The markdown‑viewer/skills library provides 13 AI‑driven skills that let you generate UML, cloud, network, security, and data visualizations directly from Markdown, eliminating the need for external tools like Visio or Figma, and can be installed with a single npx command.
This article introduces the Markdown Viewer Agent Skills collection—a set of 13 skills spanning five rendering engines that let AI coding assistants such as Claude Code, Codex, and Cursor create professional diagrams, infographics, and UML models directly inside Markdown, and provides a detailed feature comparison, installation guide, usage examples, and selection advice versus the competing fireworks‑tech‑graph tool.
Learn how to rapidly generate high‑quality flowcharts, architecture diagrams, and SVG graphics in under three minutes using AI text‑to‑image tools like Claude‑3.7‑sonnet, PlantUML, Mermaid, Graphviz, Obsidian Canvas, and draw.io, with step‑by‑step prompts, configuration tips, and editing tricks.
This guide walks through using the Lingma VS Code plugin with the Qwen3‑Coder model to analyze a complex microservice project, generate PlantUML architecture diagrams, refine them, and produce detailed API documentation, illustrating each step with commands and prompts.
This article introduces four popular tools for creating architecture diagrams—ProcessOn, draw.io, PowerPoint, and an AI‑assisted PlantUML workflow—detailing their features, advantages, usage steps, and where to access each tool, helping readers choose the best solution for their needs.
This guide introduces PlantUML, an open‑source text‑based diagram tool, covering its core features, IDE plugins, basic and advanced sequence‑diagram syntax, color customization, grouping, notes, and a complete Google‑login example, helping developers create clear, version‑controlled diagrams efficiently.
This tutorial introduces PlantUML, explains its core features, shows how to install plugins for popular IDEs, and provides detailed syntax examples for participants, messages, lifelines, activation bars, groups, notes, and colors, culminating in a complete login flow diagram.
The article analyzes why large, unstructured codebases hinder AI assistance, explains how PlantUML can provide clear, modular, and version‑controlled designs to focus AI context, and offers practical steps for integrating PlantUML with AI coding tools to improve productivity and code quality.
This guide shows programmers how to harness AI—especially Claude 4 via Cursor—to instantly generate professional diagrams such as flowcharts, UML, SVG, Canvas dashboards, and mind maps, offering step‑by‑step prompts, code examples, tool comparisons, and advanced tips for rapid, high‑quality visual documentation.
This article demonstrates how to use AI‑powered text‑to‑diagram tools such as PlantUML, Mermaid, Flowchart, Graphviz, SVG, Obsidian Canvas, and draw.io to quickly create editable, high‑quality technical diagrams for software architecture and process flows.
This article demonstrates how to use AI‑driven text‑to‑image tools such as Claude, PlantUML, Mermaid, Flowchart, Graphviz, Obsidian Canvas, SVG prompts and draw.io to generate high‑quality technical diagrams in under three minutes, while keeping them fully editable for fine‑tuning.
This article shows how the Cursor IDE’s built‑in AI can generate complete PlantUML code for various system diagrams—from RBAC models and login flows to payment processes, DDD layering, and C4 architecture—dramatically cutting manual drawing time and keeping documentation in sync with code.
This article introduces PlantUML, explains its core features, walks through quick setup with IDE plugins, demonstrates basic and advanced sequence diagram syntax—including participants, messages, lifelines, activation bars, groups, notes, and colors—and provides a complete Google‑login example for practical reference.
This article introduces PlantUML, explains its text‑based diagramming approach, walks through quick setup, IDE plugins, core sequence‑diagram syntax—including participants, message types, lifelines, activation bars, grouping, notes, and color customization—while providing complete code examples and best‑practice tips.
The article reviews five essential open-source drawing tools for programmers—Draw.io for versatile diagramming, Excalidraw’s hand-drawn style, Graphviz’s automatic graph layout, Python’s Matplotlib for data visualizations, and PlantUML’s simple markup-based UML creation—highlighting key features, platforms, and typical use cases.
This article explains how programmers can overcome the hassle of writing documentation by using ChatGPT to automatically generate PlantUML code, covering the basics of PlantUML, prompt engineering, and step‑by‑step examples for class and sequence diagrams.
This article introduces PlantUML, explains its core features, walks through quick installation and plugin setup, demonstrates basic and advanced sequence diagram syntax with code examples, and provides a complete login flow illustration, helping developers create clear, version‑controlled diagrams efficiently.
This article introduces PlantUML, explains how to install its plugins for IDEs, demonstrates various diagram types such as activity, class, component, and sequence, and provides a practical code example for modeling authentication flows, making it a comprehensive guide for creating UML diagrams efficiently.
This article explores how large language models like ChatGPT can be leveraged to transform natural‑language requirements into UML diagrams using PlantUML, demonstrating the workflow, prompt engineering, iterative training, and the resulting efficiency gains for developers.
This article introduces PlantUML, an open‑source tool that lets developers generate various UML diagrams directly from text, explains how to install the IntelliJ IDEA plugin, and provides step‑by‑step code examples for sequence, use‑case, class, activity, and mind‑map diagrams, complete with visual outputs.
The article shows how developers can describe desired UML, flowchart, SVG icon, or mind‑map in natural language and use AI to generate PlantUML or Mermaid code instantly, streamlining diagram creation, reducing manual effort, and illustrating broader AI‑assisted productivity tips for software development.
This article introduces the C4 software architecture visualization model, explains its four hierarchical views, and provides a step‑by‑step tutorial on using text‑based tools such as C4‑PlantUML to generate clear, maintainable architecture diagrams, including installation of necessary IDE plugins and example code.
This article demonstrates how to leverage ChatGPT's ability to produce textual code snippets together with PlantUML to automatically create various UML diagrams—such as sequence, class, flow, state, and use‑case diagrams—from Java‑style pseudocode, providing a step‑by‑step workflow and example prompts.
This guide explains how Java developers can install Graphviz and the PlantUML plugin in IntelliJ IDEA, configure environment variables, and create UML sequence and class diagrams directly within the IDE, including code examples and troubleshooting tips.
This tutorial introduces PlantUML, an open‑source tool for generating UML, mind‑map, and activity diagrams directly from code, covering installation, key syntax, and step‑by‑step examples for sequence, use‑case, mind‑map, and activity diagrams.
This guide explains how to install the PlantUML plugin and Graphviz, configure environment variables and IntelliJ IDEA, and use PlantUML to quickly create UML diagrams and flowcharts directly within the IDE, including a sample code snippet and alternative browser options.
This article guides Java developers on installing the PlantUML plugin for IntelliJ IDEA, setting up Graphviz, configuring environment variables, and creating UML diagrams directly from text, including sample code and alternative Chrome viewer options.
This guide shows Java developers how to install Graphviz and the PlantUML plugin in IntelliJ IDEA, configure environment variables, and use PlantUML syntax to generate flowcharts and class diagrams directly within the IDE, plus alternatives like Chrome extensions for quick diagram rendering.
This guide introduces PlantUML, an open‑source text‑based UML tool, shows how to install its IntelliJ IDEA plugin, and provides step‑by‑step examples for creating sequence, use‑case, class, activity, and mind‑map diagrams, highlighting key syntax and the efficiency of code‑driven diagramming.
Learn how to quickly set up PlantUML in IntelliJ IDEA, configure Graphviz, and create UML diagrams directly within the IDE, including step-by-step installation, environment variable setup, and sample code for generating sequence and class diagrams.
This guide explains what PlantUML is, its advantages, how to install the PlantUML plugin and Graphviz on Windows, configure IntelliJ IDEA, write PlantUML code to generate diagrams, and alternative browser‑based options, providing a complete workflow for developers.
This guide explains what PlantUML is, its advantages, and provides step‑by‑step instructions for installing the PlantUML plugin and Graphviz on Windows, configuring IntelliJ IDEA, and creating UML diagrams directly within the IDE, including sample code and alternative Chrome extension options.
Learn how to set up PlantUML in IntelliJ IDEA by installing the PlantUML plugin, configuring Graphviz, adding environment variables, and using simple code snippets to generate UML and flowcharts, with step‑by‑step screenshots and tips for alternative browser‑based usage.
This article explains the essence of software architecture, its core elements, why clear diagrams are crucial for communication and quality, and presents practical principles, patterns like UML, 4+1, C4, arc42, and tools such as draw.io and PlantUML to help engineers create accurate, consistent, and maintainable architectural documentation.
This guide shows how to install and configure the PlantUML plugin and Graphviz on Windows, enabling Java developers to draw flowcharts and UML class diagrams directly within IntelliJ IDEA, with optional Chrome extension for browser‑based editing.
This guide shows how to install and configure the PlantUML plugin and Graphviz on Windows, set up environment variables, and use simple text syntax to generate UML sequence and class diagrams directly within IntelliJ IDEA, plus an alternative Chrome extension.
The article explains how software‑engineering’s planning‑to‑maintenance lifecycle benefits from UML, then demonstrates using the open‑source textual tool PlantUML to quickly create version‑controlled use‑case, activity (swimlane), state, sequence, and class diagrams, detailing each syntax element and illustrating real‑world examples.
This guide explains what PlantUML is, why it’s useful for fast diagram creation, how to install the required Graphviz engine, set up the PlantUML plugin in IntelliJ IDEA, create UML files, and includes sample code for sequence diagrams and role definitions.
This guide explains why architecture diagrams matter, introduces the C4 modeling method, shows how to use C4PlantUML with PlantUML to create context, container, component, and code‑level diagrams, and provides step‑by‑step instructions and example code for practical implementation.
