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Bachelor Thesis ProjectEvaluating diplomatic complexity on functional JavaScriptSubject: Computer ScienceAuthor: Jesper Hanson, Sheriff Badman Supervisor: Tobias Olsson Semester: VT 2016 Subject:

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How to fill out evaluating cyclomatic complexity on

01

To fill out evaluating cyclomatic complexity, follow these steps:

02

Identify the source code or section of code you want to evaluate.

03

Count the number of decision points or branches in the code. Decision points can include conditional statements such as if-else, switch statements, loops, and other control structures.

04

Calculate the cyclomatic complexity by using the formula M = E - N + 2P, where M represents the cyclomatic complexity, E represents the number of edges or branches, N represents the number of nodes or decision points, and P represents the number of connected components.

05

Analyze the calculated cyclomatic complexity value. The higher the value, the more complex the code is, indicating higher potential for bugs and maintenance issues.

06

Use the obtained cyclomatic complexity value to prioritize testing efforts, identify areas of code that may require refactoring, and assess overall code quality and maintainability.

07

Repeat the process for different sections or modules of code as needed.

08

Document the results and share them with the relevant stakeholders or development team for further analysis and actions.

Who needs evaluating cyclomatic complexity on?

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Evaluating cyclomatic complexity is beneficial for:

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- Software developers and engineers who want to measure and improve the quality of their code.

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- Quality assurance professionals who need to prioritize testing efforts or identify high-risk code areas.

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- Project managers and stakeholders who want to assess the maintainability and potential risks of a software project.

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- Code reviewers who aim to identify complex code segments that may require refactoring or optimization.

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- Anyone involved in software development or maintenance, as understanding code complexity can lead to better overall code quality, efficiency, and maintainability.

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What is evaluating cyclomatic complexity on?

Evaluating cyclomatic complexity is based on the analysis of the complexity of a program's control flow.

Who is required to file evaluating cyclomatic complexity on?

Software developers and engineers are typically responsible for evaluating cyclomatic complexity.

How to fill out evaluating cyclomatic complexity on?

Evaluating cyclomatic complexity can be filled out by using automated tools or manually analyzing the code.

What is the purpose of evaluating cyclomatic complexity on?

The purpose of evaluating cyclomatic complexity is to identify and address areas of code that may be difficult to test and maintain.

What information must be reported on evaluating cyclomatic complexity on?

Information regarding the number of decision points, branches, and paths in the code must be reported when evaluating cyclomatic complexity.

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