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Growing maintenance fees, scarcity of trained developers, expected end-of-life announcements, cumbersome deployment processes, platform dependencies – these are just a few reasons companies are migrating from legacy Mainframe COBOL applications to modern Java/C# solutions. Whether migrating management support systems, operations infrastructure or reporting applications, the COBOL to Java/C# migration process is usually highly complex, risky, expensive and time consuming.

CTU (COBOL-to-Universal) is an automated conversion tool that transforms electricity history timeline a Mainframe-based legacy application from COBOL to Java or C#, producing grade 9 electricity unit test answers object oriented code that can be easily maintainable and efficiently integrated with other Java and C# applications. CTU supports the full environment of the Mainframe-based COBOL application, including databases (e.g.,DB2, IDMS, IMS and VSAM), TP monitors (e.g., CICS), JCL, utilities (e.g., IDCAMS), and SORT. The resulting code has the exact functionality of the original legacy application and can easily be tested and implemented in production.

During initial project kick-off, Modern Systems will provide the customer with an inventory preparation guide that details how to ‘punch’ and gather all required components from the legacy mainframe environment to be converted gas and supply shreveport. Modern Systems uses these resources to establish the definitive project inventory and to populate a repository of components to be migrated to the target environment.

Once the Inventory Analysis is complete, the next phase is to review the in-scope application inventory and document design decisions related to the source and target platforms, data modeling from legacy to relational, data migration rules for the database, and any required files, and code migration rules or anomalies that are encountered.

Converted, functionally equivalent application code is then delivered to the customer in a series of work packets, based electricity word search pdf on milestones determined during the initial analysis. Automated COBOL Conversion covers online applications, batch programs, and JCL members. Modern Systems tests the converted code, then delivers it along with any required frameworks to the customer.

Since gas out Modern Systems does not require code freezes during the conversion process, there will be a final code refresh performed to account for changes to the source system during the conversion process. Once complete, the customer is responsible for testing the target environment while Modern Systems provides post-delivery support for a contracted time frame.

The Modern Systems COBOL reengineering solution generates fully web-based applications to replace current CICS, IMS-DC, and IDMS-DC COBOL applications. Whether reengineering COBOL to .NET or COBOL electricity invented or discovered to Java, the result is a fresh set of new web applications that take full advantage of web processing while providing the same basic functionality as the existing COBOL applications. With our tool-based reengineering of COBOL to C# or Java, any former database or file access is replaced with object processing against the relational database of choice.

After the project is complete, the new C# and Java applications are maintained in Visual Studio, Eclipse, or any other standard IDE. The new relational database can be from a Modern Systems database conversion (IDMS, Adabas, IMS, or VSAM), a purchased relational database, or a relational database designed from scratch. The new application is native to Java or .NET, has a very small code footprint (like eon gas card top up COBOL), and can include buttons, pull-downs, hyperlinks, gridviews, and other web features. In addition, the new data access methods are easily used as a service by other applications.