L2 Feature Layer Used to provide enhanced capability. All components are optional and can contain zero or multiple components. Components isolate each other and multiple components can be used together 31 Apache ShardingSphere document, v5.0.0 • sign bit (1bit) Reserved sign bit, constantly to be zero. • timestamp bit (41bit) 41bit timestamp can contain 2 to the power of 41 milliseconds. One year Thus, if concurrency degree in one millisecond is not high, the last four numbers are likely to be zero, which explains why the rate of even end number is higher. In 3.1.0 version, the problem of ending

L2 Feature Layer Used to provide enhanced capability. All components are optional and can contain zero or multiple components. Components isolate each other and multiple components can be used together and 12bit sequence number from high to low. • sign bit (1bit) Reserved sign bit, constantly to be zero. • timestamp bit (41bit) 41bit timestamp can contain 2 to the power of 41 milliseconds. One year Thus, if concurrency degree in one millisecond is not high, the last four numbers are likely to be zero, which explains why the rate of even end number is higher. In 3.1.0 version, the problem of ending

L2 Feature Layer Used to provide enhanced capability. All components are optional and can contain zero or multiple components. Components isolate each other and multiple components can be used together and 12bit sequence number from high to low. • sign bit (1bit) Reserved sign bit, constantly to be zero. • timestamp bit (41bit) 41bit timestamp can contain 2 to the power of 41 milliseconds. One year Thus, if concurrency degree in one millisecond is not high, the last four numbers are likely to be zero, which explains why the rate of even end number is higher. In 3.1.0 version, the problem of ending

MySQL/PostgreSQL protocol, and the driver can connect to any database that implements JDBC specifications. • Zero Business Intrusion In response to database switchover scenarios, ShardingSphere can achieve smooth enhancement capabilities. All components are optional, allowing you to choose whether to include zero or multiple components. Components are isolated from each other, and mul‐ tiple components can be Thus, if concurrency degree in one millisecond is not high, the last four numbers are likely to be zero, which explains why the rate of even end number is higher. In 3.1.0 version, the problem of ending

implements JDBC specifications. 1.1. What is ShardingSphere 2 Apache ShardingSphere document, v5.2.1 • Zero Business Intrusion In response to database switchover scenarios, ShardingSphere can achieve smooth enhancement capabilities. All components are optional, allowing you to choose whether to include zero or multiple components. Components are isolated from each other, and mul‐ tiple components can be Thus, if concurrency degree in one millisecond is not high, the last four numbers are likely to be zero, which explains why the rate of even end number is higher. In 3.1.0 version, the problem of ending

MySQL/PostgreSQL protocol, and the driver can connect to any database that implements JDBC specifications. • Zero Business Intrusion In response to database switchover scenarios, ShardingSphere can achieve smooth enhancement capabilities. All components are optional, allowing you to choose whether to include zero or multiple components. Components are isolated from each other, and mul‐ tiple components can be Thus, if concurrency degree in one millisecond is not high, the last four numbers are likely to be zero, which explains why the rate of even end number is higher. In 3.1.0 version, the problem of ending

and 12bit sequence number from high to low. • sign bit (1bit) Reserved sign bit, constantly to be zero. • timestamp bit (41bit) 41bit timestamp can contain 2 to the power of 41 milliseconds. One year key is that INSERT SQL is eventually routed to one table. Therefore, auto‐increment key will return zero when INSERT SQL returns multiple tables. 7.8 When generic Long type SingleKeyTableShardingAlgorithm Thus, if concurrency degree in one millisecond is not high, the last four numbers are likely to be zero, which explains why the rate of even end number is higher. 7.11. Why is the database sharding result

MySQL/PostgreSQL protocol, and the driver can connect to any database that implements JDBC specifications. • Zero Business Intrusion In response to database switchover scenarios, ShardingSphere can achieve smooth enhancement capabilities. All components are optional, allowing you to choose whether to include zero or multiple components. Components are isolated from each other, and mul‐ tiple components can be Thus, if concurrency degree in one millisecond is not high, the last four numbers are likely to be zero, which explains why the rate of even end number is higher. In 3.1.0 version, the problem of ending

node Job sharding information. The child node is the sharding item sequence number, starting from zero and ending with the total number of shards minus one. The child node of the sharding item sequence