Claude-skill-registry before-task
Comprehensive discovery before starting any spec or major task. Searches Graphiti, recommends vibe/MCPs, surfaces patterns.
install
source · Clone the upstream repo
git clone https://github.com/majiayu000/claude-skill-registry
Claude Code · Install into ~/.claude/skills/
T=$(mktemp -d) && git clone --depth=1 https://github.com/majiayu000/claude-skill-registry "$T" && mkdir -p ~/.claude/skills && cp -r "$T/skills/data/before-task" ~/.claude/skills/majiayu000-claude-skill-registry-before-task && rm -rf "$T"
manifest:
skills/data/before-task/SKILL.mdsource content
@before-task - Comprehensive Discovery
Use BEFORE:
(creating new spec)/speckit.specify- Starting any major feature/bug fix
- Beginning new work streams
DO NOT use during implementation (too heavy, use @during-task instead)
What It Does
1. Search Graphiti for similar past work (group_id="screengraph") - Past specs in this domain - Implementation patterns - Known gotchas and workarounds 2. Get MCP orchestrator recommendations - Which vibe to use - Top 3 MCPs prioritized - Relevant skills available 3. Surface actionable context - Files to review - Architecture patterns - Past decisions - Starting points
Token cost: ~2500 tokens
Frequency: Once per spec/major-task
ROI: Prevents wrong direction = saves hours
Execution
Graphiti Searches (Parallel)
// Search 1: Past specs in domain search_memory_nodes({ query: "spec [domain] [feature-type]", group_ids: ["screengraph"], max_nodes: 10 }); // Search 2: Implementation patterns search_memory_nodes({ query: "[domain] implementation patterns best practices", group_ids: ["screengraph"], max_nodes: 10 }); // Search 3: Known gotchas search_memory_facts({ query: "[technology] gotchas workarounds issues", group_ids: ["screengraph"], max_facts: 10 });
MCP Recommendations
suggest_mcps({ task: "[user's task description]", include_examples: false // Brief mode });
Output Format
## 🎯 Before-Task Context: [Task] ### 📚 Similar Past Work - [Spec/solution 1 with key learnings] - [Spec/solution 2 with gotchas] - [Pattern 3 from past implementation] ### 🎭 Recommended Setup **Vibe**: [vibe_name] (skills: [skill1, skill2]) **MCPs**: 1. [MCP 1] - [purpose] 2. [MCP 2] - [purpose] 3. [MCP 3] - [purpose] ### 📁 Files to Review - [file 1] - [why relevant] - [file 2] - [why relevant] ### ⚠️ Known Gotchas - [Gotcha 1 with workaround] - [Gotcha 2 with workaround] ### 🚀 Suggested Approach 1. [Step 1 based on past patterns] 2. [Step 2] 3. [Step 3] ### 📖 Resources (if needed) - [Relevant documentation or Context7 libraries]
Integration
With Spec-Kit
# Discovery phase @before-task Research [feature idea] # Review results # If similar spec exists → Adapt # If new → Proceed /speckit.specify "[feature]"
With Standard Tasks
# Before major work @before-task Fix [complex bug] # Review context # Create branch git checkout -b bug-[description] # Implement using recommended vibe + MCPs
When NOT to Use
❌ During implementation of subtasks (use @during-task)
❌ For trivial tasks (use @during-task)
❌ Multiple times in same session (context doesn't change that fast)
Purpose: Load comprehensive context ONCE at the start. Everything else builds from this foundation.