CN102984028B - The method of mobile terminal remote integrated test - Google Patents
The method of mobile terminal remote integrated test Download PDFInfo
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- CN102984028B CN102984028B CN201210506823.2A CN201210506823A CN102984028B CN 102984028 B CN102984028 B CN 102984028B CN 201210506823 A CN201210506823 A CN 201210506823A CN 102984028 B CN102984028 B CN 102984028B
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Abstract
The invention discloses a kind of method of mobile terminal remote integrated test, contain the process that the communication of the mobile-terminal simulator of remote computer, test center's Core server, test center's front controller and test center's tested mobile terminal is mutual, the present invention significantly improves the stream video playback frame number that tested test terminal screen video gathers, and system efficiently can be transmitted on-screen data clearly and significantly not take the CPU usage of equipment under test; The remote synchronization of audio signal can be provided to play and Real-Time Monitoring; Whole remote testing platform is simple and easy to use, does not need complex configurations, does not need to install special applications and special service module at mobile terminal; The mobile terminal of the various difference configuration of system compatible, and also can remote centralized test operation for the mobile terminal that can not obtain operating system ROOT authority.
Description
Technical field
The invention belongs to remote testing field, particularly a kind of method of mobile terminal remote integrated test.
Background technology
In recent years, intelligent mobile terminal progressively replaces previous function device and presents explosive growth, and mobile interchange nibbles conventional internet market just in tendency.The year of acknowledged to be 2011 the be mobile Internet outburst of China at present.App Store China Chinese correcting at the end of 2010, under the common promotion of the multiple positive factors such as thousand yuan of Android intelligent machines appearance, all kinds of works researched and developed by Chinese developer successively glitter in domestic each large application program shop.
And current Intelligent mobile equipment is seen, present situation is that Android operation system and apple iOS occupy most market, and the Win8 equipment of Microsoft is also saved up strength to start out to seizing the market share.Be different from iOS, Android system is usually employed developer or developer denounces, and system version is issued too fast, and specification of equipment is various, thus brings very large trouble to compatibility test.Can the application of certain money smoothly run on all terminal equipments? if not, how to obtain the Problem Analysis Report of certain specific model? obviously, it is unpractical thing that the every a terminal equipment allowing each developer buy market carries out test, be not only cost, and consume huge manpower.
Some companies provide the mobile device remote testing tool based on virtual network computing (vnc) or similar service at present, need on the mobile apparatus special application and service module is installed, visit interface of mobile terminal by the VNC client-access mobile device VNC service on computer and make respective quadrature interoperability after allowing.This method is lower for mobile device interface display frame number on computers, and is confined to local networking to operate mobile device.
Along with increasing application is devised, a lot of company all wishes by remote testing platform, at different mobile terminal, different operating system platform to carry out remote testing to application.This not only requires that showing on far-end computer of energy high definition is wanted at mobile terminal screen interface itself, and requires that audio-frequency information also synchronously can play back at far-end computer.But current remote testing scheme can't realize above-mentioned idea.
Remote testing platform has following several key technical problem to need to solve:
1. how effective local test computer is controls flexibly far away from long-range measured terminal thousands of miles away;
2. long-range measured terminal accepts the instruction of local test machine by which kind of mode to complete test assignment;
3. how long-range measured terminal feeds back to local test computer intuitively by convenient for test result;
Summary of the invention
The object of the present invention is to provide a kind of by video acquiring module and audio frequency acquisition module, far-end computer utilizes browser or client software by the method for the Internet remote centralized testing mobile terminal.
The technical solution realizing the object of the invention is:
A method for mobile terminal remote integrated test, it contains the mutual process of the communication of the mobile-terminal simulator of remote computer, test center's Core server, test center's front controller and test center's tested mobile terminal, comprises the following steps:
A method for mobile terminal remote integrated test, comprises the following steps:
Step one: the mobile-terminal simulator of remote computer sends login request message by network to test center's Core server, and this login request message comprises user name, user cipher, tested mobile terminal identifier;
Step 2: test center's Core server verifies this login request message, if verification is not passed through, test center's Core server sends login failure message to the mobile-terminal simulator of remote computer; If verification is passed through, test center's Core server sends mobile terminal to test center's front controller and selects message;
Step 3: test center's front controller sending controling instruction opens video acquiring module and the audio frequency acquisition module of front controller connection;
Step 4: test center's front controller sends instruction and opens tested mobile terminal screen;
Step 5: test center's front controller gathers mobile terminal screen by video acquiring module and exports, gather mobile terminal voice output by audio frequency acquisition module, then audio, video data real-time coding is multimedia video stream and holding tone video information is synchronous by front controller;
Step 6: multimedia video stream is sent to test center's Core server by test center's front controller;
Step 7: test center's Core server sends multimedia video stream by network to the mobile-terminal simulator of remote computer and plays the user interface information of remote mobile terminal in real time;
Step 8: when the mobile-terminal simulator of remote computer is to operational orders such as test center's Core server transmission touch or buttons, test center's Core server receives this operational order, and this operational order message of transfer is to test center's front controller;
Step 9: operational order message is sent to test center's tested mobile terminal by test center's front controller;
Step 10: tested mobile terminal operation response instruction message is more new user interface output also, and the audio, video data real-time coding captured is multimedia video stream by test center's front controller, sends to test center's Core server;
Step 11: test center's Core server by mobile-terminal simulator from network to remote computer send multimedia video stream upgrade remote mobile terminal user interface information.
The present invention compared with prior art, its remarkable advantage:
1, significantly improve the stream video playback frame number that tested test terminal screen video gathers, system efficiently can be transmitted on-screen data clearly and significantly not take the CPU usage of equipment under test;
2, the remote synchronization of audio signal can be provided to play and Real-Time Monitoring;
3, whole remote testing platform is simple and easy to use, does not need complex configurations, does not need to install special applications and special service module at mobile terminal;
4, the mobile terminal of the various difference configuration of system compatible, and also can remote centralized test operation for the mobile terminal that can not obtain operating system ROOT authority.
Below in conjunction with accompanying drawing, the present invention is described in further detail.
Accompanying drawing explanation
Fig. 1 is test center's system configuration schematic diagram with Core server, front controller and tested mobile terminal etc.
Fig. 2 is the mutual schematic diagram between test center of the present invention integrated test relevant device.
Fig. 3 is FB(flow block) of the present invention.
Fig. 4 is the mobile-terminal simulator module diagram based on WEB page or local client.
Tu5Shi test center Core server module diagram.
The corresponding schematic diagram of software configuration of Tu6Shi test center front controller and tested mobile terminal.
The nucleus module schematic diagram of Tu7Shi test center front controller.
Fig. 8 is the appointed area image-capture software flow pattern of high-definition camera camera.
Fig. 9 is the compressed software flow chart of display data.
Embodiment
The present invention is a kind of method of mobile terminal remote integrated test, comprises the following steps:
A method for mobile terminal remote integrated test, comprises the following steps:
Step one: the mobile-terminal simulator of remote computer sends login request message by network to test center's Core server, and this login request message comprises user name, user cipher, tested mobile terminal identifier;
Step 2: test center's Core server verifies this login request message, if verification is not passed through, test center's Core server sends login failure message to the mobile-terminal simulator of remote computer; If verification is passed through, test center's Core server sends mobile terminal to test center's front controller and selects message;
Step 3: test center's front controller sending controling instruction opens video acquiring module and the audio frequency acquisition module of front controller connection;
Step 4: test center's front controller sends instruction and opens tested mobile terminal screen;
Step 5: test center's front controller gathers mobile terminal screen by video acquiring module and exports, gather mobile terminal voice output by audio frequency acquisition module, then audio, video data real-time coding is multimedia video stream and holding tone video information is synchronous by front controller;
Step 6: multimedia video stream is sent to test center's Core server by test center's front controller;
Step 7: test center's Core server sends multimedia video stream by network to the mobile-terminal simulator of remote computer and plays the user interface information of remote mobile terminal in real time;
Step 8: when the mobile-terminal simulator of remote computer is to operational orders such as test center's Core server transmission touch or buttons, test center's Core server receives this operational order, and this operational order message of transfer is to test center's front controller;
Step 9: operational order message is sent to test center's tested mobile terminal by test center's front controller;
Step 10: tested mobile terminal operation response instruction message is more new user interface output also, and the audio, video data real-time coding captured is multimedia video stream by test center's front controller, sends to test center's Core server;
Step 11: test center's Core server by mobile-terminal simulator from network to remote computer send multimedia video stream upgrade remote mobile terminal user interface information.
Embodiment 1: front controller adopts the screen output of high-definition camera and microphone collecting test center tested mobile terminal and the process of voice output.
Step one: the mobile-terminal simulator (such as associating K860 mobile phone simulator) of remote computer sends login request message by network to test center's Core server, this login request message comprises login username, login user password, tested mobile terminal identifier (LENK8601001);
Step 2: test center's Core server verifies this login request message, if user account number verification is not passed through or tested mobile terminal resource is unavailable, test center's Core server sends login failure message to the mobile-terminal simulator (association K860 mobile phone simulator) of remote computer, and returns concrete failure cause.If verification is passed through, test center's Core server obtains the front controller distributed according to tested mobile terminal identifier, then sends mobile terminal to this front controller and selects message;
Step 3: test center's front controller sending controling instruction opens high-definition camera and the microphone of front controller connection;
Step 4: test center's front controller sends instruction and opens tested mobile terminal (association mobile phone K860) screen;
Step 5: test center's front controller gathers mobile terminal screen by high-definition camera and exports, and gathers mobile terminal voice output by microphone.Audio, video data real-time coding is multimedia video stream to front controller and holding tone video information is synchronous;
Step 6: multimedia video stream is sent to test center's Core server by test center's front controller;
Step 7: test center's Core server sends to the mobile-terminal simulator (association K860 simulator) of remote computer the user interface information that multimedia video stream plays remote mobile terminal in real time by network.
Step 8: when the mobile-terminal simulator of remote computer is to operational orders such as test center's Core server transmission touch or buttons, test center's Core server receives this operational order, and this operational order message of transfer is to test center's front controller;
Step 9: operational order message is sent to test center's tested mobile terminal (association mobile phone K860) by test center's front controller;
Step 10: tested mobile terminal operation response instruction message is more new user interface output also, test center's front controller by high-definition camera and microphones capture to video/audio real-time coding be multimedia video stream, send to test center's Core server;
Step 2: test center's Core server by mobile-terminal simulator from network to remote computer send multimedia video stream upgrade remote mobile terminal user interface information.
Wherein high-definition camera is connected by USB with front controller, its speed can reach 480MB/s, suppose that high-definition camera is configured to 15 frames/second, the shooting resolution of shooting tested mobile terminal screen is 1280x1024, transmission data so from high-definition camera to front controller are 45MB/s, be far smaller than USB speed greatest limit 480MB/s, thus can ensure that the mobile-terminal simulator of remote computer can play tested mobile terminal interface with the speed of 15 frames/second.And if adopt the scheme of VNC, mobile-terminal simulator can only reach the broadcasting speed of 2 ~ 3 frames/second.So adopt high-definition camera and the remote centralized test of microphone to mobile terminal to have higher performance advantage.
Embodiment 2: front controller adopts the screen output of WIFI Display Technique collecting test center tested mobile terminal and the process of voice output.
Step one: the mobile-terminal simulator (such as LG Nexus 4 mobile phone simulator) of remote computer sends login request message by network to test center's Core server, this login request message comprises login username, login user password, tested mobile terminal identifier (such as LGNEX41012);
Step 2: test center's Core server verifies this login request message, if user account number verification is not passed through or tested mobile terminal resource is unavailable, test center's Core server sends login failure message to the mobile-terminal simulator (LG Nexus 4 mobile phone simulator) of remote computer, and returns concrete failure cause.If verification is passed through, test center's Core server obtains the front controller distributed according to tested mobile terminal identifier, then sends mobile terminal to this front controller and selects message;
Step 3: test center's front controller opens mobile terminal WIFI display module by WIFI sending controling instruction, this module can catch screen and the audio-frequency information of mobile terminal in real time;
Step 4: test center's front controller sends instruction and opens tested mobile terminal (LG Nexus 4 mobile phone) screen;
Step 5: test center's front controller gathers mobile terminal screen by WIFI Display Technique simultaneously and exports and voice output.This audio, video data real-time coding is multimedia video stream to front controller and holding tone video information is synchronous;
Step 6: multimedia video stream is sent to test center's Core server by test center's front controller;
Step 7: test center's Core server sends to the mobile-terminal simulator (LG Nexus 4 mobile phone) of remote computer the user interface information that multimedia video stream plays remote mobile terminal in real time by network.
Step 8: when the mobile-terminal simulator of remote computer is to operational orders such as test center's Core server transmission touch or buttons, test center's Core server receives this operational order, and this operational order message of transfer is to test center's front controller;
Step 9: operational order message is sent to test center's tested mobile terminal (LG Nexus 4 mobile phone) by test center's front controller;
Step 10: tested mobile terminal operation response instruction message is more new user interface output also, and the video/audio real-time coding that WIFI display interface captures by test center's front controller is multimedia video stream, sends to test center's Core server;
Step 11: test center's Core server by mobile-terminal simulator from network to remote computer send multimedia video stream upgrade remote mobile terminal user interface information.
Below in conjunction with accompanying drawing, the present invention is described in further detail:
Fig. 1 is test center's system configuration schematic diagram with Core server, front controller and tested mobile terminal etc., and wherein test center comprises: Core server, some front controllers, picture pick-up device (such as high-definition camera and microphone) or provide the audio frequency and video trapping module (such as WIFI display module, HDMI module etc.) of identity function, some tested mobile terminal.Front controller is connected by USB with tested mobile terminal.Front controller and high-definition camera are connected by high speed USB or Ethernet connects.Front controller is connected by audio interface with microphone.Core server is connected by Ethernet with front controller.Core server is connected with the Internet.Remote computer is also connected with the Internet.Remote computer comprises the mobile-terminal simulator based on WEB page or local client.
Fig. 2 is the mutual schematic diagram between test center of the present invention integrated test relevant device, and it comprises:
1, the mobile-terminal simulator of remote computer sends login request message by network to test center's Core server, and this login request message comprises user name, user cipher, tested mobile terminal identifier;
2, test center's Core server verifies this login request message, if verification is not passed through, test center's Core server sends login failure message to the mobile-terminal simulator of remote computer.If verification is passed through, test center's Core server sends mobile terminal to test center's front controller and selects message;
3, test center's front controller sending controling instruction opens high-definition camera and microphone that front controller connects or other catch the interface connection module of tested mobile terminal audio-video signal, such as WIFI display module or HDMI module;
4, test center's front controller sends instruction and opens tested mobile terminal screen;
5, test center's front controller gathers mobile terminal screen output by high-definition camera, gather mobile terminal voice output by microphone, or gather mobile terminal screen output and voice output by other audio-video interfaces (such as WIFI display or HDMI).Then audio, video data real-time coding is multimedia video stream and holding tone video information is synchronous by front controller;
6, multimedia video stream is sent to test center's Core server by test center's front controller;
7, test center's Core server sends multimedia video stream by network to the mobile-terminal simulator of remote computer and plays the user interface information of remote mobile terminal in real time;
8, when the mobile-terminal simulator of remote computer is to operational orders such as test center's Core server transmission touch or buttons, test center's Core server receives this operational order, and this operational order message of transfer is to test center's front controller;
9, operational order message is sent to test center's tested mobile terminal by test center's front controller;
10, tested mobile terminal operation response instruction message also more new user interface output, the audio, video data real-time coding captured is multimedia video stream by test center's front controller, sends to test center's Core server;
11, test center's Core server by mobile-terminal simulator from network to remote computer send multimedia video stream upgrade remote mobile terminal user interface information.
Fig. 3 is FB(flow block) of the present invention, and it comprises:
1, the mobile-terminal simulator of remote computer sends login request message by network to test center's Core server, and this login request message comprises user name, user cipher, tested mobile terminal identifier;
2, test center's Core server verifies this login request message, if verification is not passed through, test center's Core server sends login failure message to the mobile-terminal simulator of remote computer.If verification is passed through, test center's Core server sends mobile terminal to test center's front controller and selects message;
3, test center's front controller sending controling instruction opens high-definition camera and microphone that front controller connects or other catch the interface connection module of tested mobile terminal audio-video signal, such as WIFI display module or HDMI module;
4, test center's front controller sends instruction and opens tested mobile terminal screen;
5, test center's front controller gathers mobile terminal screen output by high-definition camera, gather mobile terminal voice output by microphone, or gather mobile terminal screen output and voice output by other audio-video interfaces (such as WIFI display or HDMI).Then audio, video data real-time coding is multimedia video stream and holding tone video information is synchronous by front controller;
6, multimedia video stream is sent to test center's Core server by test center's front controller;
7, test center's Core server sends multimedia video stream by network to the mobile-terminal simulator of remote computer and plays the user interface information of remote mobile terminal in real time;
8, when the mobile-terminal simulator of remote computer is to operational orders such as test center's Core server transmission touch or buttons, test center's Core server receives this operational order, and this operational order message of transfer is to test center's front controller;
9, operational order message is sent to test center's tested mobile terminal by test center's front controller;
10, tested mobile terminal operation response instruction message also more new user interface output, the audio, video data real-time coding captured is multimedia video stream by test center's front controller, sends to test center's Core server;
11, test center's Core server by mobile-terminal simulator from network to remote computer send multimedia video stream upgrade remote mobile terminal user interface information.
Fig. 4 is the mobile-terminal simulator module diagram based on WEB page or local client, and it comprises: upper strata is the real-time display module based on FLASH, and lower floor comprises http protocol, TCP real-time Transmission module, real-time control module.
Tu5Shi test center Core server module diagram, it comprises: the modules such as login management module, testing equipment scheduler module, HTTP Proxy module, database management module, real-time Transmission module, real-time control module, streaming media service gateway.Login management module be used for authenticating remote computer mobile-terminal simulator send logging request.Testing equipment scheduler module is used for effectively configuring the resource of front controller and tested mobile terminal, for user chooses suitable tested mobile terminal.HTTP Proxy module is the actual internal address of shielding tested mobile terminal, to make remote computer mobile-terminal simulator easily by internetwork operation tested mobile terminal.Real-time Transmission module sets up the high efficiency of transmission passage of Core server and remote computer mobile-terminal simulator.Real-time control module is the command operation information of transmission user in the touch or button etc. of remote computer mobile-terminal simulator.Database management module is used for managing the data message such as network address of front controller, tested mobile terminal, distribution.Streaming media service gateway is used for the audio, video data information of transport stream media and relevant streaming media playing control information.
The corresponding schematic diagram of software configuration of Tu6Shi test center front controller and tested mobile terminal.Wherein the software configuration of mobile-terminal simulator comprises: user interface, remote operation order, command code, command transfer.The software configuration that front controller is corresponding comprises: remote operation order, command code, command transfer.Software configuration corresponding to tested mobile terminal comprises: mobile terminal ccf layer, command process, command analysis, command transfer.Wherein mobile-terminal simulator and front controller carry out command data by WEB HTTP/TCP, and front controller and tested mobile terminal carry out command data by USB.
The nucleus module schematic diagram of Tu7Shi test center front controller, it comprises: streaming coding and audio-visual synchronization layer, level of abstraction, driving layer.Streaming coding and audio-visual synchronization layer major function support the streaming coding of multiple format and keep the synchronous of audio frequency and video information.Bottom is various catches the video of tested mobile terminal screen and the hardware implementing of live audio in level of abstraction shielding, is used to provide same abstraction interface to streaming coding layer.Layer is driven to comprise following realization: for the scheme adopting high-definition camera and microphone, high-definition camera is driven through USB and is connected with high-definition camera by front controller with Ethernet interface, and front controller is connected with microphone by audio interface by audio driven.Corresponding employing WIFI Display Technique scheme, front controller is connected with mobile terminal WIFI display module by WIFI interface, is used for catching the video information of mobile terminal screen and the audio-frequency information of mobile terminal in real time.Corresponding employing HDMI technical scheme, front controller is connected with mobile terminal HDMI module by HDMI, is used for catching the video information of mobile terminal screen and the audio-frequency information of mobile terminal in real time.
Fig. 8 is the appointed area image-capture software flow pattern of high-definition camera camera, and it comprises:
1, the tested mobile terminal control program of front controller is from tested mobile terminal reading terminals screen resolution;
2, tested mobile terminal control program sends instruction and opens screen to tested mobile terminal, and specifies the complete green picture of display to fill view picture screen;
3, tested mobile terminal performs the complete green picture of instruction and fills screen;
4, tested mobile terminal control program sends to webcam driver and starts instruction of making a video recording;
5, webcam driver is receiveed the response to tested mobile terminal control program, and it comprises the entire image data of surrounding objects and complete green measured terminal screen;
6, tested mobile terminal control program image data processing, finding out is all green rectangular area coordinate (x1, y1, x2, y2);
7, tested mobile terminal control program sends message to webcam driver, arranges ROI region, the image in a rectangular area that crawl (x1, y1, x2, y2) defines;
8, webcam driver configuration camera ROI register;
9, tested mobile terminal control program sends instruction and exits full green calibration interface to tested mobile terminal, gets back to main interface;
10, tested mobile terminal control program sends and starts to capture ROI region instruction to webcam driver;
11, webcam driver sends the instruction only comprising the view data of measured terminal screen screen to Streaming Media condensing routine;
12, the ROI data of acquisition are carried out convergent-divergent according to the true resolution of tested mobile terminal by Streaming Media condensing routine, then encode.
Fig. 9 is the compressed software flow chart of display data, and it comprises:
1, RGB24 format picture data is passed to image sealer by camera module, exports as yuv format frame;
2, yuv format frame is passed to image compressor by image sealer, exports as H.263 video packets;
3, H.263 image compressor video packets will pass to Streaming Media Multichannel multiplexer;
4, the PCM format audio data of recording is passed to Audio data compression device by sound acquisition module simultaneously, exports as MP3 format audio pack;
5, MP3 format audio pack is passed to Streaming Media Multichannel multiplexer by Audio data compression device;
6, flow media data packet is passed to streaming media service program by Streaming Media Multichannel multiplexer;
7, streaming media service program is by TCP/IP passage and remote test server communication;
8, streaming media service program is by process communication channel and local test interprogram communication.
Claims (2)
1. a method for mobile terminal remote integrated test, is characterized in that: comprise the following steps:
Step one: the mobile-terminal simulator of remote computer sends login request message by network to test center's Core server, and this login request message comprises user name, user cipher, tested mobile terminal identifier;
Step 2: test center's Core server verifies this login request message, if verification is not passed through, test center's Core server sends login failure message to the mobile-terminal simulator of remote computer, if verification is passed through, test center's Core server sends mobile terminal to test center's front controller and selects message;
Step 3: test center's front controller sending controling instruction opens video acquiring module and the audio frequency acquisition module of front controller connection;
Step 4: test center's front controller sends instruction and opens tested mobile terminal screen;
Step 5: test center's front controller gathers mobile terminal screen by video acquiring module and exports, gather mobile terminal voice output by audio frequency acquisition module, then audio, video data real-time coding is multimedia video stream and holding tone video information is synchronous by front controller;
Step 6: multimedia video stream is sent to test center's Core server by test center's front controller;
Step 7: test center's Core server sends multimedia video stream by network to the mobile-terminal simulator of remote computer and plays the user interface information of remote mobile terminal in real time;
Step 8: when the mobile-terminal simulator of remote computer is to operational orders such as test center's Core server transmission touch or buttons, test center's Core server receives this operational order, and this operational order message of transfer is to test center's front controller;
Step 9: operational order message is sent to test center's tested mobile terminal by test center's front controller;
Step 10: tested mobile terminal operation response instruction message is more new user interface output also, and the audio, video data real-time coding captured is multimedia video stream by test center's front controller, sends to test center's Core server;
Step 11: test center's Core server by mobile-terminal simulator from network to remote computer send multimedia video stream upgrade remote mobile terminal user interface information;
Mobile-terminal simulator comprises: upper strata is the real-time display module based on FLASH, and lower floor comprises http protocol, TCP real-time Transmission module, real-time control module; Test center's Core server comprises: login management module, testing equipment scheduler module, HTTP Proxy module, database management module, real-time Transmission module, real-time control module, streaming media service gateway module; Login management module be used for authenticating remote computer mobile-terminal simulator send logging request; Testing equipment scheduler module is used for effectively configuring the resource of front controller and tested mobile terminal, for user chooses suitable tested mobile terminal; HTTP Proxy module is the actual internal address of shielding tested mobile terminal, to make remote computer mobile-terminal simulator easily by internetwork operation tested mobile terminal; Real-time Transmission module sets up the high efficiency of transmission passage of Core server and remote computer mobile-terminal simulator; Real-time control module is the touch of transmission user at remote computer mobile-terminal simulator or the command operation information of button; Database management module be used for manage front controller, tested mobile terminal, distribution network address data message; Streaming media service gateway is used for the audio, video data information of transport stream media and relevant streaming media playing control information.
2. the method for a kind of mobile terminal remote integrated test according to claim 1, it is characterized in that: the video acquiring module described in step 3 is high-definition camera or WIFI display module, described audio frequency acquisition module is microphone or HDMI module.
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| CN111737105A (en) * | 2020-02-17 | 2020-10-02 | 北京京东尚科信息技术有限公司 | Display interface compatibility testing method and device, electronic equipment and medium |
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| CN101355777A (en) * | 2008-09-23 | 2009-01-28 | 余纯龙 | Remote mobile phone test system and method base on bus interception and video acquisition |
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| CN101355777A (en) * | 2008-09-23 | 2009-01-28 | 余纯龙 | Remote mobile phone test system and method base on bus interception and video acquisition |
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