plops

Use when selecting a Gemini model, checking rate limits or quotas, configuring the gemini-rust crate, or debugging model name mismatches.

Create new Kiro skills (Agent Skills). Use when asked to create a skill, write a SKILL.md, add a new workflow to .kiro/skills/, or package agent instructions as a reusable skill.

Use when creating a release, bumping the version, tagging a commit, or working with the GitHub Actions release workflow for rs-summarizer.

Use when editing or creating Askama HTML templates, adding template variables, fixing compile-time template errors, or working with HTMX attributes in templates.

Use when working with tokio::spawn background tasks, the summarization pipeline, task state transitions, or the mark_error/mark_summary_done pattern.

Use when building, running, linting with clippy, formatting with rustfmt, or running cargo commands for the rs-summarizer project.

Use when updating Cargo dependencies, checking for new crate versions, evaluating semver bumps, or deciding whether to upgrade a specific crate.

Use when setting up the development environment, installing prerequisites, configuring API keys, or troubleshooting missing dependencies like uvx, geckodriver, or Firefox cookies.

Guidelines and reference for using cl-dockerfile-generator to write and generate Dockerfiles from Common Lisp S-expressions.

Provides documentation and guidelines for using the cl-cl-generator S-expression code generator. Explains how to construct Common Lisp code dynamically, write helper macros/functions, and use generation-time loops (,@(loop ...)) to reduce boilerplate.

Techniques and tools for finding and fixing mismatched parenthesis, brackets, and brace errors in Lisp S-expression templates and files.

Provides documentation and guides code generation using the cl-py-generator Common Lisp to Python transpiler. Use when writing, modifying, or testing Common Lisp forms to be transpiled into Python.

Guidelines and documentation for developing, testing, and running Common Lisp code non-interactively using SBCL.

Richtlinien für die Erstellung hochqualitativer, physikalischer Simulationsbeispiele in Common Lisp mit CasADi

Provides documentation and guides code generation using the cl-py-generator Common Lisp to Python transpiler. Use when writing, modifying, or testing Common Lisp forms to be transpiled into Python.

Guidelines and documentation for developing, testing, and running Common Lisp code non-interactively using SBCL.

Reference guide for CasADi concepts and API based on the official CasADi user guide. Use this to quickly look up symbolic framework options, Opti stack, custom functions, DAE builder, and how to transpile these using cl-py-generator.

Provides documentation and guides code generation using the cl-cpp-generator2 Common Lisp to C++ transpiler. Use when writing, modifying, or testing Common Lisp forms to be transpiled into C/C++ (including GLSL/HLSL shaders).

Use when creating a release, bumping the version, tagging a commit, or publishing release assets for mosh-tcp.