-based test matching works the same way; this
just broadens the case pattern.
Before: only modules/foo.el → tests/test-foo*.el triggered Phase 2.
After: foo.el, lib/foo.el, modules/foo.el all do.
init.el and early-init.el are still Phase-1-only (byte-compile would
load the full package graph).
Verified on:
- emacs.d (modules/-based): modules/browser-config.el still runs
its matching test, exit 0
- flat layout (scratch /tmp): source.el at project root successfully
finds and runs tests/test-source.el
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claude-rules/testing.md is now language-agnostic (TDD principles, test
categories, coverage targets, anti-patterns). Scope header widened to
**/*. Python-specific content (pytest, fixtures, parametrize, anyio,
Django DB testing) moved to languages/python/claude/rules/python-testing.md.
Added languages/python/ bundle (rules only so far; no CLAUDE.md template
or hooks yet — Python validation tooling differs from Elisp). Added
install-python shortcut to the Makefile.
Updated scripts/install-lang.sh to copy claude-rules/*.md into each
target project's .claude/rules/. Bundles no longer need to carry their
own verification.md copy — deleted languages/elisp/claude/rules/verification.md.
Single source of truth in claude-rules/, fans out via install.
Elisp-testing.md now references testing.md as its base (matches the
python-testing.md pattern).
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Introduces a second install mode alongside the existing global symlinks:
per-project language bundles that copy a language-specific Claude Code
setup (rules, hooks, settings, pre-commit) into a target project.
Layout additions:
languages/elisp/ - Emacs Lisp bundle (rules, hooks, settings, CLAUDE.md)
scripts/install-lang.sh - shared install logic
Makefile additions:
make help - unified help text
make install-lang LANG=<lang> PROJECT=<path> [FORCE=1]
make install-elisp PROJECT=<path> [FORCE=1] (shortcut)
make list-languages - show available bundles
Elisp bundle contents:
- CLAUDE.md template (seed on first install, preserved on update)
- .claude/rules/elisp.md, elisp-testing.md, verification.md
- .claude/hooks/validate-el.sh (check-parens, byte-compile, run matching tests)
- .claude/settings.json (permission allowlist, hook wiring)
- githooks/pre-commit (secret scan + staged-file paren check)
- gitignore-add.txt (append .claude/settings.local.json)
Hooks use \$CLAUDE_PROJECT_DIR with a script-relative fallback, so the
same bundle works on any machine or clone path. Install activates git
hooks via core.hooksPath=githooks automatically. Re-running install is
idempotent; CLAUDE.md is never overwritten without FORCE=1.
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The hooks/settings.json template was broken since day one:
- PostEditTool is not a valid Claude hook event
- PreCommit is not a Claude concept at all
- matcher was used as a glob, not a tool-name regex
- $FILE was never substituted from stdin JSON
Hooks never fired. Formatting and secret-scanning belong in CI and
pre-commit frameworks, not per-developer Claude config. Remove the
template and its install-hooks Makefile target.
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Hooks provide:
- PostEditTool: ruff format/check on Python, terraform fmt on .tf
- PreCommit: block commits containing hardcoded secrets (AWS keys, API tokens, passwords)
Install per-project with: make install-hooks TARGET=/path/to/project
Won't overwrite existing settings.json — shows diff command instead.
Co-Authored-By: Claude Opus 4.6 (1M context) <noreply@anthropic.com>
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Skills (adapted from DeepSat, stripped of project-specific references):
- /review-pr: PR review against engineering standards
- /fix-issue: issue-to-merge TDD workflow
- /security-check: secrets, OWASP, and dependency audit
- /debug: systematic 4-phase debugging
- /add-tests: test coverage analysis and generation
- /respond-to-review: evaluate and implement code review feedback
Rules (general-purpose, copied as-is):
- testing.md: universal TDD standards and anti-patterns
- verification.md: proof over assumption
Makefile updated to install both skills and rules via symlinks.
Co-Authored-By: Claude Opus 4.6 (1M context) <noreply@anthropic.com>
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Two skills for generating C4 model diagrams as draw.io XML:
- /c4-analyze: generates diagrams from codebase analysis
- /c4-diagram: generates diagrams from conversational description
Includes Makefile for symlink-based install to ~/.claude/skills/.
Co-Authored-By: Claude Opus 4.6 (1M context) <noreply@anthropic.com>
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