Read about the latest updates in SonarQube including new features, language coverage, and other improvements.
前身为 SonarCloud适用于 CI/CD 工作流程的基于云的静态分析工具 原名SonarQube用于持续代码库检查的自管理静态分析工具 前身为 SonarLint免费的 IDE 扩展,提供即时分析和编码指导 语言和框架 JavaJavaScriptTypeScriptPythonC#C++CPHPKotlin查看全部 资源 了解整洁代码 ...
What is sonar?Sarah Sabaratnam
SONAR is a technique that uses sound waves to map or locate objects in the surrounding environment. The premise is quite simple: first, emit a cluster of sound waves in the direction of an object. While a few waves will bounce off it, the remaining waves will be reflected back in the d...
What Is SonarQube? If code quality is something that yoursoftware developmentteam would like to improve, your organization will be interested in the SonarQube platform. However, if your development teams use a CI/CD pipeline to update the code base, developers need to ensure that coding ...
A SONAR is a device which measures the distance, direction and speed of objects lying under water using ultrasonic waves. A sonar, which is installed in a ship or a boat, consists of (i) a transmitter and (ii) a receiver. The ultrasonic waves produced
ReSharper. It is a popular developer productivity extension for Microsoft Visual Studio. SonarQube. SonarQube provides an overview of the overall health of your source code and. FindBugs. It detects possible bugs in Java programs. PMD.
Mechanical scanning sonars are one of the most popular types of ROV sonar. This guide explains how they work, how to understand the sonar images to produce, and how to use them operationally.
Java What Is soanrQube and How to integrate it with maven project? Sonar Qube is a tool for analyzing the real-time code analysis it is developed by sonar source in January 2008. It provide support to 20+ languages like java, python,c/c++, .net, PHP etc. Sonarqube is a tool which ...
What is sonar? Light doesn’t travel well under water – even in clear waters, you can see perhaps some tens of metres. Sound, however, travels very well and far under water. This is because water is much denser than air, and so can respond faster and better to acoustic pressure waves...