When working with CMake, it's common to set include directories for a target using target_include_directories or the older include_directories. But sometimes you need to retrieve those include directories later...
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When working with CMake, especially on larger projects, it's often helpful to know exactly what build targets are available. This is particularly useful when you want to build only a...
When CMake tries to locate external programs, libraries, or headers, it runs through a detailed search process that can involve system paths, environment variables, CMake cache entries, and custom search...
When working on CMake-based projects, modifying the CMakeLists.txt files is a common task. Sometimes, these changes don't take effect because CMake caches values and settings from earlier runs. This tutorial...
Memory bugs like buffer overflows or use-after-free errors can be tricky to debug and may lead to undefined behavior or security vulnerabilities. Fortunately, AddressSanitizer is a useful tool built into...
Versioning is a critical part of software development - it helps to track releases, manage compatibility, and communicate changes to users and developers alike. However, keeping version information consistent across...
When working with CMake, the default output during a build is often quite minimal. While this is fine for simple development, it can make debugging tricky if you want to...
When working with CMake, keeping the build directory clean is important to avoid stale or conflicting object files, especially when switching build configurations. Instead of manually deleting the build directory...
When working with CMake, the default output during project configuration can be quite verbose. While this level of detail is helpful for debugging or initial setup, it can be excessive...
CMake is a tool used to manage the build process for a wide range of programming languages, including C, C++, CUDA, and more. By default, building a project with CMake...