option increases the write cost by approximately 50%. Single shard transactions continue to remain ACID, just like MySQL supports it. If there are read-only code paths that can tolerate slightly stale These exhibit the same properties as MASTER reads. However, you get REPEATABLE_READ consistency and ACID writes for a single shard. Support is underway for cross-shard Atomic transactions. As for atomicity Isolation (in the ACID sense). This means that a third party that performs cross-database reads can observe partial commits while a 2PC transaction is in progress. Guaranteeing ACID Isolation is very

option increases the write cost by approximately 50%. Single shard transactions continue to remain ACID, just like MySQL supports it. If there are read-only code paths that can tolerate slightly stale These exhibit the same properties as MASTER reads. However, you get REPEATABLE_READ consistency and ACID writes for a single shard. Support is underway for cross-shard Atomic transactions. As for atomicity Isolation (in the ACID sense). This means that a third party that performs cross-database reads can observe partial commits while a 2PC transaction is in progress. Guaranteeing ACID Isolation is very

option increases the write cost by approximately 50%. Single shard transactions continue to remain ACID, just like MySQL supports it. If there are read-only code paths that can tolerate slightly stale These exhibit the same properties as MASTER reads. However, you get REPEATABLE_READ consistency and ACID writes for a single shard. Support is underway for cross-shard Atomic transactions. As for atomicity Isolation (in the ACID sense). This means that a third party that performs cross-database reads can observe partial commits while a 2PC transaction is in progress. Guaranteeing ACID Isolation is very

option increases the write cost by approximately 50%. Single shard transactions continue to remain ACID, just like MySQL supports it. If there are read-only code paths that can tolerate slightly stale These exhibit the same properties as MASTER reads. However, you get REPEATABLE_READ consistency and ACID writes for a single shard. Support is underway for cross-shard Atomic transactions. As for atomicity Isolation (in the ACID sense). This means that a third party that performs cross-database reads can observe partial commits while a 2PC transaction is in progress. Guaranteeing ACID Isolation is very

option increases the write cost by approximately 50%. Single shard transactions continue to remain ACID, just like MySQL supports it. If there are read-only code paths that can tolerate slightly stale These exhibit the same properties as PRIMARY reads. However, you get REPEATABLE_READ consistency and ACID writes for a single shard. Support is underway for cross-shard Atomic transactions. As for atomicity Isolation (in the ACID sense). This means that a third party that performs cross-database reads can observe partial commits while a 2PC transaction is in progress. Guaranteeing ACID Isolation is very

option increases the write cost by approximately 50%. Single shard transactions continue to remain ACID, just like MySQL supports it. If there are read-only code paths that can tolerate slightly stale These exhibit the same properties as MASTER reads. However, you get REPEATABLE_READ consistency and ACID writes for a single shard. Support is underway for cross-shard Atomic transactions. As for atomicity Isolation (in the ACID sense). This means that a third party that performs cross-database reads can observe partial commits while a 2PC transaction is in progress. Guaranteeing ACID Isolation is very

option increases the write cost by approximately 50%. 95 Single shard transactions continue to remain ACID, just like MySQL supports it. If there are read-only code paths that can tolerate slightly stale These exhibit the same properties as MASTER reads. However, you get REPEATABLE_READ consistency and ACID writes for a single shard. Support is underway for cross-shard Atomic transactions. As for atomicity Isolation (in the ACID sense). This means that a third party that performs cross-database reads can observe partial commits while a 2PC transaction is in progress. Guaranteeing ACID Isolation is very

option increases the write cost by approximately 50%. Single shard transactions continue to remain ACID, just like MySQL supports it. If there are read-only code paths that can tolerate slightly stale These exhibit the same properties as MASTER reads. However, you get REPEATABLE_READ consistency and ACID writes for a single shard. Support is underway for cross-shard Atomic transactions. As for atomicity Isolation (in the ACID sense). This means that a third party that performs cross-database reads can observe partial commits while a 2PC transaction is in progress. Guaranteeing ACID Isolation is very