How do I interact with Automatic Binary Optimizer?

The primary interface is through a batch utility. Configuration files specify the programs to be optimized and the optimization level.

How is optimization configured?

Optimization is controlled through configuration files. These files specify which programs to optimize and the level of optimization to apply. The configuration files are typically in a text-based format.

What specific optimizations are performed?

Automatic Binary Optimizer analyzes the compiled COBOL program and identifies areas for optimization. It then rewrites sections of the binary code to improve performance, such as instruction scheduling and branch prediction.

What is the business value of Automatic Binary Optimizer?

Automatic Binary Optimizer can improve the performance of COBOL applications, leading to reduced CPU consumption and faster transaction processing. This can translate into cost savings and improved service levels.

How does Automatic Binary Optimizer help leverage new hardware?

By optimizing existing COBOL applications, Automatic Binary Optimizer allows organizations to leverage the performance features of newer IBM mainframe hardware without the cost and risk of recompiling or migrating code.

How can Automatic Binary Optimizer reduce costs?

Improved performance can lead to reduced CPU usage, which can lower software licensing costs that are based on MSU consumption.

How does Automatic Binary Optimizer address security concerns?

Automatic Binary Optimizer operates on compiled binary code and does not require access to the COBOL source code, reducing the risk of exposing sensitive business logic.

What authentication methods are supported?

Access to Automatic Binary Optimizer's functions is typically controlled through z/OS security mechanisms such as RACF. Role-Based Access Control (RBAC) can be implemented to restrict access to authorized personnel.

What audit/logging capabilities exist?

Automatic Binary Optimizer generates logs that record optimization activities. These logs can be used for auditing and tracking changes made to the compiled code.

How is Automatic Binary Optimizer deployed?

Automatic Binary Optimizer is typically deployed as a batch job on z/OS. It requires access to the compiled COBOL programs and sufficient resources to perform the optimization process.

How is Automatic Binary Optimizer monitored?

Monitoring is typically performed by reviewing the logs generated by Automatic Binary Optimizer. These logs provide information on the programs optimized, the optimizations applied, and the performance improvements achieved.

What are the main configuration parameters?

The primary configuration parameters include the list of programs to optimize, the level of optimization to apply, and the location of the logs. These parameters are specified in the configuration files.

Are You a Vendor? Claim Your Listing

Take control of your product listings. Add verified information, showcase updates, and unlock a Claimed Vendor badge across the directory.

Claim Your Listing Now

Automatic Binary Optimizer

Name: Automatic Binary Optimizer
Availability: InStock

IBM Active z/OS

Performance COBOL

Vendor

IBM

Product Overview

Automatic Binary Optimizer is designed to optimize COBOL applications on z/OS without requiring recompilation. The architecture consists of several key components: a binary analyzer, an optimization engine, and a code rewriter. The binary analyzer examines the compiled COBOL program to identify areas for optimization.

The optimization engine applies various optimization techniques, such as instruction scheduling, branch optimization, and memory access improvements. The code rewriter modifies the binary code to implement the optimizations. Communication between components is primarily through internal APIs.

The optimization process is controlled through configuration files. The primary interface is a batch utility invoked via JCL. Security is enhanced by operating on compiled binary code, eliminating the need to access COBOL source code.

Logs are generated for auditing and tracking changes. Competing products may lack the same level of integration with z/OS or require more intrusive changes to the application environment. Access to Automatic Binary Optimizer's functions is typically controlled through z/OS security mechanisms such as RACF.

The system requires access to the compiled COBOL programs and sufficient resources to perform the optimization process.

Frequently Asked Questions

What does Automatic Binary Optimizer do?

Automatic Binary Optimizer analyzes compiled COBOL programs and applies optimizations without requiring recompilation. It leverages the latest IBM mainframe hardware capabilities to improve performance.

How does Automatic Binary Optimizer work?

Automatic Binary Optimizer works by analyzing the existing compiled COBOL code and rewriting sections to take advantage of hardware features. This includes instruction scheduling, branch optimization, and memory access improvements.

Is recompilation of COBOL source code required?

No, recompilation of the COBOL source code is not required. Automatic Binary Optimizer works directly on the compiled binary.

Related Products

Share Your Experience