A single application-based data management method and server

Abstract

The invention discloses a data management method based on a single application, including receiving a login request sent by a tenant device, the login request including the tenant identity information; querying the tenant corresponding to the tenant identity information in a tenant information database A leased module version list, the tenant leased module version list includes but not limited to the leased monomer application module identifier and module version information; loads the corresponding module version set according to the tenant leased module version list; A target instance is selected in the deployment instance, and the leased module version set is deployed to the target instance through incremental deployment. By supporting incremental deployment, tenants with different code versions can still share one deployment instance, so as to make full use of existing software architecture assets and obtain resource sharing capabilities with high resource utilization.

Description

technical field [0001] The present invention relates to the field of computer application technology, in particular to a data management method and server based on a single application Background technique [0002] Traditional monolithic applications are usually deployed at the user's site, so it is basically deployed and implemented by one user at a time. In order to reduce the cost of customized development, the customized requirements of different users are usually abstracted to form functional configuration, which can ensure that different users use one version code as much as possible to reduce maintenance and development costs. The abstraction and functional configuration of rich customization requirements requires that the single application should have a good modular design. Even so, traditional monolithic applications encounter many difficulties in upgrading services, remote deployment, maintenance and implementation, such as untimely upgrades and high cost of remo...

AI Technical Summary

Problems solved by technology

[0004] As mentioned above, for most small and medium-sized enterprise applications, the traditional well-modular monolithic application can cost less than the scalable SaaS shown in the above-mentioned solution 2, but the biggest problem with this kind of solution is that it cannot be implemented incrementally. Deployment, so that different code versions share the same deployment and running instance

Therefore, when the difference between the two version codes is small and there are not many tenants served at the same time, an instance has to be redeployed, resulting in waste of resources

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