CICS Application Migration AID Modernization Guide

CICS Application Migration AID was designed to automate the conversion of CICS COBOL and assembler macro-level applications to command-level applications, reducing manual effort.

The tool analyzes existing macro-level code, identifies areas needing conversion, and automatically generates equivalent command-level code. It also provides reports to highlight areas where manual intervention is required.

The tool supports COBOL and assembler languages, specifically those used in CICS macro-level applications. It is tailored to convert EXEC CICS macro-level calls to their command-level equivalents.

The tool generates reports that detail the conversion process, highlighting areas where the conversion was successful and areas where manual intervention is needed. These reports aid developers in understanding the changes and addressing any issues.

The tool analyzes CICS macro-level code and converts EXEC CICS macro calls to their command-level equivalents. For example, a macro like DFHREAD could be converted to EXEC CICS READ.

The tool uses configuration files to define conversion rules and settings. These files specify how different macros should be translated into command-level code and allow customization of the conversion process.

The tool does not expose APIs. It operates primarily as a batch-oriented conversion utility, analyzing source code and generating modified source code.

The tool's architecture involves components for parsing macro-level code, applying conversion rules, and generating command-level code. Key components include the macro analyzer, conversion engine, and code generator.

By automating the conversion from macro-level to command-level CICS applications, the tool reduces the manual effort required for migration, saving time and resources.

The tool helps modernize legacy CICS applications by converting them to command-level code, which is easier to maintain and integrate with newer technologies.

The tool generates reports that highlight areas needing manual intervention, allowing developers to focus on the most critical parts of the conversion process and ensuring higher quality results.

The tool itself does not implement specific authentication methods. Security considerations are primarily related to the access controls and permissions of the z/OS environment where the tool is executed.

The tool relies on the security mechanisms provided by the z/OS operating system, such as RACF, to control access to the tool and its resources.

The tool does not provide built-in encryption capabilities. Data security is managed through the underlying z/OS environment, which may include encryption at the data set level.

The tool generates logs that record the conversion process, including any errors or warnings encountered. These logs can be used for auditing and troubleshooting purposes.

The tool is administered through the z/OS environment, using standard z/OS commands and utilities for managing jobs, data sets, and security.

User management is handled by the z/OS security system (e.g., RACF), which controls access to the tool and its resources based on user IDs and permissions.

The tool's configuration parameters are typically set in configuration files, which define the conversion rules and settings. These files are managed using standard z/OS data set management techniques.

The tool provides logging capabilities that record the conversion process, including any errors or warnings. These logs can be monitored using standard z/OS monitoring tools and utilities.