qt-compatibility-build

To support both Qt5 and Qt6 in CMake, integrate detection logic at the top of your CMakeLists.txt and replace hard-coded references with dynamic variables like Qt${QT_VERSION_MAJOR}. This allows a single codebase to adapt automatically to the detected Qt environment.

Dynamic DTK version mapping automatically detects the active Qt version and maps the corresponding DTK dependencies accordingly. This ensures your Deepin project links the correct DTK libraries without requiring manual version updates in your build configuration.

CMake builds fail during a V20 to V25 upgrade because hard-coded Qt and DTK version references do not match the new environment. Removing these fixed references and using version-agnostic patterns allows the build to adapt dynamically.

Yes, you can build Deepin projects across Qt versions without modifying CMakeLists each time. By centralizing version handling with automated detection and variable mapping, the same codebase supports both V20 and V25 environments.

The best way to replace hard-coded find_package and target_link_libraries is to update them with version-agnostic patterns using dynamic variables. This eliminates manual version management and ensures correct Qt and DTK dependency linking.

You need version-agnostic patterns for Qt and DTK in CMake when maintaining a project that requires dual support for V25 and V20. This approach allows your build system to detect Qt versions dynamically and map DTK dependencies automatically.