Flow calculating system and method

Abstract

The invention discloses a flow calculating system and method, wherein the flow calculating system comprises a server, a client end and an interaction module, wherein the server comprises a flow calculating script, a flow calculating script compiler and a PTL (Process Template Language) storage; the client end comprises a PTL analysis module and a flow calculating executer; and the interaction module is used for information interaction between the server and the client end, the client end sends a flow calculating file request to the server through the interaction module, the server compiles the flow calculating script into a PTL file and sends the PTL file to the client end according to the flow calculating file request through the interaction module, and the client end analyzes and executes the PTL file for realizing flow calculation.

Description

Technical field: [0001] The invention relates to the communication field, in particular to a traffic calculation system and method in the communication field. Background technique [0002] With the continuous enrichment of mobile value-added services, a variety of applications quickly penetrate into our lives. Since mobile value-added services are different from traditional telephone and SMS communications, how to perform traffic calculation more effectively and intelligently has become a new problem. [0003] There are two main methods of current flow calculation: [0004] 1. The flow calculation is implemented by the client using hard coding. The advantage is that there is no need to interact with the server. The disadvantage is that the flow calculation method cannot be updated. The update must upgrade the client and the update is complicated and the cycle is long. [0005] 2. The existing server and client communication use the WAP protocol to transmit data. The impleme...

AI Technical Summary

Problems solved by technology

[0004] 1. The flow calculation is implemented by the client using hard coding. The advantage is that there is no need to interact with the server. The disadvantage is that the flow calculation method cannot be updated. The update must upgrade the client and the update is complicated and the cycle is long

[0005] 2. The existing server and client communication use the WAP protocol to transmit data. The implementation of the WAP protocol is displayed in xml (Extensible Markup Language). The transmission time is proportional to the size of the transmitted content. Due to the traffic calculation The logic in the script is very complex (various situations and exception handling must be considered), so there are many text characters in it, and the flow calculation script is directly delivered by the server, without using the flow calculation script compiler to compile it into such as PTL (Process Template Language: the compiled binary of the process template language), so it takes a long time to transmit the flow calculation script, and the client needs to parse the xml before interpreting and executing the flow calculation script, which reduces the efficiency

[0006] Therefore, the existing traffic calculation methods are difficult to adapt to the rapid changes in the operator's traffic calculation strategy

The traditional method of upgrading the client and transmitting traffic calculation scripts has great limitations and uncontrollability, and there is a danger that the traffic calculation scripts will be deciphered

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