productivity▌

Search and analyze your complete conversation history using jq and rg. \n \n Session logs stored as append-only JSONL files at ~/.openclaw/agents/<agentId>/sessions/ , indexed by session ID with full message transcripts including role, timestamp, content type, and token cost \n Extract user messages, assistant responses, tool calls, and metadata using jq filters; search across all sessions or within specific files using rg for keyword matching \n Common patterns provided for listing session

Structured canvas for evaluating AI product ideas across outcomes, hypotheses, risks, and positioning. \n \n Synthesizes 10 strategic components: business outcomes, customer outcomes, problem framing, solution hypotheses, positioning, assumptions, PESTEL risks, value justification, success metrics, and next steps \n Designed for AI-specific uncertainty; treats solutions as testable bets rather than commitments, with lightweight \"Tiny Acts of Discovery\" experiments built in \n Outcome-driven fr

Comprehensive architecture design and analysis toolkit for modern full-stack systems across multiple tech stacks. \n \n Three core automation scripts: architecture diagram generator, project architect analyzer, and dependency analyzer for evaluating system design and technical decisions \n Supports React, Next.js, React Native, Flutter, Node.js, Express, GraphQL, Go, Python, Swift, Kotlin, PostgreSQL, and major cloud platforms \n Includes reference documentation covering architecture patterns, s

Schema definition, catalog creation, and spec streaming for AI-driven JSON rendering. \n \n Define schemas with typed specs and component catalogs using defineSchema and defineCatalog ; generate AI prompts automatically or with custom rules \n Support dynamic prop expressions including state binding ( $state , $bindState ), conditionals ( $cond ), templates, and computed functions \n Stream AI responses as JSONL patches using createSpecStreamCompiler for progressive spec building \n Built-in val

CSF3-compliant Storybook stories that showcase component variations with type safety and consistent structure. \n \n Enforces Component Story Format 3 with TypeScript type annotations, default meta exports, and story object syntax \n Covers story organization patterns for buttons, forms, layouts, data-driven components, and responsive designs \n Includes best practices for extending stories, using decorators for context, and adding descriptive parameters for documentation \n Identifies anti-patt

Craft precise prompts for Jimeng Seedance 2.0 multimodal AI video generation using text, images, videos, and audio. \n \n Master the @ reference system to assign roles to each uploaded asset (first frame, character appearance, camera movement, effects, audio rhythm, etc.) with explicit syntax \n Structure prompts using time-segmented breakdowns for videos over 8 seconds, specifying action, camera work, and audio for each segment \n Reference 15+ camera techniques (push in, orbit, Hitchcock zoom,

Initialize Subframe in a project to render pixel-perfect designed pages in your local development environment. \n \n Detects project type (new, existing non-Subframe, or already setup) and follows the appropriate setup path with CLI scaffolding or integration \n Configures Tailwind CSS (v3 or v4), import aliases, and syncs all Subframe components to a designated directory \n Requires manual font configuration via Google Fonts links based on your project's theme \n Supports Vite, Next.js, and Ast

Comprehensive guidelines for building production-ready Capacitor applications. \n \n Covers project structure, configuration management, plugin installation patterns, and native project setup for iOS and Android \n Emphasizes critical practices: keeping Capacitor packages in sync, checking plugin availability before use, lazy loading plugins, and secure storage for sensitive data \n Includes performance optimization strategies such as batching bridge calls, hardware acceleration, and image optim

Comprehensive guide for optimizing React Three Fiber and Poimandres ecosystem code across 70+ rules. \n \n Covers 12 priority-ranked categories from performance and re-renders (critical) through physics and debug tools, with rule prefixes for quick reference \n Emphasizes avoiding setState in useFrame, isolating React state, using Zustand selectors, and memoizing expensive components to prevent excessive re-renders \n Includes patterns for useFrame animation with delta time, Drei helpers (useGLT

Automate Notion databases and workflows with cross-platform integrations, templates, and intelligent triggers. Based on n8n's Notion workflow templates.