Method, device and system for sending network message

Abstract

The invention embodiment discloses a network message transmission method, apparatus and system. The method comprises: receiving the identification information of the network message to be transmitted from the network message transmission server; searching for the transmission record of the network message to be transmitted according to the identification information; Wherein, the transmission record includes the transmitted times and preset transmitting times; when the transmitted times is less than the preset transmitting times, adding 1 to the transmitted times, and simultaneously instructing the network message transmission server to transmit the network message. The invention realizes to control the network message transmission times generally by network message transmission database, thereby, avoids the transmission record difference of the same network message in different network message transmission servers effectively.

Description

technical field [0001] The present invention relates to the technical field of communication, in particular to a method, device and system for sending network messages. Background technique [0002] Wireless Application Protocol (WAP, Wireless Application Protocol) is a globally unified open protocol standard that provides Internet content and advanced value-added services to mobile terminals, and is a simplified wireless Internet protocol. WAP combines the Internet and mobile phone technology, making it a reality to access rich network information anytime and anywhere. WAP service is a mobile phone directly surfing the Internet, browsing WAP sites through the mobile phone WAP browser, you can enjoy news browsing, stock query, mail sending and receiving, online games, chat and other application services. Accessing WAP through GPRS network can give full play to the advantages of short access delay (2 seconds access), high speed, always online, and convenient switching. [0...

AI Technical Summary

Problems solved by technology

[0004] The inventor found through research on the prior art that the number of WAP terminals is huge, and correspondingly, there are also a large number of network message sending servers. The existing network message sending methods can easily cause the data in each network message sending server to be out of sync, for example, For a network message a, plan to allow mobile phone users to browse 900 times, assuming that there are three network servers 1, 2 and 3 responsible for sending this network message a, according to the method of the prior art, 900 times need to be evenly distributed to these three This creates a problem: when servers 1 and 2 have completed 300 votes and server 3 has not completed the number of deliveries, if a certain user accesses server 1, it cannot Browsing the network message (the network message in server 1 has been delivered); a user who visits server 3 can browse the network message (the advertisement delivery in server 3 has not been completed yet)

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