 The Vitess 12.0 Documentation• -heartbeat_enable and -heartbeat interval duration: cause vttablet to write heartbeats to the sidecar database. This information is also used by the replication reporter to assess replica lag. Options design, the metadata for vreplication streams are stored in a table called vreplication in the _vt sidecar database. VReplication uses a ‘pull’ model. This means that a stream is created on the target side See our TWOPC page for more details on how to configure TWOPC. In TWOPC mode, Vitess uses the _vt sidecar database to record metadata related to each transactions across multiple tables. As a result, any0 码力 | 534 页 | 3.32 MB | 1 年前3 The Vitess 12.0 Documentation• -heartbeat_enable and -heartbeat interval duration: cause vttablet to write heartbeats to the sidecar database. This information is also used by the replication reporter to assess replica lag. Options design, the metadata for vreplication streams are stored in a table called vreplication in the _vt sidecar database. VReplication uses a ‘pull’ model. This means that a stream is created on the target side See our TWOPC page for more details on how to configure TWOPC. In TWOPC mode, Vitess uses the _vt sidecar database to record metadata related to each transactions across multiple tables. As a result, any0 码力 | 534 页 | 3.32 MB | 1 年前3
 The Vitess 9.0 Documentation• -heartbeat_enable and -heartbeat interval duration: cause vttablet to write heartbeats to the sidecar database. This information is also used by the replication reporter to assess replica lag. Options design, the metadata for vreplication streams are stored in a table called vreplication in the _vt sidecar database. VReplication uses a ‘pull’ model. This means that a stream is created on the target side0 码力 | 417 页 | 2.96 MB | 1 年前3 The Vitess 9.0 Documentation• -heartbeat_enable and -heartbeat interval duration: cause vttablet to write heartbeats to the sidecar database. This information is also used by the replication reporter to assess replica lag. Options design, the metadata for vreplication streams are stored in a table called vreplication in the _vt sidecar database. VReplication uses a ‘pull’ model. This means that a stream is created on the target side0 码力 | 417 页 | 2.96 MB | 1 年前3
 The Vitess 11.0 Documentation• -heartbeat_enable and -heartbeat interval duration: cause vttablet to write heartbeats to the sidecar database. This information is also used by the replication reporter to assess replica lag. Options design, the metadata for vreplication streams are stored in a table called vreplication in the _vt sidecar database. VReplication uses a ‘pull’ model. This means that a stream is created on the target side0 码力 | 481 页 | 3.14 MB | 1 年前3 The Vitess 11.0 Documentation• -heartbeat_enable and -heartbeat interval duration: cause vttablet to write heartbeats to the sidecar database. This information is also used by the replication reporter to assess replica lag. Options design, the metadata for vreplication streams are stored in a table called vreplication in the _vt sidecar database. VReplication uses a ‘pull’ model. This means that a stream is created on the target side0 码力 | 481 页 | 3.14 MB | 1 年前3
 The Vitess 10.0 Documentation
• -heartbeat_enable and -heartbeat interval duration: cause vttablet to write heartbeats to the sidecar database. This information is also used by the replication reporter to assess replica lag. Options design, the metadata for vreplication streams are stored in a table called vreplication in the _vt sidecar database. VReplication uses a ‘pull’ model. This means that a stream is created on the target side0 码力 | 455 页 | 3.07 MB | 1 年前3 The Vitess 10.0 Documentation
• -heartbeat_enable and -heartbeat interval duration: cause vttablet to write heartbeats to the sidecar database. This information is also used by the replication reporter to assess replica lag. Options design, the metadata for vreplication streams are stored in a table called vreplication in the _vt sidecar database. VReplication uses a ‘pull’ model. This means that a stream is created on the target side0 码力 | 455 页 | 3.07 MB | 1 年前3
 The Vitess 6.0 Documentation• -heartbeat_enable and -heartbeat_interval_duration: cause vttablet to write heartbeats to the sidecar database. This information is also used by the replication reporter to assess replica lag. Typical0 码力 | 210 页 | 846.79 KB | 1 年前3 The Vitess 6.0 Documentation• -heartbeat_enable and -heartbeat_interval_duration: cause vttablet to write heartbeats to the sidecar database. This information is also used by the replication reporter to assess replica lag. Typical0 码力 | 210 页 | 846.79 KB | 1 年前3
 The Vitess 5.0 Documentation• -heartbeat_enable and -heartbeat_interval_duration: cause vttablet to write heartbeats to the sidecar database. This information is also used by the replication reporter to assess replica lag. Typical0 码力 | 206 页 | 875.06 KB | 1 年前3 The Vitess 5.0 Documentation• -heartbeat_enable and -heartbeat_interval_duration: cause vttablet to write heartbeats to the sidecar database. This information is also used by the replication reporter to assess replica lag. Typical0 码力 | 206 页 | 875.06 KB | 1 年前3
 The Vitess 8.0 Documentationdesign, the metadata for vreplication streams are stored in a table called vreplication in the _vt sidecar database. VReplication uses a ‘pull’ model. This means that a stream is created on the target side0 码力 | 331 页 | 1.35 MB | 1 年前3 The Vitess 8.0 Documentationdesign, the metadata for vreplication streams are stored in a table called vreplication in the _vt sidecar database. VReplication uses a ‘pull’ model. This means that a stream is created on the target side0 码力 | 331 页 | 1.35 MB | 1 年前3
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