Million-level user simultaneous online mobile platform server architecture

Abstract

The invention provides a million-level user simultaneous online mobile platform server architecture which comprises a load balancing server group, a logic processing server group, a high-speed data caching server group and a database server. The logic processing server group and the high-speed data caching server group respectively and independently achieve distributed structures, and data storage and logic processing functions are separated. The servers in the mobile platform server architecture are high in toughness degree in running, high in scalability and good in fault tolerance performance, can bear a large number of online players and meanwhile keep high-stability and high-toughness network games. The servers can bear millions of users by simply increasing the number of deployed machines.

Description

technical field [0001] The invention relates to the technical field of short-connection online games, in particular to a mobile platform server architecture supporting millions of users online at the same time. Background technique [0002] Large-scale online game servers have the characteristics of many online users at the same time, high request density, high requirements for response speed, and high requirements for stability. Existing server implementations can be divided into long-connection and short-connection types. The long-connection type can facilitate functions such as server active notification, but has higher requirements for network stability and the cost of maintaining connections. Active connections are a waste of resources, especially for the select and poll models, which have a limit on the maximum number of connections, and as the number of connections increases, the performance will decrease linearly. The short connection type solves this problem to a g...

AI Technical Summary

Problems solved by technology

In order to quickly respond to requests and take advantage of multi-core servers, the current mainstream online game servers generally use multi-threading technology, but multi-threaded servers are relatively more difficult to develop, code and debug, which is not conducive to short development cycles and changing requirements. big project

However, single-threaded servers generally have the problem that a single server cannot make full use of multi-core CPU functions, so that it is impossible for a large number of players to play on the same server.

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