Issues are automatically closed (status: Closed) when: an issue (of any status) has been properly fixed => Resolution: Fixed. an issue no longer exists because the related coding rule has been deactived or is no longer available (ie: plugin has been removed) => Resolution: Removed.
- 1 Which of the following issue status will be automatically set by SonarQube?
- 2 How do I resolve SonarQube issues?
- 3 What are bugs in SonarQube?
- 4 What is bug and code smell in SonarQube?
- 5 When an issue is automatically closed SonarQube?
- 6 What is quality gate status in SonarQube?
- 7 How do I refresh SonarQube?
- 8 How do I access SonarQube?
- 9 What is a blocker issue in SonarQube?
- 10 How do I ignore bugs in SonarQube?
- 11 What is difference between bug and code smell?
- 12 What are vulnerabilities in SonarQube?
- 13 What are examples of code smell?
- 14 How do I get rid of code smell?
- 15 What is code coverage SonarQube?
Which of the following issue status will be automatically set by SonarQube?
Resolved (Won’t Fix) – set automatically by SonarQube when a Security Auditor Accepts the fix done by a developer on a Manual Vulnerability or when an Open Hotspot or Manual Vulnerability is Cleared by a Security Auditor.
How do I resolve SonarQube issues?
If you want to apply the same resolution to a big number of issues, you can use the Bulk Change feature (introduced in SonarQube 3.7 LTS). In your particular case, you could also define issue exclusion rules to prevent these issues from being raised on selected parts of the code (introduced in SonarQube 4.0).
What are bugs in SonarQube?
Definition. Bug. An issue that represents something wrong in the code. If this has not broken yet, it will, and probably at the worst possible moment. This needs to be fixed.
What is bug and code smell in SonarQube?
SonarQube version 5.5 introduces the concept of Code Smell. According to Wikipedia and Robert C. Martin “Code smell, also known as bad smell, in computer programming code, refers to any symptom in the source code of a program that possibly indicates a deeper problem.
When an issue is automatically closed SonarQube?
Issues are automatically closed (status: Closed) when: an issue (of any status) has been properly fixed = Resolution: Fixed. an issue no longer exists because the related coding rule has been deactived or is no longer available (ie: plugin has been removed) = Resolution: Removed.
What is quality gate status in SonarQube?
Quality Gates are the set of conditions a project must meet before it should be pushed to further environments. Quality Gates considers all of the quality metrics for a project and assigns a passed or failed designation for that project.
How do I refresh SonarQube?
Restart SonarQube Restarting SonarQube can be done manually from the command line by running sonar.sh restart or directly from the UI: in the Update Center when you have Pending Changes, the restart button will be displayed in the yellow banner (see Pending Operations)
How do I access SonarQube?
- Run SonarQube server.
- Run docker ps and check if a server is up and running.
- Wait for the server to start and log in to SonarQube server on http://localhost:9000 using default credentials: login: admin password: admin.
- Go to: http://localhost:9000/account/security/ and generate a token.
What is a blocker issue in SonarQube?
The set of coding rules is defined through the quality profile associated with the project. Each issue has one of five severities: BLOCKER. Bug with a high probability to impact the behavior of the application in production: memory leak, unclosed JDBC connection,. The code MUST be immediately fixed.
How do I ignore bugs in SonarQube?
You can put //NOSONAR at the end of the line triggering the warning. For most languages, SonarQube supports the use of the generic mechanism: //NOSONAR at the end of the line of the issue. This will suppress all issues – now and in the future – that might be raised on the line.
What is difference between bug and code smell?
Code smells are usually not bugs; they are not technically incorrect and do not prevent the program from functioning. Instead, they indicate weaknesses in design that may slow down development or increase the risk of bugs or failures in the future. Thus, a code smell is a driver for refactoring.
What are vulnerabilities in SonarQube?
Vulnerabilities SonarQube provides detailed issue descriptions and code highlights that explain why your code is at risk. Just follow the guidance, check in a fix and secure your application.
What are examples of code smell?
For example: Comments, Duplicate Code, Lazy Class, Data Class, Dead Code, Speculative Generality. All the smells in this group contribute to excessive coupling between classes or show what happens if coupling is replaced by excessive delegation.
How do I get rid of code smell?
Here are 3 easy ways to reduce the number of hacks and code smells in your projects.
- Eliminate gold plating. I looked over the artifacts for my last couple projects in order to find some insight.
- Negotiate for time to refactor. Lots to do, with very little time.
- Go heavy on unit testing and documentation.
What is code coverage SonarQube?
Code coverage is a metric that many teams use to check the quality of their tests, as it represents the percentage of production code that has been tested. Discover how to apply the Gradle Jacoco plugin to your project and run a SonarQube scan to generate a code coverage report.