Validates implementation against spec using 6 gates and generates a coverage matrix. This skill should be used after implementation is complete to verify coverage, proof artifacts, and credential safety before review.

E2E testing with auto-fix. Generates tests from specs, executes in isolated sub-agents, and auto-fixes application bugs. This skill should be used after implementation to verify end-to-end behavior.

Generates a structured specification with demoable units, functional requirements, and proof artifact definitions. This skill should be used when starting a new feature to define what will be built before any code is written.

Reviews implementation code for bugs, security issues, and quality problems. Creates FIX tasks for issues found. This skill should be used after cw-validate to catch issues before merge.

Team-based concern-partitioned code review. Each reviewer sees ALL files through a specialized lens (security, correctness, spec compliance). This skill should be used after cw-validate for thorough cross-file review (requires CLAUDE_CODE_TASK_LIST_ID).

Performs preliminary codebase fact-finding and produces a structured research report. This skill should be used before cw-spec to understand an unfamiliar or complex codebase and generate enriched context for specification writing.

Transforms a specification into a task graph with dependencies. This skill should be used after cw-spec to break a spec into executable tasks with proper sequencing before dispatching with cw-dispatch.

Internal subagent that generates Gherkin BDD scenarios from spec acceptance criteria. Produces one .feature file per demoable unit in the spec directory and optionally creates cw-testing task stubs on the task board. Called automatically by cw-spec.

Executes a single task from the task board using the 11-step implementation protocol. This skill should be used after cw-plan or cw-dispatch assigns a task, or when manually implementing a specific task by ID.

Identifies independent tasks and spawns parallel agent workers. This skill should be used after cw-plan to execute multiple tasks concurrently.

Persistent agent team dispatcher with lead coordination. This skill should be used after cw-plan to execute tasks via a managed team (requires CLAUDE_CODE_EXPERIMENTAL_AGENT_TEAMS=1 and CLAUDE_CODE_TASK_LIST_ID).

Publish blog posts, upload images, and manage content on an epress blogging node via its GraphQL API. Supports creating Markdown articles and uploading media files (images, videos, PDFs). Use when the user wants to: publish a blog post, write an article, upload an image or media file, create content on an epress node, or interact with an epress blogging platform. This SKILL.md is self-hosted at the root of each epress node. The host you fetched it from IS the node — use that origin as EPRESS_NODE_URL.

Orchestrate a long-running autonomous Copilot CLI mission from one prompt. Use when the user explicitly wants a one-shot, autopilot-style workflow with planning, workstream artifacts, evidence capture, recovery, and resumable state under .copilot-mission-control/.

Inspect the latest or a specified long-running Copilot CLI mission under .copilot-mission-control/ and report state, profile, current phase, delivered artifacts, blockers, evidence coverage, and the next likely step.

Resume the latest or a specified long-running Copilot CLI mission from .copilot-mission-control/ without restarting completed work. Use when the user asks to continue, resume, or cleanly converge a previous /longrun run.

Generate a copy-paste GitHub Copilot CLI orchestrator prompt plus recommended launch command from a natural-language task. Use when the user wants prompt generation, orchestration templates, autopilot starter text, or a reusable Copilot CLI command instead of immediate execution.

Use this skill when the user wants Codex to hand off a task to GitHub Copilot CLI LongRun for unattended execution, prompt generation, status checks, or resuming previous long-running missions. Trigger on requests mentioning longrun, Copilot CLI long tasks, resumable missions, or asking Codex to launch Copilot as the execution backend.

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## Comment Quality

Write Verilog-A behavioral modules for analog/mixed-signal IC design (Cadence Virtuoso / Spectre). Covers 12 circuit categories. TRIGGER FIRST (before evas-sim) when the user needs to write or generate a new .va file. Key trigger phrases: "write", "create", "generate", "code", "implement" + "Verilog-A / veriloga / va / .va / behavioral model". Also triggers on: review/fix Verilog-A, "behavioral model", "veriloga", "analog HDL", circuit spec → behavioral model, "voltage-domain", "current-domain". Do NOT defer to evas-sim for authoring — evas-sim is for running an already-written file.

Compile Verilog-A device models with OpenVAF and simulate them in ngspice via OSDI. Use this skill whenever the user wants to: compile a .va file, run a Verilog-A model in ngspice, use OpenVAF, load an OSDI model, test a compact device model, or set up the OpenVAF + ngspice toolchain. Also use when the user mentions OSDI, compact models, BSIM, PSP, HICUM, or wants to simulate custom MOSFET/BJT/diode/varactor models written in Verilog-A. Complements the `veriloga` writing skill and the `ngspice` simulation skill.

How to use the EVAS Verilog-A behavioral simulator (pip package: evas-sim). Use this skill whenever the user wants to simulate a Verilog-A (.va) model, run a Spectre (.scs) netlist, check simulation feasibility, install evas-sim, or read simulation output (tran.csv, strobe.txt). Trigger on phrases like "simulate this", "run this VA model", "can EVAS handle this", "evas run", "evas simulate", "check if this is simulatable", or any mention of evas-sim.

Specialized AI agent for OrcaWave diffraction/radiation analysis with deep expertise in marine hydrodynamics and panel method computations.

Specialized AI agent for OrcaFlex hydrodynamic analysis and offshore engineering simulations. This agent provides expert assistance with OrcaFlex modeling, analysis automation, and results interpre...