Realize application multi-active system in distributed esb scenario based on service grid technology

Abstract

This application relates to an application multi-active system based on service grid technology in a distributed ESB scenario, which belongs to the field of communication technology, and includes a management and control platform and at least two data centers; the data center runs a service caller corresponding to the same application and The service provider is used to monitor the downstream sidecar of the service caller, communicates with the downstream sidecar and is used to monitor the upstream sidecar of the service provider, and is used to monitor the fault monitoring agent of the service provider, and communicates with the downstream sidecar The configuration center connected to the vehicle communication, the management and control platform is respectively connected to the configuration center and the fault monitoring agent; it can solve the problem that ESB cannot address multiple data centers, and cannot guarantee that any data center business can be reversed to other data centers after a failure. In this way, the problem of uninterrupted business requests can be guaranteed; multiple data centers can be addressed; multi-data center routing can be realized through downstream sidecars to ensure the dual-active or even multi-active capabilities of business applications.

Description

technical field [0001] The present application relates to an application multi-active system implemented in a distributed ESB scenario based on service grid technology, which belongs to the field of communication technology. Background technique [0002] Enterprise Service Bus (Enterprise Service Bus, ESB): It is a technical architecture to realize the integration and interconnection between systems, which can be understood as a middleware platform for message and service integration. Specifically, ESB is a key part of the infrastructure used when building a solution based on service-oriented architecture (SOA), and is a set of infrastructure functions implemented by middleware technology and supporting SOA. ESB supports services, messages, and event-based interactions in heterogeneous environments with appropriate service levels and manageability. In short, an ESB provides the functionality to connect new and existing software applications within and across enterprises, en...

AI Technical Summary

Problems solved by technology

[0005] This application provides an application multi-active system based on service grid technology in a distributed ESB scenario, which can solve the problem that ESB cannot address multiple data centers, and cannot guarantee that any data center business failure can be reversed to other Data center, so as to ensure that business requests are not interrupted

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