distributed auto‐augment key strategy provided by ShardingSphere not continuous and most of them end with even numbers? . . 551 13.4.7 Sharding How to allow range query with using inline sharding strategy and all operations supported by Groovy are sup‐ ported by row expressions. For example: ${begin..end} denotes the range interval ${[unit1, unit2, unit_x]} denotes the enumeration value If there are instructions. TM can collect the results of all branch transactions and make atomic commit at the end to ensure the strong consistency of transactions. 8.2. Distributed Transaction 34 Apache ShardingSphere

distributed auto‐augment key strategy provided by ShardingSphere not continuous and most of them end with even numbers? . . 579 13.3.7 Sharding How to allow range query with using inline sharding strategy and all operations supported by Groovy are sup‐ ported by row expressions. For example: ${begin..end} denotes the range interval ${[unit1, unit2, unit_x]} denotes the enumeration value If there are instructions. TM can collect the results of all branch transactions and make atomic commit at the end to ensure the strong consistency of transactions. 8.2. Distributed Transaction 34 Apache ShardingSphere

distributed auto‐augment key strategy provided by ShardingSphere not continuous and most of them end with even numbers? . . . . . . . . . . . . . . . . 297 7.13 In Windows environment,when cloning ShardingSphere itself as a lightweight Java framework that provides extra service at Java JDBC layer. With the client end connecting directly to the database, it provides service in the form of jar and requires no extra table t_order in the left end of FROM will be taken by ShardingSphere as the primary table of query. In a similar way, ShardingSphere will also take table t_order in the left end of FROM as the primary

distributed auto‐augment key strategy provided by ShardingSphere not continuous and most of them end with even numbers? . 361 7.8.14 [Sharding] How to allow range query with using inline sharding strat‐ a lightweight Java framework that provides extra services at the Java JDBC layer. With the client end connecting directly to the database, it provides services in the form of a jar and requires no extra itself as a lightweight Java framework that provides extra service at Java JDBC layer. With the client end con‐ necting directly to the database, it provides service in the form of jar and requires no extra

distributed auto‐augment key strategy provided by ShardingSphere not continuous and most of them end with even numbers? . . 497 8.3.7 Sharding How to allow range query with using inline sharding strategy and all operations supported by Groovy are sup‐ ported by row expressions. For example: ${begin..end} denotes the range interval ${[unit1, unit2, unit_x]} denotes the enumeration value If there are atomic commit at the end to ensure the strong consistency of transactions. XA transaction is implemented based on the interface of ShardingSphere’s proxy database xa start/end/prepare/commit/rollback/recover

distributed auto‐augment key strategy pro‐ vided by ShardingSphere not continuous and most of them end with even num‐ bers? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . a lightweight Java framework that provides extra services at the Java JDBC layer. With the client end connecting directly to the database, it provides services in the form of a jar and requires no extra itself as a lightweight Java framework that provides extra service at Java JDBC layer. With the client end con‐ necting directly to the database, it provides service in the form of jar and requires no extra

distributed auto‐augment key strategy provided by ShardingSphere not continuous and most of them end with even numbers? . 349 7.8.14 [Sharding] How to allow range query with using inline sharding strat‐ a lightweight Java framework that provides extra services at the Java JDBC layer. With the client end connecting directly to the database, it provides services in the form of a jar and requires no extra itself as a lightweight Java framework that provides extra service at Java JDBC layer. With the client end con‐ necting directly to the database, it provides service in the form of jar and requires no extra

distributed auto‐augment key strategy provided by ShardingSphere not continuous and most of them end with even numbers? . . 458 8.3.7 Sharding How to allow range query with using inline sharding strategy and all operations supported by Groovy are sup‐ ported by row expressions. For example: ${begin..end} denotes the range interval ${[unit1, unit2, unit_x]} denotes the enumeration value If there are atomic commit at the end to ensure the strong consistency of transactions. XA transaction is implemented based on the interface of ShardingSphere’s proxy database xa start/end/prepare/commit/rollback/recover

标识行 表达式即可。目前支持数据节点和分片算法这两个部分的配置。行表达式的内容使用的是 Groovy 的语法， Groovy 能够支持的所有操作，行表达式均能够支持。例如： ${begin..end} 表示范围区间 ${[unit1, unit2, unit_x]} 表示枚举值 行表达式中如果出现连续多个 ${ expression } 或 $->{ expression } 表达式，整个表达式最终 提交，以保证事务的强一致性。 8.2. 分布式事务 31 Apache ShardingSphere document XA 事务建立在 ShardingSphere 代理的数据库 xa start/end/prepare/commit/rollback/recover 的接口上。 对于一条逻辑 SQL，ShardingSphere 通过 xa begin 指令在每个被代理的数据库开启事务，内部集成 者 不 要 使 用 io. kotest:kotest-runner-junit5-jvm:5.5.4 等在 test listener mode 下 failed to discover tests 的测试库。 ShardingSphere 定义了 shardingsphere-test-native 的 Maven Module 用于为 native Test 提供 小型的单元测试子集，此单元测试子集避免了使用

标识行 表达式即可。目前支持数据节点和分片算法这两个部分的配置。行表达式的内容使用的是 Groovy 的语法， Groovy 能够支持的所有操作，行表达式均能够支持。例如： ${begin..end} 表示范围区间 ${[unit1, unit2, unit_x]} 表示枚举值 行表达式中如果出现连续多个 ${ expression } 或 $->{ expression } 表达式，整个表达式最终 提交，以保证事务的强一致性。 8.2. 分布式事务 31 Apache ShardingSphere document XA 事务建立在 ShardingSphere 代理的数据库 xa start/end/prepare/commit/rollback/recover 的接口上。 对于一条逻辑 SQL，ShardingSphere 通过 xa begin 指令在每个被代理的数据库开启事务，内部集成 者 不 要 使 用 io. kotest:kotest-runner-junit5-jvm:5.5.4 等在 test listener mode 下 failed to discover tests 的测试库。 ShardingSphere 定义了 shardingsphere-test-native 的 Maven Module 用于为 native Test 提供 小型的单元测试子集，此单元测试子集避免了使用