What are the main system components and the platform it runs on?

The product operates on the z/OS platform. It utilizes system resources to process AFP data and generate PDF output. The specific system components include the AFP Parser, the Transformation Engine, and the PDF Generator.

How do the main components interact with each other?

The transformation process involves parsing AFP data, interpreting its formatting commands, and mapping these commands to equivalent PDF instructions. The AFP Parser reads the AFP data, the Transformation Engine converts the data, and the PDF Generator creates the PDF output.

What databases or storage mechanisms are used?

The product does not use a database. It reads AFP data from input files, transforms it, and writes the resulting PDF to output files. The storage mechanism is file-based, using the z/OS file system.

What is the primary business value of using this product?

The primary business value is enabling organizations to leverage their existing AFP-based print streams in a PDF environment. This allows for continued use of legacy applications while modernizing print and document workflows. It reduces the need to rewrite or replace existing AFP applications.

How does this product improve document management and workflows?

By converting AFP to PDF, organizations can integrate AFP documents with PDF-based document management systems and workflows. This facilitates easier archiving, retrieval, and distribution of documents in a widely supported format.

How does this product help reduce costs?

The product helps organizations reduce costs associated with maintaining legacy printing infrastructure. By converting AFP to PDF, it allows for the use of standard PDF printers and eliminates the need for specialized AFP printers.

How does this product improve document accessibility?

By converting AFP to PDF, organizations can improve document accessibility. PDF is a widely supported format, making documents easier to share and view across different platforms and devices.

What authentication methods are supported?

The product does not have built-in authentication methods. Security relies on the underlying z/OS system's security features, including user authentication and access control mechanisms. It leverages the security features of the z/OS environment.

What access control model is used?

Access control is managed through the z/OS security system, which supports role-based access control (RBAC). Users are assigned roles, and permissions are granted to those roles. This allows administrators to control access to the product's resources and functions.

What encryption is used and where?

The product does not provide encryption features. Security relies on the z/OS environment's encryption capabilities for data at rest and in transit. Secure file transfer protocols can be used to protect data during transmission.

What audit/logging capabilities exist?

The product relies on the z/OS system's auditing and logging capabilities. All actions performed by the product are logged through the z/OS system logs. This includes information about user access, transformations performed, and any errors encountered.

What administrative interfaces are available?

Administration is performed through the z/OS console and system utilities. There is no dedicated GUI or web console. Configuration is managed through JCL (Job Control Language) and system parameters.

How is user management handled?

User management is handled through the z/OS security system. User accounts and permissions are managed using the security features of z/OS. This includes defining user profiles and assigning roles.

What are the main configuration parameters?

The main configuration parameters are set through JCL and system initialization parameters. These parameters control aspects such as input and output file locations, font mapping, and transformation settings. Configuration changes typically require restarting the transformation process.

What monitoring and logging capabilities exist?

Monitoring is performed through z/OS system monitoring tools. Logging is provided through the z/OS system logs, which record events, errors, and performance data. There are no specific monitoring dashboards or tools provided with the product.

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Infoprint Transform for AFP to Adobe PDF

Name: Infoprint Transform for AFP to Adobe PDF
Availability: InStock

IBM Not Supported z/OS

Data Conversion Printing and Output

Vendor

IBM

Product Overview

The architecture of Infoprint Transform for AFP to Adobe PDF is centered around the transformation of AFP data streams into PDF format on the z/OS platform. The main components include the AFP Parser, the Transformation Engine, and the PDF Generator. The AFP Parser reads and interprets the AFP data stream, extracting formatting and content information.

The Transformation Engine then converts this information into PDF instructions, mapping AFP commands to their PDF equivalents. Finally, the PDF Generator creates the PDF output file. Communication between these components is primarily internal, managed through the product's processing logic.

The product utilizes the z/OS file system for input and output, reading AFP data from input files and writing the resulting PDF to output files. There is no database component. Network requirements are minimal, depending on the method of accessing AFP input files and delivering the PDF output.

Security relies on the z/OS security system, which supports RBAC. The product is not supported. Consider Infoprint Print Transform or other third-party solutions for AFP to PDF conversion.

The product does not provide encryption features, relying on the z/OS environment's capabilities.

Frequently Asked Questions

What is the primary function of Infoprint Transform for AFP to Adobe PDF?

Infoprint Transform for AFP to Adobe PDF converts AFP data streams into Adobe PDF format for printing and archiving. It processes AFP data, transforms it, and generates PDF output. This allows users to leverage existing AFP print streams in a PDF environment.

What specific data formats does this product support for conversion?

The product primarily converts AFP data streams. It does not directly handle other formats. The transformation process focuses on converting the structured data within AFP files into a PDF representation suitable for viewing and printing.

How does the transformation process work?

The transformation process involves parsing the AFP data stream, interpreting its formatting commands, and mapping these commands to equivalent PDF instructions. This includes handling fonts, graphics, and layout information to ensure accurate representation in the PDF output.

What are the typical use cases for this product?

The primary use case is to enable the printing and archiving of AFP documents in environments that support PDF. This allows organizations to maintain their existing AFP-based applications while transitioning to PDF-based workflows or integrating with PDF-compatible systems.

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Infoprint Transform for AFP to Adobe PDF

Product Overview

Frequently Asked Questions

What is the primary function of Infoprint Transform for AFP to Adobe PDF?

What specific data formats does this product support for conversion?

How does the transformation process work?

What are the typical use cases for this product?

What are the main system components and the platform it runs on?

How do the main components interact with each other?

What databases or storage mechanisms are used?

What are the network and port requirements?

What is the primary business value of using this product?

How does this product improve document management and workflows?

How does this product help reduce costs?

How does this product improve document accessibility?

What authentication methods are supported?

What access control model is used?

What encryption is used and where?

What audit/logging capabilities exist?

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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