the caller whether the transaction can be committed, in addition to passively accepting commit instructions. TM can collect the results of all branch transactions and make atomic commit at the end to ensure the number, such as ‐1. • boolean, containing only true & false. Case insensitive. Special Instructions • The "" must be used to mark the algorithm type name when specifying a user‐defined algorithm the boundaries of global transactions. TM obtains the global transaction ID by sending Be‐ gin instructions to TC. All branch transactions participate in the global transaction through this global transaction

the caller whether the transaction can be committed, in addition to passively accepting commit instructions. TM can collect the results of all branch transactions and make atomic commit at the end to ensure the number, such as ‐1. • boolean, containing only true & false. Case insensitive. Special Instructions • The "" must be used to mark the algorithm type name when specifying a user‐defined algorithm the boundaries of global transactions. TM obtains the global transaction ID by sending Be‐ gin instructions to TC. All branch transactions participate in the global transaction through this global transaction

the caller whether the transaction can be committed, in addition to passively accepting commit instructions. TM can collect the results of all branch transactions and make atomic commit at the end to ensure the boundaries of global transactions. TM obtains the global transaction ID by sending Be‐ gin instructions to TC. All branch transactions participate in the global transaction through this global transaction global transaction will be intercepted to generate undo snapshots by RM and sends participate instructions to TC to join global transaction. Since actual sharding SQLs executed in multi‐ threads, global

the caller whether the transaction can be committed, in addition to passively accepting commit instructions. TM can collect the results of all branch transactions and make atomic commit at the end to ensure the boundaries of global transactions. TM obtains the global transaction ID by sending Be‐ gin instructions to TC. All branch transactions participate in the global transaction through this global transaction global transaction will be intercepted to generate undo snapshots by RM and sends participate instructions to TC to join global transaction. Since actual sharding SQLs executed in multi‐ threads, global

the boundaries of global transactions. TM obtains the global transaction ID by sending Be‐ gin instructions to TC. All branch transactions participate in the global transaction through this global transaction global transaction will be intercepted to generate undo snapshots by RM and sends participate instructions to TC to join global transaction. Since actual sharding SQLs executed in multi‐ threads, global Commit or Rollback When submitting a seata transaction, TM sends TC the commit and rollback instructions of the global transaction. TC coordinates all branch transactions for commit and rollback according

the boundaries of global transactions. TM obtains the global transaction ID by sending Be‐ gin instructions to TC. All branch transactions participate in the global transaction through this global transaction global transaction will be intercepted to generate undo snapshots by RM and sends participate instructions to TC to join global transaction. Since actual sharding SQLs executed in multi‐ threads, global Commit or Rollback When submitting a seata transaction, TM sends TC the commit and rollback instructions of the global transaction. TC coordinates all branch transactions for commit and rollback according

the boundaries of global transactions. TM obtains the global transaction ID by sending Be‐ gin instructions to TC. All branch transactions participate in the global transaction through this global transaction global transaction will be intercepted to generate undo snapshots by RM and sends participate instructions to TC to join global transaction. Since actual sharding SQLs executed in multi‐ threads, global Commit or Rollback When submitting a seata transaction, TM sends TC the commit and rollback instructions of the global transaction. TC coordinates all branch transactions for commit and rollback according

the boundaries of global transactions. TM obtains the global transaction ID by sending Be‐ gin instructions to TC. All branch transactions participate in the global transaction through this global transaction global transaction will be intercepted to generate undo snapshots by RM and sends participate instructions to TC to join global transaction. Since actual sharding SQLs executed in multi‐ threads, global Commit or Rollback When submitting a seata transaction, TM sends TC the commit and rollback instructions of the global transaction. TC coordinates all branch transactions for commit and rollback according