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SkillsMP has collected 17,125 skills from tomevault-io/skills-registry. Open a skill to review its source and details.
tomevault-io/skills-registryShowing 40 of 17,125 collected skills.
Comprehensive Rust development expertise covering core principles, patterns, error handling, async programming, testing, and performance optimization. Use when working on Rust projects requiring guidance on: (1) Language fundamentals (ownership, lifetimes,…
This skill should be used when reading or writing Sandbox.toml configuration files, cloning sandbox configurations from existing projects, merging user preferences with detected settings, validating sandbox configuration compatibility, or managing sandbox…
Core infrastructure for Specification-Driven Development workflow. Contains templates for specs/plans/tasks, bash scripts for feature management, and constitution framework for project governance. This skill powers the /sdd commands with reusable, versioned…
Comprehensive application security expertise covering authentication, authorization, OWASP Top 10, and security best practices. Use when (1) Implementing authentication (JWT, OAuth2, sessions, OAuth for CLI/TUI/desktop apps), (2) Adding authorization (RBAC,…
This skill should be used when the user asks to "create a spec", "write a specification", "create a feature specification", "build a requirements document", "gather requirements", "develop user stories", "start discovery process", or mentions needing help…
Comprehensive TypeScript development guidance covering configuration, type safety, architectural patterns, and best practices. Use when working with TypeScript codebases for (1) TypeScript configuration and setup (tsconfig.json, strict mode), (2) Type…
This skill should be used when the user asks to "review this commit message", "validate my commit", "improve this commit message", "explain conventional commits", "teach me commit message best practices", "write a commit", or requests guidance on git commit…
| Use when this capability is needed.
Use when reviewing Compact contracts for idiomatic patterns, learning recommended practices, or identifying common mistakes to avoid in Midnight smart contract development.
Use when starting a new Midnight project, cloning example contracts (counter, tokens, NFTs, DEX), scaffolding from OpenZeppelin templates, or bootstrapping a Compact contract development environment with working starter code.
Use when reviewing Compact code for readability issues, naming conventions, code organization, documentation quality, or consistent formatting and style.
Use when deploying Compact contracts to Midnight testnet or mainnet, configuring network endpoints, handling deployment confirmation, troubleshooting failed deployments, or setting up deployment scripts for CI/CD.
Use when reviewing Compact contracts for bugs, logic errors, assertion issues, type mismatches, dead code, unreachable paths, or control flow problems.
Use when querying the Midnight indexer for blockchain data, fetching account balances, listing transactions, reading contract state, or building data-driven DApp backends.
Use when working with Compact on-chain state management using ledger ADTs including Cell, Counter, Map, Set, List, MerkleTree, or HistoricMerkleTree, or when needing to understand which operations are available in Compact vs TypeScript.
Use when setting up Midnight development environment, installing Compact compiler and developer tools, configuring proof server, verifying prerequisites, or getting started with Midnight development.
Use when generating ZK proofs server-side, building proof-as-a-service backends, offloading proof computation from clients, creating proof generation queues, or implementing async proof generation.
Use when asking about Midnight smart contracts, Compact language basics, Impact VM, contract state separation, circuit entry points, deployment, or transaction execution model.
Use when reading public ledger state, implementing reactive UI that updates with chain state, caching state for performance, or understanding public vs private state in Midnight DApps.
Use when testing Compact contracts, debugging compile errors, understanding error messages like "potential witness-value disclosure" or "circuit constraint failed", setting up TypeScript test harnesses, or mocking witness functions for unit tests.
Use when writing unit tests for Midnight contract interaction code, integration testing without ZK proofs, E2E testing with Playwright or Cypress, or setting up CI/CD pipelines for Midnight DApps.
Use when reviewing test coverage for Compact contracts, identifying missing edge cases, evaluating testing strategies, or assessing test quality and completeness.
Use when implementing witness functions in TypeScript, mapping Compact types to TypeScript (Field→bigint, Bytes→Uint8Array), deploying contracts, calling circuits from TypeScript, reading ledger state, or building Midnight DApps with the JavaScript SDK.
Use when setting up Lace wallet connection, handling multiple user accounts, switching between testnet and mainnet, troubleshooting wallet issues, or migrating from MetaMask/Web3 patterns.
This skill should be used when the user asks to "create a command palette", "build a command palette", "add command palette", "implement ⌘K search", "create search modal", "build keyboard navigation", "add command menu", "create Raycast-style interface",…
Quick MVP deployment to fly.io for JavaScript (Next.js, RedwoodSDK, Express), Rust (Axum, Rocket), Python (FastAPI), and generic Dockerfiles. Use when deploying applications to fly.io, setting up databases (Postgres, volumes, Tigris object storage), managing…
Create distinctive frontend interfaces with faux-ASCII aesthetic, warm dark palettes, and expressive motion. Use when user mentions ASCII art, dot matrix, scanline effects, terminal aesthetic, pixelated figures, block letterforms, "vibes", "make it vibes",…
Building LLM-powered React applications with the Hashbrown library. Use when the user asks to (1) Build generative UI where LLMs render React components, (2) Add client-side tool calling for LLM-app interaction, (3) Stream LLM responses in React applications,…
Comprehensive Python development expertise covering modern best practices, type hints, FastAPI web development, async/await, testing, and performance optimization. Use when working on Python projects requiring guidance on: (1) Modern Python features and best…
Comprehensive React application development guidance covering project architecture, state management, performance optimization, security, and modern best practices including React 19 features. Use when (1) Working in React codebases (.jsx/.tsx files), (2)…
This skill should be used when the user asks to "create a spec", "write a specification", "create a feature specification", "build a requirements document", "gather requirements", "develop user stories", "start discovery process", or mentions needing help…
Comprehensive TypeScript development guidance covering configuration, type safety, architectural patterns, and best practices. Use when working with TypeScript codebases for (1) TypeScript configuration and setup (tsconfig.json, strict mode), (2) Type…
This skill should be used when the user asks to "review this commit message", "validate my commit", "improve this commit message", "explain conventional commits", "teach me commit message best practices", "write a commit", or requests guidance on git commit…
Profile Rust code for performance bottlenecks. Use when investigating slow performance, comparing implementations, or optimizing critical paths. Use when this capability is needed.
Run and analyze Rust tests. Use when running test suites, debugging test failures, or analyzing test coverage. Use when this capability is needed.
Configure Akka.NET with .NET Aspire for local development and production deployments. Covers actor system setup, clustering, persistence, Akka.Management integration, and Aspire orchestration patterns. Use when this capability is needed.
Critical Akka.NET best practices including EventStream vs DistributedPubSub, supervision strategies, error handling, Props vs DependencyResolver, work distribution patterns, and cluster/local mode abstractions for testability. Use when this capability is…
Patterns for building entity actors with Akka.Hosting - GenericChildPerEntityParent, message extractors, cluster sharding abstraction, akka-reminders, and ITimeProvider. Supports both local testing and clustered production modes. Use when this capability is…
Akka.Management for cluster bootstrapping, service discovery (Kubernetes, Azure, Config), health checks, and dynamic cluster formation without static seed nodes. Use when this capability is needed.
Write unit and integration tests for Akka.NET actors using modern Akka.Hosting.TestKit patterns. Covers dependency injection, TestProbes, persistence testing, and actor interaction verification. Includes guidance on when to use traditional TestKit. Use when…