Skill UI

A comprehensive, step-by-step checklist for safely deploying Adobe API integrations (including Firefly, PDF Services, and I/O Events) to a production environment. It covers prerequisite checks, credential security, health monitoring, gradual canary rollouts, error handling, and immediate rollback procedures to ensure maximum system stability and reliability.

A comprehensive guide to production-ready patterns for integrating with Adobe services (Firefly, PDF, etc.). This includes robust authentication with token caching, typed API wrappers with advanced error classification, exponential backoff retry mechanisms, and job polling for asynchronous tasks. Essential for building reliable and maintainable Adobe API integrations in TypeScript or Python.

A comprehensive guide for developers tackling critical Adobe API upgrades. It covers major breaking changes and migration paths, including transitioning from JWT to OAuth Server-to-Server authentication, updating the PDF Services SDK from v3 to v4 (job-based API), and migrating Photoshop endpoints from v1 to v2. Essential for ensuring stable integration with Adobe Creative Cloud services.

The skill generates professional diagrams (flowcharts, architecture, UML, ERD) using the native draw.io desktop CLI. It creates editable .drawio XML files and exports them to common formats like PNG, SVG, PDF, and JPG. Ideal for visualizing complex systems, data flows, or component relationships.

Activate this skill when students provide study materials and a syllabus, helping them prepare for exams. It extracts highly structured, exam-ready content, including key definitions, crucial points, keywords, diagrams, sample answers, and practice questions, ensuring all information is strictly derived from the provided notes to maximize study efficiency.

This skill automates the generation of formal drawing descriptions and comprehensive reference numeral indexes for patent applications. It processes user-provided technical diagrams (PNG, JPG, PDF), identifies components, maps connections, and assigns standardized reference numerals across multiple figures. It ensures that all technical descriptions are consistent, legally compliant, and cross-referenced accurately against the claims, streamlining the patent drafting process.

This skill guides the systematic process of conducting comprehensive literature reviews across multiple academic databases (e.g., PubMed, arXiv, Semantic Scholar). It supports meta-analyses, scoping reviews, and state-of-the-art investigations. The rigorous workflow includes structured searching, data extraction, citation verification, thematic synthesis, and generating publication-quality reports (PDF/Markdown) complete with mandatory scientific schematics (like PRISMA flow diagrams) to ensure academic rigor and reproducibility.

This skill provides a comprehensive workflow for managing Lucidchart documents and diagrams using the REST API. Users can programmatically execute the full lifecycle: creating new documents, adding complex shapes and connectors via the Standard Import format, modifying existing content, and exporting the final diagram into high-resolution formats like PNG, PDF, or SVG. Ideal for automated diagram generation and content lifecycle management.

Designs a scalable, version-controlled integration layer for the Lucidchart platform. This architecture tracks every shape mutation for diffing and rollback, implements real-time collaboration event consumption, and manages asynchronous export pipelines (PNG/SVG/PDF) using dedicated worker pools and caching strategies. Ideal for developing robust SaaS integrations requiring rigorous data synchronization.

This comprehensive skill suite provides powerful capabilities for managing and manipulating Portable Document Format (PDF) files. Users can extract raw text content, programmatically fill out form fields, merge multiple documents into a single file, and split large PDFs into separate pages, streamlining complex document workflows.

This advanced skill is an end-to-end tool for transforming complex research topics into professional, visualized knowledge graph PDFs. It automatically conducts multi-round web searches, extracts key entities, structures related knowledge, and designs the optimal visualization (supporting Graphviz, PlantUML, etc.). Ideal for deep academic analysis, mapping character relationships, or visualizing complex technical architectures where existing structured data is unavailable.

This powerful compiler ingests heterogeneous research inputs, including PDF papers, code repositories, experiment logs, and raw notes. It transforms this diverse data into a comprehensive, structured Agent-Native Research Artifact (ARA). The system extracts core knowledge atoms, builds cognitive maps (claims, concepts, heuristics), and generates a verifiable, executable knowledge package for advanced AI consumption and research iteration.