cross-cell traffic for both data and metadata. While it may be useful to also have the ability to route read traffic to individual cells, Vitess currently serves reads only from the local cell. Writes will coordinate among themselves as a cluster. • It enables Vitess to discover tablets, so it knows where to route queries. • It stores Vitess configuration provided by the database administrator that is needed by is sharded. This information is stored in a VSchema which the VTGate servers use to automatically route your queries. This allows the application to connect to Vitess and use it as if it’s a single giant

cross-cell traffic for both data and metadata. While it may be useful to also have the ability to route read traffic to individual cells, Vitess currently serves reads only from the local cell. Writes will coordinate among themselves as a cluster. • It enables Vitess to discover tablets, so it knows where to route queries. • It stores Vitess configuration provided by the database administrator that is needed by is sharded. This information is stored in a VSchema which the VTGate servers use to automatically route your queries. This allows the application to connect to Vitess and use it as if it’s a single giant

cross-cell traffic for both data and metadata. While it may be useful to also have the ability to route read traffic to individual cells, Vitess currently serves reads only from the local cell. Writes will coordinate among themselves as a cluster. • It enables Vitess to discover tablets, so it knows where to route queries. • It stores Vitess configuration provided by the database administrator that is needed by is sharded. This information is stored in a VSchema which the VTGate servers use to automatically route your queries. This allows the application to connect to Vitess and use it as if it’s a single giant

cross-cell traffic for both data and metadata. While it may be useful to also have the ability to route read traffic to individual cells, Vitess currently serves reads only from the local cell. Writes will coordinate among themselves as a cluster. • It enables Vitess to discover tablets, so it knows where to route queries. • It stores Vitess configuration provided by the database administrator that is needed by then have yaml tags that can convert into it. This will future-proof us in case we decide to go this route. On the initial search, there is no standard way to do this conversion. It would be nice if protos

cross-cell traffic for both data and metadata. While it may be useful to also have the ability to route read traffic to individual cells, Vitess currently serves reads only from the local cell. Writes will coordinate among themselves as a cluster. • It enables Vitess to discover tablets, so it knows where to route queries. • It stores Vitess configuration provided by the database administrator that is needed by then have yaml tags that can convert into it. This will future-proof us in case we decide to go this route. On the initial search, there is no standard way to do this conversion. It would be nice if protos

cross-cell traffic for both data and metadata. While it may be useful to also have the ability to route read traffic to individual cells, Vitess currently serves reads only from the local cell. Writes will coordinate among themselves as a cluster. • It enables Vitess to discover tablets, so it knows where to route queries. • It stores Vitess configuration provided by the database administrator that is needed by then have yaml tags that can convert into it. This will future-proof us in case we decide to go this route. On the initial search, there is no standard way to do this conversion. It would be nice if protos

cross-cell traffic for both data and metadata. While it may be useful to also have the ability to route read traffic to individual cells, Vitess currently serves reads only from the local cell. Writes will coordinate among themselves as a cluster. • It enables Vitess to discover tablets, so it knows where to route queries. • It stores Vitess configuration provided by the database administrator that is needed by the topo under global/routingrules. Routing Rules contain a list of table-specific routes. You can route a table for all or specific tablet types to another table in the same or different keyspace. 63

cross-cell traffic for both data and metadata. While it may be useful to also have the ability to route read traffic to individual cells, Vitess currently serves reads only from the local cell. Writes will coordinate among themselves as a cluster. • It enables Vitess to discover tablets, so it knows where to route queries. • It stores Vitess configuration provided by the database administrator that is needed by is sharded. This information is stored in a VSchema which the VTGate servers use to automatically route your queries. This allows the application to connect to Vitess and use it as if it’s a single giant

https://github.com/vitessio/vitess/tree/main/go/vt/vtadmin/rbac. VTAdmin checks RBAC rules in the route handlers with a call to IsAuthorized, for example: https://github.com/vitessio/vitess/blob/da1906 create keyspaces - not to prevent other users from viewing the existing keyspaces. The /topology route shows the existing keyspaces correctly. The /workflows and /schemas apis get denied too, when a user