What are the most common commands and their syntax, and what configuration files are used?

Common commands include: `CREATE`, `ALTER`, `DELETE`, `LIST`, and `ACTIVATE`. Syntax examples: `CREATE TERMINAL terminal_name`, `ALTER PRINTER printer_name`, `DELETE USER user_id`. Configuration files include the CMVT control file, which stores settings for terminal definitions and security profiles.

What types of APIs are exposed, what are the main components, and how do they communicate?

CMVT for IMS does not expose REST or SOAP APIs. It uses native APIs for IMS integration. The main components are the CMVT Control Program, the Terminal Definition Manager, and the Security Manager. Communication occurs through z/OS system services and IMS control blocks.

What are the network requirements for CMVT for IMS?

CMVT for IMS uses z/OS system services and IMS control blocks for communication. It does not use specific databases. Network requirements include connectivity to the IMS subsystem and access to the z/OS system.

How does CMVT for IMS improve efficiency?

CMVT for IMS streamlines IMS administration by enabling terminal and printer changes without requiring system generations. This reduces downtime and accelerates the change management process.

What are the cost savings associated with CMVT for IMS?

Cost savings come from reduced system downtime, decreased manual effort, and fewer system generation cycles. This leads to increased productivity and lower operational costs.

What are the key use cases for CMVT for IMS?

Key use cases include dynamic terminal definition, printer configuration, and user profile management. It allows for real-time adjustments to terminal and printer settings.

How does CMVT for IMS reduce errors?

CMVT for IMS reduces the risk of errors by providing a controlled environment for changes, minimizing manual intervention, and offering features like change validation.

What authentication methods are supported?

CMVT for IMS supports RACF, ACF2, and Top Secret for authentication. It integrates with existing security infrastructure on z/OS.

What access control model is used?

CMVT for IMS uses role-based access control (RBAC) to manage user permissions. Administrators define roles and assign users to those roles, controlling access to specific functions.

What encryption methods are used?

CMVT for IMS does not perform encryption of data at rest or in transit. It relies on the underlying z/OS security infrastructure for data protection.

What audit and logging capabilities exist?

CMVT for IMS provides comprehensive audit logging of all changes and user actions. Audit trails are stored in SMF records for security and compliance purposes.

What administrative interfaces are available?

CMVT for IMS provides a TSO/ISPF interface for administration. This includes panels for defining terminals, printers, and security profiles.

How is user management handled?

User management is handled through integration with z/OS security products like RACF, ACF2, or Top Secret. User access is controlled via security profiles.

What are the main configuration parameters?

Main configuration parameters include terminal definitions, printer definitions, security profiles, and system-level settings. These are managed through the ISPF interface.

What monitoring capabilities exist?

CMVT for IMS does not have built-in monitoring capabilities. It relies on standard z/OS monitoring tools and IMS monitoring facilities.

How are logs and audit trails managed?

Logs and audit trails are stored in SMF records. These records can be analyzed using standard z/OS tools for security and compliance reporting.

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BMC AMI Change Manager Virtual Terminal for IMS

BMC Active z/OS

Tools and Utilities IMS Administration

Vendor

BMC

Product Overview

The architecture of BMC AMI Change Manager Virtual Terminal for IMS (CMVT for IMS) is centered around several key components designed to facilitate dynamic terminal and printer management on z/OS. The core component is the CMVT Control Program, which manages the overall operation and interacts with the IMS subsystem. The Terminal Definition Manager is responsible for handling terminal and printer definitions, allowing administrators to `CREATE`, `ALTER`, and `DELETE` configurations without system generations.

The Security Manager integrates with z/OS security products such as RACF, ACF2, and Top Secret, providing authentication and authorization services through role-based access control (RBAC). Communication between these components occurs through z/OS system services and IMS control blocks. CMVT for IMS does not use external databases for storing terminal or printer definitions; instead, it relies on the CMVT control file for persistent storage of settings.

The TSO/ISPF interface provides the primary means of interaction for administrators, allowing them to manage configurations and security settings. Audit logging is provided through SMF records, ensuring a comprehensive audit trail of all changes and user actions. CMVT for IMS does not expose REST or SOAP APIs, relying on native APIs for IMS integration.

Compared to manual processes, CMVT for IMS reduces the risk of errors and accelerates the change management lifecycle.

Frequently Asked Questions

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BMC AMI Change Manager Virtual Terminal for IMS

Product Overview

Frequently Asked Questions

What are the most common commands and their syntax, and what configuration files are used?

What types of APIs are exposed, what are the main components, and how do they communicate?

What are the network requirements for CMVT for IMS?

How does CMVT for IMS improve efficiency?

What are the cost savings associated with CMVT for IMS?

What are the key use cases for CMVT for IMS?

How does CMVT for IMS reduce errors?

What authentication methods are supported by CMVT for IMS? What access control model is used in CMVT for IMS? What encryption methods are used in CMVT for IMS? What audit and logging capabilities are available in CMVT for IMS? How does CMVT for IMS ensure data security and integrity?

What authentication methods are supported?

What access control model is used?

What encryption methods are used?

What audit and logging capabilities exist?

What administrative interfaces are available for CMVT for IMS? How is user management handled in CMVT for IMS? What are the main configuration parameters for CMVT for IMS? What monitoring capabilities are available for CMVT for IMS? How are logs and audit trails managed in CMVT for IMS?

What administrative interfaces are available?

How is user management handled?

What are the main configuration parameters?

What monitoring capabilities exist?

How are logs and audit trails managed?

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