Design And Implementation Of A Quick Deploy Static Websites System Based On Distributed Networks

Nowdays,with the rapid development of modern browsers and front-end technologies,the development of static websites has become an unstoppable trend,and a system that facilitates efficient implementation of agile processes,communication,collaboration and integration between development,operations and quality assurance departments is an urgent need for front-end developers.As we enter the era of big data,the amount of data added every moment in this context has increased exponentially compared to the past.The popularity of traffic and networks has made geographically dispersed and redundant data requests,thus making the optimization of website performance a major challenge.The thesis proposes a feasible solution,a distributed network-based static page rapid deployment system,by studying relevant platforms at home and abroad and exploring related theories and technologies.In terms of deployment,the thesis analyzes the implementation of distributed storage,realizes distributed hosting of static websites with the help of object storage platforms,provides an exhaustive interpretation of domain name related operations,can realize the automatic allocation of website entry and user-defined domain names by the system,and can open HTTPS services.In terms of website performance,based on a distributed network,a decentralized storage architecture is proposed,using the idea of CDN to deploy hosting clusters in multiple geographic locations around the world,and then a multi-level caching mechanism is adopted in each hosting cluster,using the Redis Cluster mechanism and the FDS object storage platform to achieve a first-level cache,and a second-level cache based on the file system to deploy files atomically,forming Static site snapshots can quickly respond to user requests.The system solves the problems of complex deployment process faced by developers and inefficient websites encountered by users,and meets the requirements of stability,scalability,and security.With this system,developers can quickly deploy static websites,switch between versions quickly,and deploy websites based on a distributed network,achieving high availability and performance.