Heterogeneous GIS platform service central control system under hyper-converged architecture

Abstract

The invention discloses a heterogeneous GIS (Geographic Information System) platform service central control system under a hyper-converged architecture, which defines a unified access standard through service central control, realizes the access of services of different GIS manufacturers, and performs undifferentiated control in all directions such as publishing, management, operation and maintenance, monitoring and the like. In a first access mode, transformation is carried out according to a service template packet or a self-defined service mirror image packet provided by the service central control system, so that the corresponding service type can be identified by the service central control, and registration is carried out through an API interface of the service central control to complete the access of the GIS service; or calling the interface verification of the Server server in the second access mode to access the GIS service; and the heterogeneous GIS platform service centralcontrol system completes access and management of different GIS service engine systems through the adaptation layer. And the GIS service engine system provides construction of bottom GIS service forthe heterogeneous GIS platform service central control system. Based on multiple access modes, each GIS service manufacturer can select the most appropriate mode to access the platform according to the actual situation.

Description

technical field [0001] The invention relates to the field of service central control, and more particularly, to a service central control system of a heterogeneous GIS platform under a hyper-converged architecture. Background technique [0002] With the rapid development of Internet technology, a large number of applications have emerged one after another, and they are mainly interactive applications with a large number of users. The main models are generally B / S and C / S. The large-scale server cluster composed of a large number of high-performance servers has become the key to the bearing system. At present, large-scale server clusters contain thousands of servers. With the complexity of applications, large-scale server clusters have developed into a hybrid mode, that is, a single server may provide multiple different services, and different servers also have A different operating system may be used. However, at this stage, large-scale server clusters are still controlled...

AI Technical Summary

Problems solved by technology

However, at this stage, large-scale server clusters are still controlled through SSH, VNC and other methods. This traditional control method uses VNC remote connection or SSH to enter the target host, and then enters the control command to realize the control of the target host. Its main disadvantages are: it cannot shield the differences in the operating systems between servers, and the portability is poor; it is extremely inefficient to control the servers individually

That is to say, there will be multiple sets of GIS service engines in a project, but in fact, each GIS has its own field of expertise, and there are specific business advantages in the project. The current technology does not consider adapting to multiple GIS engines, taking into account the needs of all companies. long, build a unified management capability

Images