NET application by using AOP (Aspect Oriented Programming) techniques, and now you want to visualize the captured call trace as a process graph: You have developed a software tool that intercepts method calls of any. The control has originally been created for this scenario, and forms a part of it. You forward the log events of every microservice to a collector, so that you can visualize the entire flow in a single sequence diagram for easier analysis and debugging: You have a distributed application composed of separate components (such as microservices) residing on different computers, and you have difficulty tracing the entire execution. Here are two scenarios in which the control would be of use: End-To-End Tracing of a Distributed System In addition, it provides a practical-use sample in which an application's execution is intercepted and visualized in real time. The control incorporates break functionality similar to a debugger's. NET control for dynamic visualization of objects and their interactions as sequence diagrams.

Their clear graphical layout helps give a quick intuitive understanding of the system’s behavior. They allow describing interactions between the system and the actors of its environment or between the participants of the system over time. Their focus is in modelling the dynamics of a system.

Sequence diagrams are one of the fundamental types of UML diagrams.

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