Payment anti-shake method and device

Abstract

The disclosure provides a payment anti-shake method and device. The method includes: intercepting the current business request sent by the client to the server during the payment process, the current business request at least includes a unique stage identifier; based on the anti-shake mark corresponding to the current business request, determining whether the remote business call for the current business request is abnormal ; When the remote service call for the current business request is determined to be abnormal, generate a bottom-up processing result, which at least includes a simulated normal result corresponding to the payment stage identified by the unique stage identifier; send the bottom-up processing result to the client. The device includes an intercepting unit, an abnormality determining unit, a bottom-up processing unit and a sending unit. By using the method and device, a higher availability target is guaranteed, the stability of the financial level is guaranteed, the loss of merchant collection is reduced, the impact of system jitter and failure on business and business loss is reduced, and the success rate of the overall business link is improved. At the same time improve user experience.

Description

technical field [0001] The present disclosure generally relates to the technical field of network applications, and more specifically, relates to a payment anti-shake method and device. Background technique [0002] If the network is congested, the queuing delay will affect the end-to-end delay and cause the delay of packets transmitted through the same connection to vary, and jitter is used to describe the degree of delay variation. Delay in the network refers to the delay time of information from sending to receiving, which is generally composed of transmission delay and processing delay, while jitter refers to the time difference between the maximum delay and the minimum delay. For example, the maximum delay is 20 milliseconds, and the minimum delay is 5 milliseconds. Then the network jitter is 15 milliseconds, which mainly marks the stability of a network. [0003] Mobile payment refers to the use of mobile phones or other smart devices to complete or confirm payment in...

AI Technical Summary

Problems solved by technology

Under the current Internet scale and complex enterprise-level distributed architecture system, network jitter is inevitable when a large number of users access, so it is easy to cause transaction failure, or because the transaction is in progress, too many resources are locked, such as locking data tables Too many records, causing other transactions to wait longer

For example, if the link shakes during the mobile payment process, it may cause payment errors, payment failure, and loss of merchant collection. Therefore, the distributed system needs to further improve system stability and availability.

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