'call graph' 검색 결과

Structural code graph queries via CodeGraphContext MCP (tree-sitter + KuzuDB). Find callers, callees, class hierarchies, dead code, and module dependencies.

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Unity 6 graphics and rendering guide. Use when working with render pipelines (URP, HDRP, Built-in), shaders, Shader Graph, materials, textures, cameras, post-processing, or rendering optimization. Covers Render Graph, batching, draw call optimization, and GPU instancing. Based on Unity 6.3 LTS documentation.

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Enable, disable, or inspect Session Cartographer Turbo Mode, the optional shared warm recall backend for Claude Code and Codex. Use when the user asks about Turbo Mode, faster recall, or the global recall backend.

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A cryptographic audit systematically reviews an application's use of cryptographic primitives, protocols, and key management to identify vulnerabilities such as weak algorithms, insecure modes, hardco

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Automatically maintain skill library consistency whenever a structural change occurs — new skill added, skill renamed, skill deprecated, call graph rewired, or category changed. Updates SKILL-INDEX.md, AGENTS.md, README.md, skill graph, docs/prd/PRD.md, and docs/architecture.md. Load when universal-skill-creator finishes creating a skill, split-skill extracts a child, deprecate-skill retires a skill, improve-skills makes a structural change, or the user manually renames or restructures skills. Also triggers on "update the skill index", "sync skill references", "refresh the skill graph", "fix broken skill cross-references", or "update docs after skill change".

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API와 모듈 사이의 입출력을 정의하고 이름, 오류 형식, 입력 검증을 통일합니다. 기존 호출 측과의 호환성과 재시도로 인한 중복 처리도 고려합니다.

• 새 REST API를 설계합니다
• 화면과 서버 사이의 데이터 규격을 정합니다
• 호환성을 유지하며 API를 확장합니다

Create videos programmatically with React for branded explainers, short social clips, and dashboard visuals. Use code to define motion graphics that can be reproduced through the same workflow.

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• Creating branded explainer videos
• Producing short videos for social media
• Turning dashboards into videos

Get a detailed explanation of a file, function, or module using an existing knowledge graph and its source code. It explains architectural roles, dependencies, callers, and data flow for readers who may not know the programming language.

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• Understand the role of a specific file
• Trace a function’s callers and dependencies
• Follow inputs, processing, and outputs

Build a searchable index and relationship graph from ADRs, records of architectural decisions. Import two supported document formats, refresh existing metadata without duplicate relationships, and review summaries of statuses, missing references, and inconsistencies.

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• Index ADRs imported from another project
• Refresh a graph that differs from files on disk
• Set up ADR tracking in an existing codebase

Review visual design choices before creating or styling web pages, components, apps, dashboards, or interactive reports. It flags repetitive colors, typography, layouts, and motion patterns to avoid, while keeping explicit user requests and other specified styles in control.

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• Review design choices before creating a web page
• Check repetitive card layouts in a dashboard
• Review typography and color choices in components

Create or edit Markdown with each prose paragraph on one source line, letting the viewer wrap the text automatically. Preserve meaningful line breaks in lists, code, and poetry while reducing unnecessary changes in file comparisons.

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• Writing READMEs without fixed-width line wrapping
• Joining manually wrapped Markdown paragraphs
• Keeping Markdown changes easier to review

Learn how to check Claude Code tool calls against a policy and create digitally signed execution records. This walkthrough covers setup, offline verification, tamper demonstrations, and CI/CD integration before adopting the protect-mcp runtime plugin.

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• Evaluate signed audit records before adopting runtime hooks
• Demonstrate offline verification and tamper detection
• Verify agent execution records in CI/CD

Review all changes in a pull request or branch against its base branch. Use a knowledge graph, a map of code relationships, to report affected files and functions, test coverage, API compatibility issues, and recommended actions.

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• Reviewing all commits in a pull request
• Checking a branch's changes against its base
• Finding callers missed by public API changes

Retrieve past work, decisions, and lessons from agentmemory using keyword, meaning, and relationship searches. It expands selected records, groups findings by session, and prioritizes important observations so earlier context can inform the current task.

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• Recalling an earlier decision and its context
• Finding how a similar issue was handled
• Reviewing one project's or agent's history

Create logos, illustrations, product images, and other visuals from text, or edit and combine reference images. The skill guides generation through Hive, waiting for results, and delivering saved images, with costs charged to Hive credits.

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• Create a logo or illustration from a written brief
• Change the background of a product photo
• Place an existing logo on a mockup

Test cryptographic code for timing side channels, where execution time can reveal secrets. Use dudect to detect statistical differences and Timecop with Valgrind to trace secret-dependent operations, then interpret results and retest changes.

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• Checking cryptographic functions for secret-dependent timing
• Measuring timing differences in compiled binaries
• Tracing the cause of a suspected timing leak

Assess a single suspected security issue using Trailmark's graph of code relationships. Gather evidence about reachable paths, input flow, and potential impact, then receive a priority verdict and a list of remaining manual checks.

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• Prioritizing a static analysis finding before proof-of-concept work
• Checking whether entry points can reach a suspicious function
• Preparing code evidence for exploit validation

Compares code relationships before and after a branch, pull request, or release change using Trailmark. Flags structural security regressions, such as removed authorization checks or newly reachable sensitive operations, and provides evidence for reviewers.

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• Checking structural security changes before merging a PR
• Reviewing call paths after a security fix
• Assessing attack surface changes in a release

Create editable FigJam diagrams for workflows, system architecture, data relationships, and schedules. The skill selects a suitable diagram type and guides Mermaid, a text format for diagrams, while accounting for rendering limits.

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• Visualizing a workflow or decision tree
• Mapping services and data stores
• Showing API interactions over time

Create editable FigJam diagrams for workflows, system architecture, data relationships, and schedules. The skill selects a suitable diagram type and guides Mermaid, a text format for diagrams, while accounting for rendering limits.

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• Visualizing a workflow or decision tree
• Mapping services and data stores
• Showing API interactions over time

Guide for editing videos where the primary content is people talking — talking-head / 口播, interview / 访谈, lecture, tutorial, podcast, course content, and similar talking-driven formats. Use when the user wants speech editing on a talking video (剪口播 / 口播剪辑 / 去口癖 / clean up fillers / smooth speech), motion graphics layered onto talking video (口播加 MG / 加动画), or B-roll on a talking video (加 B-roll / add B-roll). For motion graphics specifically, use this together with the active Motion Graphics skill/workflow available in the current OpenChatCut environment — this skill adds talking-specific guidance (speech-rhythm timing, frame-aware placement, subject/caption protection, placement verification).

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Scaffold a minimal local LangGraph agent in Python by following the official quickstart. Use when the user wants to quickly build or try a LangGraph agent locally.

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Scaffold a minimal local LangGraph agent in TypeScript by following the official quickstart. Use when the user wants to quickly build or try a LangGraph agent locally.

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Assemble the FREE steps of the product-hypermotion + kinetic-typography video format — dice ONE Seedance 2.0 hypermotion clip into 5-6 segments and intercut them with PIL kinetic-typography spec/CTA cards (italic skew, 1.08x outline echo, 3D extrusion, slam-with-shake, inversion flash) plus a real-logo PIL end card (base64-decoded from the brand SVG), center-crop 1:1 to 9:16, and explicit-map mux a music bed. Deterministic, FREE (PIL + FFmpeg), no paid calls, the real logo and spec typography stay pixel-crisp. The paid steps (the ONE Seedance i2v, the music) are separate capabilities; the recipe orchestrates them. Use for the product-hypermotion format.

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