In this model, implemented using UML-RT, two players will be playing a limited game of ping pong. The model that will be created as part of this tutorial is a simple "PingPong" model. Note that this page reflects an early version of Papyrus-RT and visual elements shown on that page may not completely match those of this tutorial. If you are not familiar with UML-RT and want to know a bit more, you should take a look at the initial Papyrus-RT Overview page. Hierarchical state machines are used to represent the behavior of capsules, where transitions between states are triggered by messages received on the capsule's ports. This exercise will show the creation of a project and model and how UML-RT concepts can be used to easily create the application's structure and behavior.Īt its base, a UML-RT model consists of capsules (UML active classes with composite structure) that communicate through ports defined by protocols (collaboration specifications) These protocols specify the messages (signals) that can be exchanged between capsules, as well as their payloads. SNIPPIT TO ACTIVATE PING SERVICE PDFThis tutorial will show the creation of a simple model using Papyrus for Real Time version 1.0 (based on Eclipse Oxygen).Ī PDF version of this tutorial is also available.
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