A rapidly deployable mobile application and network service integration testing device and method thereof

Abstract

The invention discloses a rapidly deployable mobile application and network service integration testing device, which includes a software system that completes the coordinated work of the entire system and a hardware system that realizes remote control according to the instructions of the software system; the hardware system includes: collecting data according to the APP Multiple mobile phone motherboards, embedded master controller for management according to signal instructions, Linux industrial computer, wireless gateway module and power management module; the software system includes: (1) Embedded control software installed on the embedded master controller (2) the management APP installed on the main board of the mobile phone; (3) the APP application software installed on the administrator's mobile phone; (4) installed on the Linux industrial computer; The test equipment can independently complete the comprehensive test work when it has a power supply, and the deployment personnel are no longer required to master relevant professional skills, which greatly improves the deployment efficiency and business of business models that require distributed management of a large number of mobile phones, such as APP performance testing and mobile network environment testing. Work efficiency, greatly reduce management and maintenance costs, and improve the effectiveness and flexibility of the test environment.

Description

technical field [0001] The invention relates to a method and device for integrating multiple mobile phones or mobile phone mainboards into the same device for remote collaborative work and communication, in particular to a rapidly deployable mobile application and network service integration testing device. Background technique [0002] In 2019, the number of users of China's mobile network has exceeded 1 billion. With the ultra-large-scale development of mobile networks, more and more mobile application service providers are monitoring (1) mobile application performance, (2) mobile application user experience testing, Scenarios such as (3) mobile application compatibility testing, (4) network environment testing, (5) mobile application download optimization, and (6) product testing of mobile applications and wireless network services put forward more frequent and complex requirements. [0003] At the same time, mobile application scenarios also show a trend of diversificati...

AI Technical Summary

Problems solved by technology

[0005] 1. The traditional PC and mobile phone test node deployment method requires a certain level of professional skills for the recruited test point administrators, making large-scale deployment difficult

[0006] 2. For members, the traditional monitoring point deployment method of PC and mobile phone has high requirements for anti-loss of the deployment location, and it is difficult to be unattended.

[0007] 3. The mobile phone model and performance quality are not easy to guarantee. The loss rate of the mobile phone will reach 30%-40% in half a year. When the mobile phone is connected to the PC for a long time, it is prone to problems such as battery swelling and damage to the motherboard, and even some mobile phone batteries have a high risk of fire. , explosion and other risks

[0008] 4. Each deployment node requires PCs and mobile phones to be turned on for a long time. Traditional methods are difficult to guarantee, and there are a large proportion of invalid nodes in the entire monitoring network;

[0009] 5. The operation and maintenance team is not easy to perform remote maintenance, the labor cost is high, and the network connection is unstable;

[0010] 6. With the upgrading of mobile phones and APPs, monitoring nodes also need to upgrade equipment regularly, and the upgrade cost of traditional methods is also relatively high;

[0011] 7. The test environment is not flexible, and it is difficult to realize the multiplexing of multiple mobile networks and multiple test scenarios on one node, so the test efficiency is relatively low;

Aiming at the problems of low integration, poor flexibility, high cost of manual management, and potential safety hazards in the test environment of mobile applications and network applications, we propose a method of integrating multiple mobile phones or mobile phone motherboards into the same device for remote collaborative work and communication and corresponding devices

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