Mobile phone monitoring method based on PC (personal computer) side

Abstract

The invention discloses a mobile phone monitoring method based on a PC (personal computer) side. The method is completed by operation at a PC terminal and comprises the following steps of: detecting the connection state between the PC side and a mobile phone; if the PC side is connected with the mobile phone, starting a data acquisition thread A, and if the PC side is not connected with the mobile phone, returning to the step (1); acquiring total process information, running process information and equipment information of the mobile phone by the data acquisition thread A and feeding back to a mobile phone system for displaying on a screen; clicking any one piece of running process information for selection; starting a data acquisition thread B to acquire the occupancy rate of a CPU (central processing unit) and a memory of the selected process information and displaying the acquired information situation in a window; judging whether the window is closed or not, and if the window is closed, ending the data acquisition thread B; and if the window is not closed, returning to the step (5) for continuing the acquisition. According to the method disclosed by the invention, the occupancy rate of the CPU and the memory against a process of the mobile phone can be monitored in real time on the PC side, and the power consumption of the single process of the mobile phone can be conveniently observed.

Description

technical field [0001] The invention relates to a mobile phone monitoring method, in particular to a method for real-time monitoring of the CPU and memory of the mobile phone at the PC end. Background technique [0002] At present, the system of many mobile phones is the Android system. When this type of mobile phone is manufactured in industry, it is necessary to monitor the usage and performance of the processor CPU and memory of the mobile phone. The mobile phones of the current Android platform have monitoring tools, but the mobile phones of the Android platform only allow a single front-end management mechanism, and the real-time monitoring of information such as the operating status and performance of the CPU of the mobile phone is relatively limited, and real-time monitoring cannot be effectively carried out. Moreover, the monitoring tools on the mobile phone are poor in data storage and test result portability, and cannot complete the statistics and generation of dat...

AI Technical Summary

Problems solved by technology

The current mobile phones on the Android platform have monitoring tools, but the mobile phones on the Android platform only allow a single front-end management mechanism, and the real-time monitoring of the operating status and performance of the mobile phone's CPU is relatively limited, and it cannot be effectively monitored in real time.

Moreover, the monitoring tools on the mobile phone are poor in data storage and test result portability, and cannot complete the statistics and generation of data reports well, resulting in the inability to know the operation status of the mobile phone's CPU and memory in time, which is not conducive to mobile phones. stable performance

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