Method for executing voice production measurement based on single-voice hole devices

Abstract

The invention discloses a method for executing voice production measurement based on single-voice hole devices. The method comprises the following steps: setting voice communication parameters by virtue of a data configuration module; creating a voice progress by virtue of a data input interface, and allocating progress number to the data input interface; initializing a voice drive, invoking a speaking test staring function to create a voice stream structural body object and allocate memory to the voice stream structural body object, and filling values into the voice communication parameters; storing the voice communication parameters, and simultaneously sending signals to a business processing module; and after the signals are received by the business processing module, operating SLIC to open a media channel, and carrying out the voice production measurement. According to the method, the registering on OLT is omitted, the registering of a voice server is omitted, and single board IP is configured to connect two single-voice hole devices, so that the problem that the single-voice-hole devices cannot be subjected to a speaking test is solved, and the dependence on a specific testing environment is reduced without increasing the hardware cost.

Description

technical field [0001] The invention relates to the technical field of computer and communication, in particular to a method for voice production testing based on a single voice port device. Background technique [0002] A home gateway is an intelligent access device for home users that was born with the concept of a home network. It has functions such as broadband access, service identification, and control information forwarding. For home network access and control, services such as Internet access, IPTV, WIFI, VOIP and monitoring can be provided at the same time. [0003] The function of the home gateway production test module is to perform hardware testing and data preparation for the equipment that is about to leave the factory during the mass production of the equipment. The hardware testing part includes voice testing, long light testing, light leakage testing, USB testing, wireless testing, LED testing, Test, SIM card test, LAN port streaming test, etc.; voice test ...

AI Technical Summary

Problems solved by technology

Using the above method has many dependencies on the test environment. For example, the MAC addresses of the single boards registered under the same OLT are the same, resulting in failure to register the OLT, or the OLT does not learn the MAC address of the RTP stream, resulting in different media streams, etc.

To sum up, the existing production and test methods for voice production and testing of devices with a single voice port require complicated preparations for the test environment.

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