Service facade task processing method and equipment

Abstract

The invention discloses a service facade task processing method and equipment. The method comprises the following steps of: determining the service facade to be processed; dividing the service facade task into a plurality of task blocks; determining the executing sequence of each task block according to the executing flow process of the service facade task; allocating marks for each task block, wherein the sequence of the marks of each task block is the same as the executing sequence of each task block; allocating each task block to a central processing unit (CPU); and executing the task block on the corresponding CPU according to the sequence of the marks of each task block. The method and the equipment conform to the modern software development modularized design principle. Compared with the traditional sub task method, the method has the advantages that the function is more definite and concrete, and the development, the management and the later-stage maintenance are convenient.

Description

technical field [0001] The present invention relates to mobile communication processing technology, in particular to a method and equipment for processing business plane tasks. Background technique [0002] With the advent of the information age, various complex and diverse application requirements place higher and higher performance requirements on processors. The traditional method of improving processor performance by purely increasing the frequency has run into a corner due to power consumption and heat dissipation problems. Compared with single-core processors, multi-core processors can complete higher workloads at lower frequencies, and have obvious advantages of high performance and low power consumption. They are gradually replacing traditional single-core processors and becoming the mainstream of the market. [0003] In this context, how to make full use of the concurrent processing characteristics of multi-core processors, improve the overall performance of the sy...

AI Technical Summary

Problems solved by technology

[0008] 1. At the beginning of the design, the software designer first needs to split a complete task into multiple subtasks, and each subtask is deployed on a different core according to certain rules; but there is no reference standard for how to split these subtasks

[0009] 2. The software designer must fully grasp the performance of each of the above subtasks, for example: what are the characteristics of the subtasks, how much is the task, etc.; this is too demanding for some software designers

[0010] 3. After the code development is completed according to the originally designed subtask deployment, once a certain core or a certain type of core becomes a performance bottleneck, it is necessary to readjust the task deployment at this time, and may even re-split the subtasks, modify the function call relationship, and re-run Integration testing, there is a lot of duplication of labor

experience shows that such late-introduced design adjustments are costly

[0011] 4. Function calls are used between the modules in the subtask, which requires a large depth of the stack, which may cause the memory resources of the single core to be tight

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