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Found 51 Skills
explore — Deep codebase exploration with parallel agents. Use when exploring a repo or discovering architecture.
Explore a codebase with parallel Haiku agents. Modes - --fast (1 agent), default (3), --deep (5). Use when user says "learn [repo]", "explore codebase", "study this repo".
Investigates and analyzes an idea or codebase area before committing to changes. Pure research, no writes. Trigger: /sdd-explore <topic>, explore, investigate codebase, research feature, analyze before changing.
Specialized feature development agents. Use for deep codebase exploration and architecture design during feature development.
Explores codebase to find patterns, similar features, and constraints
Guided project onboarding for new codebases. Helps agents understand project structure, build systems, test commands, and development workflows by creating persistent knowledge memories.
This skill should be used when the user asks to "generate an AGENTS.md", "create a CLAUDE.md", "write agent instructions", "set up AGENTS.md", "make an AGENTS.md for this repo", "configure agent behavior", or mentions generating, writing, or improving an AGENTS.md or CLAUDE.md file for a project.
Interroge l'utilisateur sans relâche sur un plan ou un design jusqu'à atteindre une compréhension partagée, en résolvant chaque branche de l'arbre de décision. À utiliser quand l'utilisateur veut stress-tester un plan, se faire challenger sur son design, ou mentionne « grill me » / « interroge-moi » / « challenge-moi » / « questionne-moi ».
Multi-repository codebase exploration for library internals, architecture understanding, and implementation comparisons.
Meta-skill for internal codebase exploration at varying depths (quick/deep/architecture)
Interview user to clarify any topic - exploring codebase, investigating issues, planning features, understanding requirements, or drilling into plans. Socratic questioning to uncover details.
Teaches learners to extract transferable design lessons from real-world codebases through critical evaluation and systematic exploration. Use when a learner wants to study existing code to learn patterns, architecture, or design decisions—not just understand what it does. Guides through navigation, pattern recognition, critical evaluation (deliberate choice vs. compromise), and lesson extraction. Triggers on phrases like "learn from this codebase", "study how X is implemented", "understand design patterns in Y", or when a learner wants to improve by reading real code.