blushft/go-diagrams
Go Diagrams
go-diagrams هي مكتبة تصور بلغة Go ومولد لغة DOT تستخدم لإنشاء مخططات بنية النظام. تنفذ نهج "المخططات ككود"، مما يسمح للمستخدمين بتعريف مكونات النظام، واعتمادات البنية التحتية، وتدفقات البيانات باستخدام كود Go المصدري.
تترجم المكتبة هذه التعريفات القائمة على الكود إلى صيغة Graphviz DOT، والتي تتم معالجتها بعد ذلك بواسطة مجموعة أدوات Graphviz لتقديم أصول الصور المرئية النهائية. تدعم تعيين الحواف الاتجاهية لتوضيح الاعتمادات وتنظيم المكونات ذات الصلة في مجموعات مسماة لتمثيل الحدود المعمارية والطبقات المنطقية.
تصدّر الأداة ملفات DOT التي تم إنشاؤها والصور المعروضة مباشرة إلى نظام الملفات المحلي للتوثيق والتحكم في الإصدار.
Features
- Visualization Libraries - Ships a Go library for generating version-controlled system diagrams and exporting them as image assets.
- Diagram as Code Frameworks - Provides a framework for defining system components and their relationships using Go source code.
- Graphviz-Based Graph Renderers - Relies on the Graphviz toolset to process DOT files and render the final visual image assets.
- System Architecture Visualizers - Converts code definitions into visual representations to document infrastructure and relationships between various system components.
- Graphviz DOT Emitters - Translates internal Go data structures into Graphviz DOT syntax to specify node and edge placements.
- Architectural Documentation - Creates visual maps of infrastructure and data flows to document software component interactions and dependencies.
- Programmable Topology Definitions - Implements a programmatic way to define service dependencies and resource connections via Go code.
- Text-to-Diagram Generators - Defines system components and their relationships in code to produce Graphviz DOT files and image assets.
- Subgraph Grouping - Organizes related components into named subgraphs to visually represent architectural boundaries and layers.
- Node and Edge Customizations - Maps dependencies and data flow by assigning specific orientations to connections between system nodes.
- Directional Edge Modeling - Models dependencies and data flow by assigning specific orientations to connections between system nodes.
- Component Diagrams - Produces structured architecture visualizations by defining components and their connections through code.
- Infrastructure Visual Mapping - Provides capabilities to organize system components into clusters and groups to visually represent architectural boundaries.
- System Component Connectivity - Links nodes in a directional or bidirectional manner to illustrate data flow and dependencies between components.
- Node Grouping Visuals - Clusters related nodes into named groups or layers to visually represent boundaries within the overall architecture.
- Visualization and Graphics - Creates diagrams programmatically using code.
