3 Repos
The process of mapping technical cloud service definitions to their official visual representations.
Distinct from Cloud Provider Mappings: Focuses on visual mapping for diagrams, whereas Cloud Provider Mappings focuses on architectural decoupling
Explore 3 awesome GitHub repositories matching software engineering & architecture · Infrastructure Visual Mapping. Refine with filters or upvote what's useful.
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
Creates technical diagrams that use official provider icons to represent specific cloud services and their connections.
go-diagrams ist eine Go-Visualisierungsbibliothek und ein DOT-Sprachgenerator, der zur Erstellung von Systemarchitekturdiagrammen verwendet wird. Es implementiert einen „Diagrams-as-Code“-Ansatz, der es Benutzern ermöglicht, Systemkomponenten, Infrastrukturabhängigkeiten und Datenflüsse mittels Go-Quellcode zu definieren. Die Bibliothek übersetzt diese codebasierten Definitionen in die Graphviz-DOT-Syntax, die anschließend vom Graphviz-Toolset verarbeitet wird, um die finalen visuellen Bild-Assets zu rendern. Sie unterstützt das Mapping gerichteter Kanten zur Veranschaulichung von Abhängigkeiten sowie die Organisation verwandter Komponenten in benannten Clustern oder Subgraphen, um architektonische Grenzen und logische Schichten darzustellen. Das Tool exportiert generierte DOT-Dateien und gerenderte Bilder direkt in das lokale Dateisystem zur Dokumentation und Versionskontrolle.
Provides capabilities to organize system components into clusters and groups to visually represent architectural boundaries.
Otto is a hybrid cloud orchestration platform designed to provision infrastructure and deploy application workloads across diverse cloud environments using infrastructure as code. It functions as an infrastructure as code provisioner that automates the deployment of consistent resources through policy-driven workflows. The project includes a hybrid cloud service mesh for managing service discovery and secure communication between applications, as well as an identity-based access controller for managing secrets and enforcing granular access controls. It also features an infrastructure knowledg
Maps diverse cloud environments into a centralized knowledge graph for operational streamlining.