clean-code
Guide for writing clean, maintainable, professional code. Covers meaningful naming, function design, formatting, error handling, comments, and code smells.
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Guide for writing clean, maintainable, professional code. Covers meaningful naming, function design, formatting, error handling, comments, and code smells.
Replace with a clear and informative description of what this skill does and when Claude should use it. Include specific scenarios and file types that trigger the skill.
Use this skill when the user wants to analyze a student report against course lecture materials. Triggers when user asks to: "analyze my report against the course", "check course coverage", "compare report to l...
Convert a plan into ordered, self-contained feature documents for cross-session development. Use when user says "plan to features", "split plan into features", "create feature docs", or after completing a large...
Analyze and improve skills based on session outcomes. Use when: user says "reflect", "improve the skill", "what went wrong with the skill", "optimize skills", or wants to analyze skill effectiveness after using...
Interview users in-depth about project requirements to create a comprehensive specification. Use when starting a new project, gathering requirements, or when user wants to document project decisions. Triggers o...
This skill should be used when the user asks to "create a new agent", "make a subagent", "build an agent for X", "generate agent configuration", or wants to create a new Claude Code sub-agent. Triggers on "agen...
Pick up and implement the next available feature from /.agent-features/. Use when user says "develop feature", "work on next feature", "implement feature", or starts a new session to continue feature-driven dev...
TDD-based implementation workflow for feature development, bug fixes, and code changes. Use when: implementing features, fixing bugs, adding functionality, writing new code, or making any code changes. Triggers...
Specialized skill for creating new OpenCode agent skills. Detailed instructions on triggers, structure, and best practices. Triggers: 'create a skill', 'make a new skill', 'add a skill', 'new skill'.
Initialize a project with a CLAUDE.md file by exploring the codebase and auto-detecting development workflows. Use when user wants to set up Claude Code for a new project, create a CLAUDE.md, or run /init-proje...
Brainstorm ideas from simple features to entire projects. Use when user wants to explore an idea, brainstorm, plan something new, or think through changes. Triggers on "brainstorm", "I have an idea", "let's thi...
Target backend architecture for Lingx. CQRS-lite with event-driven patterns, module organization, and real-time collaboration support. Use when implementing backend features, reviewing code, or making architect...
Enforce a precise, minimal design system inspired by Linear, Notion, and Stripe. Use this skill when building dashboards, admin interfaces, or any UI that needs Jony Ive-level precision - clean, modern, minimal...
Internationalization patterns for Lingx. Type-safe translations with Lingx SDK, ICU MessageFormat, key naming conventions, and extraction. Use when adding translations, reviewing i18n code, or troubleshooting t...
This skill should be used when the user asks to "interview me about the plan", "validate my implementation plan", "review my design decisions", "question my architecture choices", or when finishing plan mode be...
Use when implementing any feature or bugfix, before writing implementation code
Target frontend architecture for Lingx. Progressive FSD Hybrid combining Next.js App Router with Feature-Sliced Design layers. Use when implementing frontend features, reviewing code, or making architectural de...
Testing best practices for Lingx. Unit tests with Vitest, integration tests with Prisma, E2E tests with Playwright. Use when writing tests, reviewing test code, or setting up test infrastructure.
Shows inlining decisions during compilation with call tree and reasons for inline/don't-inline. Use to verify critical calls are inlined, understand why inlining failed (too large, recursive, boundary), and opt...
Traces deoptimization events where execution falls back from compiled code to interpreter. Use to detect deoptimization loops, unstable assumptions, and type instability. Zero transfers in steady-state is the g...
Counts exact execution frequencies (not time) at function/statement level. Shows interpreted vs compiled execution split. Use to verify functions compile (>95% compiled), understand control flow patterns, and v...
Fetches information from official GraalVM, Truffle, and Graal compiler documentation for API guidance, performance optimization, compiler flags, profiling, specializations, Bytecode DSL, Truffle DSL, partial ev...
Time-based sampling profiler showing WHERE execution time is spent (wall-clock time, not frequency). Provides histogram with self/total time, compilation tiers (T0/T1/T2), and flame graphs. Use as FIRST step to...
默认按已收录数据中的 GitHub 仓库 Stars 排序。Stars 属于来源仓库,同一仓库的多个技能可能共享相同数值;它反映仓库关注度,不代表单个技能的安装量或质量评分。