5 Repos
Tools and techniques for creating visual layouts of cloud-native system architectures.
Distinct from Cloud Architecture Patterns: Focuses on the visualization of the architecture rather than the patterns used to build it
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Diagrams is a diagram-as-code framework and infrastructure mapping tool used to generate system architecture visualizations via Python code. It functions as a programmatic wrapper for Graphviz, allowing users to define cloud services and their interconnections to create structured architectural layouts. The project specializes in cloud architecture visualization by mapping software components to a library of provider-specific icons. This approach enables the management of system designs within version control to track architecture changes over time. The library provides capabilities for conf
Visualizes cloud infrastructure layouts by writing code instead of manually drawing shapes and icons.
Meshery is a service mesh management plane and cloud native infrastructure orchestrator. It provides a visual design-as-code environment for modeling microservices and infrastructure components through declarative blueprints, functioning as a centralized platform for designing, deploying, and managing service mesh infrastructure. The platform is distinguished by its ability to translate visual designs into active deployments and its use of gRPC-based adapters to integrate with diverse infrastructure providers. It features a multi-tenant architecture that manages shared workspaces and role-bas
Creates a visual representation of DynamoDB tables, backups, and roles to define cloud infrastructure.
Renders AWS resources and their relationships as an interactive graph for exploration and analysis.
This project is a collection of educational materials and technical study resources focused on Google Cloud Platform. It provides visual diagrams, sketchnotes, and summaries designed to help engineers understand cloud architecture, engineering concepts, and service capabilities. The resources utilize decision trees and comparison frameworks to assist in selecting appropriate compute, storage, and database services. It also includes visual workflows and step-by-step illustrations specifically for planning the migration of workloads and data from on-premises environments to the cloud. The mate
Provides visual layouts and decision trees to simplify the understanding of cloud-native system architectures.
Dieses Projekt ist eine Bibliothek zur Generierung visueller Architekturdiagramme und Netzwerktopologien direkt aus Infrastructure-as-Code-Templates und Konfigurationsspezifikationen. Sie fungiert als programmatische Schnittstelle, die Infrastrukturdefinitionen in visuelle Dokumentation umwandelt und es Benutzern ermöglicht, Systemdiagramme als versionskontrollierte Textdateien zu pflegen. Das Tool zeichnet sich durch eine automatisierte Layout-Engine aus, die Graphalgorithmen verwendet, um räumliche Positionierung, Verbindungs-Routing und Link-Pfade ohne manuelle Koordinatenkonfiguration zu berechnen. Es unterstützt komplexe visuelle Hierarchien durch die logische Gruppierung von Ressourcen, Grenzpositionierung und die Anwendung benutzerdefinierter visueller Stile auf einzelne Komponenten oder Segmente. Das System bietet einen umfassenden Satz an Funktionen für die Verwaltung von Diagrammfluss und -struktur, einschließlich automatisierter Pfadfindung, Richtungshinweisen und Überlappungsvermeidung für Verbindungen. Es verfügt zudem über eine programmatische Zeichenoberfläche und Template-Verarbeitungslogik, die die Integration der Diagrammgenerierung in automatisierte Workflows oder externe Software-Agenten ermöglichen.
Provides a programmatic interface for rendering network diagrams and resource relationships.