vara-skills

vara-skills is a portable, self-contained skill pack for standard Gear/Vara Sails builders.

It is designed to help coding agents start from the right builder workflow, then pull the narrow Gear and Sails knowledge they need without depending on sibling repos or machine-local notes. The current public catalog is provisional and is expected to change as the eval suite identifies which candidate skills actually create uplift.

How It Works

Each skill is a markdown file.

• SKILL.md is the top-level router for the pack.
• skills//SKILL.md is a narrower workflow or topic skill.
• references/ is the self-contained handbook for Gear execution, Sails architecture, IDL/client generation, gtest, local validation, voucher/signless flows, and network configuration.

The pack is being narrowed toward standard Gear/Vara Sails app builders:

• preparing the local Rust and Gear toolchain
• turning feature ideas into spec, architecture, and task artifacts
• starting a new Sails app
• building features in an existing Sails app
• implementing approved Rust or Sails changes
• reasoning about Gear message flow and execution behavior
• choosing the right gstd API when design depends on lower-level Gear behavior
• getting architecture, IDL or client wiring, gtest, and local-node validation right
• building or extending a React frontend for a standard Sails app with Sails-JS and Gear-JS
• wiring gasless (voucher) and signless (session) UX flows

Installation

Quick Start (any agent)

npx skills add gear-foundation/vara-skills

Works with Claude Code, Codex, and any agent that supports the skills CLI. Installs all 24 skills and the reference handbook in one command.

Codex

Clone the repo and install the local skills:

git clone [email protected]:gear-foundation/vara-skills.git
cd vara-skills
bash scripts/install-codex-skills.sh

This installs the full Codex pack surface:

• $CODEX_HOME/skills/vara-skills -> repo root, including the router SKILL.md, shared assets/, shared references/, and helper scripts.
• $CODEX_HOME/skills/ -> each installable skill directory under skills/.

Then start a new Codex session and use vara-skills when you want the pack router.

Claude Code Plugin

Claude Code can install this repo directly as a plugin. You do not need a separate Claude-specific fork.

Recommended install from GitHub:

/plugin marketplace add https://github.com/gear-foundation/vara-skills
/plugin install vara-skills@vara-skills

If you are developing the plugin from a local checkout, run these commands from the repo root instead:

/plugin marketplace add .
/plugin install vara-skills@vara-skills

After local edits, reload the plugin without restarting Claude Code:

/reload-plugins

What Claude Code installs:

• the skill directories under skills/
• the same shared references/ and assets/ content those skills point at
• the provisional standard Gear/Vara Sails builder workflow centered on ship-sails-app

Important difference from Codex and OpenClaw: the repo-root SKILL.md is the portable pack router, but Claude Code loads plugin skills from skills/. In Claude Code, ship-sails-app is the broad entry skill that should trigger first for standard builder tasks.

OpenClaw

Use openclaw-skill/SKILL.md as the wrapper entrypoint for the same pack.

Skill Catalog

Router

• ship-sails-app: default entry skill for standard Gear/Vara Sails builder work. Routes the user to the next correct stage instead of jumping straight into code.

Planning And Architecture

• idea-to-spec: turns a rough request into a concrete spec artifact with actors, state changes, messages, replies, events, invariants, and acceptance criteria.
• gear-architecture-planner: maps an approved spec onto program boundaries, service boundaries, message flow, state ownership, and client or IDL implications.
• sails-architecture: focuses on Sails-specific service and program boundaries, state patterns, routing, and architecture tradeoffs for standard Sails repos.
• task-decomposer: breaks approved spec and architecture work into dependency-ordered implementation tasks with verification checkpoints.

Build And Implementation

• sails-dev-env: prepares or repairs the local Rust, Wasm, cargo-sails, and gear toolchain for standard Sails work.
• sails-new-app: greenfield workflow for creating a standard Sails workspace, typically starting from cargo sails new , without skipping the planning artifacts.
• sails-feature-workflow: stage-by-stage workflow for changing behavior in an existing Sails repo.
• sails-rust-implementer: implements approved Rust or Sails tasks while preserving routing, IDL, and async contract behavior.
• sails-idl-client: fixes or wires the IDL and generated client pipeline in app, client, or test crates.
• sails-frontend: builds or extends a React/TypeScript frontend for a Sails app using Sails-JS, generated clients, and Gear-JS.
• sails-indexer: builds or extends a read-side indexer and thin query API for a Sails app using IDL-driven event decoding, projected PostgreSQL read models, and optional on-chain query enrichment.
• awesome-sails-vft: adds a fungible token to a Sails app using awesome-sails building blocks, covering VFT crates, roles, events, and tests.
• sails-program-evolution: guides V1-to-V2 contract migration, interface evolution, and cutover planning for released Sails programs.
• vara-wallet: interacts with Vara Network on-chain — deploy programs, call Sails methods, manage wallets, transfer tokens, issue vouchers.

Verification And Runtime Behavior

• sails-gtest: standard Sails-first gtest verification flow using generated clients or GtestEnv.
• gtest-tdd-loop: red-green loop for deterministic gtest work, using the repo scripts to capture failures and final green evidence.
• sails-local-smoke: typed local-node validation after gtest is already green.
• gear-message-execution: focused reasoning about replies, delays, waitlist behavior, reservations, rollback, and async execution order.

Deep Capability Helpers

• gear-gstd-api-map: design-time API chooser for gstd, gcore, and gsys when a spec or architecture depends on exact Gear messaging or execution primitives.

Maintenance

• vara-skills-upgrade: checks for new pack versions and handles inline or standalone upgrades.

Recommended Workflows

New app workflow

• ship-sails-app -> sails-dev-env when the machine is not ready.
• ship-sails-app -> sails-new-app to establish the greenfield path.
• For a standard new Sails/Vara project, bootstrap the workspace with cargo sails new before custom wiring.
• idea-to-spec -> gear-architecture-planner or sails-architecture -> task-decomposer to create the artifact chain in docs/plans/.
• sails-rust-implementer for the approved code changes.
• sails-idl-client if the generated interface path needs wiring or repair.
• sails-gtest or gtest-tdd-loop for evidence-driven verification.
• sails-local-smoke only after green gtest.

Existing feature workflow

• ship-sails-app -> sails-feature-workflow as the main router for existing Sails repos.
• idea-to-spec first, then sails-architecture for Sails-level structure.
• Add gear-gstd-api-map when the feature depends on exact gstd API choice.
• Add gear-message-execution when replies, delays, reservations, or timeout behavior are part of the change.
• task-decomposer -> sails-rust-implementer -> sails-idl-client -> sails-gtest or gtest-tdd-loop.
• sails-local-smoke only after the typed test loop is green.

Verification workflow

• Use sails-gtest for the normal verification path.
• Use gtest-tdd-loop when the task must start from a failing test and produce parser-backed evidence from the repo scripts.
• Use sails-local-smoke only after gtest, not as a substitute for it.

Repo Structure

• SKILL.md contains the top-level router.
• skills/ contains installable skill directories.
• references/ contains the self-contained handbook.
• assets/ contains canonical output shapes for spec, architecture, task-plan, and gtest artifacts.
• scripts/ contains install, validation, gtest execution, and parser helpers.

Milestone-One Evaluation

The first measured target is gpt-5.4.

The first full gpt-5.4 milestone-one suite now covers 12 cases across knowledge, codegen, workflow, and safety.

That suite produced 4 uplifts, 8 ties, and 0 regressions, with 2 artifact checks still recorded as not-run while compile-backed codegen execution remains scaffolded.

Measured winners in this run:

• sails-default-path
• gas-reservation
• no-low-level-bypass
• js-client-from-idl (textual uplift only; artifact execution is still blocked)

Still tied or unresolved in the current pack:

• rust-sails-compile
• address-format-ss58
• delayed-messages
• idl-client-path
• voucher-signless
• waitlist-rent
• no-key-address-hallucination
• sails-feature-flow

The supporting benchmark summary lives in the sibling vara-skills-evals repo at results/2026-03-11-gpt54-suite-report.md.

Verification

make verify

This runs repository layout, skill-validator, skill-catalog, gstd-api-map, parser, install, packaging metadata, and update-check tests for the current product repo surface.

Current Direction

• vara-skills is the product repo for the pack
• a sibling vara-skills-evals repo owns benchmark definitions and uplift results
• gpt-5.4 is the first evaluation target
• the top-level router and candidate Sails-builder skills remain provisional until more targets are measured
• only measured winning skills should remain in the eventual first public pack