What programming languages and environments are supported?

BMC AMI DevX Code Debug is a debugging tool for z/OS applications. It allows developers to analyze and debug COBOL, Assembler, PL/I, and C programs running in CICS, IMS, TSO, and Db2 environments. The tool provides features for interactive debugging, including setting breakpoints, inspecting variables, and stepping through code.

What are the key benefits of using this tool?

Supported languages include COBOL, Assembler, PL/I, and C. It supports debugging in CICS, IMS, TSO, and Db2 environments.

How does BMC AMI DevX Code Debug integrate into the development workflow?

Key benefits include reduced debugging time, improved code quality, and faster application development cycles. It provides a comprehensive set of debugging features that help developers identify and resolve issues efficiently.

What is the history of BMC AMI DevX Code Debug?

It integrates directly into the z/OS environment, allowing developers to debug applications in their native execution context. Developers can initiate debugging sessions from within their preferred development tools or through ISPF panels.

How does BMC AMI DevX Code Debug compare to other debugging tools?

Originally known as Xpediter, the product was developed by Compuware. BMC acquired Compuware in 2020 and renamed the product to BMC AMI DevX Code Debug.

How does BMC AMI DevX Code Debug improve developer productivity?

By reducing debugging time, the tool accelerates application development cycles. This leads to faster time-to-market for new features and applications. Improved code quality also reduces the risk of production incidents.

What is the return on investment (ROI) of using this tool?

The tool helps to identify and resolve software defects early in the development lifecycle. This reduces the cost of fixing bugs and minimizes the impact on production systems.

How does BMC AMI DevX Code Debug contribute to business goals?

By enabling faster debugging and improved code quality, the tool helps organizations deliver more reliable and efficient applications. This can lead to increased customer satisfaction and improved business outcomes.

What types of applications benefit most from this tool?

The tool supports debugging of critical business applications running on z/OS. This ensures that these applications operate correctly and reliably, supporting key business processes.

What authentication methods are supported?

The tool supports authentication through RACF, ACF2, or Top Secret, which are standard security systems on z/OS. These systems manage user identities and access permissions.

What access control model is used?

Access control is typically managed through the underlying z/OS security system (RACF, ACF2, or Top Secret). This allows for role-based access control, where users are assigned roles with specific permissions.

What encryption is used and where?

Encryption is provided by the underlying z/OS security infrastructure. The tool itself does not provide encryption.

What audit/logging capabilities exist?

Audit logging is provided through the z/OS security system (RACF, ACF2, or Top Secret). These systems log user actions and security-related events.

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BMC AMI DevX Code Debug

BMC Active z/OS

Problem Analysis and Recovery Application Development

Vendor

BMC

Product Overview

The architecture of BMC AMI DevX Code Debug comprises several key components. The Debug Engine is the core component, responsible for controlling the debugging process, managing breakpoints, and interacting with the debugged application. The Debugger Interface provides the user interface, typically through ISPF panels, allowing developers to interact with the Debug Engine.

The Application Interface facilitates communication with the debugged application, enabling the debugger to control its execution and access its data. Communication between these components occurs through z/OS system services and inter-process communication mechanisms. The Debug Engine interacts with the Debugger Interface to display debugging information and receive user commands.

The Application Interface interacts with the debugged application to control its execution. Configuration and session data are stored in z/OS datasets. The tool does not use external databases.

Authentication is handled through the z/OS security system, supporting RACF, ACF2, or Top Secret. The tool supports debugging of COBOL, Assembler, PL/I, and C applications within CICS, IMS, TSO, and Db2 environments. Key commands include SET, DISPLAY, GOTO, STEP, and RUN.

The SET command is used to set breakpoints or modify variable values. DISPLAY shows the contents of variables. GOTO jumps to a specific line of code.

STEP executes the next line, and RUN continues execution.

Frequently Asked Questions

What are the most frequently used commands and their syntax?

Common commands include SET, DISPLAY, GOTO, STEP, and RUN. The SET command is used to set breakpoints or modify variable values. DISPLAY shows the contents of variables. GOTO jumps to a specific line of code. STEP executes the next line, and RUN continues execution.

What configuration files and interfaces are used?

Configuration files are used to store debugging session settings and preferences. Interfaces include ISPF panels and potentially command-line interfaces for automation. These interfaces allow users to configure debugging sessions, manage breakpoints, and control program execution.

What types of APIs and protocols are supported?

The product does not expose REST or SOAP APIs. Communication protocols include standard z/OS protocols for interacting with the operating system and the debugged applications.

What are the main system components?

Key components include the Debug Engine, the Debugger Interface, and the Application Interface. The Debug Engine handles the core debugging functions. The Debugger Interface provides the user interface, and the Application Interface interacts with the debugged application.

How do the components communicate?

Components communicate through z/OS system services and inter-process communication mechanisms. The Debug Engine interacts with the Debugger Interface to display debugging information and receive user commands. The Application Interface interacts with the debugged application to control its execution.

What databases or storage mechanisms are used?

The product uses z/OS datasets for storing configuration and session data. It does not use external databases.

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BMC AMI DevX Code Debug

Product Overview

Frequently Asked Questions

What are the primary functions of BMC AMI DevX Code Debug?

What programming languages and environments are supported?

What are the key benefits of using this tool?

How does BMC AMI DevX Code Debug integrate into the development workflow?

What is the history of BMC AMI DevX Code Debug?

How does BMC AMI DevX Code Debug compare to other debugging tools?

What are the most frequently used commands and their syntax?

What configuration files and interfaces are used?

What types of APIs and protocols are supported?

What are the main system components?

How do the components communicate?

What databases or storage mechanisms are used?

How does BMC AMI DevX Code Debug improve developer productivity?

What is the return on investment (ROI) of using this tool?

How does BMC AMI DevX Code Debug contribute to business goals?

What types of applications benefit most from this tool?

What authentication methods are supported?

What access control model is used?

What encryption is used and where?

What audit/logging capabilities exist?

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