skill-with-hooks
Example skill demonstrating embedded hooks for validation and logging
Example skill demonstrating embedded hooks for validation and logging
Concurrent agent dispatch for independent problems. Use when facing multiple independent tasks that can be worked on simultaneously. Reduces total time by parallelizing work that has no shared state.
Guide for creating high-quality MCP (Model Context Protocol) servers
Coalgebraic observation of derivation streams with final coalgebra bisimulation
Debug and fix failures in Taskcluster tasks. Use this skill when the user asks to debug a task, fix a failing task, or investigate task errors/failures. This skill uses the Taskcluster CLI to fetch task logs and definitions, analyzes errors, and uses `taskgraph load-task --develop` to reproduce and debug issues locally. Invoke this for any request involving Taskcluster task debugging, task failures, or when given a task ID to investigate.
Expert knowledge in modern web development best practices, patterns, and industry standards. Covers code quality, design patterns, version control, documentation, code review, CI/CD, error handling, and state management. Use when establishing coding standards or reviewing code architecture.
Ruby and Rails best practices for services, testing, and architecture. Use when: - Writing or reviewing Ruby/Rails code - Designing service objects or organizing business logic - Setting up RSpec tests with FactoryBot - Building APIs with JSON serialization - Optimizing Rails performance (N+1, caching) Keywords: Ruby, Rails, RSpec, FactoryBot, service object, strong params, N+1 query, Sidekiq, RuboCop, Thor CLI
Capture solutions as patterns for future use. Activate when you fix a bug, solve a non-trivial problem, get corrected by the user, discover something that works (or doesn't work), find a better approach, or complete any solution worth remembering. Failures are just as valuable as successes - forge anti-patterns too.
ไธบๆฐๅ ฅ่ๅๅทฅๆไปฃ็ ๅฎกๆฅ่ ็ๆ็ปๆๅ็ไปฃ็ ้ ่ฏป่ทฏๅพๆๅใ่ชๅจๅๆ้กน็ฎๆถๆ,่ฏๅซๆๆฏๆ ๅๅๅฑ็ปๆ,ๆ็ งไปไธๅฑๅฐๅบๅฑ็้กบๅบ็ๆๆธ่ฟๅผ้ ่ฏป่ฎกๅใ้็จๅบๆฏ:(1)ๆฐๅๅทฅ้กน็ฎonboarding,(2)ไปฃ็ ๅฎกๆฅๅๅค,(3)็ณป็ป้ๆๅๅๆ,(4)ๆๆฏๅบๅก่ฏไผฐใๆฏๆJava/SpringใNode.jsใPython็ญๅธธ่งๆๆฏๆ ใ
Collaborative terminal session sharing using CRDT-style s-expressions
่็่ทจ Bounded Context ็ไพ่ณด้ไฟใ็ถ้ๆฑๆถๅๅคๅ้็ไธไธๆ๏ผๅฆๆฌ้็ฎก็ใไปๆฌพใ้็ฅ๏ผๆ่งธ็ผ๏ผ่จญ่จ Anti-Corruption Layer ๅ Context Mappingใ
Prevent goroutine leaks with proper shutdown mechanisms
Use when encountering failures - assess severity, preserve evidence, execute rollback decision tree, and verify post-recovery state
Python development principles and decision-making. Framework selection, async patterns, type hints, project structure. Teaches thinking, not copying.
Forth/Factor/Joy: stack-based concatenative programming where composition replaces application.
Causal state gating via ฮต-machine. Coworld observer that prevents action
MCP tripartite integration for orchestrating distributed tool protocols
Master declarative parameter systems with Param for type-safe configuration. Use this skill when building parameterized classes with automatic validation, creating reactive dependencies with @param.depends, implementing watchers for side effects, auto-generating UIs from parameters, or organizing application configuration with hierarchical parameter structures.
Wolf's 10 core principles for agent behavior and system design
ๅจ only-danmuku ็ CleanDDD Kotlin ้กน็ฎไธญ็ผๅๆไฟฎๆน่ๅ/ๅฝไปค/ๆฅ่ฏข/API ็ซฏ็น/ไบไปถ/้ฒ่ ๅฑ Client/ไปๅจ/้ ็ฝฎ/ๆต่ฏๆถไฝฟ็จ๏ผ้ตๅพช ไปฃ็ ๅฎ็ฐ่ง็บฆ.md ไธ design/_gen + genDesign ็็ๆๆต็จใ
Advanced swarm orchestration patterns for research, development, testing, and complex distributed workflows
Use when facing 2+ independent tasks that can be worked on without shared state or sequential dependencies. Dispatch one agent per independent problem domain for parallel execution.
Interleave three deterministic color streams into balanced schedules for parallel execution and evaluation.