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    1. Please note : This help page is not for the latest version of Enterprise Architect. The latest help can be found here.

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      Model Simulation

      Model Simulation brings your behavioral models to life with instant, real-time behavioral model execution. Coupled with tools to manage triggers, events, guards, effects, breakpoints and simulation variables, plus the ability to visually track execution at run-time, the Simulator is a powerful means of 'watching the wheels turn' and verifying the correctness of your behavioral models. With Simulation you can explore and test the dynamic behavior of models. In the Corporate and above editions, you can also use JavaScript as a run-time execution language for evaluating guards, effects and other script-able pieces of behavior.

      Extensive support for triggers, trigger sets, nested states, concurrency, dynamic effects and other advanced simulation capabilities, provides a remarkable environment in which to build interactive and working models that help explore, test and visually trace complex business, software and system behavior. With JavaScript enabled, it is also possible to create embedded COM objects that will do the work of evaluating guards and executing effects - allowing the simulation to be tied into a much larger set of dependent processes. For example, a COM object evaluating a guard condition on a State Transition might query a locally running process, read and use a set of test data, or even connect to an SOA web service to obtain some current information.

      As Enterprise Architect uses a dynamic, script driven Simulation mechanism there is no need to generate code or compile your model before running a simulation. It is even possible to update simulation variables in real time using the Simulation console window. This is useful for testing alternate branches and conditions 'on the fly', either at a set Simulation break point or when the Simulation reaches a point of stability (for example, when the Simulation is 'blocked').

      In the Professional version of Enterprise Architect, you can manually walk through simulations - although no JavaScript will execute - so all choices are manual decisions. This is useful for testing the flow of a behavioral model and highlighting possible choices and processing paths.

      Simulation Overview

      Aspect

      See also

      Overview of the Model Simulator

      How It Works How it Looks

      Use of the Simulation window and related windows, and running a simulation

      Simulation Windows Run Model Simulation

      Set up a simulation and activate a simulation script

      Set Up Simulation Script Activate Simulation Script

      Set up and use simulation breakpoints

      Simulation Breakpoints

      Simulate the use of Objects

      Objects and Instances in Simulation

      The use of different types of Action in simulation

      Action Behavior By Type Action Types Variable Actions

      Perform dynamic simulation with JavaScript

      Dynamic Simulation with Javascript Interaction Operand Condition and Message Behavior

      The use of Guards and Effects in simulations

      Guards and Effects

      The use of Triggers in simulations

      Triggers Simulation Events Window Waiting Triggers Re-Signal Triggers Trigger Parameters Trigger Sets and Auto-Firing Using Trigger Sets to Simulate an Event Sequence

      Call Behaviors and Variables

      Call Behaviors

      Simulating Activity Returns

      Activity Return Value Simulation

      Simulating Structured Activity Behavior

      Structured Activity Simulation

      Simulating multi-threaded processes

      Multi-threading - Forks and Joins Multi-threading - Concurrent State Regions

      Simulating subprocesses in separate diagrams

      Using Composite Diagrams

      Performing BPMN Simulations

      BPMN Simulation

      Simulate Win32 Dialog Behavior

      Win32 Dialog Simulation

      Notes

      • Currently JavaScript is enabled for StateMachines and Activity graphs; it is not enabled for Interaction diagrams

      Learn more

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