Patent ID: 11960890
Assignee: SHANGHAI BAOJIE INTELLIGENT TECHNOLOGY CO., LTD.
Field: Computer technology (Electrical engineering)
Classification: CPC G | IPC G

Claim 3:
4. The method of claim 2, wherein the operation flow type further comprises a switching branch operation flow, the switching branch operation flow comprises a plurality of branch operation flows, a branch switching instruction for switching the branch operation flow and mutually exclusive branch index conditions corresponding to the plurality of branch operation flows; wherein the flow step combination rule for the switching branch operation flow combines each branch operation flow included in the switching branch operation flow and a corresponding branch index condition into a switching branch type flow step sequence; and wherein the predetermined row generation rule corresponding to the switching branch type flow step sequence comprises:
taking the operation flow table row generated according to the operation instruction type flow step sequence as a current operation flow table row if the continuous flow steps before the flow steps of the corresponding branch switching instruction belong to the operation instruction type flow step sequence;
adding the flow steps corresponding to the branch switching instruction as an operation instruction to the instruction cell of the current operation flow table row;
generating a branch operation flow table corresponding to the switching branch type flow step sequence, the branch operation flow table is hierarchically embedded under the current operation flow table row, and the branch operation flow table comprises index columns;
for each of the branch operation flow, sequentially generating, in the branch operation flow table, branch operation flow table rows comprising index cells positioned at the index columns, adding the branch index conditions to the index cells, and generates a sub-operation flow table hierarchically embedded under the branch operation flow table row;
for each of the sub-operation flow tables, sequentially acquiring the flow steps in the corresponding branch operation flow, and sequentially determining the operation flow type corresponding to each of the flow steps in the corresponding branch operation flow, respectively combining the continuous flow steps in the branch operation flow into at least one sub-flow step sequence having the corresponding operation flow type according to a predetermined flow step sequence combination rule, and sequentially generating operation flow table rows corresponding to the sub-flow step sequence in the sub-operation flow table based on the predetermined row generation rule corresponding to the type of the flow step sequence;
wherein the branch switching instruction is used to determine the corresponding branch index condition according to the target index variable; and
wherein switching execution of operation flow table rows having the corresponding branch index value.