![]() In theory you can more or less check your code directly without configuration however in practice you will want to configure the analysis. The data flow analysis is primarily flow-sensitive and bidirectional. However the parser does not support all constructs described by the new C++ language standards. The parser is generic and was designed to be able to analyze the C/C++ code found in embedded projects etc that use various language extensions. ![]() Originally had the goal to report no false positives at all, but nowadays the goal is very few false positives. ![]() A few more popular tools for checking code in these languages are listed below. The analyzer is a paid B2B solution, but there are several options of free licenses. Our company develops the PVS-Studio analyzer meant for checking code in C, C++, C#, and Java languages. And there is also this interesting list: Awesome Static Analysis. ![]() A large list of such tools can be found on the Wikipedia website: List of tools for static code analysis. There are many static analysis tools created for various programming languages. The name itself says that the principle of their work is based on static code analysis. Static analysis tools are designed to detect defects in the source code of programs.
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