Input system and method

Abstract

The invention is used in an electronic device and comprises: pre editing the instruction data and its corresponding coding information data used for controlling the electronic device; saving the edited data into a database; when reading out the coding information data, looking up the instruction data from said database; using the instruction data to control the execution of the electronic device. The invention can realize the operation of all instructions without using the mouse and keyboard.

Description

technical field [0001] The present invention relates to a control instruction input technology, more specifically, an input system and method for inputting control instructions without a keyboard and a mouse. Background technique [0002] Generally, all kinds of electronic devices are equipped with input devices for users to input command data and data. Taking computers as an example, they are usually equipped with input devices such as a mouse or a keyboard for users to input various command data to control the computer to execute corresponding tasks. Operation. [0003] However, in various automated operating systems, such as mobile phone test production lines, the necessary test programs have been pre-designed by program design engineers and imported into the computer system installed in the production line, and production line testers only need to use the mouse or keyboard, etc. The entire test operation can be completed by inputting a few simple operation instructions ...

AI Technical Summary

Problems solved by technology

However, since the test program can be controlled by the mouse or the keyboard, other application programs loaded in the computer can also be correspondingly controlled to perform operations, so that the production line workers often use the above-mentioned input devices to perform tests on the computer while performing the test work. Executing some non-work-related affairs, such as game programs or network chat programs, etc., on the one hand, it is very easy to interfere with the test operations being executed by the test system, and on the other hand, it will distract the testers' attention and affect their normal work quality, thereby reducing operating efficiency

For example, when the button life test operation is carried out on the mobile phone on the production line, the pressing force intensity value (such as 50g) of the pressing device is usually preset by the designer, and then the corresponding pressing force is applied through the pressing device multiple times (such as 1000 times). The button of the mobile phone to be tested is used to test the service life of the button. If the tester inadvertently changes the pressing force value to 500g through the mouse or keyboard during the actual operation, on the one hand, the test value of the button life of the mobile phone will be inaccurate. On the other hand, it is easy to cause the button of the mobile phone under test to be damaged due to excessive pressing force during the test; moreover, if the production line workers perform inappropriate operations through the above-mentioned input devices, the The test operation does not meet the specification requirements due to the modification of the test attributes of the test operation program. In severe cases, the computer cannot work normally due to the deletion of some necessary system files in the computer, thereby affecting the normal execution of the test operation.

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