Automatic testing method based on multi-service deployment

Abstract

The invention provides an automatic testing method based on multi-service deployment, and the method comprises the steps: step 1, preparation before testing: inputting product demands, and setting of a front-back dependency relationship between tested services corresponding to a plurality of products; step 2, server deployment monitoring: importing and deploying the tested service on the server, monitoring the completion condition of deploying the tested service by the server, and monitoring the running state of the tested service; step 3, test admission: grouping the tested service according to a function module, associating the tested service according to a business scene of a product, and entering a state of waiting for test instruction issuing; step 4, initializing test data; step 5, executing batch tested service automatic testing; and step 6, collecting test results and feeding back collected information. The test efficiency is improved, the test labor cost investment is reduced, and the product delivery period is shortened.

Description

technical field [0001] The invention relates to the technical field of network communication, in particular to an automatic testing method based on multi-service deployment. Background technique [0002] Existing development companies have many small assembled products, and assembled products include multi-service hybrid deployment and business delivery dependencies between services, which are used to provide functional support for products in different fields, but the current test delivery process has relatively Multiple questions: [0003] (1) Due to the urgent need for miniaturized deployment and the relatively short periodical requirements for deployment and testing, the efficiency requirements for regression testing after multi-service hybrid deployment of products are high, and the traditional regression testing and regression manpower investment is large and inefficient. [0004] (2) Miniaturized products are usually deployed in an independent internal private domain...

AI Technical Summary

Problems solved by technology

[0003] (1) Due to the urgent need for miniaturized deployment and the relatively short periodical requirements for deployment and testing, the efficiency of regression testing after multi-service hybrid deployment of products is highly demanding, and the traditional regression testing and regression manpower investment is large and inefficient

[0004] (2) Miniaturized products are usually deployed in an independent internal private domain, and the corresponding service domain name cannot communicate with the public network, so the traditional online monitoring solution cannot monitor the availability of online services after delivery

[0005] (3) The test data preparation of multiple tested services has a strong coupling relationship with the environment. When a new miniaturized product is deployed, it is necessary to re-prepare the test data and invest a lot of manpower to complete the test data preparation

[0006] (4) The data of the upper-layer business tested service depends on the operation of the basic tested service. If there is a problem with the basic tested service, it will affect the test regression of the upper-layer business tested service and increase the round-trip time of the version test

[0007] (5) Due to the short deployment time, there may be many problems in the service under test, but the developers do not have enough time and complete self-checking methods, so there are still many problems when submitting the test

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