Server deployment structure

Abstract

The invention relates to a server deployment structure. Lists are sent by a Svrlist module of a data center. Clients search IP segments and CDN nodes in the lists according to IPs at which the clients are located. Network speeds of connections between the clients and the CDN nodes are tested through local link servers of the clients. The Svrlist module allocates suitable computer rooms and CDN nodes according to network speed test results reported by the clients periodically, and the computer rooms and CDN nodes are used for the clients to be connected with. A logic processing module of the data center sends messages received from various long link modules to a queue service module for queue sorting. A message distribution module distributes memories obtained by aggregating the messages from the queue to the various long link modules. The long link modules send memory pointers to connected clients, thereby appointing message memory blocks needing to be sent to the clients. According to the structure, the message distribution application between the server and the clients is relatively fast, the resources of the server are saved, and the operation is relatively stable.

Description

technical field [0001] The invention relates to a server deployment structure. Background technique [0002] Such as figure 1 As shown, the early server deployment adopts a single-point deployment structure. The network exits of the three major communication operators (Telecom, China Unicom, and China Mobile) are all located in one computer room. The bandwidth of the computer room is limited, the single-line IDC traffic is insufficient, and the access rate is low. There is also a single point problem, that is, if there is a problem in one computer room, all services will not be available. [0003] Such as figure 2 As shown, in another existing server deployment scheme, business modules are deployed in multiple computer rooms, and if a problem occurs in one computer room, services can be continued through other computer rooms. Moreover, the network interfaces of different operators are located in different computer rooms, and a suitable operator's computer room can be sel...

AI Technical Summary

Problems solved by technology

[0004] In the process of playing online video today, it is more and more common to send or watch bullet chatting; however, due to the limited carrying capacity of the bullet chatting server, when the number of simultaneous users increases, the bullet chatting server deployed based on the above scheme will be compatible with each user The transmission speed of barrage messages between

At the same time, the data size of bullet chat messages increases with the accumulation of time, so that users need to wait for a long time before watching the video to get all the bullet chat messages, resulting in delayed video playback and poor user experience

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