original shard master will first stop accepting updates. Then the process will wait for the new shard masters to fully catch up on filtered replication before allowing them to begin serving. Since filtered replication little bit of additional runway. However, since the statements have to eventually be applied to all masters, it’s not a sustainable strategy. Vitess addresses this problem through sharding, which can scale distribution allows, you still have the option of sharding based on geographic affinity. You can then setup masters for different shards to be in different geographic location. This way, most of the master writes

little bit of additional runway. However, since the statements have to eventually be applied to all masters, it’s not a sustainable strategy. Vitess addresses this problem through sharding, which can scale distribution allows, you still have the option of sharding based on geographic affinity. You can then setup masters for different shards to be in different geographic location. This way, most of the master writes access. For instance, creating U.S. user records in a database with masters in the U.S. and European user records in a database with masters in Europe is easy to do. Replicas can exist in every cell anyway

little bit of additional runway. However, since the statements have to eventually be applied to all masters, it’s not a sustainable strategy. Vitess addresses this problem through sharding, which can scale distribution allows, you still have the option of sharding based on geographic affinity. You can then setup masters for different shards to be in different geographic location. This way, most of the master writes access. For instance, creating U.S. user records in a database with masters in the U.S. and European user records in a database with masters in Europe is easy to do. Replicas can exist in every cell anyway

little bit of additional runway. However, since the statements have to eventually be applied to all masters, it’s not a sustainable strategy. Vitess addresses this problem through sharding, which can scale distribution allows, you still have the option of sharding based on geographic affinity. You can then setup masters for different shards to be in different geographic location. This way, most of the master writes access. For instance, creating U.S. user records in a database with masters in the U.S. and European user records in a database with masters in Europe is easy to do. Replicas can exist in every cell anyway

generator is o rg. apache.shardingsphere. core.keygen.generator.imp l. SnowflakeKeyGenerator masterS laveRuleCon‐ figs (?) Collec‐ tion Read‐write split rules, default indicates not using read‐write dataSourceMap Map Mapping of data source and its name master SlaveRuleConfig MasterS laveRuleConfiguration Master slave rule configuration props (?) Properties Property configurations dataSourceMap Map Same as Mas terSlaveDataSourceFac- tory master SlaveRule‐ Config MasterS laveRuleConfigura‐ tion Same as Mas terSlaveDataSourceFac- tory configMap (?) Map

generator is o rg. apache.shardingsphere. core.keygen.generator.imp l. SnowflakeKeyGenerator masterS laveRuleCon‐ figs (?) Collec‐ tion Read‐write split rules, default indicates not using read‐write dataSourceMap Map Mapping of data source and its name master SlaveRuleConfig MasterS laveRuleConfiguration Master slave rule configuration props (?) Properties Property configurations dataSourceMap Map Same as Mas terSlaveDataSourceFac- tory master SlaveRule‐ Config MasterS laveRuleConfigura‐ tion Same as Mas terSlaveDataSourceFac- tory configMap (?) Map

little bit of additional runway. However, since the statements have to eventually be applied to all masters, it’s not a sustainable strategy. Vitess addresses this problem through sharding, which can scale distribution allows, you still have the option of sharding based on geographic affinity. You can then setup masters for different shards to be in different geographic location. This way, most of the master writes access. For instance, creating U.S. user records in a database with masters in the U.S. and European user records in a database with masters in Europe is easy to do. Replicas can exist in every cell anyway

generator is o rg. apache.shardingsphere. core.keygen.generator.imp l. SnowflakeKeyGenerator masterS laveRuleCon‐ figs (?) Collec‐ tion Read‐write split rules, default indicates not using read‐write dataSourceMap Map Mapping of data source and its name master SlaveRuleConfig MasterS laveRuleConfiguration Master slave rule configuration props (?) Properties Property configurations dataSourceMap Map Same as Mas terSlaveDataSourceFac- tory master SlaveRule‐ Config MasterS laveRuleConfigura‐ tion Same as Mas terSlaveDataSourceFac- tory configMap (?) Map

little bit of additional runway. However, since the statements have to eventually be applied to all masters, it’s not a sustainable strategy. Vitess addresses this problem through sharding, which can scale distribution allows, you still have the option of sharding based on geographic affinity. You can then setup masters for different shards to be in different geographic location. This way, most of the master writes access. For instance, creating U.S. user records in a database with masters in the U.S. and European user records in a database with masters in Europe is easy to do. Replicas can exist in every cell anyway

little bit of additional runway. However, since the statements have to eventually be applied to all masters, it’s not a sustainable strategy. Vitess addresses this problem through sharding, which can scale distribution allows, you still have the option of sharding based on geographic affinity. You can then setup masters for different shards to be in different geographic location. This way, most of the master writes access. For instance, creating U.S. user records in a database with masters in the U.S. and European user records in a database with masters in Europe is easy to do. Replicas can exist in every cell anyway