How does CA LPD handle report formatting?

CA LPD enables the delivery of reports from LPR (Line Printer Requestor) on various platforms, including UNIX, System i (AS/400), and Microsoft Windows, to the JES spool while preserving formatting. It allows mainframe reporting and printing products to acquire and process these reports, facilitating printing on mainframe printers or storage in mainframe-related report management systems.

What platforms are supported by CA LPD?

CA LPD maintains the original formatting of reports generated by LPR on different platforms when transferring them to the JES spool. This ensures that reports retain their intended layout and readability when printed on mainframe printers or stored in mainframe-related systems.

Can CA LPD be used to store reports in mainframe report management systems?

CA LPD supports report delivery from LPR on UNIX, System i (AS/400), and Microsoft Windows platforms. These reports are then directed to the JES spool on the z/OS mainframe, enabling integration with mainframe printing and report management systems.

What communication protocols does CA LPD use?

The main components include the LPD Listener, the Spool Interface, and the Format Converter. The LPD Listener receives print requests from LPR clients. The Spool Interface interacts with the JES spool, and the Format Converter ensures compatibility between different report formats.

What are some common commands used with CA LPD?

CA LPD primarily uses the LPR protocol for receiving print requests from client systems. It then uses internal protocols to communicate with the JES spool and other mainframe components for report processing and storage.

What configuration files are used by CA LPD?

Common operations include configuring the LPD Listener, defining print queues, and managing report formats. Specific commands are used to start and stop the LPD service, configure printer definitions, and monitor print jobs.

How does CA LPD improve printing efficiency?

CA LPD addresses the challenge of integrating printing and report management across diverse platforms and the mainframe. It enables organizations to consolidate printing operations, maintain report formatting, and leverage mainframe resources for report processing and storage.

What are the benefits of using CA LPD for report management?

By centralizing print job processing and enabling direct delivery to the JES spool, CA LPD streamlines printing operations. This reduces the need for manual intervention, minimizes errors, and improves overall printing efficiency across the enterprise.

How does CA LPD support cost reduction?

CA LPD allows organizations to centralize report storage and management within the mainframe environment. This provides better control over report access, simplifies archiving, and ensures compliance with regulatory requirements.

What access control model is used?

CA LPD supports authentication methods that are compatible with the underlying z/OS security infrastructure. This may include methods such as user ID and password verification, and integration with security products like RACF or ACF2.

What encryption is used?

CA LPD integrates with the z/OS security model, which typically employs access control lists (ACLs) and role-based access control (RBAC) to manage user permissions. This allows administrators to define and enforce granular access policies.

What audit and logging capabilities exist?

CA LPD leverages the encryption capabilities of the z/OS platform for secure communication and data storage. This includes encryption of data in transit and at rest, ensuring the confidentiality and integrity of sensitive information.

How is user management handled?

CA LPD provides administrative interfaces that may include a command-line interface (CLI) for configuration and management tasks. These interfaces allow administrators to configure printer definitions, manage print queues, and monitor system performance.

What are the main configuration parameters?

User management in CA LPD is typically integrated with the underlying z/OS security infrastructure. User accounts and permissions are managed through security products like RACF or ACF2, ensuring consistent access control across the enterprise.

What monitoring and logging capabilities exist?

Main configuration parameters include printer definitions, queue settings, and network configurations. These parameters define how print jobs are handled, formatted, and directed to the JES spool. Specific parameters vary depending on the implementation.

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CA LPD

Broadcom Supported z/OS

Printing and Output

Vendor

Broadcom

Product Overview

The architecture of CA LPD comprises several key components: the LPD Listener, the Spool Interface, and the Format Converter. The LPD Listener is responsible for receiving print requests from LPR clients over TCP/IP, typically on port 515. The Spool Interface interacts with the JES spool on the z/OS mainframe, managing the queuing and processing of print jobs.

The Format Converter ensures that reports generated on different platforms are correctly formatted for printing on mainframe printers or storage in mainframe-related report management systems. Communication between these components occurs internally, using z/OS system services and APIs. Configuration files are used to define printer settings, queue definitions, and other operational parameters.

The product integrates with the z/OS security infrastructure, including authentication and access control mechanisms. The product does not expose external APIs. The primary data storage mechanism is the JES spool, which stores print jobs and associated metadata.

Network requirements include TCP/IP connectivity between the LPR clients and the z/OS mainframe, with the LPD Listener listening on a configurable port.

Frequently Asked Questions

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CA LPD

Product Overview

Frequently Asked Questions

What is CA LPD's primary function?

How does CA LPD handle report formatting?

What platforms are supported by CA LPD?

Can CA LPD be used to store reports in mainframe report management systems?

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What are the key components of CA LPD's architecture?

What communication protocols does CA LPD use?

What are some common commands used with CA LPD?

What configuration files are used by CA LPD?

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What business problems does CA LPD solve?

How does CA LPD improve printing efficiency?

What are the benefits of using CA LPD for report management?

How does CA LPD support cost reduction?

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What authentication methods are supported by CA LPD?

What access control model is used?

What encryption is used?

What audit and logging capabilities exist?

undefined

What administrative interfaces are available?

How is user management handled?

What are the main configuration parameters?

What monitoring and logging capabilities exist?

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