The list of identified issues include signs into non-existent objects, zero divisions, integer overflow, incorrect bit shift operations, incorrect transformations, memory-related problems, incorrect use of STL, selection of zero signs, checks after buffer access, buffer overflows, and the use of uninitialized variables. The aim is also to minimize false positives.

The main focus of CPPCHECK’s development is to identify problems related to uncertain behavior and the use of potentially dangerous structures in terms of security.

The project makes use of the GNU General Public License version 3 (GPLv3), and the original texts of the project can be found here. For those interested in contributing, the package also includes the DONATE-CPU.PY script, which allows for collective code checking of debian packages. Code analysis can be performed using its own parser or an external parser such as Clang. Additionally, the software offers features such as code verification and compliance with specific code design styles. CPPCHECK 2.12 offers a collection of plugins that facilitate integration with various development systems, continuous integration, and testing. This updated version provides developers with the ability to identify various classes of errors in both C and C++ code, including those that utilize non-standard syntax commonly found in built-in systems.

The highly anticipated release of CPPCHECK 2.12, a powerful static code analyzer, has recently become available. New Version of Static Code Analyzer CPPCHECK 2.12 Released

Instal the new for apple Cppcheck 2.12