What are the common commands and syntax used in Shadow z/Presentation?

Common operations include screen definition, field mapping, and data transformation. The syntax involves defining screen elements and mapping them to data structures in the target application. Configuration files are used to define these mappings and transformations.

What types of APIs and integration methods are available?

The product exposes APIs for integration, including REST and potentially SOAP. API endpoints are used to access mainframe data and functionality. Supported programming languages include Java and .NET, with corresponding SDKs for integration. Communication protocols include TCP/IP.

What are the main architectural components of Shadow z/Presentation?

Key components include the Screen Definition Manager, the Transformation Engine, and the Communication Gateway. These components communicate via TCP/IP. Data storage mechanisms are not explicitly defined, as the focus is on real-time screen scraping and transformation.

How is Shadow z/Presentation configured and managed?

Configuration is managed through configuration files that define screen mappings, data transformations, and communication settings. The product provides a GUI for managing these configurations. Monitoring and logging capabilities are available for troubleshooting and performance analysis.

What is the business value of using Shadow z/Presentation?

Shadow z/Presentation allows organizations to extend the life of their mainframe applications by integrating them with modern systems. This reduces the need for costly and complex mainframe application rewrites, preserving existing investments.

How does Shadow z/Presentation improve user experience and business agility?

By enabling integration with Java and .NET applications, Shadow z/Presentation allows businesses to create new user interfaces and workflows without changing the core mainframe applications. This improves user experience and agility.

How does Shadow z/Presentation impact application development?

The product facilitates the reuse of existing mainframe application logic and data, reducing the time and resources required for new application development. This accelerates project timelines and lowers development costs.

What security features are provided by Shadow z/Presentation?

The product supports authentication methods to secure access to mainframe resources. It integrates with security infrastructure to ensure data protection during communication and processing. Detailed audit logs track user activities and system events.

How does Shadow z/Presentation handle access control and data protection?

Access control is managed through the configuration of user roles and permissions. Encryption is used to protect sensitive data during transmission and potentially at rest. Audit logs record user actions and system events for security monitoring.

What audit and logging capabilities are available?

Audit logging captures user activities, system events, and security-related incidents. These logs are essential for security monitoring, compliance, and forensic analysis. The logs can be integrated with security information and event management (SIEM) systems.

What monitoring and logging capabilities are available for operations?

The product provides monitoring capabilities to track system performance and identify potential issues. Logging features record events and errors for troubleshooting. These features help ensure the stability and reliability of the integration environment.

How is Shadow z/Presentation managed and maintained in an operational environment?

Configuration files are used to define screen mappings, data transformations, and communication settings. The product provides a GUI for managing these configurations. Regular backups of configuration files are recommended.

What are the network requirements for Shadow z/Presentation?

The product integrates with existing network infrastructure, requiring specific ports to be open for communication. Network configurations must be set up to ensure proper connectivity between the mainframe and distributed systems.

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Shadow z/Presentation

Name: Shadow z/Presentation
Availability: InStock

Rocket Software Active z/OS

Legacy Application/Data Access 3270 Application Development

Vendor

Rocket Software

Product Overview

The architecture of Shadow z/Presentation comprises several key components. The Screen Definition Manager is responsible for defining and managing the 3270 screens. The Transformation Engine handles data mapping, conversions, and business logic.

The Communication Gateway facilitates the connection to the mainframe applications. These components communicate via TCP/IP. The Screen Definition Manager uses configuration files to store screen definitions and field mappings.

The Transformation Engine uses rules and scripts to transform data. The Communication Gateway manages the connection to the mainframe, supporting protocols like OTMA, CICS COMMAREA, APPC, and FEPI. The product does not use a dedicated database for storing data; instead, it operates in real-time, extracting and transforming data from 3270 screens.

The GUI provides a central interface for managing these components and configurations. NET applications via APIs. The API endpoints are used to access mainframe data and functionality.

The product supports RBAC with role-based permissions. Audit logs record user actions and system events for security monitoring.

Frequently Asked Questions

What is the core functionality of Shadow z/Presentation?

Shadow z/Presentation enables integration of mainframe applications with distributed environments without modifying the mainframe code. It provides a way to web-enable applications, supporting protocols like OTMA, CICS COMMAREA, APPC, and FEPI.

How does Shadow z/Presentation integrate mainframe applications with distributed systems?

The product facilitates screen-scraping, allowing data and application logic to be extracted from 3270 screens. This extracted information can then be integrated into Java and .NET applications. It supports various mainframe application types, including CICS, CA IDMS, CA Ideal, Natural, and IMS.

Who is the vendor of Shadow z/Presentation, and what is its role in the market?

Shadow z/Presentation was acquired by Rocket Software. It allows for the modernization of mainframe applications by providing a bridge to modern application architectures. This enables organizations to leverage existing mainframe investments while adopting new technologies.

What mainframe application types are supported by Shadow z/Presentation?

The product supports various mainframe application types, including CICS, CA IDMS, CA Ideal, Natural, and IMS. It provides a way to web-enable applications, supporting protocols like OTMA, CICS COMMAREA, APPC, and FEPI.

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Shadow z/Presentation

Product Overview

Frequently Asked Questions

What is the core functionality of Shadow z/Presentation?

How does Shadow z/Presentation integrate mainframe applications with distributed systems?

Who is the vendor of Shadow z/Presentation, and what is its role in the market?

What mainframe application types are supported by Shadow z/Presentation?

What are the common commands and syntax used in Shadow z/Presentation?

What types of APIs and integration methods are available?

What are the main architectural components of Shadow z/Presentation?

How is Shadow z/Presentation configured and managed?

What is the business value of using Shadow z/Presentation?

How does Shadow z/Presentation improve user experience and business agility?

How does Shadow z/Presentation impact application development?

What security features are provided by Shadow z/Presentation?

How does Shadow z/Presentation handle access control and data protection?

What audit and logging capabilities are available?

What monitoring and logging capabilities are available for operations?

How is Shadow z/Presentation managed and maintained in an operational environment?

What are the network requirements for Shadow z/Presentation?

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