Monitoring processing method and device under credit contract system

Abstract

The present application provides a monitoring processing method and device under a credit contract system, wherein the monitoring processing method under the credit contract system includes: monitoring, based on a pre-established long connection, an interface call request submitted for project events in the process of the issuer participating in a credit project , wherein the calling parameters in the interface calling request include the contract issuing document number corresponding to the contract issuing document generated by the contracting party after signing the contract based on the credit contract template of the project event; query the database related to the contract issuing document information of the contract issuance form corresponding to the number of the contract, and obtain the contract page template corresponding to the project event; perform page rendering based on the contract issuance information and the contract page template; use the rendered contract page as an invitation to the respondent to participate in the An invitation request for a credit item is sent and displayed to the offeree in response to the interface invocation request.

Description

technical field [0001] The present application relates to the technical field of the Internet, in particular to a monitoring processing method under a credit contract system. The present application also relates to a monitoring processing device under a credit contract system, an electronic device, and a computer-readable storage medium. Background technique [0002] With the popularization of mobile terminals, mobile Internet technology has also developed. Mobile Internet refers to the general term for activities that combine and practice Internet technologies, platforms, business models and applications with mobile communication technologies. [0003] In the current mobile Internet solutions, in most cases, the client and server of the mobile Internet application communicate through hypertext transmission. Specifically, the client initiates a hypertext transmission request, and the server returns data. The traditional request-response mode is a typical short connection, w...

AI Technical Summary

Problems solved by technology

[0004] However, the above-mentioned transmission method has the following defects: (1) the real-time performance is not high, because the hypertext transfer protocol connection uses the "request-response" method, and the connection needs to be established first when making a request, and the client needs to send a request to the server. After the request is sent, the server can reply to the data, so the efficiency is relatively low, and it cannot meet the business needs with relatively high real-time requirements; (2) The loss of establishing a connection. For the hypertext transfer protocol, the transmission control is released every time the communication is completed. Protocol connection, when the next hypertext transmission request arrives, the connection is re-established for data transmission, and each transmission control protocol connection requires a three-way handshake, resulting in loss of time and resources

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