Why are some elements blue, while some are black? We have a collection of shapes being used here, and I'm not sure what the difference between the rectangles and the ellipses is. "IAM" is quite a generic term too, so perhaps it would be better to add more detail. I know what "RDS" means here, but you probably don't, so that should really be fixed. small vs large boxes)Įvery element has a name here, so that's good, but some of those names are acronyms/abbreviations. Do you understand the meaning of all element sizes used? (e.g.Do you understand the meaning of all border styles used? (e.g.Do you understand the meaning of all icons used?.Do you understand the meaning of all shapes used?.Do you understand the meaning of all colours used?.Do you understand the meaning of all acronyms and abbreviations used?.Where applicable, do you understand the technology choices associated with every element?.Do you understand what every element does?.Do you understand the type of every element? (i.e.Again, here are some things to think about: Let's move on to look at the elements in more detail. I'd recommend adding a diagram key/legend for UML and ArchiMate diagrams too, since not everybody will know these visual languages. And while that's not necessarily a bad thing, a diagram key/legend would help readers to understand the notation being used. Well, this looks like an ad hoc collection of "boxes and lines" rather than being UML or ArchiMate. My assumption is that the large box labelled "Risk System" is the scope of the diagram, but a better title would clarify this.Īnd regarding notation. I'd estimate that upwards of 90% of the initial diagrams I see created during my workshops don't have a title! In this case, the diagram does have a title of "Context", but it's not explicit about what it's showing the context of, and what the diagram scope is. Do you understand what the diagram scope is?.Do you understand what the diagram type is?.Here are a few initial things to think about: Let's start by looking at the diagram as a whole. It's high-level, clean, concise, colourful, and you might even be able to work out what's being described here. On the face of it, this diagram doesn't look too bad. Let's start with a fairly typical example of a whiteboard diagram from one of my workshops. Some diagrams are better than others, but I've noticed that many people struggle to critique a diagram because they're not really sure what to look for. If you are familiar with Go, you can use go-diagrams as well.I see hundreds of software architecture diagrams every year, predominantly through my software architecture workshops.It allows you to create a diagram of analyzed cloud resource map based on this Diagrams library, so you can draw your existing cloud infrastructure with Cloudiscovery.Īirflow Diagrams is an Airflow plugin that aims to easily visualise your Airflow DAGs on service level from providers like AWS, GCP, Azure, etc. Diagrams is now available as a dedicated Cloud Diagram Markdown Widget so you can use Diagrams directly on any slide for conferences, meetups, and training.Ĭloudiscovery helps you to analyze resources in your cloud (AWS/GCP/Azure/Alibaba/IBM) account. GitPitch is the perfect slide deck solution for Tech Conferences, Training, Developer Advocates, and Educators. Let me know if you are using diagrams! I'll add you in showcase page. To contribute to diagram, check out contribution guidelines. You can find all the examples on the examples page. Check out guides for more details, and you can find all available nodes list in here. MacOS users can download the Graphviz via brew install graphviz if you're using Homebrew. After installing graphviz (or already have it), install the diagrams. It uses Graphviz to render the diagram, so you need to install Graphviz to use diagrams. It requires Python 3.7 or higher, check your Python version first. It is just for drawing the cloud system architecture diagrams. NOTE: It does not control any actual cloud resources nor does it generate cloud formation or terraform code. It also supports On-Premise nodes, SaaS and major Programming frameworks and languages.ĭiagram as Code also allows you to track the architecture diagram changes in any version control system. Diagrams currently supports main major providers including: AWS, Azure, GCP, Kubernetes, Alibaba Cloud, Oracle Cloud etc. You can also describe or visualize the existing system architecture as well. It was born for prototyping a new system architecture design without any design tools. Diagrams lets you draw the cloud system architecture in Python code.
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