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Difference between MariaDB and MySQL

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Difference between MariaDB and MySQL

"Key Distinctions Between MariaDB and MySQL"

Difference between MariaDB and MySQL

MariaDB is a fork of MySQL, created by the original developers who were concerned about the future development and ownership of MySQL after it was acquired by Oracle. While both MariaDB and MySQL are open-source relational database management systems, MariaDB includes additional features and enhancements not found in MySQL, such as improved performance optimizations, extra storage engines, and compatibility with different plugins. Additionally, MariaDB aims to be a drop-in replacement for MySQL, offering support for existing MySQL applications with easy migration, making it a popular choice for users looking for a more community-driven and open alternative to MySQL.

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1 - Origins: MariaDB is a fork of MySQL created by the original developers of MySQL after concerns arose about Oracle's acquisition. Both databases are built upon the same foundation, but MariaDB has diverged and offers additional features and improvements over MySQL.

2) Licensing: MariaDB is released under both the General Public License (GPL) and the Business Source License, providing more flexibility for commercial use. In contrast, MySQL is mainly released under the Oracle Public License.

3) Features: MariaDB includes extra features not found in MySQL, such as additional storage engines (e.g., Aria, ColumnStore), thread pool capabilities, and performance improvements. These enhancements aim to provide more functionality and better performance for users.

4) Compatibility: While MariaDB strives for compatibility with MySQL, there are some differences in syntax and features that may require modifications when switching between the two. MySQL tends to have more strict compatibility requirements with its commercial editions.

5) Community: Both MariaDB and MySQL have strong developer communities supporting them. However, MariaDB has gained popularity among some users due to its open development model and perceived faster response to community feedback.

6) Performance: MariaDB often boasts better performance benchmarks compared to MySQL, especially in scenarios involving high load and complex queries. This is in part due to the additional features and optimization efforts within MariaDB.

7) Security: Both databases offer robust security features, but MariaDB's default authentication plugin (ed25519) provides enhanced security compared to MySQL's default plugin. Additionally, MariaDB includes features like dynamic data masking and firewall capabilities.

8) Replication: MariaDB and MySQL both support various types of replication, but MariaDB offers enhancements like multi source replication and intra cluster replication, providing more flexibility and scalability options for users.

9) Storage Engines: MariaDB supports a wider array of storage engines compared to MySQL, offering flexibility in choosing the engine that best suits the application's requirements. Users can leverage engines like TokuDB and MyRocks for specific use cases.

10) Performance Schema: MariaDB improves upon MySQL's Performance Schema by introducing extended instrumentation and enhanced control over performance monitoring. This aids users in identifying and optimizing performance bottlenecks more effectively.

11) Temp Table Performance: MariaDB typically performs better than MySQL when it comes to temporary table operations, reducing disk I/O and improving overall query execution times in scenarios involving temporary tables.

12) Indexes: MariaDB provides indexing enhancements such as Invisible Indexes and Index Condition Pushdown that offer optimizations in query processing and execution. These features contribute to improved query performance for users.

13) Community Contributions: MariaDB's open development model encourages community contributions, resulting in a more diverse set of features and enhancements being added to the database compared to MySQL’s more centralized development approach.

14) Clustering: MariaDB offers advanced clustering solutions like Galera Cluster, enabling synchronous multi master replication setups that enhance data availability and fault tolerance. MySQL's clustering solutions may require additional commercial licenses.

By offering a training program that covers these differences and similarities between MariaDB and MySQL, students can gain a comprehensive understanding of both databases, enabling them to make informed decisions based on their specific requirements and use cases.

 

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