Separate cognitive work from mechanical API execution to reduce skill-related token consumption by ~76-83% during sprint workflows. Changes: - Add batch-execution.md skill with 4-phase protocol - Promote mcp-tools-reference and batch-execution to frontmatter for planner and orchestrator agents (auto-injected, zero re-read) - Replace "Skills to Load" with phase-based "Skill Loading Protocol" - Restructure planning-workflow.md Steps 8-10 for batch execution - Update agent matrix in CLAUDE.md and docs/CONFIGURATION.md - Add Phase-Based Skill Loading documentation section - Clean up .gitignore (transient files, dev symlinks) Token impact: - 6-issue sprint planning: ~76% reduction - 10-issue sprint planning: ~80% reduction - 8-issue status updates: ~83% reduction Co-Authored-By: Claude Opus 4.5 <noreply@anthropic.com>
58 lines
2.5 KiB
Markdown
58 lines
2.5 KiB
Markdown
---
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description: Begin sprint execution with relevant lessons learned from previous sprints
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agent: orchestrator
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---
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# Start Sprint Execution
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## Skills Required
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- skills/mcp-tools-reference.md (frontmatter — auto-injected)
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- skills/batch-execution.md (frontmatter — auto-injected)
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- skills/branch-security.md
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- skills/sprint-approval.md
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- skills/dependency-management.md
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- skills/lessons-learned.md
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- skills/git-workflow.md
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- skills/progress-tracking.md
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- skills/runaway-detection.md
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- skills/sprint-lifecycle.md
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## Purpose
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Initiate sprint execution. The orchestrator agent verifies approval, analyzes dependencies for parallel execution, searches relevant lessons, and coordinates task dispatch.
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## Invocation
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Run `/sprint-start` when ready to begin executing a planned sprint.
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**Flags:**
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- `--force` — Bypass approval gate (emergency only, logged to milestone)
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## Workflow
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Execute the sprint start workflow:
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1. **Verify Sprint Approval & Lifecycle State** (required) - Check milestone for approval record. STOP if missing unless `--force` flag provided. Also verify lifecycle state is `Sprint/Planning` per `skills/sprint-lifecycle.md`. Set `Sprint/Executing` after verification passes.
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2. **Detect Checkpoints** - Check for resume points from interrupted sessions
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3. **Fetch Sprint Issues** - Get open issues from milestone
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4. **Analyze Dependencies** - Use `get_execution_order` for parallel batches
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5. **Search Relevant Lessons** - Find applicable past experiences
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6. **Dispatch Tasks** - Parallel when safe, sequential when file conflicts exist
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**File Conflict Prevention:** Before parallel dispatch, check target files for overlap. Sequentialize tasks that modify the same files.
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**Branch Isolation:** Each task runs on its own branch (`feat/<issue>-<desc>`).
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**Sequential Merge:** After completion, merge branches sequentially to detect conflicts.
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## Visual Output
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```
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╔══════════════════════════════════════════════════════════════════╗
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║ 📋 PROJMAN ║
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║ ⚡ EXECUTION ║
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║ [Sprint Name] ║
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╚══════════════════════════════════════════════════════════════════╝
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```
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