binary-analysis-patterns
Master binary analysis patterns including disassembly, decompilation, control flow analysis, and code pattern recognition. Use when analyzing executables, understanding compiled code, or performing static analy...
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Master binary analysis patterns including disassembly, decompilation, control flow analysis, and code pattern recognition. Use when analyzing executables, understanding compiled code, or performing static analy...
Migrate admin UI panels from internal navigation state to URL-based routing using AdminRouter. Use when asked to update navigation, implement routing, or migrate from redux navigation state to URL routing in ad...
This skill should be used when the user asks to "plan team structure", "determine hiring needs", "design org chart", "calculate compensation", "plan equity allocation", or requests organizational design and hea...
Use when working on the Miden compiler (`midenc` / `cargo miden`), debugging failing tests or implementing compiler changes, and you need a Miden VM MASM execution trace to understand the stack state after each...
Use when working on the Miden compiler (`cargo miden`, `cargo-miden`) and its integration test suite, debugging compiler issues or failing tests, or implementing compiler changes and you need to inspect interme...
Replaces the review task of strictly auditing whether the created implementation plan satisfies specification coverage and architectural compliance. Typical use cases: (1) Confirming that planned test cases cov...
Replaces the work of translating abstract user intent into concrete and verifiable goals (SMART) for agent execution. Typical use cases: (1) Defining the Outcome (desired state) from conversations or Issues, (2...
Replaces the task of ensuring development proceeds on the correct branch by switching and synchronizing branches. Typical use cases: (1) Creating a new feature branch after incorporating the latest Base Branch...
Replaces the entire process from creating and managing pull requests to final verification before merging. Typical use cases: (1) Synchronizing with the base branch, checking for conflicts, and automatic rebasi...
Replaces the process of defining the system's overall picture (SSOT) and dynamically maintaining alignment between codebase reality and design maps. Typical use cases: (1) Defining initial system boundaries and...
Orchestrates the entire Code Refactoring process (Planning -> Execution -> Closing). Manages the workflow by invoking specialized sub-skills like code-refactoring-planning, tdd-refactoring, and tdd-audit. Used...
Replaces the "information organization" task of improving readability and consistency of architecture diagrams while maintaining accuracy. Typical use cases: (1) Optimizing cognitive load by minimizing crossing...
Replaces the review process for strictly auditing specification formulation plans from a Technical Designer perspective to ensure developers can implement without confusion. Typical use cases: (1) Confirming de...
Replaces the procedures for executing basic file operations such as rewriting, adding, and inserting content accurately and safely. Typical use cases: (1) Safe partial replacement of existing code and verifying...
Replaces the task of identifying information gaps needed for decision-making and proposing strategic approaches to resolve bottlenecks. Typical use cases: (1) Analyzing trade-offs and 4 Big Risks among multiple...
Orchestrates the Testing Strategy & Implementation process (Planning -> Execution -> Closing). Manages the workflow by invoking specialized sub-skills like code-testing-planning, tdd-refactoring, and tdd-audit....
Replaces the process of visualizing approved ADRs into concrete diagrams and sequence charts while ensuring architectural integrity. Typical use cases: (1) Decomposing approved ADRs into specific diagramming ta...
Replaces the work of drafting determined architectural hypotheses into logical and detailed ADR documents following standard formats. Typical use cases: (1) Recording the background, reasoning, and impact of de...
Replaces the entire process of formulating implementation plans and integrating results based on detailed specifications through Test-Driven Development (TDD). Typical use cases: (1) Decomposing detailed specif...
Replaces the actual work of creating and updating architecture diagrams (Mermaid) and documents that integrate structural and quality design based on plans. Typical use cases: (1) Visualizing component structur...
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...
默认按已收录数据中的 GitHub 仓库 Stars 排序。Stars 属于来源仓库,同一仓库的多个技能可能共享相同数值;它反映仓库关注度,不代表单个技能的安装量或质量评分。