Skill UI

This skill automates and configures robust Continuous Integration/Continuous Deployment (CI/CD) pipelines specifically for Guidewire applications. It handles the entire development lifecycle, including Gosu code compilation, running GUnit unit tests, building configuration packages, and deploying changes via the GCC API. It supports separating pipelines based on whether changes are in code or configurations.

This comprehensive checklist verifies the readiness of Guidewire Cloud for production deployment. It covers critical steps including Gosu compilation validation, GUnit test execution, API role configuration, integration gateway endpoint testing, batch process scheduling verification, and monitoring alert setup. It guides the promotion of configurations through dev, staging, and production environments via GCC.

This skill provides expert guidance on Makepad's cross-platform development lifecycle. It helps users understand platform-specific APIs, manage conditional compilation (e.g., macOS, Windows, WebGL2), and handle OS-specific behaviors across desktop, mobile, and web environments. Use it when targeting diverse deployment targets or integrating platform-level features.

This skill automates the complex and tedious process of porting academic papers written in LaTeX from one publisher's journal template (e.g., Springer) to another (e.g., MDPI, IEEE). It executes a structured multi-stage workflow, including content extraction, structural mapping, systematic fixing of common LaTeX issues (like float placement and math environments), and final compilation to ensure the output adheres to the target journal's specifications.

This skill autonomously improves generated academic papers by simulating a multi-round review, fixing, and recompilation cycle. It is designed to enhance writing quality, fix theoretical inconsistencies, and improve presentation structure after the initial drafting phase. It operates in rounds (default 2 rounds) using external LLM review and can optionally accept a style reference paper to guide structural fixes.

This tool automates the entire process of compiling a LaTeX source file into a submission-ready PDF. It handles multi-pass compilation, diagnoses common LaTeX errors (e.g., missing packages, undefined references, bibtex syntax errors), and iteratively attempts fixes to ensure the final document is accurate and adheres to specified page limits.

A code-generation toolkit for implementing compile-time dependency injection in Golang. Wire analyzes the dependency graph to generate plain Go constructor code, eliminating the need for runtime containers or reflection. This ensures that dependency errors are caught during compilation (via `wire ./...`) rather than at runtime startup. It is ideal for building robust, large-scale Go applications that require strict dependency management.

This fixture is designed to verify basic compiler conformance and confirm target projection accuracy. It serves as a foundational testing tool in the compilation pipeline, ensuring that the compiler adheres to specified standards and correctly targets the intended platform architecture. Use it for early-stage validation of compiler output and system compatibility.

This technical skill is designed to verify the compatibility of the Codex CLI with skills compiled from MDA source. Loading this skill confirms that the CLI loader successfully parses the SKILL.md format, adhering to the agentskills.io v1 envelope subset. It is primarily used for testing build pipelines, metadata integrity, and ensuring robust compatibility between MDA compilation and runtime ingestion.

This skill serves as a compatibility demonstration to verify that the Hermes Agent can successfully parse and load an SKILL.md file generated from an MDA source. It confirms that the compiled structure, including specific frontmatter and reserved metadata namespaces, survives the round-trip compilation process, ensuring structural integrity for the agent's skill registry.

This skill demonstrates OpenCode's compatibility with MDA-compiled SKILL.md files. It verifies that the loader correctly parses crucial frontmatter fields (like name, description, and metadata) after the source has gone through the MDA compilation process, ensuring robust skill integration and data integrity.

This skill automates the entire process of compiling a complex LaTeX academic paper. It orchestrates multiple compilation steps (xelatex, bibtex, xelatex x 2) to render a final PDF from assembled inputs, including abstract, body, and bibliography. Ideal for generating professional, formatted scholarly articles and technical reports.