What infrastructure is required?

Policy-1 operates on the z/OS platform and integrates directly with Db2. It does not require specific subsystems beyond a functioning Db2 environment.

For mainframe products: Does this run in an LPAR?

Policy-1 runs within an LPAR on z/OS, leveraging the z/OS environment for its operations. It is dependent on the z/OS operating system and Db2 subsystem.

Does this enhance or replace an existing product?

Policy-1 enhances Db2 by providing automated return code handling. It does not replace Db2 but extends its capabilities for error management.

What other products or components must be present for this to work?

Policy-1 requires a running Db2 subsystem to function. It integrates directly with Db2 to intercept and process SQL return codes.

What is the business value of Policy-1?

Policy-1 reduces the need for manual intervention in handling Db2 SQL return codes, which can save time and resources. It also improves application stability by ensuring consistent error handling.

How does Policy-1 improve application stability?

By automating error handling, Policy-1 helps organizations avoid application outages and data corruption issues related to unhandled Db2 SQL return codes. This leads to improved service levels and reduced operational costs.

How does Policy-1 enforce error handling policies?

Policy-1 can be used to enforce consistent error handling policies across all Db2 applications, ensuring that errors are handled in a standardized and predictable manner. This improves overall application quality and maintainability.

How does Policy-1 address security concerns?

Policy-1 operates transparently to applications, meaning it does not require any changes to application code. This reduces the risk of introducing new security vulnerabilities during implementation.

Does Policy-1 provide audit logging?

Policy-1 can be configured to log all handled Db2 SQL return codes, providing an audit trail of error handling activities. This information can be used to identify potential security issues or performance bottlenecks.

Can Policy-1 integrate with SIEM systems?

Policy-1 can be integrated with existing security information and event management (SIEM) systems to provide real-time alerts for critical Db2 SQL return codes. This allows security teams to quickly respond to potential security incidents.

How is Policy-1 typically deployed?

Policy-1 is typically deployed on-premise, within the z/OS environment where Db2 is running. It requires minimal configuration and can be implemented without disrupting existing applications.

What level of technical expertise is required to implement Policy-1?

Implementing Policy-1 requires a basic understanding of Db2 and z/OS. The software is designed to be easy to use and does not require specialized skills.

What ongoing operational requirements exist?

Ongoing operational requirements for Policy-1 include monitoring the software to ensure it is running correctly and reviewing the logs to identify any potential issues. Regular maintenance is not typically required.

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Policy-1

Log-On Software Active z/OS

Problem Analysis and Recovery Application Development Db2

Vendor

Log-On Software

Product Overview

Policy-1 is a software solution designed to automate the handling of Db2 SQL return codes on z/OS. It intercepts and processes non-zero return codes, providing automatic actions such as issuing WTOs, replacing return codes, abending programs, or calling subroutines. The software operates transparently, requiring no modifications to existing Db2 applications or the Db2 subsystem itself.

Policy-1 integrates directly with Db2, monitoring SQL return codes and applying predefined rules. The architecture of Policy-1 consists of several key components. A central control module manages the overall operation of the software.

Configuration data, including the rules for handling specific return codes, is stored in a dedicated repository. An interception module intercepts SQL return codes from Db2. An action execution module performs the configured actions based on the intercepted return codes.

These components communicate through internal APIs and data structures. Policy-1 is deployed on-premise within the z/OS environment, typically running in an LPAR alongside Db2. It requires minimal network configuration and integrates seamlessly with existing security infrastructure.

Compared to alternatives like manual coding or other Db2 performance monitoring tools, Policy-1 offers a focused and efficient solution for return code management.

Frequently Asked Questions

What does Policy-1 do?

Policy-1 automates the handling of Db2 SQL return codes. It allows for automatic processing of non-zero return codes, such as issuing a WTO, replacing the Db2 return code, abending the program, or calling a subroutine.

Is this a system, application, or tool?

Policy-1 is a software tool designed to enhance Db2 application development and problem analysis. It operates transparently to both applications and Db2, requiring no application changes.

What types of organizations use this?

Organizations that rely heavily on Db2 databases and need to ensure the stability and reliability of their applications would benefit from Policy-1. This includes enterprises in finance, insurance, and other industries with critical Db2-based systems.

When should we consider Policy-1?

A company should consider using Policy-1 when they experience issues related to Db2 SQL return codes impacting application stability. It is especially useful when they want to avoid modifying existing applications to handle these return codes.

What are the alternatives to Policy-1?

Alternatives to Policy-1 include manual coding of error handling routines within applications, using other Db2 performance monitoring tools, or implementing custom solutions for return code management.

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