Task Driver

Checklist-driven execution framework for complex multi-step tasks. Prevents regressions by learning from past failures stored in memory. Enforces structured phases: Preparation → Planning → Implementation → Verification → Review. Use when executing large features, multi-file refactors, complex bug fixes, or any task requiring 5+ steps. Ensures nothing is forgotten. Trigger: complex task, multi-step implementation, large feature, orchestrate, structured execution, checklist-driven, "run the full flow" --- ## Core Concept Every complex task follows the same failure pattern: 1. Start coding without checking what went wrong last time 2. Miss a step because there's no checklist 3. Deploy without verifying all edge cases 4. Discover the same bug you fixed 2 weeks ago **task-driver** breaks this cycle with 5 enforced phases. --- ## Phase 0: Preparation Before writing any code, load context: 1. **Read past lessons** — Check memory/feedback files for related failures 2. **Identify task type**: - TYPE-A (Implementation): Code changes → all phases - TYPE-B (Analysis): No code → Phase 0 → 1 → 5 - TYPE-C (Operation): Single action → execute → report 3. **Select tools** — Which linters, formatters, test runners apply? ``` Rule: If a past solution exists for this problem, use it exactly. Do not invent a new approach when a proven one is documented. ``` --- ## Phase 1: Planning ### 1-1: Pre-flight Checks Before implementation, verify preconditions by category: ``` Database changes: □ Schema design finalized? □ Migration rollback plan? □ Existing data compatibility? API changes: □ Breaking changes identified? □ Versioning strategy decided? □ Auth method confirmed? UI changes: □ Mobile layout considered?

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