An Automatic Expansion Method Based on Multiple Test Environments

Abstract

The invention relates to the field of computer software, and provides an automatic expansion method based on multiple sets of test environments. The objective of the invention is to solve the problemof feasibility of execution of a large number of sequential test tasks. According to the main scheme, t, the method comprises the steps that 1, t, the same time sequence related systems are extractedfrom all product line testing environments, a mother time sequence related system and a child time sequence related system are determined, and an associated configuration template M-is configured according to a private configuration variable PV of the mother time sequence related system; C; c; S; step 2, generating a new environment self-owned configuration list of each sub-time sequence related system, and completing association configuration of the new environment of each sub-time sequence related system to realize association of upstream and downstream systems of each sub-time sequence related system; A; and step 3, performing data synchronization on each sub-timing-sequence related system from the mother timing-sequence related system, randomly distributing execution tasks distributedto each sub-timing-sequence related system according to different date field data in the timing sequence task execution plan, and performing matching execution on the data corresponding to the date fields.

Description

technical field

[0001] The invention relates to the field of computer software, in particular to the field of testing, and provides an automatic expansion method based on multiple sets of testing environments. Background technique

[0002] In software testing, business function testing needs to be carried out based on the testing environment, and the uncertainty of business testing tasks puts forward higher requirements on the testing environment, especially in the case of a large number of concurrent tasks.

[0003] Sequential tasks: The test point has a strong dependence on time. For example, a test task can only be executed on the 10th, and the next task can only be executed on the 20th. For example, the daily cut batch test in the bank test. Sequential tasks have high requirements on the test environment, and the same environment can only support one at the same time. A test environment often includes multiple interrelated business systems. The test systems correspond...

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