Method and device for processing service provisioning instructions

Abstract

The invention discloses a method for processing a provisioning instruction. The method comprises the following steps: setting an intermediate node, and establishing a first mapping model from the provisioning instruction to the intermediate node; calculating the first mapping model, taking a calculation result of the first mapping model as a constraint condition, and establishing a second mapping model from the intermediate node to a progress; according to the second mapping model, obtaining a corresponding relationship between the intermediate node and the progress; and according to the corresponding relationship between the intermediate node and the progress, regulating a progress parameter, and processing a provisioning work order according to the progress parameter. The invention also discloses a device for processing the provisioning instruction.

Description

technical field [0001] The invention relates to business processing technology, in particular to a method and device for processing service activation instructions. Background technique [0002] Service provisioning is to implement service configuration and activation according to the requirements of the service order. Currently, the service activation process includes: order analysis, service activation order generation, service activation work order generation, and service activation work order processing and sending; among them, service activation work order processing and sending is the business operation support system (Business & Operation Support System, BOSS ) using a certain processing mechanism to synchronize the processing of the service activation work order and the sending instruction to the Home Location Register (Home Location Register, HLR) or other platforms. [0003] The processing flow of the service activation work order is as follows: figure 1 As shown...

AI Technical Summary

Problems solved by technology

[0006] In the prior art, on the one hand, the processing process corresponding to the instruction is determined according to a fixed model such as segment division, which will cause the processing process corresponding to the instruction synchronized to a switch device to be fixed and cannot be dynamically adjusted in real time; Moreover, due to the sequential nature of instruction execution, when a problem occurs in a certain instruction, it will affect the synchronization of all instructions following the instruction in the process, causing a backlog of instructions

[0007] On the other hand, after the service activation work order is generated, it is matched according to the set process configuration table. Which process the service activation work order is processed by is fixed. In this way, it cannot be based on the backlog of the service activation work order Dynamically adjust the mapping relationship between the service activation work order and the process according to the actual operation of the system, such as the task volume of each process; and, once the problem of "fake death" of a certain process occurs, it will affect the execution of all instructions pre-assigned to the process ; At this time, the instruction must be manually processed by the maintenance personnel before the instruction can continue to be executed, which greatly affects the efficiency of the instruction execution

[0008] In addition, the number of instructions processed on each process is balanced, and number users in remote cities handle relatively few service activation services, and even some number segments have not been released for use; therefore, the number of service activation instructions generated according to the number It is not balanced, which causes some processes to be assigned a large amount of tasks, while some processes are empty-running, system resources cannot be used reasonably, and the efficiency of instruction execution is also reduced.

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