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MAINVIEW AutoOperator TapeSHARE

BMC Active z/OS

Sharing Tape

Vendor

BMC

Product Overview

The architecture of MAINVIEW AutoOperator TapeSHARE comprises several key components. The TapeSHARE address space is the central process, responsible for managing the overall sharing functionality. The TapeSHARE control module handles the allocation and deallocation of tape drives, responding to requests from z/OS systems.

Configuration data sets store the parameters that define shared tape drives, participating systems, and operational thresholds. Communication between components occurs through z/OS system services and internal mechanisms. There is no direct API, but the AutoOperator interface provides access to the functionality.

The product uses z/OS security, relying on existing security profiles for access control. Monitoring and logging are integrated with MAINVIEW AutoOperator, providing real-time status and performance metrics. The product supports a wide range of tape drive types compatible with z/OS.

The configuration data sets are critical for defining the shared tape drive environment and are managed through the AutoOperator interface. The product does not use any external databases or storage mechanisms beyond the z/OS environment.

Frequently Asked Questions

What is MAINVIEW AutoOperator TapeSHARE's primary function?

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MAINVIEW AutoOperator TapeSHARE enables the sharing of tape drives across multiple z/OS systems. It automates the process of bringing tape drives online and offline as needed, optimizing tape resource utilization. This eliminates the need for manual intervention and reduces operational overhead.

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What are the key benefits of using TapeSHARE?

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TapeSHARE provides improved tape drive utilization, reduced operational costs, and simplified tape management. It minimizes manual tasks associated with tape drive allocation and deallocation, leading to increased efficiency and reduced errors. The automated sharing capabilities ensure that tape resources are available when and where they are needed.

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How does TapeSHARE integrate with other BMC products?

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TapeSHARE is an extension of MAINVIEW AutoOperator. It leverages the existing automation and monitoring capabilities of AutoOperator to manage tape drive sharing. This integration allows for a unified management console and streamlined operations across the z/OS environment.

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What types of tape drives are supported?

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TapeSHARE supports a wide range of tape drive types compatible with z/OS, including both physical and virtual tape libraries. The specific drive models supported are dependent on the z/OS system and hardware configuration. Consult the product documentation for a comprehensive list of supported devices.

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What are the main components of TapeSHARE?

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Key components include the TapeSHARE address space, the TapeSHARE control module, and the TapeSHARE data sets. The address space manages the overall sharing functionality, the control module handles drive allocation and deallocation, and the data sets store configuration and operational data.

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What communication protocols does TapeSHARE use?

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TapeSHARE utilizes z/OS system services and internal communication mechanisms for inter-system communication. It relies on the z/OS operating system for managing tape device allocation and deallocation requests across systems. Specific protocols are internal to the z/OS environment.

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What are the primary configuration parameters?

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Configuration parameters include the definition of shared tape drives, the systems participating in the sharing, and various operational thresholds. These parameters are typically defined in configuration data sets and are used to control the behavior of the tape sharing environment.

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How are tape drives brought online and offline?

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Tape drives are brought online and offline automatically based on resource availability and workload demands. TapeSHARE monitors the status of tape drives and initiates the necessary actions to make them available to requesting systems. This automation minimizes manual intervention.

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How does TapeSHARE reduce costs?

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TapeSHARE reduces costs by optimizing tape drive utilization, eliminating the need for dedicated tape drives per system, and minimizing manual intervention. This leads to fewer hardware requirements, reduced operational overhead, and improved resource efficiency.

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What is the impact on operational efficiency?

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TapeSHARE improves operational efficiency by automating tape drive management tasks, reducing the potential for human error, and providing a centralized view of tape resources. This allows operations teams to focus on other critical tasks and reduces the time spent on tape-related issues.

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How does TapeSHARE improve data center agility?

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TapeSHARE enhances data center agility by enabling dynamic allocation of tape resources. This allows organizations to respond quickly to changing workload demands and ensures that tape resources are available when and where they are needed, without manual intervention.

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What is the return on investment (ROI) for TapeSHARE?

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The ROI for TapeSHARE is realized through reduced hardware costs, decreased operational expenses, and improved resource utilization. The automation features minimize manual tasks, leading to increased productivity and a faster return on investment.

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What security features are included in TapeSHARE?

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TapeSHARE integrates with z/OS security features to control access to tape resources. It leverages existing security mechanisms, such as RACF or equivalent security managers, to ensure that only authorized users and systems can access shared tape drives. Security is managed at the z/OS level.

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How is access to tape drives controlled?

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Access to tape drives is controlled through the z/OS security system. Users and systems are granted or denied access based on their defined security profiles. TapeSHARE relies on these profiles to determine which systems and users are authorized to use shared tape drives.

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Are there any specific security considerations for shared tape drives?

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Yes, security considerations include ensuring that sensitive data is protected during tape operations and that only authorized users can access the data. Proper configuration of z/OS security profiles and regular security audits are essential to maintain data integrity and confidentiality.

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Does TapeSHARE support encryption?

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TapeSHARE itself does not provide encryption. However, it can be used in conjunction with z/OS encryption features or hardware-based encryption on the tape drives themselves. The encryption method used depends on the z/OS configuration and the capabilities of the tape hardware.

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What administrative interfaces are available?

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Administration is primarily performed through the MAINVIEW AutoOperator interface, which provides a graphical user interface (GUI) for managing tape sharing configurations and monitoring tape drive status. Command-line interfaces (CLIs) are also available for specific operations.

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How is monitoring and logging handled?

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TapeSHARE integrates with MAINVIEW AutoOperator's monitoring and logging capabilities. This provides real-time monitoring of tape drive status, performance metrics, and error conditions. Logs are generated for auditing and troubleshooting purposes.

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What are the key configuration parameters for operations?

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Key configuration parameters include the definition of shared tape drives, the systems participating in the sharing, and various operational thresholds. These parameters are typically defined in configuration data sets and are used to control the behavior of the tape sharing environment.

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How are alerts and notifications managed?

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Alerts and notifications are managed through the MAINVIEW AutoOperator framework. Operators can configure alerts based on specific events, such as tape drive errors or performance thresholds. Notifications can be sent via various channels, including email and system consoles.

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Share Your Product Experience

MAINVIEW AutoOperator TapeSHARE

Product Overview

Frequently Asked Questions

What is MAINVIEW AutoOperator TapeSHARE's primary function?

undefined

undefined

What are the key benefits of using TapeSHARE?

undefined

undefined

How does TapeSHARE integrate with other BMC products?

undefined

undefined

What types of tape drives are supported?

undefined

undefined

What are the main components of TapeSHARE?

undefined

undefined

What communication protocols does TapeSHARE use?

undefined

undefined

What are the primary configuration parameters?

undefined

undefined

How are tape drives brought online and offline?

undefined

undefined

How does TapeSHARE reduce costs?

undefined

undefined

What is the impact on operational efficiency?

undefined

undefined

How does TapeSHARE improve data center agility?

undefined

undefined

What is the return on investment (ROI) for TapeSHARE?

undefined

undefined

What security features are included in TapeSHARE?

undefined

undefined

How is access to tape drives controlled?

undefined

undefined

Are there any specific security considerations for shared tape drives?

undefined

undefined

Does TapeSHARE support encryption?

undefined

undefined

What administrative interfaces are available?

undefined

undefined

How is monitoring and logging handled?

undefined

undefined

What are the key configuration parameters for operations?

undefined

undefined

How are alerts and notifications managed?

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