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The Workflow Simulator was developed to be a Windows Presentation Foundation application that serves as the runtime environment for visualizing the execution of workflows as they react to input from the scenario specific user interface.
To run any of the workflows provided with the tutorial, follow these steps:
– Launch WorkflowSimulator.exe
– From the File menu, choose Open Workflow…
– Navigate to the assembly containing the workflow you wish to run and click Open.
– Follow the instructions in the left pane to see the execution in the right.
The Workflow Simulator has quite a few features that augment its utility in exploring the dynamics of the root workflows. To begin with, the Workflow Simulator can open and execute any workflow defined in any assembly (by default these should be .DLL’s, but it can also open workflows compiled into EXEs).
 
It is capable of displaying and running workflows not provided by this guidance (though some workflow may require hosting configuration not supported by the Workflow Simulator). By default, unless the workflow has a special attribute described later, the Workflow Simulator will display the workflow definition on the right and provide a button on the left which will execute the workflow.
Clicking Run Simulation button to execute the workflow, shows the currently executing activities highlighted in yellow (much like within the Visual Studio Workflow Debugger), with the single activity currently executing selected as well as named in the status bar at the bottom. In addition, activities that have completed execution will have a blue check mark glyph over their top right corner. For future scenarios, additional glyphs may be added that provide additional insight into the state of the executing activity.

Implementing Dynamic User Interfaces in the Simulator
Because each business scenario will differ in the type of information requested from the user, or in how the user interacts with the workflow, the Workflow Simulator provides a pluggable user interface.
The choice of which interface to display is driven by the workflow definition that is opened. The user interface hosts any UIFrameworkElement that implements the IWorkflowUI  which ensures the control can receive a reference to the WorkflowDiagram (the control responsible for rendering the workflow) when it is added to the main user interface.

The workflow simulator is a Windows Presentation Foundation (WPF) application that allows you to view and execute your workflow program in a simulated environment.
The workflow simulator consists of two major parts:
• The main application, which provides the user interface and controls which the workflow can access.
• The Workflow Runtime, which makes use of the WPF workflow engine to execute the workflow.
The workflow simulator also has three major functional components:
• The Workflow Designer, which allows you to create your own custom workflows using Visual Studio.
• The Workflow Editor, which allows you to edit a workflow that has been created using the workflow designer.
• The Workflow Simulator, which shows the currently running activities in your workflow and allows you to execute your workflow.
The workflow simulator allows you to create your workflow as a collection of activities with defined input and output messages. Each of these activities can also be configured by attributes to perform specific tasks at different times, or to have the results determined by a condition. The workflow that you create can then be run as a simulation of the specific scenario in which it will be used. When executed, the simulation will allow you to see the workflow respond to the inputs that are the result of the real-time inputs from the scenario specific UI.
Configuring Workflow Scenarios
The workflow simulator comes pre-configured to display a workflow that will execute the workflow activity “Sign In”. This default workflow is already configured with a user interface which allows you to interact with your workflow while it executes. These relationships are depicted in the following figure:

If you launch the Workflow Simulator with an assembly that contains a workflow that is not a default provided by the Workflow Simulator (i.e. it does not end with the “Sign In” activity), the workflow simulator will allow you to select which workflow to run in the scenario specific UI. You must, however, specify the workflow as an assembly and a namespace for it when running the Workflow Simulator.
The first time you run a workflow with the Workflow Simulator, you will be asked to select the assembly and namespace in the scenario specific user interface. You can configure these fields in the Advanced Workflow Settings pane for the scenario you wish to use. Alternatively, you can specify the workflow to run using the WorkflowEditor, which was described previously in this guidance.
 
The following illustration shows the configuration of the workflow to be run in the scenario specific user interface, and the simulation of the

• Display Scenario Configuration
The simulator displays a list of the various configuration parameters that may be used to configure the simulated execution of the workflow. These are grouped by the type of input required by the scenario, based on their role in the execution of the workflow. In addition, a Configure button allows a user to change any of the parameters from the configuration.
Input/Value Scenarios
In the simplest scenarios, the workflow has no inputs, and is executing just a single activity that creates a new record in a database. The Simulator is capable of simulating execution with just about any workflow that produces a single output (regardless of whether that output is saved to the database or returned as a reference to a consumer).
In more complex scenarios, the workflow will typically be a composite of multiple activities. This composite workflow provides the ability to display the workflow and then choose to execute various activities in the workflow in sequence. The Simulator provides the ability to associate an activity with a scenario, and then allows the workflow to execute the currently associated scenario. Thus, if an activity is associated with a scenario, the simulator displays that scenario as the work order executes.
Remember, a scenario is just a static set of elements, so any number of scenarios can be associated with an activity, and any activity can be associated with any number of scenarios.
In addition, the activity instance can be loaded with a new or existing configuration based on what is appropriate for the task at hand.
Sample Workflow- Lifesaver by Alancustar:
* The Sample Workflow executes the scenario labeled “My Plan” on the left. This workflow executes activities as they are grouped into episodes in this order:
(1) Configuration (2) Database Access (3) Logging (4) Commanding
Each of the task assignments in the workflow is done so that each task completes before the next is executed.
Note: Due to the nature of the workflow, each activity must result in a single output. Therefore, the workflow is guaranteed to execute in a single pass through the workflow.
Performing the Task:
The user can choose to perform the task by clicking on the Run Simulation button. The task is performed based on the configuration attribute values currently loaded.
Scenario Configuration Parameters:
For the Workflow Simulator Crack For Windows to correctly simulate the execution of the scenario, a workflow designer should group the activities into the appropriate episodes. The Workflow Simulator Download With Full Crack provides some of this support by allowing the creation and viewing of tags that group
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User interfaces are “pluggable” into the simulator; this means that the “host” workflow has a method that accepts a reference to a user interface object. The workflows are then responsible for rendering the user interface element, and setting the various properties of the user interface control. For example, if a user interface control is the goal of the workflow, the workflow will retrieve the user interface from the control and use it to implement the request as appropriate.
While the simulator itself cannot control the UI, it is possible to restrict the UI to certain “instructions”. Instructions are either included with the workflow control, or can be included as control properties (such as Instruction).
You can specify one of two instruction types to control the flow of the UI –  a shared instruction that is included with all the workflow, and a per-flow instruction that is stored in the workflow control.
A shared instruction contains a collection of instructions. This allows UI flows that are a part of the same workflow to share a common set of instructions. Each UI instruction has the same set of properties and logic.
Shared Instruction
Shared instruction control is used to ensure that “global” UI logic is isolated from the workflow-specific UI control. This is accomplished by either creating a single instruction for each workflow, or by creating a single instruction within a directive.
The shared instruction itself has no properties or logic. Rather, it controls the flow of the shared “function”, or logic, of the UI. It also has access to the workflow and control from which it was retrieved, so that the proper workflow functions can be executed.
What this means is that the UI logic can be manipulated to make it independent of the UI control the flow is being executed from. There are several examples of this throughout the Workflow Simulator application.
Directive Instruction
Directive instruction control is used to specify per-workflow control logic. This is useful if you would like to create different set of instructions for different workflow.
The instruction should contain the flow/function that the user interface should control. The instructions can be either general or specific to each workflow. This is accomplished by setting the Instance property of the Instruction to the name of the workflow instance, or ID of the workflow instance, that contains the flow.
Each workflow instance is identified by a name. This is the user-friendly name that can be displayed in the UI. If the workflow instance name is specified as

Example 1: Use the MyFirstTask-WorkflowSimulator as the user interface for a scenario with only one root activity MyFirstTask. You should be able to use any available UIFrameworkElement to provide a graphical representation of the workflow.
 
Example 2: Use the SecondTask-WorkflowSimulator as the user interface for a scenario with two root activities: MyFirstTask and MySecondTask. You should be able to use any available UIFrameworkElement to provide a graphical representation of the workflow.
 
More information:
Examples: The example Scenarios described below are extremely contrived examples only. Use any of the Example Scenarios for guidance to create a more natural user interface to the scenarios provided. You should be able to create any UIFrameworkElement that supports drag and drop operations to display the workflow execution in the currently opened WorkflowSimulator.
 
Dynamic scenarios: The UIFrameworkElement for the user interface to the business scenario is embedded in the EXE rather than a DLL. In addition to the configuration described here, you must also include the assembly that contains the user interface  on the workflow or scenario assembly so that the user interface can be instantiated.
Embedded User Interfaces: The business scenario is embedded within the application. In this case, the application supplies the root user interface for the simulated scenario as part of the workflow (as a workflow activity or some other type of activity). This approach is a great way to make the simulation part of your application. The most common use case for this type of workflow is where the application is testing an existing workflow that does not use a UIFrameworkElement but instead has a different type of user interface.
 
Caveats:
Several limitations are inherent to the user interface for dynamic scenarios. Workflows are not compatible with unknown activities. In other words, you cannot create a workflow that is, in itself, dynamic and then choose some arbitrary activity that you will be using. In this type of scenario, a UIFrameworkElement must be known at compile time. This means that the possible user interfaces are:
– The UIFrameworkElement interface of your choice.
– An activity that has an execution code (i.e. a CallActivity, CallActivityAsync, or BindActivity) that calls the callback of a known activity with a known UIFrameworkElement.
– An activity that is based on the workflows contained in the assembly that contains the dynamic

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Minimum:
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4 GB RAM Graphics: NVIDIA GeForce GTX 660 (2 GB VRAM)
NVIDIA GeForce GTX 660 (2 GB VRAM) HDD: 25 GB available space
25 GB available space Sound Card: onboard
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