Design, implement, and test Kotlin compiler plugins using K2 FIR and IR APIs.
npx skills add https://github.com/Kronos-orm/Kronos-orm --skill kronos-dev-kcp
Please help me install this Agent Skill. Skill: kronos-dev-kcp Source: https://github.com/Kronos-orm/Kronos-orm/tree/main/.agents/skills/kronos-dev-kcp Command: npx skills add https://github.com/Kronos-orm/Kronos-orm --skill kronos-dev-kcp
This Skill provides comprehensive guidance and tools for designing, implementing, and testing Kotlin compiler plugins, focusing on the K2 FIR/frontend and IR/backend plugins, extension registration, diagnostics, and declaration generation.
Start using the kronos-dev-kcp to design a Kotlin compiler plugin by following the provided references and examples.
High-intent search queries and answers about installing and using this skill.
To develop a Kotlin compiler plugin using the K2 FIR frontend, you use FIR checker APIs and declaration generation patterns. This involves extending the compiler architecture by registering extensions and implementing specific frontend components to analyze and transform code.
The best way to test Kotlin compiler plugins is through golden file testing and integration with Kotlin's test infrastructure. This approach validates plugin behavior by comparing compiler outputs against expected reference files to ensure transformation accuracy.
IR backend extension in Kotlin compiler plugins works by applying IR extension patterns to modify or generate code during the backend phase. It operates after the K2 FIR frontend, allowing developers to transform the intermediate representation for backend-specific optimizations.
Yes, you need knowledge of Kotlin compiler architecture and plugin APIs to build compiler plugins. Understanding the K2 FIR frontend, IR backend, and extension registration mechanisms is required to effectively design, implement, and test plugin diagnostics and declarations.
Yes, you can generate new declarations with Kotlin K2 FIR compiler plugins. The plugin development process specifically handles declaration generation, allowing you to programmatically introduce new synthetic elements into the codebase during the frontend analysis phase.
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