TS EDI Generator 1.0

TS EDI Generator 1.0 gives you a useful tool that lets you generate EDI Medicare file using an XML feed or via direct entry into an MS Access database.

TS EDI Generator is a useful solution to avoid writing medicare info in cryptic EDI text format. Programmers and even end users can enter transmission data in Microsoft Access database and then use TS EDI Generator to create EDI formatted text ready to be transmitted to CMS. TS EDI Generator will pick information from user specified input data source either XML or an RDBMS. Using this information it will then generate EDI file according to the selected EDI standard.

Major Benefits:

• Supports multiple data source such as MS Access, XML.
• Has high adoptability for new segments due to segment injection technique used.
• Extensible framework, especially written to cater new EDI Standards because of strategy pattern.
• Simple user interface for configuration setting and end user usage.
• Simple API (Application Programming Interface) is exposed for programmer to convert different inputs to desire output EDI file

Major Features:

1. Simple Graphical user Interface and API
   • Simple yet intuitive user interface helps user in defining EDI Generator Configurations.
   • An API is exposed for integrating this component with existing .NET applications. API is simple and an API Manual is available to assist programmers in integrating the EDI Generator with their existing applications.
2. Effortless Installation
   • TS EDI installation wizard helps users in quick and easy installation of software.
3. Segment Injection
   • On demand Segment Injection for the selected standard using Strategy Pattern.
   • Each segment class has complete business logic for a specific segment resulting in extensible and maintainable design.
4. Patterns and Design
   • Design is based on MVC and Strategy pattern is used in the Controller for effective segment injection using the selected EDI standard.
   • Different application tiers are well segregated and a design featuring high cohesion and low coupling is developed.