
技术领域technical field
本发明涉及通信技术领域,尤其涉及一种android平台上利用USB存储设备进行ADB调试的方法。The invention relates to the field of communication technology, in particular to a method for ADB debugging by using a USB storage device on an android platform.
背景技术Background technique
目前几乎所有的Android平台的智能设备都可以使用USB存储设备(如U盘或者移动硬盘等),用户可以通过USB存储设备来拷贝文件、图像、音乐、视频等,实现信息资源的移动。在Android平台的智能设备中,当用户的Android平台设备发生故障的时候,需要用到Android平台自身的调试工具ADB(Android Debug Bridge),它是一个Android平台的后台程序,不断的查询接收到的调试命令和发送调试命令的结果,提供给维护人员分析和解决故障。标准的Android平台上的ADB支持USB接口连接调试(即PC机利用USB线和发生故障的Android平台设备进行连接,然后PC机发送调试命令给故障设备的ADB和故障设备的ADB发送系统日志给PC机,都使用USB总线来传输)。标准的Android平台上的ADB还支持利用WIFI来远程连接故障设备的ADB,进行调试(即故障设备和PC机都连接上网络,PC机利用网络发送调试命令给故障设备的ADB,故障设备的ADB也利用网络将系统日志发送给PC机)。这就存在这么一种情况:如果故障设备发生故障的部分就是WIFI(即WIFI不能正常连接上网络)且故障设备在远处(例如其他城市),无法用USB线进行连接,那么作为调试人员该如何进行系统调试和故障分析呢?因此,本专利设计出一种android平台上利用USB存储设备进行ADB调试的方法,来解决这个问题。At present, almost all smart devices on the Android platform can use USB storage devices (such as U disk or mobile hard disk, etc.), and users can copy files, images, music, videos, etc. through USB storage devices to realize the movement of information resources. In smart devices on the Android platform, when the user’s Android platform device fails, the Android platform’s own debugging tool ADB (Android Debug Bridge) needs to be used. It is a background program on the Android platform that continuously queries the received The debugging command and the result of sending the debugging command are provided to the maintenance personnel to analyze and solve the fault. ADB on the standard Android platform supports USB interface connection debugging (that is, the PC uses a USB cable to connect to the failed Android platform device, and then the PC sends the debugging command to the ADB of the faulty device and the ADB of the faulty device sends the system log to the PC. machine, use the USB bus to transmit). ADB on the standard Android platform also supports using WIFI to remotely connect to the ADB of the faulty device for debugging (that is, both the faulty device and the PC are connected to the network, and the PC uses the network to send debugging commands to the ADB of the faulty device, and the ADB of the faulty device Also use the network to send the system log to the PC). There is such a situation: if the faulty part of the faulty device is WIFI (that is, WIFI cannot be connected to the network normally) and the faulty device is far away (such as other cities) and cannot be connected with a USB cable, then the debugger should How to carry out system debugging and failure analysis? Therefore, this patent designs a method for using a USB storage device to perform ADB debugging on an android platform to solve this problem.
现有技术中提供了“一种基于Android系统的终端测试的方法”,见公开号为:CN102917095A,公开日为:2013-02-06的中国专利,该发明用于解决现有在开发测试软件时,需要针对不同的芯片进行设计的问题。该发明实施例的方法包括:测试端通过ADB接口,与被测终端建立Socket连接;及通过建立的Socket连接,采用ADB接口支持的通信协议,与被测终端之间进行信令交互及数据传输。由于该发明测试端通过ADB接口与被测试终端之间建立Socket连接,在对基于不同硬件平台的被测试终端进行测试时,只要采用ADB接口支持的通信协议即可进行通信,而不需要针对不同的硬件平台开发不同的测试软件,减少了测试软件开发的重复性。但该发明是针对Android系统的终端测试兼容的问题,并非是针对Android系统中设备发生故障,通过新增其他途径来调用自身的调试工具ADB进行调试的方案。The prior art provides "a method for terminal testing based on the Android system", see the Chinese patent with the publication number: CN102917095A and the publication date: 2013-02-06. , need to design for different chips. The method of this embodiment of the invention includes: the test terminal establishes a Socket connection with the terminal under test through the ADB interface; and through the established Socket connection, uses the communication protocol supported by the ADB interface to perform signaling interaction and data transmission with the terminal under test . Since the test terminal of the invention establishes a Socket connection with the tested terminal through the ADB interface, when testing the tested terminal based on different hardware platforms, the communication can be carried out as long as the communication protocol supported by the ADB interface is used, and there is no need for different Different hardware platforms can be used to develop different test software, which reduces the repetition of test software development. But this invention is aimed at the compatibility problem of the terminal test of the Android system, not for the device failure in the Android system, by adding other ways to call its own debugging tool ADB for debugging.
发明内容Contents of the invention
本发明要解决的技术问题,在于提供一种android平台上利用USB存储设备进行ADB调试的方法,可以在现有的调试技术手段都失效的情况下,对android平台的被调试设备进行调试。The technical problem to be solved by the present invention is to provide a method for ADB debugging using a USB storage device on the android platform, which can debug the device to be debugged on the android platform when all existing debugging technical means fail.
本发明是这样实现的:一种android平台上利用USB存储设备进行ADB调试的方法,所述方法需提供一调试设备和带android平台的被调试设备,所述调试设备包括:指令输入模块、USB接口以及数据解析模块;所述被调试设备包括:数据存储模块、调试工具ADB、USB接口以及指令解析模块;该方法具体包括如下步骤:The present invention is achieved in the following way: a method for using a USB storage device on an android platform to perform ADB debugging, the method needs to provide a debugging device and a device to be debugged with an android platform, and the debugging device includes: an instruction input module, a USB Interface and data analysis module; described debugged equipment includes: data storage module, debugging tool ADB, USB interface and instruction analysis module; The method specifically includes the following steps:
步骤1、准备一USB存储设备,确认调试设备和被调试设备都能使用该USB存储设备;USB存储设备与调试设备或者被调试设备中的USB接口连接时,调试设备或者被调试设备中均会出现一用于数据传输的读写端口;
步骤2、将USB存储设备与调试设备连接,通过指令输入模块输入一需要调试的命令,指令输入模块创建一空文件一,并将所述调试的命令存储在文件一中;Step 2, connect the USB storage device with the debugging device, input a command that needs to be debugged through the command input module, the command input module creates an
步骤3、指令输入模块利用所述读写端口将所述文件一写入到USB存储设备,拔出该USB存储设备并插入被调试设备的USB接口;Step 3, the command input module uses the read-write port to write the file to a USB storage device, pull out the USB storage device and insert it into the USB interface of the device to be debugged;
步骤4、被调试设备的USB接口识别到USB存储设备插入后,利用USB存储设备与之连接的读写端口,读取USB存储设备中的文件一并保存到被调试设备的android平台系统中,通过指令解析模块从该文件一中提取调试命令;Step 4. After the USB interface of the device to be debugged recognizes that the USB storage device is inserted, use the read-write port connected to the USB storage device to read the files in the USB storage device and save them to the android platform system of the device to be debugged. Extract the debugging command from the
步骤5、通过android平台系统的进程间通讯机制socket,将调试命令发送给调试工具ADB;Step 5, send the debugging command to the debugging tool ADB through the inter-process communication mechanism socket of the android platform system;
步骤6、调试工具ADB获取调试命令后,执行该调试命令,形成调试的系统日志,创建一个空文件二,并将系统日志存储在该空文件二中;Step 6, after the debugging tool ADB obtains the debugging command, execute the debugging command to form a debugging system log, create an empty file 2, and store the system log in the empty file 2;
步骤7、数据存储模块将产生的含有系统日志的文件二,利用所述读写端口将所述文件二存入到USB存储设备;拔出该USB存储设备并插入调试设备的USB接口;Step 7, the data storage module will generate the file 2 containing the system log, and use the read-write port to store the file 2 into the USB storage device; pull out the USB storage device and insert it into the USB interface of the debugging device;
步骤8、调试设备利用所述读写端口,获取USB存储设备中的文件二并保存到调试设备中;Step 8, the debugging device uses the read-write port to obtain file 2 in the USB storage device and saves it in the debugging device;
步骤9、数据解析模块从该文件二中提取出系统日志,进行解析得到调试结果。Step 9, the data analysis module extracts the system log from the file 2, and analyzes to obtain the debugging result.
本发明具有如下优点:本发明通过将USB存储设备与调试设备进行连接后获取调试命令,再将USB存储设备拔出插入被调试设备中,被调试设备通过指令解析模块进行解析调试命令,并将解析后的调试命令发给调试工具ADB进行调试。本发明可以在现有的调试技术手段都失效的情况下,也能对android平台的被调试设备进行调试;且操作简单,调试效率快。The present invention has the following advantages: the present invention obtains the debugging command after connecting the USB storage device and the debugging device, then pulls out the USB storage device and inserts it into the device to be debugged, and the device to be debugged parses the debugging command through the command parsing module, and The parsed debugging command is sent to the debugging tool ADB for debugging. The invention can also debug the device to be debugged on the android platform when the existing debugging technical means fail; and the operation is simple and the debugging efficiency is fast.
附图说明Description of drawings
图1为本发明方法流程示意图。Fig. 1 is a schematic flow chart of the method of the present invention.
图2为本发明原理框架图。Fig. 2 is a principle frame diagram of the present invention.
具体实施方式Detailed ways
请参阅图1和图2所示,本发明为一种android平台上利用USB存储设备进行ADB调试的方法,所述方法需提供一调试设备和带android平台的被调试设备,所述调试设备包括:指令输入模块、USB接口以及数据解析模块;所述被调试设备包括:数据存储模块、调试工具ADB、USB接口以及指令解析模块;该方法具体包括如下步骤:Please refer to Fig. 1 and shown in Fig. 2, the present invention is a method for using a USB storage device on an android platform to carry out ADB debugging, the method needs to provide a debugging device and a device to be debugged with an android platform, and the debugging device includes : an instruction input module, a USB interface and a data analysis module; the debugged device includes: a data storage module, a debugging tool ADB, a USB interface and an instruction analysis module; the method specifically includes the following steps:
步骤1、准备一USB存储设备,确认调试设备和被调试设备都能使用该USB存储设备;USB存储设备与调试设备或者被调试设备中的USB接口连接时,调试设备或者被调试设备中均会出现一用于数据传输的读写端口;
步骤2、将USB存储设备与调试设备连接,通过指令输入模块输入一需要调试的命令,指令输入模块创建一空文件一,并将所述调试的命令存储在文件一中;Step 2, connect the USB storage device with the debugging device, input a command that needs to be debugged through the command input module, the command input module creates an
步骤3、指令输入模块利用所述读写端口将所述文件一写入到USB存储设备,具体为:利用所述读写端口写入所述文件一时,通过调用write系统函数接口将所述文件一写入到USB存储设备;拔出该USB存储设备并插入被调试设备的USB接口;Step 3, instruction input module utilizes described read-write port to write described file-to-USB storage device, specifically: when utilizing described read-write port to write described file-time, by calling write system function interface, described
步骤4、被调试设备的USB接口识别到USB存储设备插入后,利用USB存储设备与之连接的读写端口,读取USB存储设备中的文件一并保存到被调试设备的android平台系统中,具体为:利用USB存储设备与之连接的读写端口,并调用read系统函数接口读取USB存储设备中的文件一并保存到被调试设备的android平台系统中;通过指令解析模块从该文件一中提取调试命令;Step 4. After the USB interface of the device to be debugged recognizes that the USB storage device is inserted, use the read-write port connected to the USB storage device to read the files in the USB storage device and save them to the android platform system of the device to be debugged. Specifically: use the read-write port connected to the USB storage device, and call the read system function interface to read the files in the USB storage device and save them in the android platform system of the device to be debugged; Extract debug commands from
步骤5、通过android平台系统的进程间通讯机制socket,将调试命令发送给调试工具ADB;Step 5, send the debugging command to the debugging tool ADB through the inter-process communication mechanism socket of the android platform system;
步骤6、调试工具ADB获取调试命令后,执行该调试命令,形成调试的系统日志,创建一个空文件二,并将系统日志存储在该空文件二中;Step 6, after the debugging tool ADB obtains the debugging command, execute the debugging command to form a debugging system log, create an empty file 2, and store the system log in the empty file 2;
步骤7、数据存储模块将产生的含有系统日志的文件二,利用所述读写端口将所述文件二存入到USB存储设备;具体为:利用所述读写端口存入所述文件二时,通过调用write系统函数接口将所述文件二存入到USB存储设备;拔出该USB存储设备并插入调试设备的USB接口;Step 7, the data storage module will generate the file 2 containing the system log, and use the read-write port to store the file 2 into the USB storage device; specifically: when using the read-write port to store the file 2 , storing the file 2 into the USB storage device by calling the write system function interface; pulling out the USB storage device and inserting it into the USB interface of the debugging device;
步骤8、调试设备利用所述读写端口,获取USB存储设备中的文件二并保存到调试设备中;具体为:利用所述读写端口,并调用read系统函数接口获取USB存储设备中的文件二并保存到调试设备中;Step 8, the debug device utilizes the read-write port to obtain file 2 in the USB storage device and saves it in the debug device; specifically: utilize the read-write port and call the read system function interface to obtain the file in the USB storage device 2 and save it to the debugging device;
步骤9、数据解析模块从该文件二中提取出系统日志,进行解析得到调试结果。Step 9, the data analysis module extracts the system log from the file 2, and analyzes to obtain the debugging result.
在本发明中,所述调试设备还包括数据显示模块,在所述步骤9之后还包括:步骤10、将调试结果通过所述数据显示模块逐条地进行显示,来完成一次调试任务。In the present invention, the debugging device further includes a data display module, and after the step 9, further includes: step 10, display the debugging results one by one through the data display module to complete a debugging task.
其中,USB接口:其负责将调试设备的调试命令拷贝到USB存储设备上,被调试设备的USB接口从USB存储设备上获取到调试命令;并且,被调试设备将系统日志通过USB接口拷贝到USB存储设备上,以此将之拷贝给调试设备。Among them, the USB interface: it is responsible for copying the debugging command of the debugging device to the USB storage device, and the USB interface of the debugged device obtains the debugging command from the USB storage device; and, the debugged device copies the system log to the USB storage device through the USB interface. On the storage device, copy it to the debugging device.
指令输入模块:用于调试人员的调试命令的输入。Instruction input module: used for inputting debugging commands of debugging personnel.
指令解析模块:负责通过被调试设备的USB接口从USB存储设备中读取指令和执行从调试设备发送来的调试指令。Instruction parsing module: responsible for reading instructions from the USB storage device through the USB interface of the debugged device and executing the debugging instructions sent from the debugging device.
socket:操作系统中的进程间的通讯机制,是操作系统的必备组件;其负责设备内部各个模块之间的数据传递。Socket: The communication mechanism between processes in the operating system is an essential component of the operating system; it is responsible for the data transfer between the various modules inside the device.
调试工具ADB:Android Debug Bridge,是Android平台内部标准的调试技术,负责接收调试命令,执行调试命令,获取调试结果,发送调试结果等操作。Debugging tool ADB: Android Debug Bridge is an internal standard debugging technology of the Android platform, responsible for receiving debugging commands, executing debugging commands, obtaining debugging results, sending debugging results and other operations.
数据存储模块:负责从被调试设备的调试工具ADB获取调试结果,并存储成文件。Data storage module: responsible for obtaining the debugging results from the debugging tool ADB of the device being debugged and storing them as files.
数据解析模块:负责通过调试设备中的USB接口从USB存储设备中获取从被调试设备发送来的含有调试结果的文件(即上面提到的数据存储单元存储的文件),进行解析。Data parsing module: responsible for obtaining the file containing the debugging result sent from the device to be debugged (that is, the file stored in the above-mentioned data storage unit) from the USB storage device through the USB interface in the debugging device, and performing parsing.
数据显示模块:负责在调试设备的屏幕上显示解析出来的、从被调试设备获取的调试结果。Data display module: responsible for displaying the parsed debugging results obtained from the debugged device on the screen of the debugging device.
总之,本发明可以在现有的调试技术手段都失效的情况下,也能对android平台的被调试设备进行调试;且操作简单,调试效率快。In a word, the present invention can also debug the device to be debugged on the android platform when the existing debugging technical means fail; and the operation is simple and the debugging efficiency is fast.
以上所述仅为本发明的较佳实施例,凡依本发明申请专利范围所做的均等变化与修饰,皆应属本发明的涵盖范围。The above descriptions are only preferred embodiments of the present invention, and all equivalent changes and modifications made according to the scope of the patent application of the present invention shall fall within the scope of the present invention.
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| CN201310139530.XACN103246586B (en) | 2013-04-19 | 2013-04-19 | Method for utilizing USB (universal serial bus) storage equipment for ADB (android debug bridge) debugging on android platform |
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| CN201310139530.XACN103246586B (en) | 2013-04-19 | 2013-04-19 | Method for utilizing USB (universal serial bus) storage equipment for ADB (android debug bridge) debugging on android platform |
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| CN103246586Atrue CN103246586A (en) | 2013-08-14 |
| CN103246586B CN103246586B (en) | 2014-12-10 |
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| CN201310139530.XAExpired - Fee RelatedCN103246586B (en) | 2013-04-19 | 2013-04-19 | Method for utilizing USB (universal serial bus) storage equipment for ADB (android debug bridge) debugging on android platform |
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| CP01 | Change in the name or title of a patent holder | Address after:350000 Fuzhou Gulou District, Fujian, software Avenue, building 89, No. 18 Patentee after:FUZHOU ROCKCHIP ELECTRONICS Co.,Ltd. Address before:350000 Fuzhou Gulou District, Fujian, software Avenue, building 89, No. 18 Patentee before:Fuzhou Rockchip Electronics Co.,Ltd. | |
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| CP01 | Change in the name or title of a patent holder | Address after:350000 building, No. 89, software Avenue, Gulou District, Fujian, Fuzhou 18, China Patentee after:Ruixin Microelectronics Co.,Ltd. Address before:350000 building, No. 89, software Avenue, Gulou District, Fujian, Fuzhou 18, China Patentee before:FUZHOU ROCKCHIP ELECTRONICS Co.,Ltd. | |
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| CF01 | Termination of patent right due to non-payment of annual fee | Granted publication date:20141210 |