Workfow Server is a ready-to-use Workflow Engine-based application that you can deploy into your infrastructure. It can be integrated with NodeJS, PHP, Ruby, .NET, or Java applications via a REST API. Workflow Server is a key component for managing the lifecycle of business objects within your enterprise.

Add a new workflow functionality. More flexibility in settings. WorkflowEngine.NET is a component that adds workflow functionality to your application. It can be fully integrated with the application, or be implemented as a specific stand-alone service (such as a web service).

The benefits of using WorkflowEngine.NET:

Code-free process scheme design in a web-browser (HTML5)
High performance
Add a custom workflow to your project. As easy as a pie!
Autogenerate incoming list
Change the scheme process in real-time
Database providers: MS SQL Server, MongoDB, RavenDB, Oracle, MySQL, PostgreSQL.

Whether your requirement is transferring thousands of files securely, compiling month-end reports, or extracting data from a homegrown application, Automate robots will streamline your workload so you can focus on the strategic activities where you add the most value. In just a few minutes of dragging and dropping, you can configure a robot to follow all the steps in the process that you would follow. You don’t even have to schedule the robot for the same time every day—your robotic process can be triggered by an event such as a file arrival.

Workflow Engine is a lightweight all-in-one component that enables you to add custom executable .NET and Java workflows of any complexity to any software, be it your own creation or a third-party solution, with minimal changes to existing code. Workflow Engine works out of the box, offering you the widest range of features so that you can develop executable workflows of any complexity that get the necessary work done.

Add a new workflow functionality. More flexibility in settings. Get transparent and predictable development results! WorkflowEngine.NET is a component that adds workflow functionality to your application. It can be fully integrated with the application, or be implemented as a specific stand-alone service (such as a web service).

The CData ADO.NET Provider for Eloqua gives developers the power to easily connect .NET applications to Oracle Eloqua data, including Contacts, Campaigns, Emails, Activities, and more! The Eloqua Data Provider makes this Oracle Eloqua data look like SQL tables in your applications. With the CData ADO.NET Provider for Eloqua developers can simply DataBind to data, just like using SQL Server.

The CData ADO.NET Provider for Eloqua gives developers the power to easily connect .NET applications to Oracle Eloqua data, including Contacts, Campaigns, Emails, Activities, and more! The Eloqua Data Provider makes this Oracle Eloqua data look like SQL tables in your applications. With the CData ADO.NET Provider for Eloqua developers can simply DataBind to data, just like using SQL Server.

AceText is a companion that eases and speeds up your everyday computer activities, whether that is writing reports or documents, text editing, programming, collecting information, conducting research, sending and responding to email, messaging and chatting, or any or all of those. In all these activities you are working with text. AceText is a smart software tool that simplifies working with text by enabling you to store, manage, edit and reuse text from a central location.

8 steps for creating a process scheme

Create Actors, Command, and Timers.
Create the first Activity marked as “Initial”.
Create Activities, in which the document can move from the current Activity. Link the current and new Activities with the help of Transitions.
For each new Activity indicate:
4.1. In the State field - the name of a document’s status.
4.2. If the status can be forcefully moved into a particular state, then check the box “For set state.”
4.3. If a scheme may be updated in this Activity, then check the box “Auto scheme update.”
4.4. Fill in the Action calls in the boxes “Implementation” and “Pre-ExecutionImplementation.” Methods from the “Implementation” box will be called, when the document moves to a respective Activity (in “Pre-Execute” mode, methods from the “Pre-Execution Implementation” box will be called). If you use the constructor functionality to build a concordance history, then you need to add the appropriate methods in the data blocks (in our example, these are UpdateTransitionHistory and WriteTransitionHistory, respectively).
For each new Transition:
5.1. Indicate the value of the Classifier. Use “Direct” or “Reverse” for direct or reverse Transitions, respectively.
5.2. In the “Restrictions” block, indicate Actors with access rights for this Transition. When several Conditions are indicated, they are grouped by AND. This function is available for Trigger type equal Command.
5.3. In the “Triggers” block, indicate the type of operation (as per p. 3.5) that initiates a Transition.
5.4. In the “Condition” block, indicate the type of Condition (as per p. 3.5) that helps define the possibility of a Transition and choose an appropriate Transition Type.
If each new Activity contains possible Transitions, repeat pp. 3–6 for each Activity. If these Activities are final, mark them as “Final.”
Create Parameters and indicate them in the appropriate Commands.
Create Localization.

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