cases that require high availability and strong consistency with large-scale data. The following video introduces key features of TiDB. 2.1.1 Key features • Easy horizontal scaling The TiDB architecture `lightning_task_ �→ info.conflict_error_v2` table (recording conflicting data detected by �→ post-import conflict detection) and the `conflict_records` table ( �→ recording conflicting data detected by preprocess the schema or database that stores �→ TiDB Lightning execution results. #### To disable error recording, set this to an empty string. #### task-info-schema-name = 'lightning_task_info' #### In parallel

cases that require high availability and strong consistency with large-scale data. The following video introduces key features of TiDB. 2.1.1 Key features • Easy horizontal scaling The TiDB architecture `lightning_task_ �→ info.conflict_error_v2` table (recording conflicting data detected by �→ post-import conflict detection) and the `conflict_records` table ( �→ recording conflicting data detected by preprocess the schema or database that stores �→ TiDB Lightning execution results. #### To disable error recording, set this to an empty string. #### task-info-schema-name = 'lightning_task_info' #### In parallel

of open source, distributed SQL while retaining full control over your environment. The following video introduces key features of TiDB. 2.1.1 Key features • Easy horizontal scaling The TiDB architecture `lightning_task_ �→ info.conflict_error_v2` table (recording conflicting data detected by �→ post-import conflict detection) and the `conflict_records` table ( �→ recording conflicting data detected by preprocess the schema or database that stores �→ TiDB Lightning execution results. #### To disable error recording, set this to an empty string. #### task-info-schema-name = 'lightning_task_info' #### In parallel

of open source, distributed SQL while retaining full control over your environment. The following video introduces key features of TiDB. 2.1.1 Key features • Easy horizontal scaling The TiDB architecture semantic sim- ilarity searches across various data types, including documents, images, audio, and video. This feature enables developers to easily build scalable applications with generative artificial TS are replicated, TiCDC inserts the current global CheckpointTS as the primary TS to the table recording tsMap in downstream. Then TiCDC continues data replication. 1031 After a Barrier TS is generated

of open source, distributed SQL while retaining full control over your environment. The following video introduces key features of TiDB. 2.1.1 Key features • Easy horizontal scaling The TiDB architecture semantic sim- ilarity searches across various data types, including documents, images, audio, and video. This feature enables developers to easily build scalable applications with generative artificial schema or database that stores 2784 �→ TiDB Lightning execution results. #### To disable error recording, set this to an empty string. #### task-info-schema-name = 'lightning_task_info' #### In parallel

cases that require high availability and strong consistency with large-scale data. The following video introduces key features of TiDB. 2.1.1 Key features • Easy horizontal scaling The TiDB architecture the schema or database that stores �→ TiDB Lightning execution results. #### To disable error recording, set this to an empty string. #### task-info-schema-name = 'lightning_task_info' #### In parallel TS are replicated, TiCDC inserts the current global CheckpointTS as the primary TS to the table recording tsMap in downstream. Then TiCDC continues data replication. After a Barrier TS is generated, TiCDC

cases that require high availability and strong consistency with large-scale data. The following video introduces key features of TiDB. 2.1.1 Key features • Easy horizontal scaling The TiDB architecture the schema or database that stores �→ TiDB Lightning execution results. #### To disable error recording, set this to an empty string. #### task-info-schema-name = 'lightning_task_info' #### In parallel TS are replicated, TiCDC inserts the current global CheckpointTS as the primary TS to the table recording tsMap in downstream. Then TiCDC continues data replication. After a Barrier TS is generated, TiCDC

cases that require high availability and strong consistency with large-scale data. The following video introduces key features of TiDB. 2.1.1 Key features • Easy horizontal scaling The TiDB architecture the schema or database that stores �→ TiDB Lightning execution results. #### To disable error recording, set this to an empty string. #### task-info-schema-name = 'lightning_task_info' #### In parallel TS are replicated, TiCDC inserts the current global CheckpointTS as the primary TS to the table recording tsMap in downstream. Then TiCDC continues data replication. After a Barrier TS is generated, TiCDC

cases that require high availability and strong consistency with large-scale data. The following video introduces key features of TiDB. 2.1.1 Key features • Easy horizontal scaling The TiDB architecture schema or database that stores 2663 �→ TiDB Lightning execution results. #### To disable error recording, set this to an empty string. #### task-info-schema-name = 'lightning_task_info' #### In parallel TS are replicated, TiCDC inserts the current global CheckpointTS as the primary TS to the table recording tsMap in downstream. Then TiCDC continues data replication. After a Barrier TS is generated, TiCDC

cases that require high availability and strong consistency with large-scale data. The following video introduces key features of TiDB. 2.1.1 Key features • Easy horizontal scaling The TiDB architecture schema or database that stores 2671 �→ TiDB Lightning execution results. #### To disable error recording, set this to an empty string. #### task-info-schema-name = 'lightning_task_info' #### In parallel TS are replicated, TiCDC inserts the current global CheckpointTS as the primary TS to the table recording tsMap in downstream. Then TiCDC continues data replication. After a Barrier TS is generated, TiCDC