What is the primary input required for the codegen skill?

It primarily requires an Intermediate Representation (IR) file, typically generated by an analyzer skill, which contains the analyzed behavior specification of the source logic.

Does this skill generate unit tests for the Rust code?

No, this skill explicitly omits test generation. Testing is handled by separate host applications or specialized testgen skills to maintain a strict separation of concerns.

Why does it restrict standard Rust crates like tokio or reqwest?

To ensure WebAssembly compatibility, the skill enforces guardrails against crates that rely on forbidden APIs like direct file access or threading, replacing them with QWASR provider traits.

Can I use custom error types in the generated public API?

No, all public-facing errors must return the qwasr_sdk::Error type to ensure consistency and compatibility across the runtime boundary.

How is external I/O handled in the generated crates?

All I/O flows through provider-based dependency injection using specific traits like Publisher for messaging, HttpRequest for network calls, and TableStore for database access.

QWASR Rust Codegen

Name: QWASR Rust Codegen
Author: augentic

byaugentic

API開発

Generates stateless Rust WASM crates from Intermediate Representation (IR) files following QWASR SDK architectural patterns.

概要

This skill automates the generation of production-ready Rust WebAssembly components tailored for the QWASR ecosystem. By processing an IR specification derived from TypeScript source, it scaffolds complete crates that implement provider-based dependency injection, handler traits, and strict type safety. It ensures all generated code adheres to critical WASM32 constraints—such as async execution and the absence of global state—while strictly following QWASR's unified error handling and I/O mapping protocols for seamless deployment on wasmtime runtimes.

主な機能

WASM32-compatible code generation with prohibited crate guardrails
Strict enforcement of provider-based dependency injection patterns
0 GitHub stars
Automated Rust WASM crate scaffolding from IR specifications
Unified error handling using qwasr_sdk standards
Mapping of external I/O to Publisher, HttpRequest, and StateStore traits

ユースケース

Rapidly prototyping stateless microservices for wasmtime-based cloud environments
Transforming TypeScript behavior specifications into high-performance Rust WASM backend components
Enforcing architectural consistency and security guardrails across Rust WASM monorepos

概要

主な機能

WASM32-compatible code generation with prohibited crate guardrails
Strict enforcement of provider-based dependency injection patterns
0 GitHub stars
Automated Rust WASM crate scaffolding from IR specifications
Unified error handling using qwasr_sdk standards
Mapping of external I/O to Publisher, HttpRequest, and StateStore traits

ユースケース

Rapidly prototyping stateless microservices for wasmtime-based cloud environments
Transforming TypeScript behavior specifications into high-performance Rust WASM backend components
Enforcing architectural consistency and security guardrails across Rust WASM monorepos