What are the common commands and their syntax?

Common commands include `START SNA`, `STOP SNA`, `STATUS SNA`, `CONFIG SNA`, and `TRACE SNA`. The syntax varies, for example: `START SNA -config /path/to/config.cfg`. Configuration is managed through configuration files, typically in a text-based format.

What types of APIs does TPS/SNA expose?

TPS/SNA exposes native APIs for direct interaction with SNA protocols. These APIs allow developers to build applications that can send and receive data over SNA networks. Specific method names and endpoint patterns are defined in the API documentation.

What are the network requirements and port configurations?

TPS/SNA requires specific network ports for SNA communication. These ports are used for various SNA protocols and data transfer. Detailed port information is available in the product documentation.

What business value does TPS/SNA provide?

TPS/SNA enables organizations to integrate UNIX and Windows systems with existing SNA networks. This integration allows for the continued use of legacy systems while modernizing the IT infrastructure. It facilitates data exchange and application interoperability.

How does TPS/SNA provide flexibility in network design?

By supporting various data link types, TPS/SNA provides flexibility in network design. This flexibility allows organizations to leverage existing network infrastructure, reducing the need for costly hardware upgrades.

How does TPS/SNA protect investments in existing SNA applications?

TPS/SNA allows organizations to extend the life of their SNA applications. By providing a bridge between legacy SNA systems and modern platforms, it protects investments in existing applications and reduces the need for immediate replacements.

How does TPS/SNA facilitate data exchange between different platforms?

TPS/SNA facilitates data exchange between different platforms. This capability enables organizations to share data seamlessly between UNIX, Windows, and mainframe systems, improving data accessibility and decision-making.

What authentication methods are supported?

TPS/SNA supports authentication through user IDs and passwords. Access control is managed through system-level permissions. Detailed security configurations are available in the product documentation.

What access control model is used?

TPS/SNA uses system-level access control mechanisms to manage user permissions. This model ensures that users only have access to the resources and functions they are authorized to use. Detailed configuration is available in the product documentation.

What audit/logging capabilities exist?

TPS/SNA provides audit logging capabilities to track system activities. These logs record events such as user logins, configuration changes, and data transfers. This information is crucial for security monitoring and incident response.

What encryption is used and where?

Encryption is used for secure data transmission over the network. The specific encryption algorithms and protocols used are detailed in the product documentation. This ensures data confidentiality during transit.

What administrative interfaces are available?

Administrative interfaces include a Command Line Interface (CLI). User management is handled through system-level user accounts. Configuration parameters are set via configuration files. Monitoring is available through system logs and status commands.

How is user management handled?

User management is typically handled through the operating system's user account management tools. This integration allows administrators to manage user access consistently across the entire system.

What are the main configuration parameters?

Key configuration parameters include network settings, data link configurations, and security settings. These parameters are typically set in configuration files. Detailed configuration instructions are available in the product documentation.

What monitoring/logging capabilities exist?

Monitoring capabilities include system logs and status commands. These tools provide real-time information about the system's operation and performance. Detailed monitoring instructions are available in the product documentation.

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TPS/SNA

Name: TPS/SNA
Availability: InStock

TPS Systems Active z/OS z/VM zVSE/VSEn

Networks and Communication

Vendor

TPS Systems

Product Overview

The architecture of TPS/SNA is designed to provide robust SNA connectivity for UNIX and Windows systems. The core components include the SNA Gateway, Session Manager, and Data Link Control. The SNA Gateway acts as the primary interface to the SNA network, handling protocol conversions and data routing.

The Session Manager is responsible for managing SNA sessions and ensuring reliable communication. The Data Link Control component handles the physical data link connections, supporting SDLC, Token Ring, Ethernet, and DLSw. These components communicate using internal protocols, ensuring efficient data transfer.

Configuration data is stored in text-based configuration files. The SNA Gateway and Session Manager interact to establish and maintain SNA sessions. The Data Link Control component handles the physical transmission of data.

The system utilizes system-level authentication and access control mechanisms. Monitoring is achieved through system logs and status commands. Compared to other solutions, TPS/SNA offers a comprehensive set of SNA APIs and seamless integration with other TPS products, providing a reliable and scalable SNA solution.

Frequently Asked Questions

What is TPS/SNA?

TPS/SNA provides SNA connectivity for UNIX and Windows systems. It enables communication with SNA subarea and peer-to-peer networks. It supports various data link types, allowing integration with existing SNA environments.

What data link types are supported?

TPS/SNA supports SDLC, Token Ring, Ethernet, and DLSw data link types. This flexibility allows it to integrate with a wide range of network infrastructures, ensuring compatibility with diverse hardware configurations.

How does TPS/SNA integrate with other TPS products?

TPS/SNA is designed to work with other TPS products, such as TPS/SNA Primary and TPS/RJE. This integration allows for a comprehensive SNA solution, providing end-to-end connectivity and management capabilities.

What APIs are available for developers?

TPS/SNA provides a full set of SNA APIs, enabling developers to create custom applications that interact with SNA networks. These APIs allow for programmatic control and data exchange within the SNA environment.

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