does not check local disk resources and cluster availability #34213 • Fix the issue of incorrect routing for schemas #33381 • Fix the issue that the PD configuration is not restored correctly when TiDB production environment, and demonstrates the key integration benefits through the scenario of query routing. If you are interested in learning more about TiDB and ProxySQL, you can find some useful links by changing the admin_credentials variable. 4.13.3.6 Typical scenario This section takes query routing as an example to show some of the benefits that you can leverage by integrating ProxySQL with TiDB

production environment, and demonstrates the key integration benefits through the scenario of query routing. If you are interested in learning more about TiDB and ProxySQL, you can find some useful links by changing the admin_credentials variable. 4.14.3.6 Typical scenario This section takes query routing as an example to show some of the benefits that you can leverage by integrating ProxySQL with TiDB need to manually create a merged table in the downstream. For �→ details, see the following table routing setting. # extract-table: # Extracts and writes �→ the table name suffix without the sale_ part

production environment, and demonstrates the key integration benefits through the scenario of query routing. If you are interested in learning more about TiDB and ProxySQL, you can find some useful links by changing the admin_credentials variable. 4.13.3.6 Typical scenario This section takes query routing as an example to show some of the benefits that you can leverage by integrating ProxySQL with TiDB need to manually create a merged table in the downstream. For �→ details, see the following table routing setting. # extract-table: # Extracts and writes �→ the table name suffix without the sale_ part

production environment, and demonstrates the key integration benefits through the scenario of query routing. If you are interested in learning more about TiDB and ProxySQL, you can find some useful links by changing the admin_credentials variable. 4.13.3.6 Typical scenario This section takes query routing as an example to show some of the benefits that you can leverage by integrating ProxySQL with TiDB need to manually create a merged table in the downstream. For �→ details, see the following table routing setting. # extract-table: # Extracts and writes �→ the table name suffix without the sale_ part

production environment, and demonstrates the key integration benefits through the scenario of query routing. If you are interested in learning more about TiDB and ProxySQL, you can find some useful links by changing the admin_credentials variable. 4.14.3.6 Typical scenario This section takes query routing as an example to show some of the benefits that you can leverage by integrating ProxySQL with TiDB need to manually create a merged table in the downstream. For �→ details, see the following table routing setting. # extract-table: # Extracts and writes �→ the table name suffix without the sale_ part

routes, filters and other configurations in the task file, see the following documents: • Table routing • Block & Allow Table Lists • Binlog event filter • Filter Certain Row Changes Using SQL Expressions configuration above. Replicate `my_db1` in instance 1. route-rules: ["route-rule-1"] # Use the configured routing rule above to �→ merge upstream tables. ### syncer-config-name: "global" # Use the syncers configuration �→ configuration above. Replicate `my_db2` in instance2. route-rules: ["route-rule-2"] # Use the routing rule configured above. ### syncer-config-name: "global" # Use the syncers configuration below.

production environment, and demonstrates the key integration benefits through the scenario of query routing. If you are interested in learning more about TiDB and ProxySQL, you can find some useful links by changing the admin_credentials variable. 4.13.3.6 Typical scenario This section takes query routing as an example to show some of the benefits that you can leverage by integrating ProxySQL with TiDB need to manually create a merged table in the downstream. For �→ details, see the following table routing setting. # extract-table: # Extracts and writes �→ the table name suffix without the sale_ part

production environment, and demonstrates the key integration benefits through the scenario of query routing. If you are interested in learning more about TiDB and ProxySQL, you can find some useful links by changing the admin_credentials variable. 4.13.3.6 Typical scenario This section takes query routing as an example to show some of the benefits that you can leverage by integrating ProxySQL with TiDB need to manually create a merged table in the downstream. For �→ details, see the following table routing setting. # extract-table: # Extracts and writes �→ the table name suffix without the sale_ part

production environment, and demonstrates the key integration benefits through the scenario of query routing. If you are interested in learning more about TiDB and ProxySQL, you can find some useful links by changing the admin_credentials variable. 4.13.3.6 Typical scenario This section takes query routing as an example to show some of the benefits that you can leverage by integrating ProxySQL with TiDB need to manually create a merged table in the downstream. For �→ details, see the following table routing setting. # extract-table: # Extracts and writes �→ the table name suffix without the sale_ part

production environment, and demonstrates the key integration benefits through the scenario of query routing. If you are interested in learning more about TiDB and ProxySQL, you can find some useful links by changing the admin_credentials variable. 4.13.3.6 Typical scenario This section takes query routing as an example to show some of the benefits that you can leverage by integrating ProxySQL with TiDB need to manually create a merged table in the downstream. For �→ details, see the following table routing setting. # extract-table: # Extracts and writes �→ the table name suffix without the sale_ part