Which type of tools is primarily used for static analysis?

Static analysis tools are designed to examine code without executing it, focusing on identifying potential vulnerabilities, code quality issues, and adherence to coding standards. These tools analyze the source code, bytecode, or binary code to detect errors or violations of rules that could lead to future defects.

The primary purpose of static testing tools is to provide developers and testers with early feedback on code quality before it is run in a live environment. By catching issues early in the development process, static analysis facilitates better coding practices and overall software quality.

In contrast, test execution/logging tools are utilized during the actual execution of tests to capture results and logs rather than analyze static code. Performance monitoring tools focus on measuring the application's performance during runtime, which is not applicable to static analysis. Management tools typically assist in organizing testing processes, resources, and teams rather than directly analyzing code.

Thus, the focus of static testing tools on code analysis without execution highlights their essential role in static analysis within the software development lifecycle.