such as DDL, DML and CRUD operations. For a complete list of TiDB statements, see TiDB SQL Syntax Diagram. 3.3.1 Category SQL is divided into the following 4 types according to their functions: • DDL such as DDL, DML, and CRUD operations. For a complete list of TiDB statements, see TiDB SQL Syntax Diagram. 136 4.2.2.3 Category SQL is divided into the following 4 types according to their functions: on duty which violates the requirement that at least one doctor should be on call. The following diagram (quoted from Designing Data-Intensive Applications) illustrates what actually happens. 502 Figure

such as DDL, DML and CRUD operations. For a complete list of TiDB statements, see TiDB SQL Syntax Diagram. 3.3.1 Category SQL is divided into the following 4 types according to their functions: • DDL such as DDL, DML, and CRUD operations. For a complete list of TiDB statements, see TiDB SQL Syntax Diagram. 4.2.2.3 Category SQL is divided into the following 4 types according to their functions: • DDL on duty which violates the requirement that at least one doctor should be on call. The following diagram (quoted from Designing Data-Intensive Applications) illustrates what actually happens. 509 Figure

such as DDL, DML and CRUD operations. For a complete list of TiDB statements, see TiDB SQL Syntax Diagram. 3.3.1 Category SQL is divided into the following 4 types according to their functions: • DDL such as DDL, DML, and CRUD operations. For a complete list of TiDB statements, see TiDB SQL Syntax Diagram. 4.2.2.3 Category SQL is divided into the following 4 types according to their functions: • DDL on duty which violates the requirement that at least one doctor should be on call. The following diagram (quoted from Designing Data-Intensive Applications) illustrates what actually happens. 496 Figure

such as DDL, DML and CRUD operations. For a complete list of TiDB statements, see TiDB SQL Syntax Diagram. 3.3.1 Category SQL is divided into the following 4 types according to their functions: • DDL such as DDL, DML, and CRUD operations. For a complete list of TiDB statements, see TiDB SQL Syntax Diagram. 4.2.2.3 Category SQL is divided into the following 4 types according to their functions: • DDL on duty which violates the requirement that at least one doctor should be on call. The following diagram (quoted from Designing Data-Intensive Applications) illustrates what actually happens. 516 Figure

such as DDL, DML and CRUD operations. For a complete list of TiDB statements, see TiDB SQL Syntax Diagram. 3.3.1 Category SQL is divided into the following 4 types according to their functions: • DDL such as DDL, DML, and CRUD operations. For a complete list of TiDB statements, see TiDB SQL Syntax Diagram. 4.2.2.3 Category SQL is divided into the following 4 types according to their functions: • DDL on duty which violates the requirement that at least one doctor should be on call. The following diagram (quoted from Designing Data-Intensive Applications) illustrates what actually happens. 524 Figure

such as DDL, DML and CRUD operations. For a complete list of TiDB statements, see TiDB SQL Syntax Diagram. 3.3.1 Category SQL is divided into the following 4 types according to their functions: • DDL such as DDL, DML, and CRUD operations. For a complete list of TiDB statements, see TiDB SQL Syntax Diagram. 4.2.2.3 Category SQL is divided into the following 4 types according to their functions: • DDL on duty which violates the requirement that at least one doctor should be on call. The following diagram (quoted from Designing Data-Intensive Applications) illustrates what actually happens. 495 Figure

on duty which violates the requirement that at least one doctor should be on call. The following diagram (quoted from Designing Data-Intensive Applications) illustrates what actually happens. 592 Figure in the following figure: 905 Figure 99: TiCDC architecture The components in the architecture diagram are described as follows: • TiKV Server: TiKV nodes in a TiDB cluster. When data changes occur, metadata, such as node status information and changefeed configurations. As shown in the architecture diagram, TiCDC supports replicating data to TiDB, MySQL, Kafka, and storage services. 7.1.4 Best practices

89 15.47016 8.4 21 24.44 39.08594 34.83 22 1.23 7.67476 4.59 Figure 6: TPC-H In the performance diagram above: • Blue lines represent TiDB v5.1; 62 • Red lines represent Greenplum 6.15.0; • Yellow lines such as DDL, DML and CRUD operations. For a complete list of TiDB statements, see TiDB SQL Syntax Diagram. 3.2.1 Category SQL is divided into the following 4 types according to their functions: • DDL Therefore, before the restore, you must mount TiFlash nodes to the NFS server. Topology The following diagram shows the typology of BR: 221 Figure 11: img Backup operation Before the backup operation, execute

on duty which violates the requirement that at least one doctor should be on call. The following diagram (quoted from Designing Data-Intensive Applications) illustrates what actually happens. 503 Figure to multiple downstream systems by using multiple replication tasks. In the preceding architecture diagram: • TiKV server: sends data changes in the upstream to TiCDC nodes. When TiCDC nodes find the change replicating the changes to different downstream systems. It can be seen from the preceding architecture diagram that, the architecture of TiCDC is similar to that of a transactional log replication system, but

on duty which violates the requirement that at least one doctor should be on call. The following diagram (quoted from Designing Data-Intensive Applications) illustrates what actually happens. 506 Figure to multiple downstream systems by using multiple replication tasks. In the preceding architecture diagram: • TiKV server: sends data changes in the upstream to TiCDC nodes. When TiCDC nodes find the change replicating the changes to different downstream systems. It can be seen from the preceding architecture diagram that, the architecture of TiCDC is similar to that of a transactional log replication system, but