Method, device and system for automatically upgrading configuration and detection of network camera

Abstract

The invention discloses a method, a device and a system for automatically upgrading configuration and detection of a network camera. The method comprises the following steps: regularly searching a network camera in a network, and acquiring a login name and a password of the network camera; connecting with the network camera through the login name and the password of the network camera; if the connection is successful, receiving an ID sent by the network camera; sending an upgrading configuration file to the network camera according to the ID; and selecting a network camera to play a picture and starting testing. Through searching the network camera in the network regularly, automatically logging in the network camera through the login name and the password and automatically sending an upgrading configuration file, one of the network cameras is automatically selected to play images and automatically start testing. The problems that in the prior art, multiple network cameras need to be independently configured, played and detected, and the testing efficiency is low are solved, and the method, the device and the system for automatically upgrading, configuring and detecting the networkcameras are high in automation degree and testing efficiency.

Description

technical field [0001] The invention relates to the field of communication equipment detection, in particular to a method, device and system for automatically upgrading configuration and detection of a network camera. Background technique [0002] Before the network camera leaves the factory, each device will be tested. The test items include the serial number of the network camera, version information, playback display, battery, TF card, USB interface, alarm IO interface, RS485 interface, speaker test, mic test, IRCut test, Alarm test, fill light test, etc. At the same time, the network settings, media settings, alarm settings, and system settings of each network camera need to be initialized with default parameter configuration, and the network camera will restart to take effect after the default parameter settings. [0003] The traditional single-unit test method is: first, it takes about 20 seconds to power on the device, and then it takes about 20 seconds to connect th...

AI Technical Summary

Problems solved by technology

[0003] The traditional single-unit test method is: first, it takes about 20 seconds to power on the device, and then it takes about 20 seconds to connect the device to configure the default parameters and restart the device, and then perform other test items. The overall test efficiency is very low.

Moreover, the existing method cannot use a tool to test all the test items. During the test, multiple client tool softwares are required to jointly complete the configuration and testing of a network camera. Multiple client tool software connects to the network camera to set default parameters and equipment. Serial number, version information, playback display, speaker test, mic test, IRCut test, alarm test, fill light test, etc.

Moreover, the current test method cannot test all test items at once, such as TF card, USB interface, and alarm IO interface, and the test efficiency is low.

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