Design And Implementation Of The Physical Infrastructure Management Plug-in For The Cloud Resource Pool Of An Operator

In the cloud computing system,the storage and computing resources are centrally placed in a public cloud resource pool,so that users can obtain them through the network.The physical infrastructure in the cloud resource pool includes servers,storage,switches,routers,firewalls and load balancing.They are the foundation of the cloud resource pool.The health of the physical infrastructure can directly affect the health of the cloud resource pool.Resource operation and maintenance personnel need to manage cloud resources.With the increasing scale of servers and the increasingly diversified network environment,operation and maintenance personnel pay more and more attention to the health and stability of the cloud resource pool,more and more manpower and material resources are invested in the inspection and maintenance of equipment.Moreover,the establishment time and the docking manufacturers of many resource pools of operators,and the technologies used by each manufacturer may be different.In order to provide users with a stable and efficient system,the operator cloud resource pool needs to centrally manage the heterogeneous products of multiple manufacturers with a unified standard,so it is necessary to design physical infrastructure management plug-ins to realize the control and management of the plug-ins themselves and physical equipment.Complete data collection,automatic deployment,service availability detection,self-monitoring,self-registration,configuration distribution,control distribution,event response and other operations.This paper designs and implements a management plug-in pitaya for the physical infrastructure of the carrier cloud resource pool.First of all,we conducted the functional requirement analysis and non-functional requirement analysis of the plug-in,introduced the overall design of the plug-in,completed the detailed design of the plug-in function module,and the division of each module is completed according to the function,draw the sequence diagram of each module,and coding to realize these functions,finally completed the plug-in function test and performance test.The plug-in has been launched and runs well,which facilitates the unified management and access of heterogeneous manufacturers and heterogeneous equipment,and reduces the pressure on the operation and maintenance personnel.