migrate-mysql-to-scalardb

Migrating a MySQL schema to ScalarDB requires a MySQL schema analysis report and a ScalarDB cluster. The process automates data type mapping, compatibility analysis, and generates detailed step-by-step migration instructions for a smooth database transition.

To analyze MySQL schema compatibility for ScalarDB, you need Python with pymysql and sqlalchemy dependencies to parse the database. A MySQL schema analysis report and a running ScalarDB cluster are required to perform the compatibility assessment and execution.

Yes, the MySQL to ScalarDB migration handles stored procedures, functions, and triggers. It analyzes these stored programs and recommends appropriate migration strategies to ensure they transition correctly into the ScalarDB schema environment.

Complex MySQL data types are mapped to their ScalarDB equivalents during schema migration using custom type handling. This process includes detailed documentation on potential mapping issues to ensure data integrity throughout the database transition.

Yes, you can assess the migration effort for MySQL views, primary keys, foreign keys, and unique constraints to ScalarDB. The process calculates complexity scores and provides effort estimations to inform your overall database migration strategy.

Migrating MySQL security models and partitioning strategies to ScalarDB involves assessment and design recommendations for optimal configuration. This ensures the schema adheres to ScalarDB's specific architectural constraints rather than direct schema conversion.