Testing system and method for microservice architecture of 5G core network

Abstract

The invention discloses a testing system and method for a 5G core network micro-service architecture. The system includes: a micro-service platform, a test server, and a monitoring platform; wherein, the micro-service platform is used to provide a network using a 5G core network micro-service architecture. Service; the test server communicates with the micro-service platform to send test requests to the micro-service platform and receives the response data returned by the micro-service platform; the monitoring platform communicates with the micro-service platform and the test server respectively to monitor the micro-service platform The resource usage of the micro-service platform is returned to the test server; wherein, the test server is also used to determine the test result of the micro-service platform according to the response data returned by the micro-service platform and the resource usage of the micro-service platform. The present invention can simulate high concurrent load requests, realize various high-performance tests on the micro-service architecture of the 5G core network, and then determine a micro-service architecture of the 5G core network with optimal performance according to the test results.

Description

technical field [0001] The invention relates to the field of 5G communication, in particular to a testing system and method for a 5G core network micro-service architecture. Background technique [0002] This section is intended to provide a background or context to the embodiments of the invention recited in the claims. The descriptions herein are not admitted to be prior art by inclusion in this section. [0003] With the advent of the 5G era, a single physical network can no longer meet the business needs of various vertical industries and the Internet of Everything. The 5G era pursues lower costs, supports large traffic and large connections, and uses new technologies to achieve flexible and diversified services. , enhance the value of connection, therefore, 5G network needs a new architecture that is agile and sustainable. [0004] Drawing on the "micro-service" design concept in the IT field, the future 5G system architecture will be based on a service-based network ...

AI Technical Summary

Problems solved by technology

[0012] The embodiment of the present invention provides a test system for 5G core network micro-service architecture, which is used to solve the existing micro-service framework test scheme, which only supports functional testing of the usability and basicity of the micro-service framework itself, and cannot be applied to high concurrency The requested technical issues of the functional test of the 5G core network micro-service architecture, the test system includes: micro-service platform, test server, and monitoring platform; among them, the micro-service platform is used to provide network services using the 5G core network micro-service architecture; The test server communicates with the microservice platform and is used to send test requests to the microservice platform and receive the response data returned by the microservice platform; the monitoring platform communicates with the microservice platform and the test server respectively to monitor the resources of the microservice platform usage, and return to the test server; wherein, the test server is also used to determine the test results of the micro-service platform according to the response data returned by the micro-service platform and the resource usage of the micro-service platform

[0013] The embodiment of the present invention also provides a testing method for the micro-service architecture of the 5G core network, which is used to solve the existing micro-service framework testing scheme, which only supports functional testing of the usability and basicity of the micro-service framework itself, and cannot be applied to high-end The technical problem of the functional test of the 5G core network micro-service architecture with concurrent requests, the method includes: sending a test request to the micro-service platform, wherein the micro-service platform provides network services using the 5G core network micro-service architecture; receiving the return from the micro-service platform The response data of the microservice platform; monitor the resource usage of the microservice platform; determine the test results of the microservice platform according to the response data returned by the microservice platform and the resource usage of the microservice platform

[0014] The embodiment of the present invention also provides a computer device to solve the existing micro-service framework testing scheme, which only supports functional testing of the usability and basicity of the micro-service framework itself, and cannot be applied to 5G core network micro-services with high concurrent requests. The technical problem of the functional test of the service architecture, the computer equipment includes a memory, a processor, and a computer program stored on the memory and operable on the processor, and the test method for implementing the above-mentioned 5G core network micro-service architecture when the processor executes the computer program

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