B/C/S blending mode based single sign-on system development model

Abstract

The present invention discloses a B / C / S blending mode based single sign-on system development model, belonging to the technical field of computers. According to the development model, a management platform is logged in in a database checking user logging manner or a CA verifying logging manner, and a PORTAL show page of a service system is entered; a third-party service branch-system is visited in a manner of clicking a hyperlink, and the third-party acquires user login information and an authority through transmitting a Web serving client request, so as to realize a service system login function of an assigned authority; and based on multiple group independent service systems, functions including a login manner function, a service branch-system management function, an intuitive service view show function, a user detailed information Webservice service release function, and a browser plugin management software function are implemented. Through adoption of the B / C / S blending mode based single sign-on system development model, single sign-on can be implemented in all member sites, user experience is improved, and mutual promotion and mutual propaganda of the member sites are benefited.

Description

technical field [0001] The invention relates to the field of computer technology, in particular to a single sign-on system development model based on B / C / S mixed mode. Background technique [0002] Single Sign-On (Single Sign-On, abbreviated as: SSO) is a process of user login authentication. After realizing one-time login authentication, users can access different application systems in the group network; , re-enter the user name and password, so as to realize the enterprise-level "single sign-on, roaming on the whole network". [0003] For multiple independent business subsystems operated in a group (for example: website or client application software, referred to as member site here), each subsystem has its own authentication mechanism, which will inevitably result in: If a user wants to access a branch system as a registered member, he needs to register on each branch system and pass identity verification before he can access as a member; even if the user uses the same ...

AI Technical Summary

Problems solved by technology

[0003] For multiple independent business subsystems operated by the group (for example: website or client application software, referred to as member sites here), each subsystem It has its own authentication mechanism, which will inevitably lead to: if a user in life wants to access the sub-system as a registered member, he needs to register on each sub-system and pass the identity verification before he can use the sub-system as a member access; even if the user registers on each branch system with the same user name and password, although it can play a certain role in avoiding forgetting and confusion of the user name and password, but the user visits multiple member sites or When jumping between member sites, users still need to log in before they can access as members

Not only is this an inconvenience to the user, but the member site pays a significant performance price for logging in

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