What are the common commands and syntax used in ASG-AutoChange?

Common commands include SEARCH, REPLACE, and MODIFY. The syntax typically involves specifying the source file, the search string, the replacement string, and any applicable options. For example, a command might specify a search for a specific variable name and replace it with a new name across multiple COBOL programs.

What configuration files or interfaces are used by ASG-AutoChange?

Configuration files are used to define search and replace parameters, file locations, and other settings. These files allow users to customize the behavior of the tool. Interfaces include batch job submissions and potentially interactive sessions, depending on the implementation.

What are the main system components of ASG-AutoChange?

The architecture includes components for parsing COBOL source code, applying changes, and managing the change process. These components work together to ensure that modifications are applied correctly and consistently across the codebase.

What databases or storage mechanisms are used by ASG-AutoChange?

The tool likely uses a combination of file-based storage for source code and configuration data. The specific database or storage mechanisms are not detailed in the available information.

What is the business value of using ASG-AutoChange?

ASG-AutoChange enables efficient and accurate mass changes to COBOL source code, reducing the time and effort required for large-scale code modifications. This can lead to significant cost savings and improved project timelines.

How does ASG-AutoChange improve code quality and reduce risk?

By automating code changes, ASG-AutoChange minimizes the risk of human error, ensuring that modifications are applied consistently across the entire codebase. This improves the reliability and maintainability of COBOL applications.

How does ASG-AutoChange support compliance and regulatory requirements?

The tool facilitates compliance with industry standards and regulations by enabling efficient updates to COBOL code. This is particularly important for projects like Year 2000 and Euro currency conversions, where adherence to specific requirements is critical.

How does ASG-AutoChange accelerate project timelines?

ASG-AutoChange can significantly reduce the time required to complete code modification projects. This allows organizations to respond more quickly to changing business needs and market demands.

What authentication methods are supported by ASG-AutoChange?

Specific authentication methods supported by ASG-AutoChange are not detailed in the available information. However, the tool likely integrates with the z/OS security infrastructure to manage user access and permissions.

What access control model is used by ASG-AutoChange?

The access control model used by ASG-AutoChange is not explicitly defined in the available information. However, it likely leverages the security features of the z/OS platform to manage user access and permissions.

What encryption is used and where?

The tool likely uses encryption for sensitive data, such as passwords and configuration settings. The specific encryption methods and where they are applied are not detailed in the available information.

What audit/logging capabilities exist?

ASG-AutoChange includes audit and logging capabilities to track user actions and system events. This allows administrators to monitor activity, troubleshoot issues, and ensure compliance with security policies.

What administrative interfaces are available?

Administrative interfaces may include a Command Line Interface (CLI) for executing commands and a batch job submission process for automated tasks. The specific interfaces available depend on the implementation.

How is user management handled?

User management is likely handled through integration with the z/OS security infrastructure. This allows administrators to manage user accounts, roles, and permissions using existing security tools.

What are the main configuration parameters?

Main configuration parameters include settings for file locations, search and replace patterns, and logging options. These parameters allow administrators to customize the tool's behavior to meet specific project requirements.

What monitoring/logging capabilities exist?

Monitoring and logging capabilities allow administrators to track the progress of code changes, identify errors, and troubleshoot issues. Log files provide detailed information about the operations performed by the tool.

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ASG-AutoChange

ASG Technologies Not Supported z/OS

Tools and Utilities Application Development COBOL

Vendor

ASG Technologies

Product Overview

The architecture of ASG-AutoChange comprised several key components designed to facilitate mass changes to COBOL source code on z/OS. The main components included a COBOL parser, a change engine, and a configuration manager. The COBOL parser was responsible for analyzing the source code and identifying the elements to be modified.

The change engine applied the specified modifications, such as search and replace operations, based on the parameters defined in the configuration files. The configuration manager handled the storage and retrieval of settings, including file locations, search patterns, and logging options. These components communicated through internal interfaces, ensuring that changes were applied consistently and accurately across the codebase.

The tool used file-based storage for source code and configuration data. The administrative interfaces included a command-line interface (CLI) for executing commands and batch job submissions for automated tasks. However, ASG-AutoChange is no longer supported.

Organizations should migrate to a supported COBOL development environment.

Frequently Asked Questions

What is ASG-AutoChange?

ASG-AutoChange is a tool designed for mass changes to COBOL source code on the z/OS platform. It allows users to automate and manage modifications across large codebases, such as those needed for Year 2000 or Euro currency conversions.

How does ASG-AutoChange integrate with other ASG products?

The tool integrates with ASG-Estimate to define the scope of changes and ASG-Insight and ASG-SmartEdit to implement the changes. This integration streamlines the process of identifying, planning, and executing code modifications.

What are the primary use cases for ASG-AutoChange?

ASG-AutoChange is primarily used for large-scale code modifications, such as global search and replace operations, and for adapting COBOL applications to new standards or requirements. It is particularly useful for projects that require consistent changes across numerous source files.

What file formats does ASG-AutoChange support?

While specific details on supported file formats are not available, ASG-AutoChange is designed to work with COBOL source code files. The tool is intended to handle the syntax and structure of COBOL programs to facilitate accurate and reliable code changes.

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