A JDBC 4.5 compatible driver for connecting Java applications to MariaDB and MySQL databases.
MariaDB Connector/J is a JDBC driver that allows Java applications to connect to and interact with MariaDB and MySQL databases. It implements the JDBC 4.5 specification, providing a standardized way for Java programs to perform database operations like queries, updates, and transactions. The driver solves the problem of database connectivity in Java environments, ensuring reliable and efficient communication with MariaDB/MySQL servers.
Java developers building applications that require database connectivity to MariaDB or MySQL, including enterprise software, web applications, and backend services.
Developers choose MariaDB Connector/J for its full JDBC 4.5 compliance, dual support for MariaDB and MySQL, and robust failover capabilities. Its LGPL licensing offers flexibility for open-source and commercial use, while its active development ensures reliability and performance.
MariaDB Connector/J is used to connect applications developed in Java to MariaDB and MySQL databases. MariaDB Connector/J is LGPL licensed.
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Fully implements JDBC 4.5, ensuring compatibility with a wide range of Java applications and frameworks, as highlighted in the README's key features.
Connects seamlessly to both MariaDB and MySQL databases, providing flexibility for mixed or migrating environments without switching drivers.
Includes built-in support for failover and high-availability configurations, with dedicated documentation linked in the README for reliable deployments.
Distributed under LGPL-2.1-or-later, allowing use in both open-source and commercial projects with fewer licensing restrictions.
Only supports MariaDB and MySQL, making it unsuitable for applications that need connectivity to other database systems like SQL Server or SQLite.
May not immediately incorporate the latest MySQL-specific optimizations or extensions, as development prioritizes MariaDB compatibility and JDBC standards.
Setting up advanced features like high-availability failover can require manual tuning and additional steps compared to more integrated or managed solutions.