The same goes for embedding other applications’ content in OmniGraffle diagrams. To embed OmniGraffle content in another LinkBack application, just copy and paste the content like you would normally. vssx)Ĭhoose File ▸ Open select the Visio file, and then click Openįor information about LinkBack, and a list of applications that support it, see the LinkBack project page or the LinkBack repository on GitHub. xcodeproj file from the Finder onto OmniGraffle’s app icon in the Dock dot file onto OmniGraffle’s app icon in the Dockįrom the Finder, select and drag the. framework file from the Finder onto OmniGraffle’s app icon in the Dockĭrag the. pdf file onto OmniGraffle’s dock icon.ĭrag a folder from the Finder onto OmniGraffle’s app icon in the Dockĭrag the. Or, to add its individual elements as OmniGraffle objects, choose File ▸ Open or drag the. Table 1: List of supported file types File Typeĭrag onto a shape, layer, or canvas, or into the image wells provided in the Image and Background Image inspectors. To help make it easy for you to find the file type you’re looking for, we’ve listed them in a convenient table, along with notations about whether that type is supported by OmniGraffle Standard or Pro. This chapter provides you with a quick overview of the file and image types supported by OmniGraffle. As you drag and drop shapes, type to add text that labels or describes the components in your diagram.Opening and Importing Files in OmniGraffle Drag and drop the shapes that represent your software system, including your user or persona and any software systems connected to the one you’re diagramming. In Gliffy, you’ll open a new diagram and use basic shapes to build your C4 Model. How to Make a C4 Model with Gliffy Step 1: Drag & Drop Shapes for the Context Diagram If you make a C4 model in Gliffy, you can use links directly on shapes in your diagrams to allow users to double-click into deeper levels of your model. Representing Software with All Four Levelsĭepending on your project and the containers or components you need to describe, you’ll end up having a set of four or more diagrams that represent your C4 model. To do this, you would want to make a UML class diagram or entity relationship diagram that describes the component. The last level requires lots of detail to show how the code of a single component is actually implemented. Level 4: Representing Code with Class Diagrams This diagram type is comparable to a UML component diagram, but follows a less-strict set of “rules” in order to create the software architecture diagram. These components represent abstractions of your codebase. One step deeper than the container diagram, the component diagram details groups of code within a single container. Each of these applications or services is represented with a container and the interactions between them are shown at a high level. The container diagram takes the first step into describing the software system and shows the APIs, applications, databases, and microservices that the system will use. A context diagram will help you describe the scope of your project and help you pinpoint who the user is and what problem you’re going to solve. Level 1: Context DiagramsĬontext diagrams are the most general description of what your system does, who will use it, and what other systems it will interact with. These are the context, container, components, and code diagrams that make up your C4 model. There are four types of C4 models, each one for a different audience and containing a different level of detail. To diagram key structures and processes directly alongside your software architecture documentation, you can sign up for a free trial of Gliffy for Confluence today. The C4 Model was created by Software Architecture for Developers author, Simon Brown. C4 diagrams are an alternative, simplified framework compared to UML diagrams and can describe multiple systems, unlike more specific AWS architecture diagrams, GCP architecture diagrams, or Azure architecture diagrams. You can use a C4 model for microservices, to show how you’re planning to build a system, to describe an existing system, or visualize your enterprise cloud strategy. The hierarchy of these diagrams allows different audiences to understand the software architecture at the level of detail they need. A C4 Model is a set of diagrams representing the context, containers, components, and code of a piece of software. A C4 Model describes or defines software architecture at different levels of detail.
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