SonarCloud is a cloud-based alternative to the SonarQube platform. It is a fully managed SaaS solution, improving human-developed and AI-assisted code at scale SonarCloud integrates seamlessly with popular version control and CI/CD platforms such as GitHub, Bitbucket, and Azure DevOps. It provides static code analysis to identify and help remediate issues such as bugs and security vulnerabilities. SonarCloud enables developers to receive immediate feedback on their code within their development environment, facilitating the maintenance of high-quality code standards, and promoting a culture of continuous improvement in software development projects. It helps produce software that is secure, reliable, and maintainable. SonarCloud is free for open-source projects and is offered as a paid subscription for private projects, priced per line of code.
SonarQube is a self-managed open-source platform that helps developers create code devoid of quality and vulnerability issues. By integrating seamlessly with the top DevOps platforms in the Continuous Integration (CI) pipeline, SonarQube continuously inspects projects across multiple programming languages, providing immediate status feedback while coding. SonarQube’s quality gates become part of your release pipeline, displaying pass/fail results for new code based on quality profiles you customize to your company standards. Following Sonar’s Clean as You Code methodology guarantees that only software of the highest quality makes it to production.
At its core, SonarQube includes a static code analyzer that identifies bugs, security vulnerabilities, hidden secrets, and code smells. The platform guides you through issue resolution, fostering a culture of continuous improvement. SonarQube’s comprehensive reporting is a valuable tool for dev teams to monitor their codebase's overall health and quality across multiple projects in their portfolio. With SonarQube, you can achieve a state of Clean Code, leading to secure, reliable, and maintainable software.
Sonar is the only solution combining the power of industry-leading software quality analysis with static application security testing (SAST) and real-time coding guidance in the IDE (with SonarLint) to meet the DevOps and DevSecOps demand of putting agility, automation, and security in the hands of developers. Further accelerate DevOps continuous integration by helping developers find and fix issues in code before the software testing stage, reducing the churn of finding, fixing, rebuilding, and retesting your app.
With over 5,000 Clean Code rules, SonarQube analyzes 30+ of the most popular programming languages, including dozens of frameworks, the top DevOps platforms (GitLab, GitHub, Azure DevOps, and Bitbucket, and more), and the leading infrastructure as code (IaC) platforms.
SonarQube is the most trusted static code analyzer used by over 7 million developers and 400,000 organizations globally to clean over half a trillion lines of code.
FAQs
Budget and resources: SonarCloud is more cost-effective when you developing a project with limited budget and resources. However, you may consider SonarQube if you have enough budget and resources because it provide more stability and performances.
What are the limitations of SonarCloud? ›
Complexity: Some users have found SonarCloud to be complex, making it more challenging to use and configure. Limited runtime code flaw detection: Several users have mentioned that SonarCloud is not able to detect runtime code flaws effectively, expressing a desire for improvement in this area.
Is SonarCloud any good? ›
Top vulnerability and security tool: Reviewers have consistently praised SonarCloud as a top vulnerability and security tool, with multiple users highlighting its strong focus on security and compliance.
What are the major issues with SonarQube? ›
In this article, we explore the most common SonarQube issues in Java code, providing examples and best practices for avoiding and resolving these issues.
- Code Duplication. ...
- Unnecessary Imports. ...
- Null Pointer Dereference. ...
- Unreleased Resources. ...
- Catch-Blocks Catching Broad Exceptions. ...
- Missing Break Statement in Switch-Case.
The Benefits of SonarQube Source Code Coverage
- Improve quality.
- Grow developer skills.
- Continuous quality management.
- Reduce risk.
- Scale with ease.
Budget and resources: SonarCloud is more cost-effective when you developing a project with limited budget and resources. However, you may consider SonarQube if you have enough budget and resources because it provide more stability and performances.
What is the main advantage of using SonarCloud? ›
SonarCloud doesn't just find quality issues in your code, it also helps you quickly understand the problem along with contextual guidance on how to fix it.
Who are SonarCloud competitors? ›
Top SonarCloud Alternatives
- Web Application Scanning (WAS)
- GitLab.
- Snyk Code.
- GitHub Enterprise.
- CodeSonar.
- JFrog Software Supply Chain Platform.
- GuardRails.
properties in the source repository." "The biggest downside of SonarQube is that it can be difficult to configure and set up. It also requires a lot of manual configuration and maintenance."
Is SonarCloud expensive? ›
SonarCloud is free for open-source projects and is offered as a paid subscription for private projects, priced per line of code. Get the SonarCloud Buyer's Guide and find out what your peers are saying about SonarCloud, SonarQube, Veracode and more! SonarCloud is the #10 ranked solution in AST tools.
However, passive sonar also has some drawbacks. It relies on the sound emitted by the target, which may be weak, irregular, or masked by background noise. Passive sonar also has difficulty in measuring the range and speed of the target, since it does not have a reference point for the sound travel time.
What company owns SonarQube? ›
SonarSource is a Swiss company founded in 2008. It develops open source software for continuous code quality and security.
What are vulnerabilities in SonarQube? ›
Vulnerability: A point in your code that's open to attack. Code Smell: A maintainability issue that makes your code confusing and difficult to maintain.
What is the difference between SonarQube and sonar Scanner? ›
With the sonar-scanner you would just have a list of issues. With SonarQube, you can track the state of your codebase overtime, manage the results, and make sure you focus on, for example, new code.
What language is SonarQube written in? ›
SonarQube supports the programming languages: Java (including Android), C#, C, C++, JavaScript, TypeScript, Python, Go, Swift, COBOL, Apex, PHP, Kotlin, Ruby, Scala, HTML, CSS, ABAP, Flex, Objective-C, PL/I, PL/SQL, RPG, T-SQL, VB.NET, VB6, and XML.
Is SonarQube static or dynamic? ›
SonarQube — It is on-premise, web-based static code analysis tool. It is mostly used in organization within CI pipeline.
What are the limitations of sonar technology? ›
Limitations of Sound Navigation and Ranging
Range: The range of a sonar system is typically limited by the properties of the water in which it is operating, as well as by the frequency of the sound waves that it uses. This can make it difficult to detect objects at very long distances.
What are some of the limitations of sonar sensors? ›
Disadvantages
- Cannot work in a vacuum. ...
- Not suitable for use underwater.
- Soft materials will have an impact on sensor accuracy. ...
- Temperature changes of 5-10 degrees Celsius or more will affect sensor accuracy. ...
- Small objects have a hard time reflecting sound waves. ...
- It is difficult to capture reflected waves of certain shapes.
Quotas for Google Cloud Functions encompass 3 areas:
- Resource Limits. These affect the total amount of resources your functions can consume.
- Time Limits. These affect how long things can run.
- Rate Limits. These affect the rate at which you can call the Cloud Functions API to manage your functions.
Limitations of cloud computing
- risk of vendor lock-in.
- less control over underlying cloud infrastructure.
- concerns about security risks like data privacy and online threats.
- integration complexity with existing systems.
- unforeseen costs and unexpected expenses.
