Research On Key Technologies Of Cloud Native Self-Configuring Web Software

With the development of cloud computing and the popularization of distributed frameworks,the migration of applications to the cloud is an irreversible trend.Traditional software application development involves professional code development knowledge,which is not conducive to the rapid iteration and continuous delivery of Web software on the cloud.Moreover,with the running of Web software on the cloud,the data storage level and resource overhead of the application will further rise.How to further save storage space and improve the utilization of cloud resources is a problem that needs to be solved.Therefore,this paper focuses on the rapid iterative self-configuration development technology of cloud-native Web software.At the same time,from the perspective of storage space saving and data resource utilization in the cloud environment,the data ID encoding and cross-cloud Web software data resource access are studied.First of all,this paper designs and implements a self-configuring web software platform.The platform adopts a layered architecture design,allowing tenants to configure to generate web software,and realize the integration of application development,test release and final delivery in a self-configuring way.Without the need for a large amount of code to intervene in development,using this platform can meet rapidly changing customer needs.Next,in order to further save storage space and build dynamically scalable Web software in a dynamic cloud environment,this paper proposes and implements a tree-shaped data structure ID encoding with adaptive encoding length growth,and proposes a complete set of encoding and decoding schemes.The data encoding scheme has reference significance for the unique identification of data resources in a distributed environment and the optimization of data storage space efficiency.Finally,combined with the above coding scheme,this paper designs a set of data resource access mechanism for web software across the cloud to realize the dynamic acquisition of remote web software data resources.At the end of this article,for the above-mentioned self-configuring web software production platform and cross-cloud web software data access mechanism,this paper proposes a docker-based deployment mechanism based on the configuration center.The system verification application examples test the feasibility and effectiveness of the Web software generation platform,scheme and tool set proposed in this paper.The design concept and platform application framework of the self-configuring Web software generation platform proposed in this paper are effective in cloud native Web software.Building on the cloud,saving data encoding storage space,and cross-cloud data transmission are of reference significance.