for running compute or storage tier component processes. These can either be physical ma‐ chines, virtual machines, or containers, etc. Cluster Multiple nodes that are assembled together to provide a specified and out‐ side the transaction, the round‐ robin strategy is used to route to the replica RAN‐ DOM Within the transaction, read query are routed to the primary, and out‐ side the transaction, the espl itti ng.a lgor ithm .loa dbal ance .Rou ndRo binR eadQ uery Load Bala nceA lgor ithm RAN DOM the read database load balancer algorithm based on random or g.ap ache .sha rdin gsph ere. read

for running compute or storage tier component processes. These can either be physical ma‐ chines, virtual machines, or containers, etc. Cluster Multiple nodes that are assembled together to provide a specified espl itti ng.a lgor ithm .loa dbal ance .Rou ndRo binR eadQ uery Load Bala nceA lgor ithm RAN DOM the read database load balancer algorithm based on random or g.ap ache .sha rdin gsph ere. read a lgor ithm .loa dbal ance .Wei ghtR eadQ uery Load Bala nceA lgor ithm TRA NSA CTI ON_ RAN DOM Whether in a transaction or not, read requests are routed to multiple replicas using a random strat‐

handled by ShardingSphere. Yes, because of the existence of logicColumn, users write SQL for this virtual column. Apache Shard‐ 3.6. Encryption 91 Apache ShardingSphere document, v5.0.0-beta ingSphere

handled by ShardingSphere. Yes, because of the existence of logicColumn, users write SQL for this virtual column. Apache Shard‐ 7.4. Encryption 276 Apache ShardingSphere document, v5.0.0 ingSphere can

handled by ShardingSphere. Yes, because of the existence of logicColumn, users write SQL for this virtual column. Apache Shard‐ ingSphere can map this logical column and the ciphertext column in the underlying

handled by ShardingSphere. Yes, because of the existence of logicColumn, users write SQL for this virtual column. Apache Shard‐ ingSphere can map this logical column and the ciphertext column in the underlying

for running compute or storage tier component processes. These can either be physical ma‐ chines, virtual machines, or containers, etc. Cluster Multiple nodes that are assembled together to provide a specified

for running compute or storage tier component processes. These can either be physical ma‐ chines, virtual machines, or containers, etc. Cluster Multiple nodes that are assembled together to provide a specified