Man-machine interactive type testing method for multi-core cable

Provided in the invention is a man-machine interactive type testing method for a multi-core cable. The method is characterized in that a cable database containing various parameters of the core wire is established; and the data are inputted, stored, invoked, and displayed by a man-machine interaction device. During testing, a tester inputs any parameter of a to-be-tested core wire; after the to-be-tested core wire is determined, the man-machine interaction device provides all data correlated with the parameter, and the data are displayed in a cable testing pattern one by one and are displayed in a plugging element sketch map by corresponding to the core wire highlight, thereby realizing convenient searching of the tester. The method has characteristics of high reusability, high efficiency, and low test error rate and the like.