CN103152458A - Test mobile phone, remote mobile phone test system, method and device of remote mobile phone test - Google Patents

Test mobile phone, remote mobile phone test system, method and device of remote mobile phone test Download PDF

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CN103152458A
CN103152458A CN2011104038837A CN201110403883A CN103152458A CN 103152458 A CN103152458 A CN 103152458A CN 2011104038837 A CN2011104038837 A CN 2011104038837A CN 201110403883 A CN201110403883 A CN 201110403883A CN 103152458 A CN103152458 A CN 103152458A
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test
control information
operation
mobile phone
mobile
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CN2011104038837A
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CN103152458B (en
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丘文辉
杭国强
谭丽丽
余东辉
张云
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中国移动通信集团广东有限公司
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Abstract

The invention discloses a test mobile phone, a remote mobile phone test system, and a method and a device of remote mobile phone test. The test mobile phone, the remote mobile phone test system, the method and the device of the remote mobile phone test are used for solving the problem of mobile phone remote test. The test mobile phone comprises a communication interface and an operation simulation processing module. The communication interface is connected with an external device through a communication data line and receives control information transmitted by the external device. The operation simulation processing module obtains the control information from the communication interface, decodes the control information, carries out test operation according to the decoded result, and returns the result of the test operation to the external device through the communication interface. By utilization of the technical scheme, the remote test of a mobile phone application program can be achieved without modification of a mobile phone terminal.

Description

测试手机、远程手机测试系统、远程手机测试方法与装置 Test phone, remote phone test system, method and apparatus for remote handset testing

技术领域 FIELD

[0001] 本发明涉及手机软件远程测试领域,更具体的,涉及一种测试手机、远程手机测试系统、远程手机测试方法与装置。 [0001] The present invention relates to a remote phone software testing art and, more particularly, to a test phone, remote handset testing system, test method and apparatus for the remote handset.

背景技术 Background technique

[0002] 随着移动终端应用的需求日益增大,运营商为手机应用程序的开发者提供远程调用手机的方式进行软件测试的要求越来越迫切。 [0002] As the mobile terminal applications demand increasing, mobile phone operators to provide remote call way for developers of mobile applications software testing more and more urgent.

[0003] 当前手机应用程序远程测试的解决方案中需使用特殊的硬件接通手机的键盘和触模屏接口。 [0003] Current mobile applications remote testing solutions need to use special hardware is turned on the phone's keypad and touch screen interface. 上位机(PC)解析通讯协议之后产生相应的硬件电气控制信号激发相应的功能。 The host computer (PC) generates an electrical control signal corresponding hardware function corresponding excitation after parsing protocol. 手机屏幕信号的反馈,通过9线屏幕仿真硬件采集屏幕显示数据,并将显示数据在上位机端进行预处理后(图像数据压缩)再透过网络传送出去。 Feedback signal phone screen, the screen display data through line 9 acquisition hardware simulation screen, and the (compressed image data) through the network and then send out the display data at the host computer end of the pretreatment.

[0004] 因此,现有手机应用程序远程测试中专用硬件解决方法系统建设维护成本高。 [0004] Therefore, the existing mobile phone application dedicated hardware remote testing solution system construction and maintenance of high cost. 需要使用带有仿真硬件的定制手机终端来构建终端池,如果手机终端型号不同,适用区域不同(如欧版与中国大陆手机的差异)以及同系列不同型号(如Nokia S60V3Fpl系列下的6120,N82, N78等),则需要改造相应的手机终端,以提供相应的测试支持。 Require the use of customized mobile phone terminals with terminal emulation hardware to build the pool, if different handset models, different (such as the European version of the differences between Chinese mainland mobile phone) and the same series of different models suitable areas (such as 6120 under Nokia S60V3Fpl series, N82 , N78, etc.), the need to transform the corresponding handset, to provide testing support.

[0005] 此外,现有手机应用程序远程测试中由于上位机端需要对手机屏幕信号预处理,对于上位机端进行多路处理时运算资源消耗极高。 High consumption of computing resources when [0005] Further, the conventional mobile application due to the remote host computer end of the test the need for the phone screen signal preprocessing, for the host-side multiplexing process.

[0006] 现有手机应用程序远程测试中使用专用的硬件仿真器,而由于同一厂家不同批次的产品电气参数的差异使产品的响应精度无法满足电信级要求; [0006] Existing mobile application in remote testing using dedicated hardware emulator, and the product due to differences in electrical parameters of different batches from the same manufacturer that the response accuracy of the product can not meet the requirements of the telecommunication level;

[0007] 现有手机应用程序远程测试中对于手机上新发展的传感器支持不足,无法提供相应的硬件仿真器。 [0007] Existing mobile application for remote testing in the development of new sensor lack of support on the phone, can not provide the appropriate hardware emulator. 如磁感应器,热量感应器,陀螺仪、重力感应器。 Magnetic sensors, heat sensors, gyroscopes, gravity sensors.

[0008] 因此,针对手机应用程序远程测试现有技术中采用专用的硬件仿真器存在成本高,且无法适用手机的快速发展问题。 High [0008] Therefore, for mobile applications remotely test the prior art using a dedicated hardware emulators exist cost, and can not be applicable to the rapid development of mobile phone problem.

发明内容 SUMMARY

[0009] 本发明提供一种测试手机、远程手机测试系统、远程手机测试方法与装置,用于解决现有技术中采用专用的硬件仿真器存在成本高,且无法适用手机的快速发展问题。 [0009] The present invention provides a test mobile, remote handset test system, the remote handset testing method and apparatus for solving the presence of a dedicated hardware simulator prior art use of high cost, and for mobile phones not rapid development.

[0010] 为实现上述目的,根据本发明的第一个方面,提供一种测试手机,并采用以下技术方案: [0010] To achieve the above object, according to a first aspect of the present invention, there is provided a test phone, and the following technical scheme:

[0011 ] 测试手机包括:通信接口,通过通信数据线连接外部设备,接收外部设备传输来的控制信息;以及操作仿真处理模块,从通信接口处获取控制信息,并对控制信息进行解码,并根据解码的结果执行测试操作,以及将测试操作的结果通过通信接口返回给外部设备。 [0011] Test phone comprising: a communication interface connected via a communication cable external device, receives the transmission control information to the external device; and simulating the operation of a processing module, acquires the control information from the communication interface, and control information is decoded, and in accordance with a test result of the decoding operation is performed, and the result of the test operation is returned to the external apparatus through the communication interface.

[0012] 进一步地,操作仿真处理模块包括:仿真处理模块,用于在手机操作系统的支持下执行与控制信息对应的测试操作;以及图像截屏压缩处理模块,用于根据操作仿真处理模块的触发基于控制信息中的截屏请求截取并压缩测试操作的当前屏幕数据,并通过测试手机平台提供的DSP即时对当前屏幕数据进行图像/声音采集数据处理。 [0012] Further, simulating the operation of the processing module comprises: a processing module emulation, for the support of the mobile phone operating system implementation and control information corresponding to the test operation; and a screenshot image compression processing means for simulating the operation of a trigger processing module according to intercepting a data request based on the current screen control information and compressed screenshots of test operation, DSP and immediate mobile platform provided by the test image data for the current screen / sound collecting data processing. [0013] 进一步地,所述仿真处理模块包括:按键仿真处理模块,用于根据所述控制信息中的按键测试指令执行对应测试操作;触屏仿真处理模块,用于根据所述控制信息中的触屏测试指令执行对应测试操作;和/或传感器仿真处理模块,用于根据所述控制信息中的传感器行为测试指令执行对应的测试操作。 [0013] Further, the emulation processing module comprises: a key emulation processing module, according to the control information in the execution instruction corresponding to the key test test operation; touch screen emulation processing module, according to said control information test command performs the corresponding touch test operation; and / or sensor emulation processing module for performing a test operation according to the corresponding control information sensor behavioral testing instructions.

[0014] 进一步地,通信接口为USB通信接口。 [0014] Further, the communication interface is a USB communication interface.

[0015] 根据本发明的第二个方面,提供一种手机远程测试系统,并采用如下技术方案: [0015] According to a second aspect of the present invention, there is provided a mobile remote test system, and the following technical solution:

[0016] 手机远程测试系统包括手机终端池,包括一台或多台权利要求1至4中任一项所述的测试手机,用于通过所述一台或多台测试手机的通信接口接收用于测试的控制信息,并在所述一台或多台测试手机的手机测试平台上执行所述控制信息;服务器,第一端通过通信数据线与手机终端池中的一台或多台所述测试手机相连接,用于接收用于测试的控制信息并将所述控制信息分发给所述一台或多台所述测试手机;以及终端模拟器,通过网络连接所述服务器的第二端,用于根据用户输入的指令发出所述控制信息。 [0016] The system comprises a mobile phone handset remote test cell, comprising a test phone according to claims 1 to 4 in one or more claims, for by the one or more test mobile communication interface receiving testing the control information, and said one or more test mobile phones test platform for executing the control information; server, a first end by one or more mobile terminals communicating data line and the pool test phone is connected, and control information for receiving control information for the test distribute said one or more said test phone; and a terminal emulator, a second end connected via a network to the server, the control information for issuing an instruction input by the user.

[0017] 进一步地,服务器包括第一服务器,连接终端模拟器,用于为终端模拟器提供远程测试登录接口,并中转终端模拟器上传的控制信息以及将接收到的对应控制信息的测试操作结果回传给终端模拟器;第二服务器,第一端连接第一服务器,第二端连接一台或多台测试手机的通信接口,用于解析接收到的来自第一服务器的网络数据包,得出IMEI码和对应IMEI码的控制信息,根据MEI码找到对应的测试手机,将控制信息通过通信接口传送给测试手机,并从通信接口接收测试手机反馈的测试操作结果。 [0017] Further, the server comprises a first server connected to a terminal emulator, for providing a remote terminal emulator to test login interface, and control information relay terminal emulator and uploaded to the control corresponding to the received test result information of the operation back to the terminal emulator; a second server, a first terminal of the first server, a second end connected to one or more test mobile communication interface for network data packet received from the first server to resolve to give IMEI code and the IMEI code corresponding to the control information, to find the corresponding code according to MEI test phone, the control information transmitted through the communication interface to the test phone, and the test operation result fed back from the communication interface receives the test cell phone.

[0018] 根据本发明的第三个方面,提供一种远程手机测试方法,并采用以下技术方案: [0018] According to a third aspect of the present invention, there is provided a remote handset testing method, and the following technical scheme:

[0019] 远程手机测试方法包括手机终端从通信接口处获取来自服务器端的与手机终端的IMEI码对应的控制信息;手机终端解析控制信息,得一解析结果;手机终端根据解析结果触发相应的仿真处理模块;以及手机终端通过仿真处理模块执行与控制信息对应的测试操作,并将测试操作的结果反馈给手机终端。 [0019] remote handset testing method comprising mobile terminals acquires control information IMEI code from the server and mobile terminal from a corresponding communication interface; phone terminal analyzes the control information to obtain an analysis result; mobile terminals trigger the corresponding simulation processing according to the analysis result module; and a handset simulation module executes processing corresponding to the control information of the operation test, and the test results of the operation back to the handset.

[0020] 进一步地,在手机终端通过仿真处理模块执行与控制信息对应的测试操作之后,远程手机测试方法还包括:手机终端基于服务器端的截屏请求通过图像截屏处理模块将仿真测试操作对应的截屏数据压缩后返回给服务器端。 After [0020] Further, in the mobile terminal simulation processing module executes the control information corresponding to the test operation, the remote handset testing method further comprising: the mobile terminal requests a screenshot data by the image screenshot processing module simulation test operation corresponding to server-based screenshot compressed back to the server side.

[0021] 根据本发明的第四个方面,提供一种远程手机测试装置,并采用以下技术方案: [0021] According to a fourth aspect of the present invention, there is provided a testing device remote handset, and the following technical scheme:

[0022] 远程手机测试装置包括:获取模块,用于从通信接口处获取来自服务器端的与手机终端的IMEI码对应的控制信息;解析模块,用于解析控制信息,得一解析结果;触发模块,用于触发与解析结果对应的仿真处理模块;以及执行模块,用于执行与控制信息对应的测试操作,并将测试操作的结果反馈给手机终端。 [0022] Test remote handset apparatus comprising: acquiring means for acquiring the control information from the server and mobile terminal from the communication interface corresponding to the IMEI code; parsing module, for parsing the control information to obtain an analysis result; trigger module, for triggering a simulation analysis result corresponding to the processing module; and performing means for performing the operation control information corresponding to the test, and the test results of the operation back to the handset.

[0023] 进一步地,远程手机测试装置还包括:压缩模块,用于基于服务器端的截屏请求通过图像截屏处理模块将仿真测试操作对应的截屏数据压缩后返回给服务器端。 [0023] Further, the remote handset testing apparatus further comprising: a compression module, based on the request server returns a screenshot to the server by the image processing module screenshot simulation test after the operation corresponding to the data compression screenshots.

[0024] 采用本发明的技术方案,避免使用专门的硬件仿真器,而是通过远程控制在手机上执行手机操作访真。 [0024] The technical solution of the present invention avoid the use of special hardware emulators, but by remote control operation on the phone for phone access true. 对于操作结果的反馈充分利用智能手机的运算能力,在手机上进行实时图像采样及压缩处理,降低对上位机端的运算资源和传输带宽的消耗。 For full feedback operation result using a smart phone computing power, real-time sampling and image compression processing in the mobile phone, and reducing the consumption of computing resources of the bandwidth of the host computer side. 又由于采用相同的手机操作仿真控制方案为用户前端提供一致的操作界面,可以避免专用器件因硬件电气参数差异带来的问题,同时满足屏幕数据回传的应用要求。 Also, because the same mobile phone operating the simulation control scheme to provide a consistent user interface front end to avoid problems due to dedicated hardware devices to bring the electrical parameter differences, while meeting the requirements of the application screen data backhaul.

[0025] 除了上面所描述的目的、特征和优点之外,本发明还有其它的目的、特征和优点。 [0025] In addition to the above-described objects, features and advantages of the present invention as well as other objects, features and advantages. 下面将参照图,对本发明作进一步详细的说明。 Referring to FIG below, the present invention will be further described in detail.

附图说明 BRIEF DESCRIPTION

[0026] 图1表示本发明实施例所述的测试手机的主要结构示意图; [0026] FIG. 1 shows a schematic view of the main structure of the test cell phone according to the embodiment of the present invention;

[0027] 图2表示本发明实施例所述的测试手机的具体结构示意图; [0027] FIG. 2 schematically shows a specific structure of the test cell phone according to the embodiment of the present invention;

[0028] 图3表示本发明实施例所述的手机远程测试系统的结构示意图; [0028] FIG. 3 shows a schematic configuration of mobile remote testing system according to the embodiment of the present invention;

[0029] 图4表示本发明实施例所述的远程手机测试方法的主要流程图; [0029] FIG. 4 shows a main flowchart of a remote test method described in the embodiment of the present invention, a mobile phone;

[0030] 图5表示本发明实施例所述的远程手机测试方法的具体例流程图;以及 [0030] FIG. 5 shows a flowchart showing a specific example of a remote handset according to the test method of the embodiment of the present invention; and

[0031] 图6表示本发明实施例所述的远程手机测试装置的主要结构示意图。 [0031] FIG. 6 shows a schematic view of the main structure of the remote handset testing apparatus according to the embodiment of the present invention.

具体实施方式 Detailed ways

[0032] 以下结合附图对本发明的实施例进行详细说明,但是本发明可以由权利要求限定和覆盖的多种不同方式实施。 [0032] The following embodiments in conjunction with the accompanying drawings of embodiments of the present invention will be described in detail, but the present invention can be a variety of different ways as defined and covered by the claims embodiment.

[0033] 图1表示本发明实施例所述的测试手机的主要结构示意图。 [0033] FIG. 1 shows a schematic view of the main structure of the test cell phone according to the present embodiment of the invention.

[0034] 参见图1所示,手机10包括仿真处理通信接口101,通过通信数据线连接外部设备,接收外部设备传输来的控制信息;手机10还包括操作仿真处理模块103,从通信接口101处获取控制信息,操作仿真处理模块103对控制信息进行解码,并根据解码的结果在手机测试平台100上对手机10执行测试操作,以及将测试操作的结果通过通信接口101返回给外部设备。 [0034] Referring to FIG. 1, the mobile phone 10 comprises a communication interface emulation processing 101, connected via a communication cable external device, receives the transmission control information to the external device; phone 10 further comprising simulating the operation of a processing module 103, 101 from the communication interface acquires control information, simulating the operation of the processing module 103 decodes the control information, and perform a test operation on the mobile phone handset 10 in the test platform 100 according to a result of decoding, and the result of the test operation is returned to the external apparatus through the communication interface 101.

[0035] 上述操作仿真处理模块103通过硬件及软件的方式均可实现。 [0035] The operation of the above-described simulation process module 103 may be implemented by way of software and hardware.

[0036] 通过本实施例的上述技术方案,手机10监听通信接口101,接收来自外部发送的封装在通讯协议内的控制信息,通过操作仿真处理模块103对控制信息进行解码,根据解码的结果执行控制信息的相应测试操作,在功能上完全可代替硬件信号的仿真。 [0036] Through the above technical solution of the present embodiment, mobile phone 10 listens to the traffic interface 101, receives the package from the external control information transmitted in the communication protocol, decode 103 by the control information simulating the operation of the processing module, executed according to the result of decoding test operation control information corresponding, functionally complete simulation of hardware signals may be used instead.

[0037] 优选地,操作仿真处理模块103包括仿真处理模块(图中未示),用于根据操作仿真处理模块103的触发在手机10操作系统的支持下执行解码结果对应测试操作;操作仿真处理模块103还包括图像截屏压缩处理模块1037,参见图2,图像截屏压缩处理模块1037用于根据操作仿真处理模块103的触发基于控制信息中的截屏请求截取并压缩测试操作的当前屏幕数据,并通过手机测试平台100提供的DSP即时对当前屏幕数据进行图像/声音采用数据处理。 [0037] Preferably, the operation processing block 103 includes a simulation emulation processing module (not shown) for performing a decoding operation corresponding to the test results of the mobile phone operating system support 10 according to trigger operation of the emulation processing module 103; emulation processing operation module 103 further comprises an image screen shot compression processing module 1037, referring to FIG. 2, the image screen shot compressed current screen data processing module 1037 for intercepting and compressing test operation based on the control information in the screenshot request according to the triggering operation emulation processing module 103, and by DSP real-time mobile phone test platform 100 provided by the image of the current screen data / voice using data processing.

[0038] 通过本实施例的上述技术方案,对于操作结果的反馈充分利用智能手机的运算能力,在手机上进行实时图像采样及压缩处理,降低对上位机端的运算资源和传输带宽的消耗。 [0038] Through the above technical solution of the present embodiment, the feedback operation result of the full use of the smart phone computing power, real-time image is sampled on the phone and the compression process, reducing the consumption of computing resources and transmission bandwidth PC end of.

[0039] 图2表示本发明实施例的测试手机的具体结构示意图。 [0039] FIG. 2 shows a schematic diagram of a specific configuration of the embodiment of the testing cell phone embodiment of the present invention.

[0040] 参见图2所示,仿真处理模块包括按键仿真处理模块1031 ;触屏仿真处理模块1033 ;和/或传感器仿真处理模块1053。 [0040] FIG 2, the emulation processing module 1031 includes a key emulation processing module; touch screen emulation processing module 1033; and / or sensor emulation processing module 1053.

[0041] 操作仿真处理模块103可以为一个手机终端操作仿真的服务软件,其是以软件形式通过通讯接收数据,解码控制消息在手机操作系统支持下模仿按键、触摸屏的操作以及重力感应器、磁场感应器、光/热感应器等传感器的状态。 [0041] Operation emulation processing module 103 may be a handset operating emulation service software, which is software in the form of communications received data, decoding the control message the operating system supports the imitation buttons, a touch panel operation and the gravity sensor in the mobile phone, a magnetic field state sensors, optical / thermal sensor and the like sensors. 而本实施中的按键仿真处理模块1031、触屏仿真处理模块1033以及传感器仿真处理模块1053实现相应的操作仿真是利用公开的API或操作接口进行,即硬件信号最终在手机上会转换为软件消息的形式进行处理,软件通过系统公开的API或操作接口仿真这些软件消息就可以摸仿出硬件操作行为,在功能上完全可代替硬件信号的仿真。 The key emulation processing module 1031 of this embodiment, a touch screen emulation processing module 1033 and a sensor simulation processing unit 3053 is implemented using the simulation of the corresponding operation or operations disclosed API interface, i.e., on the phone hardware signals ultimately converted message software in the form of process, the system disclosed by the software or operator interface API message can simulation software simulation of a hardware touch operation behavior, emulation hardware signals instead of fully functionally.

[0042] 优选地,通信接口为USB通信接口。 [0042] Preferably, the communication interface is a USB communication interface.

[0043] 在本发明中采用USB数据线传输尤其重要,实现终端仿真技术在传输上有其他更易采用的技术:如Wifi,蓝牙等通讯方式,但是在本发明中,为了建设一台主机带动多台手机终端进行仿真操作的业务场景下使用USB数据线效果更为明显。 [0043] The USB data transmission lines in the present invention is particularly important to achieve terminal emulation techniques are other techniques more readily employed in transmission: such as Wifi, Bluetooth communication, but in the present invention, in order to build a host startup more using mobile phone terminal emulation operating business scenarios under USB cable effect is more obvious. 因为,USB通讯带宽低速为1.5Mbps,全速为12Mbps,高速为480Mbps。 Because, USB low-speed communications bandwidth to 1.5Mbps, full speed to 12Mbps, high speed is 480Mbps. 而采样的图像以240 (宽)x320 (高)x24位真彩计算,一张图片需要230KB,占用带宽为1.8Mbps。 And the image is sampled at 240 calculated x24 bit color (W) X320 (H), an image needs to 230KB, bandwidth of 1.8Mbps. 即低速时只能满足每秒lfps,全速时7fps,高速时267fps。 I.e. only meet the low lfps per second, 7fps full speed, high-speed 267fps. 而手机终端能提供的通讯能力只具备低速和全速两种模式。 The communications capabilities of mobile terminals can provide only have low and full speed modes. 且大部分手机只支持低速通讯,本方案在手机端上对采集的图像进行压缩处理之后平均只20KB,换算成带宽占用约为160Kbps。 After most of the mobile phones only support low-speed and communication, the present embodiment performs compression of image acquisition process on the mobile terminal only 20KB average, in terms of bandwidth of about 160Kbps. 即在通常的手机设备上最小可传6fps,采用全速12Mbps及以上技术时带宽可传> 60fps可满足流畅观察的需要。 I.e. 6fps minimum transmission on a conventional mobile devices, bandwidth transmission> When using the above technique and full-speed 12Mbps 60fps meet the needs of a smooth observation. 设定方案所采用的USB技术为低速和全速模式,即使用带宽为不超过12Mbps的两种模式。 Setting scheme adopted for the USB low-speed and full-speed technology, i.e., not more than 12Mbps bandwidth in both modes. 其次是干扰问题:在多手机终端池环境下,在最终的部署环境里可能存放数百台手机,采用无线传输方案因为终端并发工作可能造成频段的干扰,最终无法保证有效带宽,故而采用有线传输技术可以更好的保证通讯的稳定和带宽要求。 Followed by interference: in a multi-handset pool environment, in the final deployment environment can store hundreds of phone, wireless terminal transmission scheme because concurrent work may cause interference band, ultimately, can not guarantee the effective bandwidth, therefore the use of cable transmission technology can better stability and bandwidth requirements to ensure communication.

[0044] 图3表示本发明实施例的手机远程测试系统的结构示意图。 [0044] FIG. 3 shows a schematic configuration of mobile remote testing system according to an embodiment of the present invention.

[0045] 参见图3所示,手机远程测试系统包括手机终端池,手机终端池包括三台用于测试的手机10 ;服务器20,服务器20的第一端分别通过USB数据线与手机终端池中的三台手机10相连接;手机远程测试系统还包括终端模拟器30,终端模拟器30通过网络连接服务器20的第二端。 [0045] Referring to FIG., The system comprises a mobile phone handset remote test cell, the mobile terminal comprises three cell phone 103 for the test; the server 20, a first end of the server 20 through the USB cable, respectively, the mobile terminal pool the handset 10 is connected to three; test mobile remote terminal emulator system 30 further includes a terminal emulator 30 connected via a network server of the second end 20.

[0046] 在本实施例的上述技术方案中,远程测试操作人员进行操作的Flash终端模拟器,与该Flash终端模拟器通过互联网相连的服务器,以及通过USB数据线与服务器相连的多个测试用手机终端,其中各个手机终端上安装有远程手机操作仿真处理模块。 [0046] In the above aspect of the present embodiment, the operator for remote test operation of the Flash terminal emulator, the emulator Flash terminal connected to the server through the Internet, and a plurality of test data through a USB cable connected to the server mobile terminals, wherein simulating the operation of the remote handset is mounted on each of the processing modules of mobile terminals. 其中Flash终端模拟器通过服务器登录后,发出测试控制信号,同样通过服务器接收回传的测试解决,并以FLASH形式向远程测试操作人员展示测试图像。 Flash wherein the terminal emulator log in server, issuing a test control signal, also receives the return test solution through the server, and display the test image in the form of FLASH test to a remote operator.

[0047] 优选地,服务器20包括远程测试门户服务器21,连接终端模拟器30,用于为终端模拟器30提供远程测试登录接口,并中转终端模拟器30上传的控制信息以及将接收到的对应控制信息的测试操作结果回传给终端模拟器30 ;协议转换分发服务器,第一端连接远程测试门户服务器21,第二端连接一台或多台手机10的通信接口,用于解析接收到的来自远程测试门户服务器21的网络数据包,得出MEI码和对应MEI码的控制信息,根据MEI码找到对应的手机10,将控制信息通过通信接口传送给手机10,并从通信接口接收手机10反馈的测试操作结果。 [0047] Preferably, the portal server 20 includes a remote test server 21, a terminal emulator connector 30, the terminal emulator 30 for providing remote test login interface, and control information of the relay 30 and the terminal emulator uploaded corresponding to the received test results of the operation control information back to the terminal emulator 30; protocol conversion distribution server, a first terminal connected remote test portal server 21, a second end connected to one or more mobile communications interface 10 for parsing the received network packets from a remote test of a portal server 21, and obtaining the control information corresponding to MEI MEI code codes, to find the corresponding phone 10, the control information transmitted through the communication interface to the mobile phone 10 MEI code, and the communication interface receives from the handset 10 feedback test operation results. 在本实施例的上述技术方案中,远程测试门户服务器21提供远程测试登录的接口,将各个测试终端模拟器30上传的手机应用程序发送给协议转换分发服务器23,将协议转换分发服务器23发回的测试图像发送给各个测试终端模拟器30 ;协议转换分发服务器23同时挂接多台手机10,以手机10的国际唯一标识码(IMEI码)进行区分。 In the above technical solution of the present embodiment, the portal server 21 provides remote test test remote login interface, transmits the respective test terminal emulator application 30 uploads mobile distribution server 23 to the protocol converter, the protocol converter 23 sends back the distribution server test image to a respective test terminal emulator 30; protocol conversion distribution server 23 simultaneously mount more than one handset 10, international unique identification number (IMEI code) to distinguish the mobile phone 10. 接收到前端的控制信号,该控制信号通过网络数据包携带需要操作的手机MEI码与仿真控制消息。 The front end receiving the control signal, the control signal and the simulated control handset MEI code message to be operated via a network to carry packets. 协议转换服务器23解码数据包之后解析出MEI码和仿真控制消息。 Protocol conversion server 23 decodes the packet after parsing the code and the simulation control message MEI. 通过MEI找到手机对应的通讯端口把仿真控制消息通过USB通讯端口使用专有控制协议(协议说明见下面USB数据通讯线部分)发给手机10。 MEI find the phone through the communications port corresponding to the port emulation control message by using the USB communication protocol specific control (see below for protocols USB data communication line portion) 10 issued to the phone. 在手机测试平台100上对手机10执行测试操作,并从相应的通讯端口上收集反馈。 In the mobile phone handset 10 100 test platform to perform test operations and to collect feedback from the corresponding communication port pair.

[0048] 图4表示本发明实施例的远程手机测试方法的主要流程图。 [0048] FIG. 4 shows a main flowchart of the remote handset testing method embodiment of the present invention.

[0049] 参见图4所示,远程手机测试方法包括: [0049], the test method shown in the remote handset Referring to FIG 4 comprising:

[0050] S401:手机终端从通信接口处获取来自服务器端的与手机终端的MEI码对应的控制信息; Acquiring control information from the mobile terminals and mobile server terminal from the communication interface corresponding to MEI codes;: [0050] S401

[0051] S403:手机终端解析控制信息,得一解析结果; [0051] S403: the mobile terminal parses control information to obtain a result of the analysis;

[0052] S405:手机终端根据解析结果触发相应的仿真处理模块;以及 [0052] S405: the mobile terminal trigger the appropriate emulation processing module based on the analysis result;

[0053] S407:手机终端通过仿真处理模块执行与控制信息对应的测试操作,并将测试操作的结果反馈给手机终端。 [0053] S407: the mobile terminal through the simulation control information processing module executes the operation corresponding to the test, and the test results back to the operation of the mobile terminal.

[0054] 在本实施例的上述技术方案中,手机侧监听USB通讯端口,接收来自协议转换服务器发送的封装在USB通讯协议内的操作仿真消息。 [0054] In the above aspect of the present embodiment, the mobile phone listens USB communication port side, simulating the operation of receiving messages in USB protocol encapsulation protocol conversion from server sends. 对控制消息解码后并执行相应的系统级仿真动作。 And performs a corresponding operation of the system level simulator control message decoder. 通过按键仿真处理模块、触屏仿真处理模块以及传感器仿真处理模块,具体实现时远程接收到手机操作的命令后,被触发开始进行手机操作仿真,通过系统公开的API或操作接口仿真手机操作的软件消息就可以摸仿出硬件的按键操作、触屏操作以及传感器等行为。 After processing through the key emulation module, the touch sensor simulation emulation processing module and a processing module, the specific command is received remote operation of the mobile phone, the mobile phone operation is triggered to begin the simulation, the system disclosed by software API or mobile phone operator interface simulation operation message can imitate the behavior of the hardware of the touch button operation, touch screen operation, and sensors.

[0055] 优选地,在步骤S407之后,远程手机测试方法还包括:手机终端基于服务器端的截屏请求通过图像截屏处理模块将仿真测试操作对应的截屏数据压缩后返回给服务器端。 [0055] Preferably, after step S407, the remote handset testing method further comprising: server-based handset requests a screen shot by an image processing module returns a screenshot to the server after the operation of the simulation test corresponding to the data compression screenshots.

[0056] 在本实施例的上述技术方案中,如果接收到的控制信息中包含截屏请求,手机终端对截屏消息解码后执行截屏,并对截屏图像数据进行压缩,之后向服务器返馈截屏完成消息。 [0056] In the above aspect of the present embodiment, if the received control information contained in the screen shot request, the mobile terminal performs screenshots, and screenshots data screen shots message decoding compressed, after completion message to the server fed back screenshots . 即通过图像截屏采样压缩处理模块,在手机上使用手机平台提供的DSP (数字信号处理器)即时进行图像/声音采样数据处理,将信号数位化并压缩转换为适合USB通讯传输的数据。 I.e., sample screen shot by the image compression processing module using a DSP (Digital Signal Processor) provided on a mobile platform for mobile instant image / sound processing sampled data, the number of bits of the signal and compressed into a form suitable USB communication data transmission. 声音采集,在系统有控制信号时,实时采样并编码成为AMR音频流回送服务器。 Sound collection, when the control signal system, real-time sampling and encoded into AMR audio server push back.

[0057] 图5表示本发明实施例的远程手机测试方法的具体例流程图。 [0057] FIG. 5 shows a flowchart showing a specific example of a remote handset testing method according to an embodiment of the present invention.

[0058] 参见图5所示,是实现本方案的一个实例时序图,为Nokia S60v3系列手机终端开发的Agent程序处理过程。 [0058] Referring to FIG 5, an example of a timing diagram of an implementation of the present embodiment, the processing program for the Agent handsets Nokia S60v3 series development. 其中Proxy为协议转换分发服务器,Agent为本发明中提到的手机终端上的远程手机操作仿真处理模块软件,其中Symbian S60V3手机指的是采用S60V3系统的各厂家各型手机。 Wherein the protocol conversion Proxy distribution server, the remote handset operation simulation software of the processing module of the present invention, Agent mentioned mobile terminals, wherein the Symbian S60V3 S60V3 phone refers to the use of each system manufacturers phone.

[0059] 远程手机测试方法包括: [0059] remote handset testing method comprising:

[0060] 步骤501:从Proxy发出按键消息; [0060] Step 501: The PUSH message sent from the Proxy;

[0061] 本步骤是指Proxy接收远程测试操作人员从终端模拟器上通过按键发出包含测试内容的控制信息。 [0061] The present step is a step Proxy receiving a remote operator sends a control test information includes test content from the terminal emulator via the keys.

[0062] 步骤502:从Proxy发出截屏请求消息; [0062] Step 502: screenshots sent from the Proxy request message;

[0063] 本步骤是指远程测试操作人员同时发出了截屏请求,请求将基于步骤501中测试内容的手机终端屏幕显示的内容实时获取,并在手机上对显示数据进行预处理,变成压缩图片送回给Agent。 [0063] The present step is a step to test the remote operator to simultaneously issued a screenshot request is made, the mobile phone terminal acquired in real time based on the contents screen 501 displays contents of the test of the step, and the pretreatment of the display data on the phone, into compressed pictures back to the Agent.

[0064] 步骤503:模拟系统按键; [0064] Step 503: key simulation system;

[0065] 本步骤是指步骤501中的请求消息经处理后触发手机内的手机操作仿真处理模块的软件,使得手机执行以下操作: [0065] The present step is a step 501 refers to the request message after processing trigger phone operating software emulation processing module in the handset, so that the phone performs the following operations:

[0066] 接收到远程仿真操作命令时,可使用各个手机操作系统提供的能力即公开的API或操作接口进行仿真。 [0066] Upon receiving the remote operation command emulator, capacity of each mobile phone can be used by the operating system that is disclosed API interface or simulation operations. 以Windows mobile为例: With Windows mobile as an example:

[0067] 1.软件解码远程操作命令,操作动作分解为原子行为队列:以按键操作为例,按数字键I操作可分解为:数字键I按下,数字键I保持,数据键I抬起。 [0067] 1. The remote operation command decoding software, the operation of the operation queues decomposed atomic behavior: a key operation to an example, press operations can be decomposed into I: I press the number keys, the number keys held I the data key I lifted . 同理触模和重力感应也可以做同样的分解。 Similarly the touch sensor and gravity can do the same decomposition.

[0068] 2.对每一个原子操作,依操作系统支持定义为一个行为,本例中,在Windowsmobile下,使用系统公开的API即PostMessage,发送相应的系统消息,WM_KEYD0WN(携带数字键I的键码-0x31),WM_KEYUP (携带数字键I的键码-0x31)。 [0068] 2. For each atomic operation, as defined by the operating system to support a behavior, in the present embodiment, at Windowsmobile, i.e. using the system disclosed in the PostMessage API, the system sends a corresponding message, WM_KEYD0WN (carrying the I-key numeric code -0x31), WM_KEYUP (I carry digital key code of the key -0x31). 其中在Windows Mobile上没有键保持的消息,依系统惯例为自动保持,则跳过按键保持操作解析下一个操作即可。 Wherein the message key is not held in the Windows Mobile, according to the system routine is automatically maintained, skip key holding operation to a parsing operation.

[0069] 3.对于触屏动作,在Windows Mobile可以通过系统公开的鼠标事件进行仿真,通过系统公开的API,即PostMessage 发送WM_LBUTT0ND0WN(坐标),WM_M0USEM0VE,WM_LBUTT0NUP进行仿真。 [0069] 3. For the touch screen operation, mouse events in the Windows Mobile be disclosed by system simulation, the system disclosed by the API, the transmission PostMessage WM_LBUTT0ND0WN (coordinates), WM_M0USEM0VE, WM_LBUTT0NUP simulation.

[0070] 步骤504:请求当前屏幕数据; [0070] Step 504: the current screen data request;

[0071] 本步骤是指对截屏消息解码后执行截屏。 [0071] The present step is a step performed after screenshot screenshot decode the message.

[0072] 步骤505:截屏数据压缩; [0072] Step 505: Data compression screenshots;

[0073] 本步骤是指对截屏图像数据进行压缩,之后向Agent返馈截屏完成消息。 [0073] The present step is a step for compressing image data screenshots, then fed back to the Agent screenshots complete message.

[0074] 步骤506:截屏完成; [0074] Step 506: screenshots completed;

[0075] 本步骤是指,Agent返回截屏完成的信息给Proxy。 [0075] The present step is a step, Agent returns information to complete screenshot Proxy.

[0076] 步骤507:Agent保存压缩后的图片; [0076] Step 507: Agent saving compressed picture;

[0077] 步骤508:Proxy发出请求截屏压缩数据; [0077] Step 508: Proxy requesting data compression screenshots;

[0078] 步骤509:手机端返回截屏压缩数据。 [0078] Step 509: mobile terminal returns data compression screenshots.

[0079] 通过本实施例的上述技术方案,手机应用程序远程测试操作人员(下称“用户”)通过“远程测试门户服务器”(下称“测试门户”)上传“手机应用程序”,经过协议转发分发服务器、终端Agent仿真服务软件,将“手机应用程序”安装到手机。 [0079] The technical solutions of the embodiments of the present, mobile applications remote test operator (hereinafter "user") is the "remote test Portal Server" (hereinafter referred to as "Test Portal") Upload "Mobile Applications", through the protocol forwarding distribution server, terminal emulation service Agent software, "mobile applications" installed to the phone. 用户使用通用浏览器(Internet Explorer)访问测试门户服务器,选择手机,测试门户服务器向浏览器展现“Flash终端模拟器”。 Users using a common browser (Internet Explorer) to access the test portal server, select the phone, test the portal server to show "Flash terminal emulator" to the browser. 用户通过操作Flash终端模拟器,摸拟操作手机(鼠标、按键、触发传感器等操作),经过协议转发分发服务器、终端Agent控制手机仿真操作行为。 Flash user operates the terminal emulator simulates the operation of the phone (the mouse button, the trigger sensors and other operations), through agreements forwarded distribution server, terminal emulation Agent control your phone operational behavior. 手机终端屏幕显示的内容被“远程手机操作仿真处理模块”实时获取,并在手机上对显示数据进行预处理,变成压缩图片送回给协议转换分发服务器。 Content handset screen is "remote phone operation simulation processing module" real-time acquisition and pre-processing of the data displayed on the phone becomes compressed images sent back to the distribution server protocol conversion. 远程的FLASH终端模拟器通过解码反馈的图片,在用户的浏览器上显示手机屏幕的实时内容。 FLASH remote terminal emulator picture by decoding feedback, real-time content displayed on the phone screen in the user's browser.

[0080] 图6表示本发明实施例的远程手机测试装置的主要结构示意图。 [0080] FIG. 6 shows a schematic view of the main structure of the remote handset testing apparatus according to the embodiment of the present invention.

[0081] 参见图6所示,远程手机测试装置包括获取模块62,用于从通信接口处获取来自服务器端的与手机终端的IMEI码对应的控制信息;解析模块64,用于解析控制信息,得一解析结果;触发模块66,用于触发与解析结果对应的仿真处理模块;以及执行模块68,用于执行与控制信息对应的测试操作,并将测试操作的结果反馈给手机终端。 [0081] Referring to FIG 6, the remote handset testing apparatus includes an obtaining module 62, configured to obtain the control information from the IMEI code and the server corresponding to the mobile terminal from the communication interface; parsing module 64 for parsing the control information to give an analysis result; triggering module 66 for triggering emulation processing module corresponding to the analysis result; 68, operable to perform the test corresponding to the control information, and the test results of the operation back to the execution module and the mobile terminal.

[0082] 优选地,远程手机测试装置还包括压缩模块(图中未示),用于基于服务器端的截屏请求通过图像截屏处理模块将仿真测试操作对应的截屏数据压缩后返回给服务器端。 [0082] Preferably, the remote handset testing apparatus further comprises a compression module (not shown), a server-based screen shot request is returned to the server through the image screen shot processing module after the simulation test operation corresponding to a screen shot of the data compression.

[0083] 通过本发明的上述实施例,本领域技术人员可以发现,采用本发明的技术方案,避免使用专门的硬件仿真器,而是通过远程控制在手机上执行手机操作访真。 [0083] By the above-described embodiments of the present invention, those skilled in the art can be found, the technical solution of the present invention avoid the use of special hardware emulators, but by a remote control handset performing access operations on the true phone. 对于操作结果的反馈充分利用智能手机的运算能力,在手机上进行实时图像采样及压缩处理,降低对上位机端的运算资源和传输带宽的消耗。 For full feedback operation result using a smart phone computing power, real-time sampling and image compression processing in the mobile phone, and reducing the consumption of computing resources of the bandwidth of the host computer side. 又由于采用相同的手机操作仿真控制方案为用户前端提供一致的操作界面,可以避免专用器件因硬件电气参数差异带来的问题,同时满足屏幕数据回传的应用要求。 Also, because the same mobile phone operating the simulation control scheme to provide a consistent user interface front end to avoid problems due to dedicated hardware devices to bring the electrical parameter differences, while meeting the requirements of the application screen data backhaul.

Claims (10)

1.一种测试手机,包括手机测试平台,其特征在于,还包括: 通信接口,通过通信数据线连接外部设备,接收所述外部设备传输来的控制信息;以及操作仿真处理模块,从所述通信接口处获取所述控制信息,并对所述控制信息进行解码,根据所述解码的结果在所述手机测试平台上执行测试操作,以及将所述测试操作的结果通过所述通信接口返回给所述外部设备。 A test phone, the mobile phone comprising a test platform, characterized by further comprising: a communication interface, an external data line connected via a communication apparatus, receiving the transmission control information to the external device; and simulating the operation of a processing module, from the a communication interface acquires the control information, and decoding the control information, perform a test operation on the test platform the mobile phone according to a result of the decoding, and the test result of the operation back to the communication interface via the external device.
2.如权利要求1所述的测试手机,其特征在于,所述操作仿真处理模块,包括: 仿真处理模块,用于根据所述解码的结果在所述手机操作系统的支持下执行与所述控制信息对应的测试操作;以及图像截屏压缩处理模块,用于根据所述操作仿真处理模块的触发基于所述控制信息中的截屏请求截取并压缩所述测试操作的当前屏幕数据,并通过所述测试手机平台提供的DSP即时对所述当前屏幕数据进行图像/声音的采集数据处理。 2. The test phone according to claim 1, characterized in that the operating emulation processing module comprising: emulation processing module, for performing the operation with the support of the mobile phone system according to a result of the decoding the control information corresponding to the test operation; and a screenshot image compression processing means for processing according to the operation triggering emulation control module based on the current screen data requests in a screen shot taken and compressing said test operation, and by the DSP real-time test mobile platform provided by the current screen image data acquisition data processing / sound.
3.如权利要求2所述的测试手机,其特征在于,所述仿真处理模块包括: 按键仿真处理模块,用于根据所述控制信息中的按键测试指令执行对应测试操作; 触屏仿真处理模块,用于根据所述控制信息中的触屏测试指令执行对应测试操作;和/或传感器仿真处理模块,用于根据所述控制信息中的传感器行为测试指令执行对应的测试操作。 3. The test phone according to claim 2, wherein said emulation processing module comprises: a key emulation processing module, for performing a test operation corresponding to the control information in accordance with a key test instructions; touch screen emulation processing module for performing a corresponding operation according to the test control information, test instructions touch screen; and / or sensor emulation processing module for performing a corresponding operation according to the test sensor control behavioral test instruction information.
4.如权利要求1所述的测试手机,其特征在于,所述通信接口为USB通信接口。 4. The test phone according to claim 1, wherein the communication interface is a USB communication interface.
5.一种手机远程测试系统,其特征在于,包括: 手机终端池,包括一台或多台权利要求1至4中任一项所述的测试手机,用于通过一台或多台所述测试手机的通信接口接收用于测试的控制信息,并在一台或多台所述测试手机的手机测试平台上执行所述控制信息; 服务器,第一端通过通信数据线与手机终端池中的一台或多台所述测试手机相连接,用于接收所述控制信息并将所述控制信息分发给一台或多台所述测试手机;以及终端模拟器,通过网络连接所述服务器的第二端,用于根据用户输入的指令发出所述控制信息。 A mobile remote test system, comprising: pool of mobile terminals, including mobile phones to test any one of claims 1 to 4 one or more claims, for the one or more through test phone communication interface for receiving test control information, and performs the control information on one or more of the test mobile phone test platform; server, a first terminal through a communication data line in the pool of mobile terminals one or more of the test mobile is connected, for receiving the control information and the control information is distributed to one or more of the test handset; and a terminal emulator, said server connected via a network of ends, for issuing the control information according to an instruction input by the user.
6.如权利要求5所述的手机远程测试系统,其特征在于,所述服务器包括: 第一服务器,连接所述终端模拟器,用于为所述终端模拟器提供远程测试登录接口,并中转所述终端模拟器上传的控制信息以及将接收到的对应所述控制信息的测试操作结果回传给所述终端模拟器; 第二服务器,第一端连接所述第一服务器,第二端连接一台或多台所述测试手机的通信接口,用于解析接收到的来自所述第一服务器的网络数据包,得出IMEI码和对应所述IMEI码的控制信息,根据所述MEI码找到对应的测试手机,将所述控制信息通过所述通信接口传送给所述测试手机,并从所述通信接口接收所述测试手机反馈的所述测试操作结果O 6. The mobile remote testing system according to claim 5, characterized in that said server comprising: a first server connected to the terminal emulator, for providing an interface to the remote testing terminal emulator log, and transfer the control information and the corresponding terminal emulator uploaded to the control received test result information of the operation back to the terminal emulator; a second server, a first terminal connected to the first server, a second terminal connected one or more of the test mobile communication interface for network packets from the first server parses the received, obtain the IMEI code and the IMEI code corresponding to the control information, to find the code MEI corresponding test phone, the control information through the communication interface to transmit the test phone, and the results from the test O communication interface receiving the feedback operation of the test phone
7.—种远程手机测试方法,其特征在于,包括: 手机终端从通信接口处获取来自服务器端的与所述手机终端的IMEI码对应的控制信息; 所述手机终端解析所述控制信息,得一解析结果;所述手机终端根据所述解析结果触发相应的仿真处理模块;以及所述手机终端通过所述仿真处理模块执行与所述控制信息对应的测试操作,并将所述测试操作的结果反馈给所述手机终端。 7.- remote handset species test method, characterized by comprising: the mobile terminal acquires the communication interface from the control information from the server with the IMEI code corresponding to the mobile terminal; and the mobile phone terminal analyzes the control information to obtain a analysis result; mobile terminals trigger the corresponding emulation processing module according to the analysis result; and the mobile terminals by the simulation result of the processing module executes the control information corresponding to the test operation and the test operation of the feedback to the handset.
8.如权利要求7所述的远程手机测试方法,其特征在于,在所述手机终端通过所述仿真处理模块执行与所述控制信息对应的测试操作之后,所述远程手机测试方法还包括: 所述手机终端基于所述服务器端的截屏请求通过图像截屏处理模块将所述仿真测试操作对应的截屏数据压缩后返回给所述服务器端。 8. The method of testing the remote handset according to claim 7, wherein, in said mobile terminals by said emulation processing module executes the following control information corresponding to the test operation, the remote handset testing method further comprises: the mobile phone terminal based on the server side of the screenshot image by screen capture request processing module corresponding to the operation of the simulation test data is returned to the screenshots server after compression.
9.一种远程手机测试装置,其特征在于,包括: 获取模块,用于从通信接口处获取来自服务器端的与所述手机终端的MEI码对应的控制信息; 解析模块,用于解析所述控制信息,得一解析结果; 触发模块,用于触发与所述解析结果对应的仿真处理模块;以及执行模块,用于执行与所述控制信息对应的测试操作,并将所述测试操作的结果反馈给所述手机终端。 A remote handset testing apparatus, characterized by comprising: acquiring means for acquiring the control information from the mobile terminals to the server from the communication interface corresponding to MEI code; parsing module configured to parse the control information to obtain a result of the analysis; triggering module for triggering the simulation analysis result corresponding to the processing module; and performing means for performing the operation control information corresponding to the test, and the test operation of the feedback results to the handset.
10.如权利要求9所述的远程手机测试装置,其特征在于,还包括: 压缩模块,用于基于所述服务器端的截屏请求通过图像截屏处理模块将所述仿真测试操作对应的截屏数据压缩后返回给所述服务器端。 10. A remote handset testing apparatus according to claim 9, characterized in that, further comprising: a compression module for the server based on the request by the image screenshot screenshot processing module corresponding to the operation of the simulation test data compression screenshots is returned to the server.
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