File deployment method, deployment equipment, system and medium

Abstract

The invention discloses a file deployment method, deployment equipment, a file deployment system and a medium. The method comprises the following steps: acquiring a flow acquisition result of a file,wherein the flow acquisition result is generated by counting the flow of the file according to an acquisition period; judging whether the total acquisition duration of the current acquired flow acquisition result is greater than or equal to the preset window duration or not; wherein the preset window duration is greater than the duration of a single acquisition period; if so, tracing back historical flow acquisition results within a preset window duration including the current acquisition period, and performing flow summary statistics on the historical flow acquisition results to generate a flow summary result; judging whether the traffic summarization result meets a preset deployment condition or not; and if so, deploying the file. According to the method, the data communication pressurebetween the deployment equipment and the shared edge node is relatively reduced. In addition, the invention further provides deployment equipment, a file deployment system and a computer readable storage medium, and the beneficial effects are as described above.

Description

technical field [0001] The present invention relates to the field of cloud computing, in particular to a file deployment method, deployment equipment, system and media. Background technique [0002] With the continuous development of cloud computing, the cloud server architecture based on the CDN network model has continuously made substantial progress in the application. One of the main uses of the current cloud server architecture based on the CDN network model is to provide corresponding data according to the user's access requirements document. In order to further increase the magnitude of data nodes in the CDN network model, the current shared edge node cloud server architecture based on the CDN network model has gradually become the current development trend. [0003] The shared edge node refers to the user's personal node, based on the shared edge node cloud server architecture of the CDN network model, that is, a large number of users' personal nodes are based on th...

AI Technical Summary

Problems solved by technology

With the acceleration of the user's life rhythm and the increase of fragmentation time, the types of data content obtained by users are relatively scattered, and the data content of long-term continuous attention is relatively small. It is possible to continue to use the current summary statistics of traffic collection results based on fixed time slices. As a result, the traffic results corresponding to various data files change relatively frequently, and the overall heat of the traffic is relatively scattered, so the timeliness of deploying data files is higher. Frequent changes to the data files deployed to the shared edge nodes will increase the deployment of equipment and Share the data communication pressure between edge nodes, and it is difficult to ensure the continuous deployment of some valuable data files, thus reducing the accuracy of deployment

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