![]() ![]() Any lifelines that are hidden from view will also not appear in the exported image. Sequence diagrams can be exported from the code editor as SVG image files. ![]() This is done using the control.Ĭlicking on the control will expand the same sequence set once again. ![]() Lifelines that have been hidden can be re-shown using the “Filters” control, or by resetting the map using the “Clear” control.Ĭollapsing sections of a Sequence Diagramįunction calls that contain other events can be collapsed to make the diagram easier to read. This can be useful when hiding less important calls such as those to made a central logging package. If you would prefer not to see any of those, just click on the “X” within the lifeline label to remove it. Removing lifelines from viewīy default, AppMap Sequence Diagrams will contain “lifelines” for each of the actors in your application. You can select function calls to see their details, or to see the same event in Trace View for even more detail. Scrolling down within a sequence diagram in the editor retains the lifeline labels at the top, making it easy to keep track of which vertical line belongs to which entity. If an AppMap contains HTTP server requests, other “root” events which are not HTTP server requests will be filtered out, by default.The function return value (if any) will be depicted in the opposite direction.Each function call is represented as a line from one lifeline to another.Each lifeline is a vertical lane which you can follow down the page. Each code package is represented as a sequence diagram “lifeline”.HTTP client requests) (if any) will be on the right hand side. Database queries and RPC requests (e.g.Inbound HTTP server requests (if any) will be on the left hand side.Sequence Diagrams follow these conventions: Simply open any AppMap and click on the Sequence Diagram tab to view it in the main editor window. The AppMap extensions for Visual Studio Code and JetBrains include support for viewing AppMaps as sequence diagrams. Viewing sequence diagrams in the code editor AppMap sequence diagrams can also be generated on the command line, making it simple to use within a CI build to generate up-to-date sequence diagrams every time a change is made on your primary development branches. Sequence diagrams can be also exported as SVG images, or in popular text formats like PlantUML so that you can edit and share the diagrams however you prefer. AppMap can also generate sequence diagrams comparisons to make it easy to see the differences in runtime behavior caused by a coding change. You can use AppMap to view and interact with sequence diagrams of your application right in your code editor. The sequence diagram format is described in the UML standard. A generated sequence diagram is accurate and easy to produce, and it can be re-created on demand. AppMap gives you the ability to instantly generate sequence diagrams of any recorded program. However, like all forms of documentation, a sequence diagram is only useful when it is current and accurate. It depicts the processes involved and the sequence of messages exchanged between the processes needed to carry out the functionality.“ 1 ![]() “A sequence diagram shows process interactions arranged in time sequence in the field of software engineering. ![]()
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