rust-skill-router
Routes a Rust task to one playbook or atomic. Does not implement. First response line MUST be "Next skill: skills/<name>". Trigger: where do I start, rust…
Skills
Find an Agent Skill for your task. Read the guide and copy the install command.
Updated 11-15 00:13
Coding & development
41,175 results
ia-brainstorming
Pre-implementation exploration: deep interview, approach comparison, design doc. Use when exploring a vague feature idea, clarifying ambiguous requirements, or…
cleanup
Cleanup code, optimize, refactor, delete the 80% to keep the 20%
optimize
Optimizes code, queries, and features based on actual usage by removing unused fields, aggregations, JOINs, and unused complexity. Use when the user invokes…
react-native-maps-skill
React Native Maps (react-native-maps) complete best practices, setup, debugging, and production deployment for Expo SDK 54/55 and React Native 0.81+. Covers…
rn-legend-list
Legend List (@legendapp/list) best practices, performance optimization, troubleshooting, and production-ready patterns for high-performance lists in React…
refactor-safely
Plan and execute safe refactoring using dependency analysis
host-workspace-operator
Use when Skill Conductor needs to inspect, search, modify, or verify files in the active host workspace using the safest native capability available. Do NOT…
ifc-core-ifc5-architecture
Use when asked about IFC5, the next generation of IFC, why IFC5 drops STEP, the composition or layering model, multi-author non-destructive editing, the .ifcx…
ifc-errors-encoding-issues
Use when an IFC file is rejected at the STEP-syntax stage of validation, a parser reports a string or header error, accented or non-ASCII text shows up as…
ifc-errors-geometry-issues
Use when an IFC model loads blank in a viewer, geometry is missing, garbled, off-scale, mispositioned, or silently dropped on import, or a buildingSMART…
ifc-impl-authoring-file
Use when authoring a new IFC file from scratch and the minimal valid skeleton must be built before any element can be added: the IfcProject context root, the…
ifc-impl-format-transcoding
Use when converting an IFC model between encodings (SPF .ifc, ifcXML, ifcJSON, ifcZIP) and the result must stay faithful, and when deciding which on-disk…
ifc-impl-library-selection
Use when choosing which IFC implementation library to use for a project, or when unsure which tool reads and writes IFC files for a given language, platform,…
ifc-syntax-classifications
Use when you need to attach a classification code (Uniclass, OmniClass, MasterFormat, ETIM) or an external library reference to objects in an IFC model, or…
ifc-syntax-data-types
Use when you need to pick or read the value type of an IFC attribute or property : which measure type a length, area, or volume needs, when to use IfcLabel vs…
rust-core-memory-model
Use when the user needs the conceptual overview of Rust memory: ownership, move vs copy vs clone, drop semantics, RAII, stack vs heap, smart pointer choice…
rust-core-toolchain
Use when the user asks about the Rust toolchain: rustup (channels, components, targets), cargo subcommands, rustc flags, clippy lint categories, rustfmt…
rust-errors-trait-bounds
Use when the user hits trait-related error codes E0277 / E0599 / E0220 / E0308 / E0282, gets "trait bound not satisfied", "method not found", needs a missing…
rust-impl-build-scripts
Use when the user writes a `build.rs`, generates code into `OUT_DIR`, links native libraries, triggers rebuilds via `cargo:rerun-if-changed`, sets…
rust-impl-concurrency
Use when the user picks between Mutex / RwLock / atomics, designs Arc<Mutex<T>> patterns, deals with Mutex poisoning, uses scoped threads (1.63+), or needs…
rust-impl-error-handling
Use when the user designs Result-returning APIs, picks between Result and panic, uses the `?` operator with From conversion, defines custom error types, or…
rust-impl-serde
Use when the user derives Serialize / Deserialize, writes custom impls, picks enum representation (externally / internally / adjacently / untagged), uses…
rust-impl-workspaces
Use when the user organises multiple crates into a Cargo workspace, sets up `[workspace.dependencies]` inheritance, manages member crates, chooses resolver 2…