Official C++ interface for connecting applications to MySQL Server, supporting both SQL and X DevAPI.
MySQL Connector/C++ is the official C++ database connector for MySQL Server, providing a native interface for C++ and C applications to connect to and interact with MySQL databases. It enables developers to execute SQL queries, manage connections, and work with MySQL's document store using the X DevAPI. The connector solves the problem of database connectivity in C++ applications by offering a standardized, maintained solution directly from MySQL.
C++ and C developers building applications that need to connect to MySQL databases, including those working on desktop applications, embedded systems, or server-side software requiring database persistence.
Developers choose MySQL Connector/C++ because it's the official, maintained connector from MySQL with guaranteed compatibility and support. It offers both traditional SQL and modern X DevAPI interfaces in a single library, providing flexibility for different use cases while ensuring reliability and performance.
MySQL Connector/C++ is a MySQL database connector for C++. It lets you develop C++ and C applications that connect to MySQL Server.
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As the official connector from MySQL, it ensures full compatibility with MySQL servers and regular updates, reducing integration risks, as emphasized in the documentation links.
Supports both traditional SQL queries and the modern X DevAPI for document storage, allowing flexible data access patterns, demonstrated in the sample code with NoSQL-style queries.
Works across various operating systems and architectures, making it suitable for developing applications on Windows, Linux, and macOS without porting issues, as noted in the key features.
Includes robust exception handling mechanisms, evident in the sample code's try-catch blocks for mysqlx::Error and std::exception, aiding in reliable application development.
Building from source requires following detailed MySQL manuals and may involve dependencies like the MySQL client library, which can be time-consuming and error-prone, as indicated in the installation section.
The connector is tightly coupled with MySQL, so switching to another database would require significant code changes, limiting flexibility for multi-database strategies, given its MySQL-specific focus.
Critical documentation is hosted on MySQL's website, meaning offline access is limited and users must rely on external resources for troubleshooting, as highlighted by the links to online manuals.