Discover Development skills, compare source repositories and read the instructions for each workflow.
Replaces the work of recording changes to the repository following specific conventions. Typical use cases: (1) Batch staging and committing product code and tests after implementation, (2) Reliably recording d...
Replaces the task of auditing whether the updated system context accurately reflects the "real code" to ensure reliability. Typical use cases: (1) Verifying that described external system integrations match act...
Replaces the work of creating and updating the system-context.md, which serves as the project's constitution, to unify the team's mental model. Typical use cases: (1) Articulating fundamental policies such as b...
Replaces the task of serving as a quality gate to guarantee Python code quality through static analysis and testing. Typical use cases: (1) Confirming type safety (Mypy) and style checks (Ruff) during new featu...
Orchestrates the Code Review process (Analysis -> Fix -> Reply/Close). Manages the workflow by invoking specialized sub-skills like code-review-analysis, tdd-refactoring, and tdd-audit. Used for (1) addressing...
Skill for auditing and refining ADR documents. checks for SSOT alignment, logical consistency, and adherence to architectural values before finalization.
Replaces the work of drafting and refining Design Docs, which serve as the Implementation SSOT, by integrating various design outcomes. Typical use cases: (1) Creating comprehensive Design Doc drafts based on t...
Analyzes existing code and specs to identify missing test coverage and formulate a robust Testing Plan. Used for adding regression tests, increasing coverage, and verifying legacy code behavior.
Framework for systematic task execution using a state machine (Planning, Execution, Closing). Used for (1) complex feature implementation requiring multiple steps, (2) root-cause analysis and bug fixing, and (3...
Replaces the design study of formulating and analyzing "verifiable hypotheses" that align with SSOT based on domain models and requirements. Typical use cases: (1) Proposing optimal solutions following Clean Ar...
Replaces the creation of test code based on specifications and the minimal implementation to pass them (Red/Green) in Python projects. Typical use cases: (1) Creating failing tests (Red) based on API or logic s...
Audits the architecture visualization plan (Common Definitions & Draft Issues) before execution. Strictly enforces SYSTEM_ARCHITECT values and ensures zero regressions by validating against loaded SSOT context...
Decomposes approved ADRs/Design Docs into a dependency graph of Artifacts and Tasks using backward chaining. Generates a robust roadmap where every task is logically connected to existing assets.
Replaces the work of creating objective-oriented and verifiable Issue drafts based on templates. Typical use cases: (1) Setting specific individual goals based on SMART principles from user requests, (2) Defini...
Replaces the refactoring work of improving quality and maintainability of passed Python code without changing behavior. Typical use cases: (1) Enhancing type safety by eliminating Any types and tightening type...
Replaces the actual work of drafting and updating detailed specifications that can be used directly as input for TDD using templates based on plans. Typical use cases: (1) Formulating rigorous API contracts def...
Skill for breaking down goals into atomic, verifiable steps and managing them in .gemini/todo.md. Used when (1) creating a detailed step-by-step execution plan, (2) tracking progress of multi-step operations to...
Replaces the entire process of translating high-level designs (Architecture/Design Docs) into detailed technical specifications (Specs) that developers can implement immediately. Typical use cases: (1) Decompos...
Analyzes PR review comments, verifies them against SSOT, and formulates a Fix/Reply plan. Used to categorize comments (Accept, Discuss, Explain) and define atomic actions.
Replaces the entire process of formulating Architecture Decision Records (ADRs) based on the OODA loop. Typical use cases: (1) Defining the specific scope and components of the system to be implemented next, (2...
Analyzes code smells and architectural violations to formulate a concrete Refactoring Plan. Used for (1) identifying technical debt, (2) defining As-Is vs To-Be states, and (3) planning safe, atomic refactoring...
Replaces the work of reflecting on completed tasks using YWT or KPT frameworks to derive structural improvement actions. Typical use cases: (1) Root cause analysis for technical failures or unknown behaviors (Y...
Replaces the task of strictly auditing created Issue drafts to ensure they align with the project's SSOT and agent values. Typical use cases: (1) Verifying the existence of linked file paths and format checking...
Replaces the work of detecting inconsistencies or ambiguities in drafted specifications and elevating them to a rigorous and complete Implementation SSOT. Typical use cases: (1) Eliminating vague expressions li...
The default order uses GitHub repository stars from our indexed data. Stars belong to the source repository and may be shared by multiple skills. They indicate repository interest, not skill installs or an independent quality score.