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PIE/CICS Dynamic Menus

Name: PIE/CICS Dynamic Menus
Availability: InStock

UNICOM Systems Active z/OS

Tools and Utilities 3270 CICS

Vendor

UNICOM Systems

Product Overview

The architecture of PIE/CICS Dynamic Menus centers around three main components: the Menu Definition Manager, the Menu Interpreter, and the Menu Presentation module. The Menu Definition Manager is responsible for creating and maintaining menu definitions. These definitions are stored in configuration files, which specify the menu structure, options, and associated actions.

The Menu Interpreter processes these definitions, translating them into a format that the CICS environment can understand. The Menu Presentation module then displays the menus to the user. Communication between these components occurs within the CICS environment, utilizing standard CICS protocols.

The Menu Definition Manager interacts with the configuration files, which are typically stored on z/OS datasets. The Menu Interpreter reads these files and processes the menu definitions. The Menu Presentation module then uses CICS services to display the menus to the user.

Security is handled through CICS security mechanisms, including user IDs and passwords. Access to menu definition files is secured through standard z/OS security mechanisms, such as RACF. There are no external APIs.

The primary administrative interface is through CICS commands and configuration files.

Frequently Asked Questions

What is PIE/CICS Dynamic Menus and what does it do?

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PIE/CICS Dynamic Menus is a tool for creating and modifying CICS menus without requiring application programming. It allows users to define menu structures, add or remove options, and customize menu behavior dynamically. This eliminates the need to recompile and redeploy applications for menu changes.

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What are the primary benefits of using PIE/CICS Dynamic Menus?

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The primary benefits include reduced development time, simplified menu management, and increased flexibility. Menu changes can be implemented quickly without impacting existing CICS applications. It also improves user experience by allowing for personalized and context-aware menus.

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How does PIE/CICS Dynamic Menus integrate with CICS?

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PIE/CICS Dynamic Menus integrates with CICS through a CICS transaction that interprets menu definitions and presents the menus to users. It uses CICS services to interact with the CICS environment, allowing it to dynamically create and manage menus within the CICS region.

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Is PIE/CICS Dynamic Menus easy to install and configure?

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PIE/CICS Dynamic Menus is designed for ease of use. Installation typically involves defining a few CICS resources and configuring access to the menu definition files. The product provides utilities and sample configurations to simplify the setup process.

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What are the main components of PIE/CICS Dynamic Menus?

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The main components include the Menu Definition Manager, the Menu Interpreter, and the Menu Presentation module. The Menu Definition Manager is used to create and maintain menu definitions. The Menu Interpreter processes these definitions, and the Menu Presentation module displays the menus to the user.

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What protocols are used for communication?

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PIE/CICS Dynamic Menus uses standard CICS protocols for communication within the CICS environment. It interacts with CICS through its transaction processing capabilities, utilizing internal CICS communication mechanisms.

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What types of APIs does PIE/CICS Dynamic Menus expose?

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PIE/CICS Dynamic Menus does not expose external APIs. Its functionality is accessed through the CICS transaction interface. Menu definitions are managed through configuration files and utilities provided with the product.

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What are the main configuration parameters?

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Main configuration parameters include the location of menu definition files, security settings for menu access, and transaction IDs used to invoke the menu system. These parameters are typically set through CICS resource definitions and product-specific configuration files.

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How does PIE/CICS Dynamic Menus reduce development costs?

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By eliminating the need for application programming to modify menus, PIE/CICS Dynamic Menus reduces development costs. Menu changes can be implemented by modifying configuration files, which is significantly faster and less expensive than modifying and redeploying application code.

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How does PIE/CICS Dynamic Menus improve user productivity?

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PIE/CICS Dynamic Menus improves user productivity by providing a more efficient and user-friendly interface. Dynamic menus can be tailored to specific user roles and tasks, reducing the time users spend navigating the system.

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What is the return on investment (ROI) for PIE/CICS Dynamic Menus?

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The ROI for PIE/CICS Dynamic Menus is realized through reduced development costs, faster time-to-market for menu changes, and improved user productivity. The ability to quickly adapt menus to changing business requirements also contributes to a positive ROI.

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How does PIE/CICS Dynamic Menus support business agility?

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PIE/CICS Dynamic Menus supports business agility by enabling rapid response to changing business needs. Menu modifications can be implemented quickly, allowing organizations to adapt to new requirements and opportunities without extensive development cycles.

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What authentication methods are supported?

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PIE/CICS Dynamic Menus leverages the security features of CICS. Authentication is handled through CICS security mechanisms, which may include user IDs and passwords, and integration with external security managers.

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What access control model is used?

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PIE/CICS Dynamic Menus uses the CICS security model for access control. This model typically involves user authentication and authorization based on user IDs and associated security profiles defined within CICS or an external security manager.

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What audit/logging capabilities exist?

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PIE/CICS Dynamic Menus integrates with CICS logging and auditing features. CICS provides capabilities to log security events, including user logins, access attempts, and other relevant activities. This information can be used for auditing and security monitoring.

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How is access to menu definitions secured?

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Access to menu definition files is secured through standard z/OS security mechanisms, such as RACF or equivalent security managers. Access control lists (ACLs) are used to restrict access to authorized users and groups, ensuring that only authorized personnel can modify menu definitions.

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What administrative interfaces are available?

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The primary administrative interface is through CICS commands and utilities. Menu definitions are managed via configuration files, which are edited using standard z/OS text editors. There is no separate GUI or web console.

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How is user management handled?

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User management is handled through CICS security mechanisms. User access to the menu system is controlled by defining user IDs and associated security profiles within CICS or an external security manager.

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What are the main configuration parameters?

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The main configuration parameters include the location of menu definition files, security settings for menu access, and transaction IDs used to invoke the menu system. These are typically set through CICS resource definitions and product-specific configuration files.

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What monitoring/logging capabilities exist?

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PIE/CICS Dynamic Menus leverages CICS monitoring and logging capabilities. CICS provides facilities to monitor transaction performance, resource usage, and security events. Logs can be reviewed to troubleshoot issues and monitor system activity.

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