When you distribute your application, remember to include libmysql.dll / libmariadb.dll in your installation package.
Qt -cmake -G Ninja \Src\qtbase\src\plugins\sqldrivers -DCMAKE_INSTALL_PREFIX = \ -DMySQL_INCLUDE_DIR = "C:\mysql-8.0.22-win圆4\include" -DMySQL_LIBRARY = "C:\mysql-8.0.22-win圆4\lib\libmysql.lib" Tell qt-cmake where to find the MySQL / MariaDB header files and shared libraries (here it is assumed that MySQL / MariaDB is installed in /usr/local) and build:
#Sqlite3 odbc driver windows 10 install#
Depending on your Linux distribution, you may need to install a package which is usually called "mysql-devel" or "mariadb-devel". You need the MySQL / MariaDB header files, as well as the shared library libmysqlclient.
#Sqlite3 odbc driver windows 10 how to#
How to Build the QMYSQL Plugin on Unix and macOS Please refer to the MySQL documentation, chapter "libmysqld, the Embedded MySQL Server Library" for more information about the MySQL embedded server. This can be done by adding -DMySQL_LIBRARY=libmysqld. To use the embedded MySQL server, simply link the Qt plugin to libmysqld instead of libmysqlclient. With the embedded MySQL server, a MySQL server is not required to use MySQL functionality. The MySQL embedded server is a drop-in replacement for the normal client library. Note: and are variables local to the current connection and will not be affected by queries sent from another host or connection. For example, you can do this as follows, to locate MySQL: this is required for PostgreSQL and SQLite). You should prefer this method if module needs to set properties for the provided target libraries (e.g. In some cases it's more convenient to use CMAKE_INCLUDE_PATH and CMAKE_LIBRARY_PATH variables to locate required libraries. This is especially useful if the package provides its own set of system libraries that should not be recognized by the build routine. When you configure drivers in the manner described above, CMake skips any dependency checks and uses the provided paths as is.
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