The invention discloses a multi-module collaborative integration method based on an intelligent factory management and
control system, particularly relates to the technical field of intelligent manufacturing, and is used for solving the problem of cross-module control inconsistency caused by the fact that an interface
receipt is not equivalent to an actual state to take effect in the prior art. The method comprises the following steps: receiving a control intention, generating a cooperative control transaction
risk index, packaging the cooperative control transaction
risk index into a control transaction recording unit, and allocating a
unique identifier and an idempotent key; after cross-module consistency check is executed, a control instruction is issued, a preparation
receipt and an acceptance
receipt are collected, and a to-be-validated
verification state is entered; in the allowable
effective time window, constructing an execution effective evidence chain based on the equipment and service state evidence, calculating a control effective confidence coefficient index and judging an effective result; and performing compensation
rollback and consistency
recovery on the effective abnormal transaction, and updating the execution reliability portrait. According to the invention, the
observable evidence is used for replacing the receipt as a closed-loop basis, so that the verifiability,
rollback performance and
traceability of cross-module linkage control are improved.