static-analysis

To run static analysis on C/C++ code for embedded systems, provide your source code directory path. The analysis uses cppcheck, clang-tidy, and GCC analyzer to identify potential defects before code commit.

MISRA-C 2012 compliance checking validates C/C++ source code against industry standards. It ensures embedded system code quality by detecting standard violations during the static analysis process.

Yes, you need cppcheck, clang-tidy, and arm-none-eabi-gcc installed. This static analysis requires these specific tools to be present in your environment to perform automated defect detection.

Yes, you can use the GCC analyzer for static analysis on embedded C++ projects. It works alongside cppcheck and clang-tidy to uncover defects and ensure code adheres to industry standards.

The best way to check C/C++ code quality before a commit is running static analysis on your source directory. This uncovers potential defects and verifies MISRA-C 2012 compliance using cppcheck and clang-tidy.

Static analysis requires project-specific configurations for embedded systems to accurately validate code against standards like MISRA-C 2012. Optional configurations help tailor cppcheck and clang-tidy checks to your environment.