Method and device for accessing website resources

Abstract

The invention discloses a website resource access method and device. The method comprises the following steps of: obtaining a first residual access frequency when a user triggers an access request fora target function, wherein the first residual access frequency is a residual access frequency, for the target function, of the user recorded at a client; and judging whether the first residual accessfrequency is greater than 0 or not, if the judging result is positive, allowing the access request of the user and subtracting 1 from the first residual access frequency, and otherwise, rejecting theaccess request of the user. According to the method and device, the residual access frequency, for the target function, of the user is recorded at the client, and the pressure is shared to the client, so that data interaction with a server is decreased to decrease the data interaction cost, table segmentation does not need to be carried out in a database, the maintenance is easy, the system operation efficiency is improved, and user-level limit control under B / S architecture is efficiently realized.

Description

technical field [0001] The invention relates to the field of data processing, and more specifically, to a method and device for accessing website resources. Background technique [0002] At present, some management systems need to limit some operations of users. For example, the personal credit report query function of the credit management system in the financial industry needs to add a daily query limit. When the number of queries exceeds a certain value, the query cannot be continued on the same day. , to limit the number of daily inquiries of the account manager. That is to control the number of credit reports that each account manager can query each day, and set different query limits for different account managers according to information such as geography, business volume, and organization. [0003] The credit information management system is a B / S (Browser / Server, browser / server mode) system with many system users. Currently, two methods of in-memory database and re...

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Problems solved by technology

[0004] Specifically, the method of using the memory database is to use the memory database to record the remaining number of operations of the user. After each operation of the user, the number of remaining operations recorded in the memory database is reduced by one; this method needs to increase the memory database under the traditional B / S architecture. That is to say, structural adjustment is required. Using the memory database method requires multiple dedicated shared memory servers for data operation and data mutual backup. The cost of hardware resources is high, and it is easy to cause data loss when the shared memory server is down.

[0005] Specifically, the method of using a relational database is that after each user operation, the remaining number of user operations in the relational database needs to be updated. During the intensive period of operation, there is a problem of database congestion for tables with a large amount of operations.

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