To solve this problem, SonarLint provides multiple issue locations when needed.įinally, comes the time to fix the issue. When the issue describes a path-sensitive bug where you have to understand a long cross-functional control flow, for example, when a `nullptr` is initialized in one function and dereferenced in another.If the issue depends on a hidden context, for example, a function prototype written in another file.Understanding the issue can quickly become complex in some cases: Once the rule is clear, you can see where and how the issue unfolds in your code. The description contains the motivation behind the rule, examples of code breaking the rule, and good ways to fix the code. Here, SonarLint helps you by making the rule description quickly accessible from the issue. For certain rules, the title is enough to understand the rule for others, you may want to get more information. The first step to fixing an issue is understanding its corresponding rule. No need to ask for them they come to you. All the relevant information and fixes are there when you need them. It automatically analyzes your code as you type and raises issues as soon as they are detected.
It is constantly watching your code for you. You can also use the SonarLint embedded action to switch quickly between different configurations. By manually assigning the `sonarlint.pathToCompileCommands` option in the settings to the full path of the compilation database.You can configure your compilation database in 3 ways: So, you may already generate one for your project.
Compilation databases are pretty standard. That’s all it takes to configure the analysis. We hope you enjoy the ride! All you need is a Compilation Database In this blog post, we will take you on a quick tour to discover the essentials of SonarLint for VS Code. We are happy to announce that finally, we will be able to help you write clean C and C++ code in VS Code. VS Code has been gaining popularity for C and C++ development.
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