Background Background Though Apache ShardingSphere intends to be compatible with all distributed scenario and best performance, under CAP theorem guidance, there is no sliver bu...
背景 挑战 目标 原理介绍 LOCAL 事务 XA 事务 BASE 事务 应用场景 ShardingSphere XA 事务使用场景 ShardingSphere BASE 事务使用场景 ShardingSphere LOCAL 事务使用场景 相关参考 背景 数据库事务需要满足 ACID(原子性、一致性、隔离性、持久性)四个特性。...
背景 挑战 目标 原理介绍 LOCAL 事务 XA 事务 BASE 事务 应用场景 ShardingSphere XA 事务使用场景 ShardingSphere BASE 事务使用场景 ShardingSphere LOCAL 事务使用场景 相关参考 背景 数据库事务需要满足 ACID(原子性、一致性、隔离性、持久性)四个特性。...
In shortest time, this chapter provides users with a simplest quick start with Apache ShardingSphere. Example Codes: https://github.com/apache/shardingsphere/tree/master/examples...
In shortest time, this chapter provides users with a simplest quick start with Apache ShardingSphere. Example Codes: https://github.com/apache/shardingsphere/tree/master/examples...
Use Norms Background Use Norms Background Though Apache ShardingSphere intends to be compatible with all the SQLs and stand-alone databases, the distributed scenario has broug...
Distributed Transaction Background Parameters Procedure Use LOCAL Mode Use XA Mode Use BASE Mode Distributed Transaction Background ShardingSphere provides three modes fo...
Seata BASE transaction Init Seata Engine Transaction Begin Execute actual sharding SQL Commit or Rollback Seata BASE transaction When integrating Seata AT transaction, we ne...