SonarQube (earlier known as Sonar) is an open source instrument suite to quantify and investigate to the nature of source code. It is carried out in Java language and can dissect the code of around 20 distinctive programming dialects. Anything that influences code base, from minor styling subtleties to basic plan mistakes, is investigated and assessed by SonarQube, which helps programming application designers to recognize the issue and its impact.

Discovered issues can either be Unreachable source code, a Bug, Vulnerability, Code Smell, Coverage or Duplication. Each category has a corresponding number of issues. Dashboard page shows where you stand in terms of quality in a glimpse of an eye.

To fully enforce a code quality practice across all teams, you need to set up a Quality Gate. A Quality Gate is a set of conditions the project must meet before it can qualify for production release. The overview of the project will show the results of the SonarQube analysis.

SonarQube, having two main products as sonarlint and sonarqube, categorizes Issues in the different type. It displays the corresponding number of issues or a percentage value as per different categories.

There are five different severity levels of Issues like blocker, critical, major, minor and info.

The issues tab has different filter criteria like category, severity level, tag(s), and the calculated effort (regarding time) it will take to rectify an issue.

From the issues tab, you have full power to analyze in detail what the main issues are, where they are located when they were added to your code base and who originally introduced them. It provides facility to assign an issue to another user, to add the comment on it, and change its severity level. On Click of a particular issue, shows more description about the issue.

Represents wrong code which has not broken yet but it will probably at the worst possible moment. Examples include null-pointer, memory leaks, and logic errors.

A maintainability-related issue in the code which indicate a violation of fundamental design principles. Code smell technically not incorrect but it is not functional as well. Examples include duplicated code, too complex code, Dead Code, Long Parameter List.

 A security-related issue which represents a backdoor for attackers. Examples include SQL injection, hard-coded passwords and badly managed errors.

20+ Programming LanguagesSonarQube 4.2 and higher version comes with code analyzer for each major programming language.

We often use multiple programming languages in the software application development – like [C#, C++ and JavaScript] or [Java, JavaScript and HTML]. SonarQube automatically detects the languages and run corresponding code analyzer for each language.

SonarQube enables the centralized system of storing the code metrics which allows an organization to estimate and predict risks of the project. SonarQube will not only simplify the deployment but also allows making a qualitative step forward for the project management, monitor the project status.

SonarQube provides the facility to create your own quality profiles, in which you can define Sonar Rules which can be shared among different projects.

How it helps for different users in Organization

As SonarQube give subtleties of various mistakes and coding quality level investigation it assists engineers with further developing the code quality and furthermore assists with further developing the coding abilities. The engineer can further develop information about the coding guidelines, best practices and so forth Routinely utilization of the SonarQube drives engineers to recognize the coding standard infringement and they will quite often cling to those guidelines even at the hour of coding.

SonarQube supports easy integration with version control system to track down the code changes along with developer’s detail who made those changes. This helps to identify the developer’s performance in coding practices.

Non-Technical management wants to see how measurable code quality and code security are going on. They don’t understand complexity and duplications. But with the matrix and total numbers, it is easy to make a decision for each project.

SonarLint is a free, open source, and accessible in the Visual Studio Gallery, which upholds C#, VB.NET which will assist you with fixing code quality issues before they even exist.

SonarLint can be utilized as a module for Visual Studio support just in Visual Studio 2015 and Visual Studio 2017.

SonarLint will provide developers with instant feedback in their IDEs as they are writing code, like with a spell checker. SonarLint also shows already existing issues in the code and enables developers to differentiate what issues they introduced.

Issues appear as you type code. SonarLint provides the facility to identify problems as you write code, just like a spell checker for text.

Error descriptions come with issue detection. SonarLint provides Rich documentation which will let you understand issues in details and explain what is coding best practices.

It gives a code example and shows how to resolve the example issue which is easy to understand the issue. In this way, SonarLint is powerful tools for developers to learn.

4. Push Notifications SonarLint tracks Quality Gate status like failed, passed, and warning. SonarLint also gives an analysis has assigned a new issue to you.

The user can connect to a SonarQube server and bind your Visual Studio solution to a SonarQube project. This operation automatically updates the rulesets of the solution and attaches the solution to the required Roslyn analyzers. 

SonarLint supports only in the IDE like IntelliJ, Eclipse and Visual Studio.

 SonarLint gives instant feedback as you type your code.

SonarLint concentrates on what you are writing run time while coding.

SonarLint does not performs scans with 3rd party analyzers

SonarQube has a server associated with it

SonarQube is a central server that processes which covers full analyses which need to be triggered by the various SonarQube Scanners.

Sonarqube give a vision of the quality of your complete project code base.

SonarQube analyzes all the source code for all files in frequent interval.

SonarQube performs scans with 3rd party analyzers (stylecorp,findBugs, checkstyle, PMD)

 In this article, we will know about Sonarlint vs sonarQube who is the better. 

Sonarlint vs sonarQube 

In the world of software development, ensuring the quality of code is paramount. Code quality directly impacts the reliability, security, and maintainability of software applications. To help developers analyze and improve their code, tools like SonarQube and SonarLint have gained significant popularity. While both tools have the same goal, they differ in their approach and functionality. In this blog post, we will explore the key differences between SonarQube and SonarLint.

SonarQube is a powerful and comprehensive code quality management platform. It provides a centralized dashboard that allows teams to track, manage, and improve the quality of their codebase. SonarQube performs static code analysis on various programming languages, including Java, C#, Python, and more. It identifies code smells, bugs, vulnerabilities, and code duplications, among other issues.

Static Code Analysis: SonarQube analyzes source code and identifies potential issues and vulnerabilities.

Code Smells and Bugs: It helps in identifying and eliminating code smells and bugs to enhance code quality.

Security Vulnerabilities: SonarQube scans code for security vulnerabilities and provides detailed reports.

Duplication Detection: It detects code duplications and helps in eliminating redundant code.

Integration with CI/CD: SonarQube seamlessly integrates with CI/CD pipelines to automate code analysis and enforce quality gates.

Customizable Quality Profiles: It allows the creation of custom quality profiles to suit specific project requirements.

Reporting and Metrics: SonarQube generates detailed reports and metrics, providing insights into code quality trends and improvements.

SonarLint, on the other hand, is a lightweight and interactive code analysis tool that operates directly within integrated development environments (IDEs) such as IntelliJ IDEA, Visual Studio, and Eclipse. It enables developers to identify and fix code issues in real-time as they write code.

Real-time Code Analysis: SonarLint analyzes code as developers write it, providing instant feedback and highlighting potential issues.

IDE Integration: It seamlessly integrates with popular IDEs, enabling developers to leverage its features without leaving their coding environment.

Contextual Issue Descriptions: SonarLint provides detailed explanations and recommendations for identified code issues, helping developers understand and address them effectively.

Language Support: It supports multiple programming languages, including Java, C/C++, C#, JavaScript, Python, and more.

Customizable Rules: SonarLint allows developers to customize the set of rules to be applied during code analysis, tailoring it to their project's requirements.

Issue Tracking: It allows developers to track the resolution status of code issues and collaborate with their team members.

On-the-fly Analysis: SonarLint performs code analysis without interrupting the developer's workflow, ensuring a smooth coding experience.

Deployment and Scope: SonarQube is a centralized platform deployed on a server, allowing teams to manage code quality across multiple projects. SonarLint, on the other hand, operates within individual developer environments, providing localized code analysis.

Automation: SonarQube is designed for automated code analysis in CI/CD pipelines, providing consistent and scalable code quality management. SonarLint focuses on interactive code analysis during development, helping developers address issues in real-time.

Collaboration: SonarQube facilitates collaboration among development teams by providing a centralized platform for code quality management and reporting. SonarLint primarily focuses on individual developer productivity within their preferred IDE.

SonarQube and SonarLint are powerful tools aimed at enhancing code quality. While SonarQube provides a comprehensive code quality management platform for teams and projects, SonarLint focuses on real-time code analysis within IDEs, enabling developers to address issues as they code. Employing both tools can significantly improve code quality and maintain software integrity throughout the development process.

SonarQube is a comprehensive code quality management platform, while SonarLint is a lightweight code analysis tool for real-time issue identification within IDEs.

SonarQube and SonarLint: Understanding the Key Differences

How exactly is sonarQube different from SonarLint ? SonarQube has a server associated with it and Sonar lint works more like a plugin. But what are their specific difference ? 

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