CN104537299B - An electronic apparatus system and method for detecting related equipment - Google Patents

An electronic apparatus system and method for detecting related equipment Download PDF

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CN104537299B
CN104537299B CN 201410756738 CN201410756738A CN104537299B CN 104537299 B CN104537299 B CN 104537299B CN 201410756738 CN201410756738 CN 201410756738 CN 201410756738 A CN201410756738 A CN 201410756738A CN 104537299 B CN104537299 B CN 104537299B
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CN 201410756738
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CN104537299A (en )
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何晨光
李烨
樊小毛
何青云
王俊
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深圳先进技术研究院
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Abstract

本发明实施例公开一种电子设备检测方法及其系统、相关设备,其中方法包括如下步骤:使用第一散列算法对电子设备的唯一标识计算生成当前识别码,并获取预先保存的原识别码,当当前识别码与原识别码相同时,根据内置的系统软件的主执行文件和电子设备的标识信息生成校验文件,对校验文件进行保存,以使在与用户终端相连接时,用户终端采用校验文件确定系统软件的使用权限。 Embodiment of the present invention discloses a system and method for detecting an electronic device, related equipment, wherein the method comprises the steps of: using a first hashing algorithm to generate the current identification code that uniquely identifies the electronic computing device, and acquires the identification code pre-stored original when the current identification code with the identification code same as the original, according to the identification information of the electronic apparatus main executable and the built-in file system software to generate the parity, checksum file save, so that when connected to a user terminal, a user the terminal is determined using the file permissions check system software. 通过利用电子设备的唯一标识确定系统软件的使用权限,这样在未增加复杂的设备接口和成本的情况下还可实现检测电子设备和系统软件,有较好的保护效果,还提高了电子设备的可靠性。 It may also be achieved without use authority determination system software by using the unique identification of the electronic device, so that without increasing the complexity and cost of the detection device interface electronics and software, better protective effect, also improves the electronic device reliability.

Description

一种电子设备检测方法及其系统、相关设备 An electronic apparatus system and method for detecting related equipment

技术领域 FIELD

[0001] 本发明涉及电子技术领域,尤其涉及一种电子设备检测方法及其系统、相关设备。 [0001] The present invention relates to electronic technologies, and in particular, to a system and method for detecting an electronic device, related equipment.

背景技术 Background technique

[0002] 随着手机、电脑、家电、汽车、医疗等领域中电子设备的迅速发展,印制电路板(Printed Circuit Board,PCB)的需求也随之提高,同时也使得电子设备的复制行为曰益严峻。 [0002] With the rapid development of mobile phones, computers, home appliances, automotive, medical and other fields of electronic devices, the demand for printed circuit boards (Printed Circuit Board, PCB) also will increase, but also makes the copying of said electronic device Yi grim. 电子设备主要由PCB板和系统软件组成,对电子设备的复制包括对PCB板的复制和对系统软件的拷贝。 The electronic device and the PCB mainly by the system software, a copy of the electronic device include replication and copying of the PCB of the system software. 由于对电子设备的复制减少了大量的研发工作,使得复制的电子设备成本远低于原生产电子设备,损害了原生产电子设备厂商利益。 Due to copy electronic equipment reduces the amount of research and development, so that the copy of the electronic equipment cost is much lower than the original production of electronic equipment, damage the interests of manufacturers original production of electronic equipment. 现有技术可通过对电子设备增加复杂设备接口防止PCB板复制,这样会增加实现成本,并且是对PCB板和系统软件分别进行保护,影响了其保护效果,降低了电子设备的可靠性。 Prior art electronic device can increase the complexity of the device interface board PCB prevent copying, which increases the implementation costs, and the PCB is protected and the system software, respectively, affect the protective effect, reducing the reliability of electronic equipment.

发明内容 SUMMARY

[0003] 本发明实施例提供一种电子设备检测方法及其系统、相关设备,可提高电子设备的可靠性。 Example embodiments provide an electronic apparatus system and method for detecting related equipment [0003] The present invention can improve the reliability of electronic equipment.

[0004] 本发明实施例第一方面提供了一种电子设备检测方法,包括: [0004] there is provided a method for detecting an electronic apparatus of the first aspect of embodiments of the invention, comprising:

[0005] 使用第一散列算法对电子设备的唯一标识计算生成当前识别码,并获取预先保存的原识别码; [0005] using a first hashing algorithm to generate the current identification code, and acquires the original pre-stored identification code to uniquely identify the electronic computing device;

[0006] 当所述当前识别码与所述原识别码相同时,根据内置的系统软件的主执行文件和所述电子设备的标识信息生成校验文件; [0006] When the current identification code with the identification code of the original are the same, generating a checksum file according to the identification information of the built-in main executable system software and the electronic device;

[0007] 对所述校验文件进行保存,以使在与用户终端相连接时,所述用户终端采用所述校验文件确定所述系统软件的使用权限。 [0007] the file stored checksum, so that when the connection with the user terminal, the user terminal is determined using the check file permissions of the system software.

[0008] 本发明实施例第二方面提供了一种电子设备检测方法,包括: [0008] there is provided a method for detecting an electronic apparatus of the second aspect of embodiments of the invention, comprising:

[0009] 当与电子设备建立连接时,接收所述电子设备发送的系统软件,获取并保存所述系统软件的主执行文件和许可文件,所述许可文件包括根许可文件、注册许可文件、试用许可文件; [0009] When establishing a connection with the electronic device, receiving the transmitted electronic device system software, system software acquires and saves the main executable file and license file, the license file includes a root license file, the license file registration trial license file;

[0010] 获取所述电子设备预先保存的校验文件; [0010] acquiring the electronic device previously stored verification document;

[0011]根据所述校验文件确定所述系统软件的使用权限。 [0011] The system software usage rights file is determined according to the check.

[0012]本发明实施例第三方面提供了一种电子设备,包括: [0012] there is provided an electronic apparatus of the third aspect of embodiments of the invention, comprising:

[0013]当前识别码生成模块,用于使用第一散列算法对电子设备的唯一标识计算生成当前识别码,并获取预先保存的原识别码; [0013] Current generation module identification code, using a first hashing algorithm to uniquely identify the electronic device calculates the current identification code to generate and obtain the original pre-stored identification code;

[0014]校验文件生成模块,用于当所述当前识别码与所述原识别码相同时,根据内置的系统软件的主执行文件和所述电子设备的标识信息生成校验文件; [0014] The verification document generating module, configured to, when the current identification code with the identification code of the original are the same, generating a checksum file according to the identification information of the built-in main executable system software and the electronic device;

[0015]校验文件保存模块,用于对所述校验文件进行保存,以使在与用户终端相连接时, 所述用户终端采用所述校验文件确定所述系统软件的使用权限。 [0015] verification document storage module, configured to save the check file, so that when connected to a user terminal, the user terminal is determined using the check file permissions of the system software.

[0016]本发明实施例第四方面提供了一种用户终端,包括: There is provided a user terminal of the fourth aspect, an embodiment [0016] of the present invention, comprising:

[0017] 系统软件接收模块,用于当与电子设备建立连接时,接收所述电子设备发送的系统软件,获取并保存所述系统软件的主执行文件和许可文件,所述许可文件包括根许可文件、注册许可文件、试用许可文件; [0017] System software receiving module, for, when establishing a connection with the electronic device, receiving the transmitted electronic device system software, system software acquires and saves the main executable file and license file, the license file includes a root license file, register the license file, the trial license file;

[0018] 校验文件获取模块,用于获取所述电子设备预先保存的校验文件; [0018] check file acquisition module for acquiring the electronic device previously stored verification document;

[0019] 使用权限确定模块,用于根据所述校验文件确定所述系统软件的使用权限。 [0019] use authority determination means for determining the usage rights based on the check system software file.

[0020] 本发明实施例第五方面提供了一种电子设备检测系统,包括如上述第三方面提供的一种电子设备以及上述第四方面提供的一种用户终端。 Example fifth aspect there is provided an electronic device testing system [0020] embodiment of the present invention comprising a user terminal as described above to provide an electronic apparatus of the third aspect and the fourth aspect is provided.

[0021] 本发明实施例中,通过使用第一散列算法对电子设备的唯一标识计算生成当前识别码,并获取预先保存的原识别码,在当前识别码与原识别码相同时,根据内置的系统软件的主执行文件和电子设备的标识信息生成校验文件,对所述校验文件进行保存,以使在与用户终端相连接时,用户终端采用校验文件确定系统软件的使用权限。 [0021] The embodiments of the present invention, the current identification code generated by a first hashing algorithm using the unique identifier of the electronic device calculates and acquires the original pre-stored identification code, the identification code is the same in this original identification code, according to the embedded identification information and the main executable system software of the electronic device generated the verification document, the check for file saving, so that when connected to a user terminal, a user terminal determined using calibration system software file permissions. 通过利用电子设备的唯一标识确定系统软件的使用权限,这样在未增加复杂的设备接口和成本的情况下还可实现检测电子设备和系统软件,有较好的保护效果,还提高了电子设备的可靠性。 It may also be achieved without use authority determination system software by using the unique identification of the electronic device, so that without increasing the complexity and cost of the detection device interface electronics and software, better protective effect, also improves the electronic device reliability.

附图说明 BRIEF DESCRIPTION

[0022] 为了更清楚地说明本发明实施例或现有技术中的技术方案,下面将对实施例或现有技术描述中所需要使用的附图作简单地介绍,显而易见地,下面描述中的附图仅仅是本发明的一些实施例,对于本领域普通技术人员来讲,在不付出创造性劳动的前提下,还可以根据这些附图获得其他的附图。 [0022] In order to more clearly illustrate the technical solutions in the embodiments or the prior art embodiment of the present invention, briefly introduced hereinafter, embodiments are described below in the accompanying drawings or described in the prior art needed to be used in describing the embodiments the drawings are only some embodiments of the present invention, those of ordinary skill in the art is concerned, without creative efforts, can derive from these drawings other drawings.

[0023] 图1是本发明实施例提供的一种电子设备检测方法的流程示意图; [0023] FIG. 1 is a schematic flow detection method for an electronic device according to an embodiment of the present invention;

[0024] 图2是本发明实施例提供的另一种电子设备检测方法的流程示意图; [0024] FIG. 2 is a schematic diagram of another method for detecting the flow of an electronic device according to an embodiment of the present invention;

[0025] 图3是本发明实施例提供的又一种电子设备检测方法的流程示意图; [0025] FIG. 3 is a schematic diagram of a further method for detecting the flow of an electronic device according to an embodiment of the present invention;

[0026] 图4是本发明实施例提供的又一种电子设备检测方法的流程示意图; [0026] FIG. 4 is a schematic diagram of a further method for detecting the flow of an electronic device according to an embodiment of the present invention;

[0027] 图5是本发明实施例提供的又一种电子设备检测方法的流程示意图; [0027] FIG. 5 is a schematic diagram of a further method for detecting the flow of an electronic device according to an embodiment of the present invention;

[0028] 图6是本发明实施例提供的检测文件完整的流程示意图; [0028] FIG. 6 is provided for detecting a complete schematic flow diagram of embodiments of the present invention, the file;

[0029] 图7是本发明实施例提供的注册系统软件的流程示意图; [0029] FIG. 7 is a flowchart of a software registration system embodiment of the present invention to provide a schematic diagram;

[0030] 图8是本发明实施例提供的一种电子设备的结构示意图; [0030] FIG. 8 is a schematic structural diagram of an electronic apparatus according to an embodiment of the present invention;

[0031] 图9是本发明实施例提供的另一种电子设备的结构示意图; [0031] FIG. 9 is a schematic structural diagram of another electronic device according to an embodiment of the present invention;

[0032] 图10是本发明实施例提供的标识信息生成模块的结构示意图; [0032] FIG. 10 is a schematic structural diagram of the identification information according to the embodiment of the present invention, the generating module;

[0033] 图11是本发明实施例提供的一种用户终端的结构示意图; [0033] FIG. 11 is a structural diagram of a user terminal according to an embodiment of the present invention;

[0034] 图12是本发明实施例提供的使用权限确定模块的结构示意图; [0034] FIG. 12 is an embodiment of the use authority determination module of the present invention is a structural diagram;

[0035] 图13是本发明实施例提供的检测单元的结构示意图; [0035] FIG. 13 is a schematic structural diagram of the detection unit according to an embodiment of the present invention;

[0036] 图14是本发明实施例提供的注册单元的结构示意图; [0036] FIG. 14 is a schematic structural diagram of a registering unit according to an embodiment of the present invention;

[0037] 图15是本发明实施例提供的一种电子设备检测系统。 [0037] FIG. 15 is a detection system of an electronic device according to an embodiment of the present invention.

具体实施方式 detailed description

[0038]下面将结合本发明实施例中的附图,对本发明实施例中的技术方案进行清楚、完整地描述,显然,所描述的实施例仅仅是本发明一部分实施例,而不是全部的实施例。 [0038] below in conjunction with the present invention in the accompanying drawings, technical solutions of embodiments of the present invention are clearly and completely described, obviously, the described embodiments are merely part of embodiments of the present invention, but not all embodiments example. 基于本发明中的实施例,本领域普通技术人员在没有付出创造性劳动前提下所获得的所有其他实施例,都属于本发明保护的范围。 Based on the embodiments of the present invention, all other embodiments to those of ordinary skill in the art without paying creative work at the obtained fall within the scope of the present invention.

[0039] 本发明实施例所述的电子设备检测方法可以应用于检测数据采集设备的场景,例如:使用第一散列算法对数据采集设备的唯一标识计算生成当前识别码,并获取预先保存的原识别码,当所述当前识别码与所述原识别码相同时,根据内置的系统软件的主执行文件和所述电子设备的标识信息生成校验文件,对所述校验文件进行保存,以使在与用户终端相连接时,所述用户终端采用所述校验文件确定所述系统软件的使用权限。 [0039] The detection method of the electronic apparatus of the embodiment of the present invention may be applied to detect the scene data acquisition device, for example: using a first hashing algorithm to uniquely identify the data acquisition device calculates the current identification code generated and stored beforehand acquired original identification code, when the current identification code with the identification code of the same original, according to the identification information of the built-in main executable system software and the electronic device generating a checksum file, save file for the check, so that when a user is connected to the terminal, the user terminal is determined using the check file permissions of the system software. 通过利用数据采集设备的唯一标识确定系统软件的使用权限,这样在未增加复杂的设备接口和成本的情况下还可实现检测数据采集设备和系统软件,有较好的保护效果,还提高了数据采集设备的可靠性。 It may also be achieved without use authority determination system software by using the unique identification of the data acquisition device, so that without increasing the complexity and cost of the device interface detection data acquisition equipment and software, better protective effect, also improves the data collecting equipment reliability.

[0040] 本发明实施例涉及的用户终端可以包括:平板电脑、智能手机、笔记本电脑、掌上电脑以及移动互联网设备(MID)等终端设备;所述服务器可以为包含用户身份验证、加密数据生成等功能在内的后台设备。 [0040] The embodiment of the present invention may relate to a user terminal comprising: a tablet computer, smart phones, laptops, PDAs and mobile Internet device (MID) and other devices; The server may comprise a user authentication, data encryption, etc. generated functions, including backstage equipment.

[0041] 下面将结合附图1-附图6,对本发明实施例提供的电子设备检测方法进行详细介绍。 [0041] 1- following with reference to Figure 6, a detailed description of the present invention is a method detecting an electronic device according to an embodiment.

[0042] 请参见图1,为本发明实施例提供了一种电子设备检测方法的流程示意图。 [0042] Referring to FIG. 1, a schematic flow chart of a method for detecting an electronic apparatus of the present embodiment of the invention. 如图1 所示,本发明实施例的所述方法可以包括以下步骤S101-步骤S103。 As shown in FIG. 1, an embodiment of the method of the present invention may comprise the following steps S101- step S103.

[0043] S101,使用第一散列算法对电子设备的唯一标识计算生成当前识别码,并获取预先保存的原识别码; [0043] S101, using a first hashing algorithm to uniquely identify the electronic device calculates the current identification code to generate and obtain the original pre-stored identification code;

[0044]具体的,所述电子设备的唯一标识可以是电子设备中标识性元器件如微控制单元(Micro Control Unit,MCU)的序列号。 [0044] Specifically, the electronic device may be a unique identification of the electronic device identification components such as a micro control unit (Micro Control Unit, MCU) sequence number. 所述第一散列算法可以为信息-摘要算法(Message Digest Algorithm 5,MD5)、安全哈希算法(Secure Hash Algorithm,SHA)等散列算法,并且单向散列函数具有一个特性:如果对于根据同一函数得到的两个散列值不相同的,那么这两个散列值的原始输入也是不同的。 The first information may be a hash algorithm - digest algorithm (Message Digest Algorithm 5, MD5), Secure Hash Algorithm (Secure Hash Algorithm, SHA) hashing algorithm and the like, and having a one-way hash function characteristic: if for the two hash values ​​are not the same as obtained for the same function, then the original input hash values ​​are different. 因此可优选单向散列算法对电子设备的唯一标识计算生成当前识别码,用以与预先保存的原识别码对比,判断两者是否相同,因此需要获取所述电子设备预先保存的原识别码,以进行对比。 Hence may be preferred that uniquely identifies the one-way hash algorithm to generate an electronic apparatus calculating the current identification code, the identification code comparison to the original stored in advance, it is determined whether both the same, it is necessary to acquire the original electronic device identification code stored in advance , for comparison.

[0045] S102,当所述当前识别码与所述原识别码相同时,根据内置的系统软件的主执行文件和所述电子设备的标识信息生成校验文件; [0045] S102, when the current identification code with the identification code same as the original, the check main executable file identification information of the built-in system software of the electronic device and generated according to;

[0046] 具体的,将所述电子设备的所述当前识别码与所述原识别码进行对比,若是同一电子设备,则预先保存的原识别码与当前识别码应是相同的,若是不同的电子设备,则预先保存的原识别码与当前识别码应是不相同的。 [0046] Specifically, the electronic device comparing the current identification code with the identification code of the original, if the same electronic device, the original pre-stored identification code and the current identification code should be the same, if a different the electronic device, the original pre-stored identification code and the current identification code should not be the same. 当所述当前识别码与所述原识别码相同时, 根据所述电子设备中内置的系统软件生成检验文件,所述检验文件是根据所述系统软件的主执行文件和所述电子设备的标识信息生成的。 When the current identification code with the identification code same as the original, inspection documents generated in the electronic device according to the built-in software, the test file is the main executable file and the identifier of the electronic device according to the system software information generated.

[0047] S103,对所述校验文件进行保存; [0047] S103, the check for file storage;

[0048] 具体的,所述电子设备将生成的所述校验文件保存至所述电子设备的存储空间, 以使在所述电子设备与用户终端相连接时,所述用户终端采用所述校验文件确定所述系统软件的使用权限。 [0048] Specifically, the electronic device storing the generated file to the check of the storage space of the electronic device, so that when the electronic device is connected to the user terminal, the user terminal uses the correction test file to determine the permissions of the system software.

[0049] 本发明实施例中,通过使用第一散列算法对电子设备的唯一标识计算生成当前识别码,并获取预先保存的原识别码,在当前识别码与原识别码相同时,根据内置的系统软件的主执行文件和电子设备的标识信息生成校验文件,对所述校验文件进行保存,以使在与用户终端相连接时,用户终端采用校验文件确定系统软件的使用权限。 [0049] The embodiments of the present invention, the current identification code generated by a first hashing algorithm using the unique identifier of the electronic device calculates and acquires the original pre-stored identification code, the identification code is the same in this original identification code, according to the embedded identification information and the main executable system software of the electronic device generated the verification document, the check for file saving, so that when connected to a user terminal, a user terminal determined using calibration system software file permissions. 通过利用电子设备的唯一标识确定系统软件的使用权限,这样在未增加复杂的设备接口和成本的情况下还可实现检测电子设备和系统软件,有较好的保护效果,还提高了电子设备的可靠性。 It may also be achieved without use authority determination system software by using the unique identification of the electronic device, so that without increasing the complexity and cost of the detection device interface electronics and software, better protective effect, also improves the electronic device reliability.

[0050]请参见图2,为本发明实施例提供了另一种电子设备检测方法的流程示意图。 [0050] Referring to FIG. 2, embodiment of the invention provides another method for detecting a schematic flow chart of an electronic device. 如图2所示,本发明实施例的所述方法可包括以下步骤S201-步骤S205。 2, the method of an embodiment of the present invention may comprise the following steps S201- step S205.

[0051] S201,根据电子设备的唯一标识与生产时间生成标识信息,并对所述标识信息进行保存; [0051] S201, generates the identification information based on the unique identification and production time of the electronic device, and the stored identification information;

[0052]具体的,所述电子设备在生产阶段会根据所述电子设备中标识性元器件如MCU的序列号与生产时间生成标识信息。 [0052] Specifically, the identification information of the electronic device will be in the production stage of the electronic device identification components such as MCU and the production sequence number generator according to time. 所述标识信息包括原识别码和原序列号。 The identification information includes the original and the original serial number of the identification code. 并将所述标识信息保存至所述电子设备的存储空间,优选带电可擦可编程只读存储器(Electrically Erasable Programmable Read-Only Memory,EEPR0M),以使保证在断电时,所保存的数据不会丢失。 And save the identification information to the storage space of the electronic device, charging is preferably an erasable programmable read only memory (Electrically Erasable Programmable Read-Only Memory, EEPR0M), so that when power to ensure that, the stored data is not It will be lost.

[0053]具体的,请一并参数图3,为本发明实施例提供了步骤S201详细的流程示意图。 [0053] Specifically, please also FIG. 3 parameters, embodiment of the invention provides a detailed schematic flow diagram of step S201. 如图3所示,本发明实施例的所述步骤S201包括以下步骤S301 -步骤S304。 As shown in FIG. 3, the procedure of Example of the present invention comprises the following steps S201 S301 - step S304.

[0054] S301,使用第一散列算法对电子设备的唯一标识计算生成原识别码; [0054] S301, using a first hashing algorithm to generate a unique identification of the original electronic device identification code calculation;

[0055] 具体的,所述第一散列算法可以为MD5、SHA等散列算法,优选单向的MD5、SHA散列函数,是因为单向散列函数具有特性:如果对于根据同一函数得到的两个散列值不相同的, 那么这两个散列值的原始输入也是不同的。 [0055] Specifically, the first hashing algorithm may be MD5, SHA hash algorithm, etc., preferably one-way MD5, SHA hash function, because the one way hash function has a characteristic: if obtained according to the same function the two hash values ​​are not the same, then the original input hash values ​​are different. 使用所述第一散列算法对所述电子设备的唯一标识计算生成原识别码,以使通过检测原识别码的唯一性确定所述电子设备的唯一性。 Using the first hashing algorithm to generate the original identification code uniquely identifying the electronic device, so that the uniqueness of the original is detected by determining the unique identification code of the electronic device. [0056] S302,使用第二散列算法对电子设备的生产时间计算生成密钥; [0056] S302, the production time of the electronic computing device using a second hashing algorithm to generate a key;

[0057]具体的,所述第二散列算法可以为MD5、SHA等散列算法,优选单向的MD5、SHA散列函数。 [0057] Specifically, the second hash algorithm may be MD5, SHA hash algorithm, etc., preferably one-way MD5, SHA hash function. 使用所述第二散列算法对所述电子设备的生产时间计算生成密钥,由于生产时间的唯一性和不可重复性,可将生产时间通过计算生成密钥,用以检测电子设备。 Using the computing time of the production of the electronic device to generate a second hash key algorithm, because of the unique and non-repeatability of the production time, the production time can be generated by calculating the key to detecting the electronic device.

[0058] S303,使用加密算法对所述唯一标识计算生成原序列号; [0058] S303, the encryption algorithm used to generate the original sequence number of said unique identification;

[0059] 具体的,所述加密算法可采用数据加密算法(Data Encryption Standard,DES)、 国际数据加密算法(International Data Encryption Algorithm,DEA)、MD5算法等。 [0059] Specifically, the encryption algorithm may employ data encryption algorithm (Data Encryption Standard, DES), International Data Encryption Algorithm (International Data Encryption Algorithm, DEA), MD5 algorithm. 使用加密算法对所述电子设备中标识性元器件的MCU序列号生成原序列号,以使所述电子设备连接至用户终端时,检测系统软件是否注册成功。 Using an encryption algorithm to generate the original sequence number MCU serial number of the electronic device identification component, so that the electronic device is connected to the user terminal, the system software detects whether the registration was successful.

[0060] S304,对所述原识别码和所述原序列号进行保存,并发送所述密钥、所述原序列号、所述电子设备的绑定信息至所述电子设备的服务器; [0060] S304, the original identification code and the serial number stored original, and transmits the key, the original sequence number, binding information of the electronic device to the electronic device a server;

[0061] 具体的,所述原识别码和所述原序列号即为所述标识信息,将所述标识信息保存至所述电子设备的存储空间,优选EEPR0M,以使保证在断电时,所述电子设备所保存的数据不会丢失。 [0061] Specifically, the original and the original identification code is the serial number of the identification information, the identification information to save the storage space of the electronic device, preferably EEPR0M, so that when the power to ensure that, the electronic apparatus stored data is not lost. 所述电子设备并将所述密钥、所述原序列号、所述电子设备的绑定信息发送至所述电子设备的服务器,以使所述服务器关联保存所述密钥、所述原序列号、所述绑定信息。 The apparatus and the electronic key, the original sequence number, the binding information to the server of the electronic device the electronic device, so that the server storing the associated key, the original sequence number, the binding information. 其中,所述电子设备的绑定信息是所述电子设备连接用户终端时,与所述用户终端绑定的绑定信息,因此当所述系统软件未在所述用户终端安装时,所述绑定信息为0;当所述系统软件在所述用户终端安装之后,所述绑定信息为通过读取安装所述系统软件的硬盘序列号,并对所述硬盘序列号使用第三散列算法所生成的信息。 Wherein the binding information is to bind the electronic device information of the electronic device is connected a user terminal, the user terminal and the binding, thus when the system software is not installed in the user terminal, said tie 0 information is set; when the system software is installed after the user terminal, binding the drive serial number information read by the system software installed, and the hard disk serial number using a third hash algorithm the generated information. 所述第三散列算法可以为MD5、 SHA等散列算法,优选单向的MD5、SHA散列函数。 The third hash algorithm may be MD5, SHA hash algorithm, etc., preferably one-way MD5, SHA hash function.

[0062] 需要说明的是,所述S201步骤是在生产阶段进行的第一次烧录,用以生成所述电子设备的原识别码、密钥、原序列号,在EEPR0M中保存原识别码和原序列号,用以检测电子设备;并发送密钥、原序列号、绑定信息至服务器,其中生产阶段,设置绑定信息为〇,以使所述服务器关联保存所述密钥、所述原序列号、所述绑定信息。 [0062] Incidentally, the step S201 is performed first burned in the production stage, to generate the primary identifier of the electronic device, the key, the original sequence number, stored in the original identification code EEPR0M and the original sequence number to detect the electronic device; and sending the key, the original sequence number, the binding information to the server, wherein the production phase, binding information is provided as square, so that the server storing the associated key, the said original sequence number, the binding information. 最后在第一次烧录完成之后, 删除第一次烧录程序,仅保留第一次烧录所产生的数据信息。 Finally, after the first burn is completed, remove the first burning program, retaining only the data generated by the first burn.

[0063] S 2 0 2,使用第一散列算法对电子设备的唯一标识计算生成当前识别码,并获取预先保存的原识别码; [0063] S 2 0 2, using a first hashing algorithm to uniquely identify the electronic device calculates the current identification code to generate and obtain the original pre-stored identification code;

[0064] 具体的,所述电子设备的唯一标识可以是电子设备中标识性元器件MCU序列号。 [0064] Specifically, the electronic device may be a unique identification of the electronic device components MCU serial number identification. 所述第一散列算法与生成原识别码的算法是同一散列算法,对电子设备的唯一标识计算生成当前识别码,并获取预先保存在所述电子设备存储空间的原识别码,通过与预先保存的原识别码对比,判断两者是否相同。 The first hash algorithm to generate the original identification code and the algorithm is the same hash algorithm, to uniquely identify the electronic device calculates the current identification code to generate and obtain the original identification code pre-stored in the storage space of the electronic device, by comparison of the original pre-stored identification code, determines whether or not both the same.

[0065] S203,当所述当前识别码与所述原识别码相同时,使用第四散列算法对所述内置的系统软件的所述主执行文件计算生成所述主执行文件数字签名; [0065] S203, when the main execution of the built-in file system software calculates and generates the digital main executable file the current identification code with the identification code same as the original, using the fourth hash signature algorithm;

[0066] 具体的,将所述电子设备的所述当前识别码与所述原识别码进行对比,若是同一电子设备,则预先保存的原识别码与当前识别码应是相同的,若是不同的电子设备,则预先保存的原识别码与当前识别码应是不相同的。 [0066] Specifically, the electronic device comparing the current identification code with the identification code of the original, if the same electronic device, the original pre-stored identification code and the current identification code should be the same, if a different the electronic device, the original pre-stored identification code and the current identification code should not be the same. 当所述当前识别码与所述原识别码相同时, 使用第四散列算法对所述内置的系统软件的所述主执行文件计算生成所述主执行文件数字签名。 When the current identification code with the identification code same as the original, using a fourth algorithm the main executable file hashing the built-in system software calculates and generates the digital signature of the master file execution.

[0067] S204,根据所述电子设备的标识信息生成根许可文件,并使用第五散列算法对所述根许可文件计算生成所述根文件数字签名; [0067] S204, according to the identification information of the electronic apparatus to generate the root license file, and calculates the root license file creating said digital signature file using the fifth root hash algorithm;

[0068]具体的,所述电子设备生成根许可文件,所述根许可文件包含原识别码和原序列号,并使用第五散列算法对所述根许可文件计算生成所述根文件数字签名。 [0068] Specifically, the electronic device generates a root license file, the root license file contains the original identification code and the original serial number, and calculates the root license file creating said digital signature file using the fifth root hash algorithm .

[0069] 本实施例的步骤S203-步骤S204可以为图1所示实施例的步骤S102的具体细化步骤。 Step [0069] The present embodiment is an example of steps S203- S102 in step S204 particular refinement step may be implemented as shown in FIG.

[0070] S205,对所述校验文件进行保存; [0070] S205, the check for file storage;

[0071]具体的,所述校验文件包括主执行文件数字签名、根文件数字签名,所述电子设备将主执行文件数字签名、根文件数字签名保存至所述电子设备的存储空间,以使在所述电子设备与用户终端相连接时,所述用户终端采用所述校验文件确定所述系统软件的使用权限。 [0071] Specifically, the main executable file comprises checking the digital signature, the digital signature of the root file, the electronic device main executable digital signature, digital signature root file to save the storage space of the electronic device, so that when the electronic device is connected to the user terminal, the user terminal is determined using the check file permissions of the system software.

[0072]需要说明的是,在本实施例中所提到的第一散列算法、第二散列算法、第三散列算法、第四散列算法、第五散列算法为MD5、SHA等散列算法,优选单向的MD5、SHA散列函数,且这五者可为完全相同或者部分相同或者完全不同的散列算法。 [0072] Incidentally, in the present embodiment a first hashing algorithm mentioned embodiment, the second hash algorithm, a hash algorithm third, fourth hash algorithm, a hash algorithm fifth MD5, SHA other hash algorithm, preferably one-way MD5, SHA hash function, and which may be identical or five identical or completely different hash algorithm part. 此外,在电子设备生产阶段, 本实施例的步骤S202-步骤S205是在步骤S201的第一次烧录结束之后进行的第二次烧录, 是通过对电子设备的当前识别码的检测完成制作;另外在电子设备使用阶段,所述电子设备接通电源后,首先是对各个电子元器件的上电状态进行检测,以保证各个元器件状态正常,然后执行本实施例的步骤S202-步骤S205,当所述当前识别码正确并生成校验文件后, 可开始使用,例如,所述电子设备为数据采集设备时,可执行数据采集工作。 Further, in the production stage of the electronic equipment, the steps of the steps S202- S205 of the present embodiment is the second programming step carried out after the end of the first programming S201, by detecting the current identification code of the electronic device to complete the production of the ; Also in the electronic apparatus using the stage of the electronic device is powered up, the first is a power-on state of each electronic component is detected, in order to ensure that all components of the normal state, and then step according to the present embodiment in step S205 S202- , when the current identification code is correct and generates a verification document, it may begin, for example, when the electronic device is a data acquisition device, may perform data collection.

[0073]本发明实施例中,通过使用第一散列算法对电子设备的唯一标识计算生成当前识别码,并获取预先保存的原识别码,在当前识别码与原识别码相同时,根据内置的系统软件的主执行文件和电子设备的标识信息生成校验文件,对所述校验文件进行保存,以使在与用户终端相连接时,用户终端采用校验文件确定系统软件的使用权限。 [0073] The embodiments of the present invention, the current identification code generated by a first hashing algorithm using the unique identifier of the electronic device calculates and acquires the original pre-stored identification code, the identification code is the same in this original identification code, according to the embedded identification information and the main executable system software of the electronic device generated the verification document, the check for file saving, so that when connected to a user terminal, a user terminal determined using calibration system software file permissions. 通过利用电子设备的唯一标识确定系统软件的使用权限,这样在未增加复杂的设备接口和成本的情况下还可实现检测电子设备和系统软件,有较好的保护效果,还提高了电子设备的可靠性。 It may also be achieved without use authority determination system software by using the unique identification of the electronic device, so that without increasing the complexity and cost of the detection device interface electronics and software, better protective effect, also improves the electronic device reliability.

[0074] 请参见图4,为本发明实施例提供了又一种电子设备检测方法的流程示意图。 [0074] Referring to FIG 4, a further embodiment provides a method for detecting a schematic flow chart of the electronic apparatus of the present invention. 如图4所示,本发明实施例的所述方法可包括以下步骤S401-步骤S403。 4, the embodiment of the method of the present invention may comprise the following steps S401- step S403.

[0075] S401,当与电子设备建立连接时,接收所述电子设备发送的系统软件,获取并保存所述系统软件的主执行文件和许可文件; [0075] S401, when establishing a connection with the electronic device, the electronic device receiving the transmitted system software acquires and saves the main execution system software and license files;

[0076] 具体的,当与电子设备建立连接时,用户终端接收所述电子设备发送的系统软件, 安装所述系统软件,并保存所述系统软件的主执行文件和许可文件,所述许可文件包括根许可文件、注册许可文件、试用许可文件。 [0076] Specifically, when establishing a connection with the electronic device, the user terminal receives the system software of the electronic transmitting device, the system software is installed, the system software and saving the main execution file and license file, the license file including the root file license, registration license file, a trial license file.

[0077] S402,获取所述电子设备预先保存的校验文件; [0077] S402, the acquired electronic device previously stored verification document;

[0078] 具体的,所述用户终端与电子设备建立连接可通过通用串行总线(Universal Serial Bus,US®方式连接,所述用户终端可通过USB获取所述电子设备保存在存储空间的校验文件,所述校验文件包括主执行文件数字签名、根文件数字签名,以使确定所述系统软件的使用权限。 [0078] Specifically, the user terminal can establish a connection US® connected via a universal serial bus (Universal Serial Bus, with an electronic device, the user terminal can acquire the electronic device through a USB in the storage space parity file, the check main executable file comprises a digital signature, the digital signature of the root file, so that the use authority determination system software.

[0079] S403,根据所述校验文件确定所述系统软件的使用权限; [0079] S403, determining the usage rights based on the check system software files;

[0080] 具体的,所述用户终端根据所述校验文件中的主执行文件数字签名、根文件数字签名检测所述系统软件的主执行文件、许可文件的是否完整,并确定所述系统软件的使用权限。 [0080] Specifically, the user terminal digital signature according to the main executable file of the check, the main executable file of the root file system of a digital signature detection software license file is complete, and determining whether the system software usage rights.

[0081] 本发明实施例中,当与电子设备建立连接时,用户终端接收电子设备发送的系统软件,获取并保存系统软件的主执行文件和许可文件,获取所述电子设备预先保存的校验文件,根据校验文件确定系统软件的使用权限。 Embodiment [0081] of the present invention, when establishing a connection with the electronic device, the user terminal receives an electronic transmitting device system software, obtains and stores the main executable system software and license file, acquiring the electronic device previously stored checksum file system software to determine the usage rights based on the verification document. 通过利用电子设备的校验文件确定系统软件的使用权限,这样在未增加复杂的设备接口和成本的情况下还可实现检测电子设备和系统软件,有较好的保护效果,还提高了电子设备的可靠性。 The electronic device may also enable detection and system software determines a case where the system software usage rights verification document by using an electronic device, so that without increasing the complexity and cost of the device interface, better protective effect, also improves the electronic device reliability.

[0082] 请参见图5,为本发明实施例提供了又一种电子设备检测方法的流程示意图。 [0082] Referring to FIG 5, a further embodiment provides a method for detecting a schematic flow chart of the electronic apparatus of the present invention. 如图5所示,本发明实施例的所述方法可包括以下步骤S501-步骤S514。 5, the method of an embodiment of the present invention may comprise the following steps S501- step S514.

[0083] S501,当与电子设备建立连接时,接收所述电子设备发送的系统软件,获取并保存所述系统软件的主执行文件和许可文件; [0083] S501, when establishing a connection with the electronic device, the electronic device receiving the transmitted system software acquires and saves the main execution system software and license files;

[0084] 具体的,当与电子设备建立连接时,用户终端接收所述电子设备发送的系统软件, 安装所述系统软件,并保存所述系统软件的主执行文件和许可文件,所述许可文件包括根许可文件、注册许可文件、试用许可文件。 [0084] Specifically, when establishing a connection with the electronic device, the user terminal receives the system software of the electronic transmitting device, the system software is installed, the system software and saving the main execution file and license file, the license file including the root file license, registration license file, a trial license file.

[0085] S502,获取所述电子设备预先保存的校验文件; [0085] S502, the acquired electronic device previously stored verification document;

[0086] 具体的,所述用户终端与电子设备建立连接可通过USB方式连接,所述用户终端可通过USB获取所述电子设备保存在存储空间的校验文件,所述校验文件包括主执行文件数字签名、根文件数字签名,以使确定所述系统软件的使用权限。 [0086] Specifically, the user terminal establishes a connection with the electronic device via the USB connection mode, the user terminal may acquire the USB electronic device by checking the file stored in the storage space, the main execution of the verification document comprises document digital signature, digital signature root file, the system software to determine that the usage rights.

[0087] S503,根据所述校验文件检测所述主执行文件和根许可文件是否完整; [0087] S503, according to the check detecting the main executable file and the root license file is complete;

[0088] 具体的,请一并参数图6,为本发明实施例提供了步骤S503详细的流程示意图。 [0088] Specifically, FIG. 6 please also parameters, embodiment of the present invention provides a detailed schematic flow diagram of step S503. 如图6所示,本发明实施例的所述步骤S503包括以下步骤S601-步骤S604。 6, the procedure of Example of the present invention comprises the following steps S601- S503 to step S604.

[0089] S601,获取所述校验文件中的主执行文件数字签名; [0089] S601, the main execution file acquiring digital signature verification file;

[0090] 具体的,在所述用户终端与所述电子设备以USB方式连接之后,所述用户终端获取保存在所述电子设备存储空间的主执行文件签名,用以确定所述用户终端安装的系统软件中主执行文件的完整性。 [0090] Specifically, after the user terminal and the electronic device connected to the USB mode, the user terminal acquires the main executable file is saved in the storage space of the electronic device signature to determine if the user of the terminal mounting system software, the main executable file integrity.

[0091] S602,使用第四散列算法对所述主执行文件计算生成当前主执行文件数字签名; [0091] S602, the main executable file to generate the current digital signature using a fourth algorithm to calculate a hash of the main execution file;

[0092] 具体的,使用生成主执行文件数字签名的第四散列算法,对所述用户终端保存的主执行文件计算生成当前主执行文件数字签名。 [0092] Specifically, the main executable file using the digital signature to generate a fourth hash algorithm, to the user terminal stored in the main executable file calculation performed to generate the current master digital signature.

[0093] S603,当所述主执行文件数字签名与所述当前主执行文件数字签名相同时,对所述根许可文件使用第五散列算法生成当前根文件数字签名,并获取所述校验文件中根文件数字签名; [0093] S603, the main execution file when the digital signature file with the current master performs the same digital signature, using a hashing algorithm to generate the fifth current root file a digital signature to the root license file, and obtains the check file in the root folder of digital signature;

[0094] 具体的,所述用户终端将所述主执行文件签名与所述当前主执行文件数字签名进行比较,当所述主执行文件数字签名与所述当前主执行文件数字签名相同时,使用生成根文件数字签名的第五散列算法,对所述用户终端保存的根许可文件计算生成当前根文件数字签名,并获取保存在所述电子设备存储空间的根文件数字签名,将所述根文件数字签名与所述当前根文件数字签名进行对比,以使检测所述主执行文件与根许可文件是否完整。 [0094] Specifically, the user terminal performs the master file signature is compared with the current master digital signature file execution, the main execution file when the digital signature file with the current master performs the same digital signature using generating a digital signature fifth root file hash algorithm, to the user terminal stores the calculated root license file to generate the current root file a digital signature, and acquires the root file storage space of the electronic device a digital signature to the root comparing the digital signature file with the current root file a digital signature, so that the detection of the main executable file and the root license is complete.

[0095] S604,当所述根文件数字签名与所述当前根文件数字签名相同时,确定所述主执行文件和根许可文件完整; [0095] S604, the root file when the digital signature with the digital signature of the current the same root file, determining the main executable file and the full root license;

[0096] 具体的,当所述根文件数字签名与所述当前根文件数字签名相同时,所述用户终端确定所述主执行文件和根许可文件完整,并进一步确定所述系统软件的使用权限。 [0096] Specifically, when the digital signature file to the root of the current digital signature is the same root file, the user terminal determines that the main executable file and the full root license, and further determines using rights of the system software .

[0097] S504,当所述主执行文件和根许可文件完整时,获取所述注册许可文件中的注册f目息; [0097] S504, when the main executable file and the full root license file, acquiring the mesh information f Register in the license file;

[0098] 具体的,当确定所述主执行文件和根许可文件完整时,所述用户终端获取注册许可文件的注册信息,所述注册信息是在所述用户终端安装所述系统软件时生成的。 [0098] Specifically, when it is determined that the main executable file and the full root license, the user terminal acquires registration information of the registered license file, the registration information is generated when the user terminal installs the software . 具体而言,所述注册信息由所述电子设备预先保存的原识别码、原序列号、绑定信息计算得到,所述注册信息可将原识别码、原序列号、绑定信息以异或的计算方式生成,或者选择同或、力口法、减法、乘法、除法等其他计算方式。 Specifically, the registration information stored by the electronic device in advance of the original identification code, serial number of the original binding information is calculated, the original information can be registered identification code, the serial number of the original binding information to an exclusive-OR It is calculated to generate, or choose a different or the same calculation, the force mouth, subtraction, multiplication, division and the like.

[0099] S505,获取安装所述系统软件的硬盘序列号,并使用第三散列算法对所述硬盘序列号计算生成当前绑定信息; [0099] S505, acquires serial number to install the hard disk of the system software, and the drive serial number is calculated using a third current bindings generated hash algorithm;

[0100] 具体的,获取所述用户终端安装所述系统软件的硬盘序列号,使用生成绑定信息的第三散列算法,计算生成所述系统软件的当前绑定信息。 [0100] Specifically, the user terminal acquires the sequence number of the installed hard disk system software, using a hashing algorithm to generate a third binding information, the software calculates the current generating binding information.

[0101] S506,根据所述原识别码、所述原序列号、所述当前绑定信息生成当前注册信息; [0101] S506, the identification code according to the original, the original sequence number, the current binding information generation current registration information;

[0102] 具体的,所述用户终端获取所述电子设备保存在存储空间的原识别码、原序列号、 当前绑定信息根据生成所述注册信息的计算方式,生成当前注册信息。 [0102] Specifically, the user terminal acquires the electronic apparatus identification code stored in the original storage space, the original serial number, current registration information of the binding is calculated based on the generated information, generates the current registration information.

[0103] S507,当所述注册信息与所述当前注册信息相同时,确定所述系统软件有使用权限; [0103] S507, when the registration information currently registered with the same information, the system software has determined the usage rights;

[0104] 具体的,将所述注册信息与所述当前注册信息进行对比,当所述注册信息与所述当前注册信息相同时,所述用户终端确定所述系统软件有使用权限。 [0104] Specifically, the registration information and comparing the current registration information, when the registration information currently registered with the same information, the user terminal determines that the software system permissions.

[0105] 本实施例的步骤S503-步骤S507可以为图4所示实施例的步骤S4〇3的具体细化步骤。 Step [0105] This embodiment of step S503- S507 embodiments may be implemented as shown in FIG. 4 in particular S4〇3 refinement step.

[0106] S508,当所述注册信息与所述当前注册信息不相同时,检测所输入的选择佶息,所述选择信息包括选择输入注册码或选择试用; [0106] S508, when the registration information of the current registration information is not the same, detecting a selection input Ji information, the selection information includes a selection input registration number or select the trial;

[0107] 具体的,当所述注册信息与所述当前注册信息不相同时,则所述用户终端还不能使用所述系统软件,同时所述系统软件会给出选择信息,所述选择信息包括选择输入注册码或者选择试用,所述用户终端检测所输入的选择信息。 [0107] Specifically, when the registration information of the current registration information is not the same, then the user terminal can not use the software system while the system software will be given selection information, the selection information comprises registration key or a selection input to select the trial, the user terminal selection information inputted detected.

[0108] S509,当检测到所输入的是所述选择输入注册码时,发送所述原序列号至所述电子设备的服务器; [0108] S509, when the detected input is a selection input of the registration code, the server transmits the original sequence number to the electronic device;

[0109] 具体的,当检测到所输入的选择信息时选择所述注册码时,所述用户终端将所述电子设备的原序列号发送至所述电子设备的服务器,用以查询所述服务器中是否有存储所述原序列号的关联保存信息,若所述服务器中没有所述原序列号,则提示所述用户终端所述原序列号不存在;若所述服务器中有所述原序列号,则将与所述原序列号所关联的密钥和绑定信息发送至所述用户终端,以使所述用户终端进行注册。 [0109] Specifically, when the detected selection information inputted into the registration code is selected, the original serial number of the user terminal of the electronic device to the server of the electronic device to query the server if there are stored in association with the original sequence number of the stored information, if the server is not in the original sequence number, prompting the user terminal of the original serial number does not exist; if the server has the original sequence number, then the binding information and the key associated with the original sequence number transmitted to the user terminal, so that the user terminal registration.

[0110] S510,接收所述服务器发送的与所述原序列号相对应的所述密钥和绑定信息; [0110] S510, the key and the receiving server transmits the binding information corresponding to the original sequence number;

[0111] S511,当所述绑定信息为0时,所述用户终端进行注册所述系统软件; [0111] S511, when the binding information is 0, the user terminal to register the software system;

[0112] 具体的,由于当所述系统软件未在所述用户终端安装时,绑定信息为〇。 [0112] Specifically, because when the system software is not installed when the user terminal, binding information is square. 因此当所述绑定信息为〇时,则说明所述系统软件还未被绑定,需要所述用户终端进行注册所述系统软件。 Thus, when the binding information is a square, then the system software has not been bound, the user terminal needs to register with the system software. _ _

[0113] 具体的,请一并参数图7,为本发明实施例提供了步骤S511详细的流程示意图。 [0113] Specifically, FIG. 7 Please also parameters, embodiment of the present invention provides a detailed schematic flow diagram of step S511. 如图7所示,本发明实施例的所述步骤S511包括以下步骤S701-步骤S704。 As shown in FIG. 7, step S511 of the embodiment of the present invention comprises the following steps S701- step S704.

[0114] S701,发送所述当前绑定信息至所述服务器,并更新所述服务器中与所述原序列号相对应的所述绑定信息; [0114] S701, transmitting the current binding information to the server, and updating the server with the original sequence number corresponding binding information;

[0115] 具体的,将步骤S505生成的当前绑定信息发送至服务器,所述服务器根据原序列号确定向对应的绑定信息,用所述当前绑定信息更新所述绑定信息。 [0115] Specifically, step S505 generates the current binding information to the server, the server to the corresponding binding information, binding information with said current update sequence number is determined according to the original binding information. _ _

[0116] S702,使用所述密钥对所述原序列号解密,获得所述电子设备的唯一标识; [0116] S702, using the key to decrypt the original sequence number to obtain a unique identification of the electronic device;

[0117] 具体的,根据所述服务器发送的密钥,对所述原序列号进行解密,获得所述电子设备的唯一标识,即标志性元器件的MCU序列号。 [0117] Specifically, according to a key sent by the server, the original sequence number is decrypted, to obtain a unique identification of the electronic device, i.e. signature component MCU serial number. _ _

[0118] S703,检测所输入的唯一标识,并使用所述第一散列算法对所述所输入的唯一标识计算生成当前序列号; Uniquely identifies the [0118] S703, detecting an input, and generates a current sequence number for uniquely identifying the input is calculated using the first hash algorithm;

[0119] 具体的,所述用户终端检测所输入的唯一标识,对所述唯一标识使用生成原序列号的所述第一散列算法计算生成当前序列号,以使检测所述系统软件是否有使用权限。 [0119] Specifically, uniquely identifying the user terminal detects an input, generating a current sequence number uniquely identify the original sequence number generated using the first hash algorithm, such that the system detects whether the software has usage rights.

[0120] S704,当所述当前序列号与所述原序列号相同时,提示所述系统软件注册成功,同时生成当前注册信息并保存在所述注册许可文件中; [0120] S704, when the current sequence number the original sequence number is the same, prompting the software registration system successfully, while generating the current registration information stored in the registration and license file;

[0121] 具体的,所述用户终端判断所述当前序列号与所述原序列号是否相同,当所述当前序列号与所述原序列号相同时,则提示所述系统软件注册成功,同时生成当前注册信息并保存至所述注册许可文件中。 [0121] Specifically, the user terminal determines whether the current sequence number is the same as the original serial number, when the current sequence number with the sequence number of the original are the same, prompting the software registration system was successful, and the current registration information is generated and saved to the registered license file.

[0122] S512,当所述绑定信息不为0时,判断所述绑定信息与所述当前绑定信息是否相同; [0122] S512, when the binding information is not 0, determining the binding information with the current bindings are the same;

[0123] 具体的,当所述绑定信息不为0,则所述系统软件已被安装,需要判断所述绑定信息与当前绑定信息是否相同。 [0123] Specifically, when the binding information is not 0, then the system software has been installed, the binding information is necessary to determine the current binding information are identical.

[0124] S513,当所述绑定信息与所述当前绑定信息相同时,则确定所述系统软件有使用权限; [0124] S513, when the current binding information to the binding information is the same, it is determined that the software system permissions;

[0125] 具体的,当判断所述绑定信息与所述当前绑定信息相同是,则所述用户终端确定所述系统软件有使用权限,所述用户终端可正常运行所述系统软件。 [0125] Specifically, when determining that the current binding information to the binding with the same information, then the user terminal determines that the software system permissions, the terminal user may be running the software.

[0126] S514,当检测到所输入的是所述选择试用时,查找所述试用许可文件,并根据所述试用许可文件在预设试用次数内运行所述系统软件; [0126] S514, when the detected input is selected the trial, to find the trial license file, and the operation in accordance with said predetermined number of trials Trial license file system software;

[0127] 具体的,当检测到所输入的选择信息是选择试用时,所述用户终端查找所述试用许可文件,并根据所述试用许可文件在预设次数内运行所述系统软件,可以理解的是,当所述用户终端首次试用所述系统软件时,先生成试用许可文件并保存至所述用户终端,并且在超出所述预设次数之后,则需要注册所述系统软件。 [0127] Specifically, when the input selection information to select the trial is detected, the user terminal searches the trial license file, and the operating system software in a preset number of times according to the trial license file, to be understood that that when the user terminal for the first time trial of the system software, Mr. license to try and save the file to the user terminal, and after the preset number is exceeded, the need to register the software.

[0128] 需要说明的是,在本实施例中所提到的第一散列算法、第三散列算法、第四散列算法、第五散列算法为MD5、SHA等散列算法,优选单向的MD5、SHA散列函数,并且所述用户终端中所使用的散列算法与所述电子设备中所使用的散列算法是相互对应的,如所述电子设备的原识别码与所述用户终端的当前识别码都是采用第一散列算法计算生成的。 [0128] Incidentally, in the present embodiment a first hashing algorithm mentioned embodiment, the third hash algorithm, a hash algorithm fourth, fifth hash algorithm is MD5, SHA hash algorithm, etc., preferably one-way MD5, SHA hash function, a hash algorithm and the hash algorithm used in the electronic device the user terminal used correspond to each other, as the electronic device identifier with the original said user terminal is currently using the first identification code is generated by hash algorithm.

[0129] 本发明实施例中,当与电子设备建立连接时,用户终端接收电子设备发送的系统软件,获取并保存系统软件的主执行文件和许可文件,获取所述电子设备预先保存的校验文件,根据校验文件确定系统软件的使用权限。 Embodiment [0129] of the present invention, when establishing a connection with the electronic device, the user terminal receives an electronic transmitting device system software, obtains and stores the main executable system software and license file, acquiring the electronic device previously stored checksum file system software to determine the usage rights based on the verification document. 通过利用电子设备的校验文件确定系统软件的使用权限,这样在未增加复杂的设备接口和成本的情况下还可实现检测电子设备和系统软件,有较好的保护效果,还提高了电子设备的可靠性。 The electronic device may also enable detection and system software determines a case where the system software usage rights verification document by using an electronic device, so that without increasing the complexity and cost of the device interface, better protective effect, also improves the electronic device reliability.

[0130] 下面将结合附图7-附图9,对本发明实施例提供的电子设备进行详细介绍。 [0130] 7- following with reference to Figure 9, the electronic device according to an embodiment of the present invention will be described in detail. 需要说明的是,附图7-附图9所示的电子设备,用于执行本发明图卜图3所示实施例的方法,为了便于说明,仅示出了与本发明实施例相关的部分,具体技术细节未揭示的,请参照本发明图1-图3所示的实施例。 Incidentally, the electronic device shown in the drawings accompanying drawings 7- 9, Ming Tubo method for performing the present embodiment shown in FIG. 3 for the sake of convenience of description, only the parts related to the embodiment of the present invention , non-disclosed technical details, please refer to the embodiment shown in FIG 1 to FIG 3 of the present invention.

[0131]请参见图7,为本发明实施例提供了一种电子设备的结构示意图。 [0131] Referring to FIG. 7, a schematic structure of an electronic apparatus of the embodiment of the present invention. 如图7所示,本发明实施例的所述电子设备可以包括:当前识别码生成模块11、校验文件生成模块12、校验文件保存模块13。 As shown in FIG 7, the electronic apparatus of the embodiment of the present invention may include: current identification code generation module 11, a checksum file generating module 12, storage module 13 of the verification document.

[0132]当前识别码生成模块11,用于使用第一散列算法对电子设备的唯一标识计算生成当前识别码,并获取预先保存的原识别码; [0132] Current generation module 11 identification code, using a first hashing algorithm to uniquely identify the electronic device calculates the current identification code to generate and obtain the original pre-stored identification code;

[0133] 具体实现中,所述电子设备的唯一标识可以是电子设备中标识性元器件如M⑶的序列号。 [0133] In specific implementation, the electronic device may be a unique identification of the components of an electronic device such as M⑶ identification serial number. 所述第一散列算法可以为MD5、SHA等散列算法,并且单向散列函数具有一个特性: 如果对于根据同一函数得到的两个散列值不相同的,那么这两个散列值的原始输入也是不同的。 The first hash algorithm may be MD5, SHA hash algorithm, etc., and having a one-way hash function characteristic: If the same function in accordance with hash values ​​obtained are not the same, then the two hash values ​​for the original input is different. 因此所述当前识别码生成模块11可优选单向散列算法对电子设备的唯一标识计算生成当前识别码,用以与预先保存的原识别码对比,判断两者是否相同,因此需要获取所述电子设备预先保存的原识别码,以进行对比。 Thus the current identification code generation module 11 is preferably a one-way hash algorithm may uniquely identify the electronic device calculates the current identification code generated for the original identification code previously stored in contrast, it is determined whether both the same, and therefore the need to obtain the electronic device identification code pre-stored original, for comparison.

[0134]校验文件生成模块12,用于当所述当前识别码与所述原识别码相同时,根据内置的系统软件的主执行文件和所述电子设备的标识信息生成校验文件; [0134] check file generating module 12, configured to, when the current identification code with the identification code of the original are the same, generating a checksum file according to the identification information of the built-in main executable system software and the electronic device;

[0135]具体实现中,将所述电子设备的所述当前识别码与所述原识别码进行对比,若是同一电子设备,则预先保存的原识别码与当前识别码应是相同的,若是不同电子设备,则预先保存的原识别码与当前识别码应是不相同的。 [0135] In particular implementations, the electronic device comparing the current identification code with the identification code of the original, if the same electronic device, the original pre-stored identification code and the current identification code should be the same, if different the electronic device, the original pre-stored identification code and the current identification code should not be the same. 当所述当前识别码与所述原识别码相同时,所述校验文件生成模块12根据所述电子设备中内置的系统软件生成检验文件,所述检验文件是根据所述系统软件的主执行文件和所述电子设备的标识信息生成的。 When the current identification code with the identification code same as the original, the check file generating module 12 generates a test document based on said electronic device built into the system software, the testing is performed according to the master file of the system software and said identification information file generated by the electronic device.

[0136]校验文件保存模块13,用于对所述校验文件进行保存; [0136] verification document storage module 13, configured to save the check file;

[0137] 具体实现中,所述校验文件保存模块13将生成的所述校验文件保存至所述电子设备的存储空间,以使在所述电子设备与用户终端相连接时,所述用户终端采用所述校验文件确定所述系统软件的使用权限。 [0137] In specific implementation, the saved file storage module 13 to check the checksum generated file to the storage space of the electronic device, so that when the electronic device is connected to the user terminal, the user determining terminal using the check file permissions of the system software.

[0138] 本发明实施例中,通过使用第一散列算法对电子设备的唯一标识计算生成当前识别码,并获取预先保存的原识别码,在当前识别码与原识别码相同时,根据内置的系统软件的主执行文件和电子设备的标识信息生成校验文件,对所述校验文件进行保存,以使在与用户终端相连接时,用户终端采用校验文件确定系统软件的使用权限。 [0138] embodiment of the present invention, the current identification code generated by a first hashing algorithm using the unique identifier of the electronic device calculates and acquires the original pre-stored identification code, the identification code is the same in this original identification code, according to the embedded identification information and the main executable system software of the electronic device generated the verification document, the check for file saving, so that when connected to a user terminal, a user terminal determined using calibration system software file permissions. 通过利用电子设备的唯一标识确定系统软件的使用权限,这样在未增加复杂的设备接口和成本的情况下还可实现检测电子设备和系统软件,有较好的保护效果,还提高了电子设备的可靠性。 It may also be achieved without use authority determination system software by using the unique identification of the electronic device, so that without increasing the complexity and cost of the detection device interface electronics and software, better protective effect, also improves the electronic device reliability.

[0139] 请参见图9,为本发明实施例提供了另一种电子设备的结构示意图。 [0139] Referring to Figure 9, a schematic structure of an electronic apparatus of another embodiment of the present invention. 如图9所示,本发明实施例的所述电子设备可以包括:当前识别码生成模块11、校验文件生成模块12、校验文件保存模块13、标识信息生成模块14。 9, the electronic apparatus of the embodiment of the present invention may include: current identification code generation module 11, a checksum file generating module 12, storage module 13 of the verification document, the identification information generating module 14.

[0140] 标识信息生成模块14,用于根据电子设备的唯一标识与生产时间生成标识信息, 并对所述标识信息进行保存; [0140] identification information generating module 14 for generating identification information based on a unique identifier of the electronic device and production time, and the stored identification information;

[0141]具体实现中,所述电子设备在生产阶段,所述标识信息生成模块14根据所述电子设备中标识性元器件如M⑶的序列号与生产时间生成标识信息。 [0141] In specific implementation, the electronic equipment in the production stage, the identification information generating module 14 the identification information of the electronic device, such as identification of components M⑶ sequence number generator according to the production time. 所述标识信息包括原识别码和原序列号。 The identification information includes the original and the original serial number of the identification code. 并将所述标识信息保存至所述电子设备的存储空间,优选EEPR0M,以使保证在断电时,所保存的数据不会丢失。 And save the identification information to the storage space of the electronic device, preferably EEPR0M, so that when power to ensure that, the stored data is not lost.

[0142]具体的,请一并参见图10,为本发明实施例提供了标识信息生成模块的结构示意图。 [0142] Specifically, please also refer to FIG. 10, the present embodiment provides a schematic structure identification information generation module of the present invention. 如图10所示,本发明实施例的所述标识信息生成模块14可以包括:原识别码生成单元141、密钥生成单元142、原序列号生成单元143、标识信息保存单元144。 10, the identification information generating module 14 embodiment of the present invention may include: the original identification code generating unit 141, the key generation unit 142, the original sequence number generating unit 143, the identification information storage unit 144.

[0143]原识别码生成单元141,用于使用第一散列算法对电子设备的唯一标识计算生成原识别码; [0143] the original identification code generating unit 141, configured to uniquely identify the electronic computing device using a first identification code to generate the original hash algorithm;

[0144]具体实现中,所述第一散列算法可以为MD5、SHA等散列算法,优选单向的MD5、SHA 散列函数,是因为单向散列函数具有特性:如果对于根据同一函数得到的两个散列值不相同的,那么这两个散列值的原始输入也是不同的。 [0144] In specific implementation, the first hashing algorithm may be MD5, SHA hash algorithm, etc., preferably one-way MD5, SHA hash function, because the one way hash function has a characteristic: If the same function with respect to a obtained two hash values ​​are not the same, then the original input hash values ​​are different. 所述原识别码生成单元141使用所述第一散列算法对所述电子设备的唯一标识计算生成原识别码,以使通过检测原识别码的唯一性确定所述电子设备的唯一性。 The original identification code generating unit 141 using the first hashing algorithm for uniquely identifying the electronic device identification code to generate the original, so that the uniqueness of the original is detected by determining the unique identification code of the electronic device.

[0145]密钥生成单元142,用于使用第二散列算法对电子设备的生产时间计算生成密钥; [0146]具体实现中,所述第二散列算法可以为MD5、SHA等散列算法,优选单向的MD5、SHA 散列函数。 [0145] The key generation unit 142, configured to calculate the production time of the electronic device using a second hashing algorithm to generate a key; [0146] In specific implementation, the second hash algorithm may be MD5, SHA hash etc. algorithm, preferably one-way MD5, SHA hash function. 所述密钥生成单元142使用所述第二散列算法对所述电子设备的生产时间计算生成密钥,由于生产时间的唯一性和不可重复性,可将生产时间通过计算生成密钥,用以检测电子设备。 The key generation unit 142 using the second hash algorithm to generate the production time of the electronic apparatus to calculate the key, due to the uniqueness of the production time and non-repeatability, the production time can be generated by calculating the key with to detect an electronic device.

[0147]原序列号生成单元143,用于使用加密算法对所述唯一标识计算生成原序列号; [0148]具体实现中,所述加密算法可采用DES、DEA、MD5算法等。 [0147] original sequence number generating unit 143, configured to uniquely identify the original sequence number generation calculation using an encryption algorithm; [0148] In particular implementations, the encryption algorithm can be DES, DEA, MD5 algorithm. 所述原序列号生成单元143使用加密算法对所述电子设备中标识性元器件的MCU序列号生成原序列号,以使所述电子设备连接至用户终端时,检测系统软件是否注册成功。 The original sequence number generating unit 143 using an encryption algorithm to generate the original sequence number MCU serial number of the electronic device identification component, so that the electronic device is connected to the user terminal, the system software detects whether the registration was successful.

[0149] 标识信息保存单元144,用于对所述原识别码和所述原序列号进行保存,并发送所述密钥、所述原序列号、所述电子设备的绑定信息至所述电子设备的服务器; [0149] identification information holding unit 144, the identification code for the original and the original serial number storage, and transmits the key information of the original binding sequence number, the electronic device to the server electronic device;

[0150] 具体实现中,所述原识别码和所述原序列号即为所述标识信息,所述标识信息保存单元144将所述标识信息进行保存,保存至所述电子设备的存储空间,优选EEPR0M,以使保证在断电时,所述标识信息保存单元144所保存的数据不会丢失。 [0150] In specific implementation, the original and the original identification code is the serial number of the identification information, the identification information storage unit 144 stored the identification information, to save the storage space of the electronic device, preferably EEPR0M, so that when the power to ensure that the identification information storage unit 144 stored data is not lost. 所述标识彳目息保存单兀144并将所述密钥、所述原序列号、所述电子设备的绑定信息发送至所述电子设备的服务器,以使所述服务器关联保存所述密钥、所述原序列号、所述绑定信息。 The left foot destination identification information holding unit 144 and the key Wu, the original sequence number, the binding information to the server of the electronic device the electronic device, causing the server to store the associated secret key, the original sequence number, the binding information. 其中,所述电子设备的绑定信息是所述电子设备连接用户终端时,与所述用户终端绑定的绑定信息,因此当所述系统软件未在所述用户终端安装时,所述绑定信息为当所述系统软件在所述用户终端安装之后,所述绑定信息为通过读取安装所述系统软件的硬盘序列号,并对所述硬盘序列号使用第三散列算法所生成的信息。 Wherein the binding information is to bind the electronic device information of the electronic device is connected a user terminal, the user terminal and the binding, thus when the system software is not installed in the user terminal, said tie when the specific information is the system software installed in the user terminal after the binding information is read by a hard disk serial number of the system software installed, and the hard disk serial number generated using a third hash algorithm Information. 所述第三散列算法可以为MD5、SHA等散列算法,优选单向的MD5、SHA散列函数。 The third hash algorithm may be MD5, SHA hash algorithm, etc., preferably one-way MD5, SHA hash function.

[0151] 需要说明的是,所述标识信息生成模块14是在生产阶段进行的第一次烧录,用以生成所述电子设备的原识别码、密钥、原序列号,在EEPR0M中保存原识别码和原序列号,用以检测电子设备;并发送密钥、原序列号、绑定信息至服务器,其中生产阶段,设置绑定信息为〇,以使所述服务器关联保存所述密钥、所述原序列号、所述绑定信息。 [0151] Incidentally, the identification information generating module 14 is performed in the first production stage burning, to generate the primary identifier of the electronic device, the key, the original sequence number, stored in the EEPR0M original identification code and the serial number of the original, to detect the electronic device; and sending the key, the original sequence number, the binding information to the server, wherein the production phase, binding information is provided as square, causing the server to store the associated secret key, the original sequence number, the binding information. 最后在第一次烧录完成之后,删除第一次烧录程序,仅保留第一次烧录所产生的数据信息。 Finally, after the first burn is completed, remove the first burning program, retaining only the data generated by the first burn.

[0152] 当前识别码生成模块11,用于使用第一散列算法对电子设备的唯一标识计算生成当前识别码,并获取预先保存的原识别码; [0152] Current generation module 11 identification code, using a first hashing algorithm to uniquely identify the electronic device calculates the current identification code to generate and obtain the original pre-stored identification code;

[0153] 具体实现中,所述电子设备的唯一标识可以是电子设备中标识性元器件MCU序列号。 [0153] In specific implementation, the electronic device may be a unique identification of the electronic device components MCU serial number identification. 所述第一散列算法与生成原识别码的算法是同一散列算法,所述当前识别码生成模块11对电子设备的唯一标识计算生成当前识别码,并获取预先保存在所述电子设备存储空间的原识别码,通过与预先保存的原识别码对比,判断两者是否相同。 The first hash algorithm to generate the original identification code and the algorithm is the same hash algorithm, for uniquely identifying the current identification code generation module 11 calculates and generates the electronic device current identification code, and acquires pre-stored in the electronic storage device identification code of the original space, by comparison with the original identification code stored in advance, it is determined whether both the same.

[0154] 校验文件生成模块12,用于当所述当前识别码与所述原识别码相同时,根据内置的系统软件的主执行文件和所述电子设备的标识信息生成校验文件; [0154] check file generating module 12, configured to, when the current identification code with the identification code of the original are the same, generating a checksum file according to the identification information of the built-in main executable system software and the electronic device;

[0155] 具体实现中,所述校验文件包括主执行文件数字签名、根文件数字签名。 [0155] In specific implementation, the check main executable file comprises a digital signature, the digital signature of the root file. 所述校验文件生成模块12将所述电子设备的所述当前识别码与所述原识别码进行对比,若是同一电子设备,则预先保存的原识别码与当前识别码应是相同的,若是不同的电子设备,则预先保存的原识别码与当前识别码应是不相同的。 The file generating module 12 to check the identification code of the electronic device is currently compared with the original identification code, if the same electronic device, the original pre-stored identification code and the current identification code should be the same, if different electronic devices, the original pre-stored identification code with the current identification code should not be the same. 当所述当前识别码与所述原识别码相同时,校验文件生成模块12使用第四散列算法对所述内置的系统软件的所述主执行文件计算生成所述主执行文件数字签名。 When the current identification code with the identification code same as the original, check file generating module 12 using a fourth hash algorithm of the main execution of the built-in file system software calculates and generates the digital signature of the master file execution. 所述校验文件生成模块12还用于生成根许可文件,所述根许可文件包含原识别码和原序列号,并使用第五散列算法对所述根许可文件计算生成所述根文件数字签名。 The check file generating module 12 for generating the root license file, the root license file contains the original identification code and the original serial number, and calculates the root of the root file generated license file using the fifth digital hashing algorithm signature.

[0156] 校验文件保存模块13,用于对所述校验文件进行保存; [0156] verification document storage module 13, configured to save the check file;

[0157] 具体实现中,所述校验文件包括主执行文件数字签名、根文件数字签名,所述校验文件保存模块13将主执行文件数字签名、根文件数字签名保存至所述电子设备的存储空间,以使在所述电子设备与用户终端相连接时,所述用户终端采用所述校验文件确定所述系统软件的使用权限。 [0157] In specific implementation, the check main executable file comprises a digital signature, the digital signature of the root file, the file is saved check module 13 performs the main file a digital signature, a digital signature root file saved to the electronic device storage space, so that when the electronic device is connected to the user terminal, the user terminal is determined using the check file permissions of the system software.

[0158]需要说明的是,在本实施例中所提到的第一散列算法、第二散列算法、第三散列算法、第四散列算法、第五散列算法为MD5、SHA等散列算法,优选单向的MD5、SHA散列函数,且这五者可为完全相同或者部分相同或者完全不同的散列算法。 [0158] Incidentally, in the present embodiment a first hashing algorithm mentioned embodiment, the second hash algorithm, a hash algorithm third, fourth hash algorithm, a hash algorithm fifth MD5, SHA other hash algorithm, preferably one-way MD5, SHA hash function, and which may be identical or five identical or completely different hash algorithm part. 此外,在电子设备生产阶段, 本实施例的当前识别码生成模块11、校验文件生成模块12、校验文件保存模块13是在标识信息生成模块14的第一次烧录结束之后进行的第二次烧录,是通过对电子设备的当前识别码的检测完成制作;另外在电子设备使用阶段,所述电子设备接通电源后,首先是对各个电子元器件的上电状态进行检测,以保证各个元器件状态正常,然后执行本实施例的当前识别码生成模块11、校验文件生成模块12、校验文件保存模块13,当所述当前识别码正确并生成校验文件后,可开始使用,例如,所述电子设备为数据采集设备时,可执行数据采集工作。 Further, in the production stage of the electronic equipment, the current identification code generation module 11 of the present embodiment, a checksum file generating module 12, the check module 13 is stored in the file identification information generating module 14 is performed after the first programming of the end secondary burning, by detecting the current identification code to complete the production of the electronic device; further stage in an electronic apparatus using the electronic device is powered up, the power of the first state of each electronic component is detected, in order to to ensure that each component is normal, then execution of the current identification code generation module 11 of the present embodiment, the verification document generation module 12, storage module 13 of the verification document, when the current identification code is correct and generates a verification document, may begin using, for example, when the electronic device is a data acquisition device, may perform data collection. [0159]本发明实施例中,通过使用第一散列算法对电子设备的唯一标识计算生成当前识别码,并获取预先保存的原识别码,在当前识别码与原识别码相同时,根据内置的系统软件的主执行文件和电子设备的标识信息生成校验文件,对所述校验文件进行保存,以使在与用户终端相连接时,用户终端采用校验文件确定系统软件的使用权限。 [0159] embodiment of the present invention, the current identification code generated by a first hashing algorithm using the unique identifier of the electronic device calculates and acquires the original pre-stored identification code, the identification code is the same in this original identification code, according to the embedded identification information and the main executable system software of the electronic device generated the verification document, the check for file saving, so that when connected to a user terminal, a user terminal determined using calibration system software file permissions. 通过利用电子设备的唯一标识确定系统软件的使用权限,这样在未增加复杂的设备接口和成本的情况下还可实现检测电子设备和系统软件,有较好的保护效果,还提高了电子设备的可靠性。 It may also be achieved without use authority determination system software by using the unique identification of the electronic device, so that without increasing the complexity and cost of the detection device interface electronics and software, better protective effect, also improves the electronic device reliability.

[0160]下面将结合附图11-附图14,对本发明实施例提供的用户终端进行详细介绍。 [0160] 11- conjunction with the accompanying drawings below 14, the present invention provides a user terminal according to the embodiment will be described in detail. 需要说明的是,附图11-附图14所示的用户终端,用于执行本发明图4-图6所示实施例的方法,为了便于说明,仅示出了与本发明实施例相关的部分,具体技术细节未揭示的,请参照本发明图4-图6所示的实施例。 Incidentally, the user terminal 14 as shown in figures 11- drawings, FIGS. 4 for performing the method of the present invention shown in Example 6, for convenience of description, only an embodiment of the present invention is related to part, the technical details are not disclosed, please refer to the embodiment shown in FIGS. 4 to 6 of the present invention.

[0161] 请参见图11,为本发明实施例提供了一种用户终端的结构示意图。 [0161] Referring to FIG 11, embodiments of the present invention provides a schematic structure of a user terminal. 如图11所示,本发明实施例的所述用户终端可以包括:系统软件接收模块21、校验文件获取模块22、使用权限确定模块23。 The user terminal shown in FIG. 11, the embodiment of the present invention may include: a receiving module 21 software, check file acquisition module 22, the use authority determination module 23.

[0162] 系统软件接收模块21,用于当与电子设备建立连接时,接收所述电子设备发送的系统软件,获取并保存所述系统软件的主执行文件和许可文件; [0162] System software 21 receiving module, configured to, when establishing a connection with the electronic device, the electronic device receiving the transmitted system software acquires and saves the main execution system software and license files;

[0163] 具体实现中,当与电子设备建立连接时,所述系统软件接收模块21接收所述电子设备发送的系统软件,安装所述系统软件,并保存所述系统软件的主执行文件和许可文件, 所述许可文件包括根许可文件、注册许可文件、试用许可文件。 [0163] In specific implementation, when a connection is established with the electronic device, the software module receiving software receives the transmitted electronic device 21, the system software is installed, and save the main executable system software and licensing file, the license file includes a root license file, register the license file, the trial license file.

[0164] 校验文件获取模块22,用于获取所述电子设备预先保存的校验文件; [0164] verification document acquisition module 22, the electronic device configured to obtain pre-stored verification document;

[0165] 具体实现中,所述用户终端与电子设备建立连接可通过USB方式连接,所述校验文件获取模块22可通过USB获取所述电子设备保存在存储空间的校验文件,所述校验文件包括主执行文件数字签名、根文件数字签名,以使确定所述系统软件的使用权限。 [0165] In specific implementation, the user terminal establishes a connection with the electronic device via the USB connection mode, the check file acquisition module 22 may acquire the electronic device through the USB verification document stored in the storage space, the correction test file including main executable digital signature, the digital signature of the root file, so that the use authority determination system software.

[0166] 使用权限确定模块23,用于根据所述校验文件确定所述系统软件的使用权限; [0166] usage rights determination module 23, usage rights for the file system software is determined according to the check;

[0167] 具体实现中,所述使用权限确定模块23根据所述校验文件中的主执行文件数字签名、根文件数字签名检测所述系统软件的主执行文件、许可文件的是否完整,并确定所述系统软件的使用权限。 [0167] In particular implementations, the usage rights determination module 23 according to a digital signature main executable file of the check, the main executable file of the root file system of a digital signature detection software license file is complete, and determines the system software usage rights.

[0168] 具体的,请一并参见图12,为本发明实施例提供了使用权限确定模块的结构示意图。 [0168] Specifically, please also refer to FIG. 12, the embodiment of the present invention provides a schematic view of the use authority determination module. 如图12所示,本发明实施例的所述使用权限确定模块23可以包括:检测单元230、注册信息获取单元231、信息生成单元232、使用权限确定单元233、选择信息检测单元234、发送单元235、接收单元236、注册单元237、判断单元238、查找单元239。 As shown, the use rights of the present invention in Example 12 determining module 23 may include: a detection unit 230, registration information acquisition unit 231, the information generating unit 232, a use authority determination unit 233, the selection information detection unit 234, transmission unit 235, receiving unit 236, register unit 237, determination unit 238, search unit 239.

[0169] 检测单元230,用于根据所述校验文件检测所述主执行文件和根许可文件是否完整。 [0169] detecting unit 230, according to the check for completeness detecting the main executable file and the root license file.

[0170] 具体的,请一并参见图13,为本发明实施例提供了检测单元的结构示意图。 [0170] Specifically, please also refer to FIG. 13, the present embodiment provides a schematic structural diagram of the detection unit of the present invention. 如图13 所示,本发明实施例的所述检测单元230可以包括:签名获取子单元2301、签名生成子单元2302、确定子单元2303。 The detection unit, an embodiment of the present invention 230 in FIG. 13 may include: a signature acquisition sub-unit 2301, a signature generation subunit 2302, a determining subunit 2303.

[0171] 签名获取子单元2301,用于获取所述校验文件中的主执行文件数字签名; [0171] signature acquisition sub-unit 2301, configured to obtain a digital main executable file, the signature verification;

[0172] 具体实现中,在所述用户终端与所述电子设备以USB方式连接之后,所述签名获取子单元2301用于获取保存在所述电子设备存储空间的主执行文件签名,用以确定所述用户终端安装的系统软件中主执行文件的完整性。 [0172] In particular implementations, after the user terminal is connected with the electronic device in a USB manner, the signature acquisition sub-unit 2301 is configured to obtain the executable file stored in the main storage device of the electronic signature, to determine the integrity of the system software of the main executable file of the user terminal mounting.

[0173] 签名生成子单元2302,用于使用第四散列算法对所述主执行文件计算生成当前主执行文件数字签名; [0173] The signature generation subunit 2302, for calculating the main executable file performed to generate the current master digital signature using a fourth hash algorithm;

[0174] 具体实现中,所述签名生成子单元2302用于使用生成主执行文件数字签名的第四散列算法,对所述用户终端保存的主执行文件计算生成当前主执行文件数字签名。 [0174] In specific implementation, the signature generation unit 2302 for the fourth sub-main executable hash algorithm used to generate the digital signature, the user terminal stored in the main executable file calculation performed to generate the current master digital signature.

[0175] 所述签名生成子单元2302,还用于当所述主执行文件数字签名与所述当前主执行文件数字签名相同时,对所述根许可文件使用第五散列算法生成当前根文件数字签名; [0175] The signature generating subunit 2302 is further configured to execute the file when the master digital signature file with the current master performs the same digital signature is generated using a fifth current root file hashing algorithm to the root license file digital signature;

[0176] 具体实现中,所述签名生成子单元23〇2还用于将所述主执行文件签名与所述当前主执行文件数字签名进行比较,当所述主执行文件数字签名与所述当前主执行文件数字签名相同时,使用生成根文件数字签名的第五散列算法,对所述用户终端保存的根许可文件计算生成当前根文件数字签名。 [0176] In specific implementation, the signature generation subunit 23〇2 further configured to execute the master file signature is compared with the current master digital signature file execution, the main execution file when the digital signature with the current main executable digital signatures are the same, the use of hashing algorithm to generate a fifth root file a digital signature, the user terminal stores the calculated root license file to generate a digital signature of the current root file.

[0177] 所述签名获取子单元2301,还用于获取所述校验文件中根文件数字签名; [0177] The signature acquisition sub-unit 2301 is further configured to acquire the check digital signature file in the root file;

[0178] 具体实现中,所述签名获取子单元2301还用于获取保存在所述电子设备存储空间的根文件数字签名,将所述根文件数字签名与所述当前根文件数字签名进行对比,以使检测所述主执行文件与根许可文件是否完整。 [0178] In specific implementation, the signature acquisition sub-unit 2301 is further configured to obtain a root file stored in the digital storage device the electronic signature, the digital signature root file comparison with the current root file a digital signature, in the detection of the main executable file and the root license is complete.

[0179] 确定子单元2303,用于当所述根文件数字签名与所述当前根文件数字签名相同时,确定所述主执行文件和根许可文件完整; [0179] determining subunit 2303, for the root file when the digital signature with the digital signature of the current the same root file, determining the main executable file and the full root license;

[0180] 具体实现中,当所述根文件数字签名与所述当前根文件数字签名相同时,所述确定子单元2303用于确定所述主执行文件和根许可文件完整,并进一步确定所述系统软件的使用权限。 [0180] In specific implementation, the root file when the digital signature with the digital signature of the current the same root file, the determination sub-unit 2303 for determining the main executable file and the full root license, and further determines the permissions system software.

[0181] 注册信息获取单元231,用于当所述主执行文件和根许可文件完整时,获取所述注册许可文件中的注册信息; [0181] registration information acquisition unit 231, for when the main executable file and the full root license, the license file acquired registration information in the registration;

[0182] 具体实现中,当确定所述主执行文件和根许可文件完整时,所述注册信息获取单元231获取注册许可文件的注册信息,所述注册信息是在所述用户终端安装所述系统软件时生成的。 [0182] In specific implementation, when it is determined that the main executable file and the full root license, the registration information acquiring unit 231 acquires the license file registration information registration, the registration information of the user terminal is mounted in the system generated when software. 具体而言,所述注册信息由所述电子设备预先保存的原识别码、原序列号、绑定信息计算得到,所述注册信息可将原识别码、原序列号、绑定信息以异或的计算方式生成, 或者选择同或、加法、减法、乘法、除法等其他计算方式。 Specifically, the registration information stored by the electronic device in advance of the original identification code, serial number of the original binding information is calculated, the original information can be registered identification code, the serial number of the original binding information to an exclusive-OR It is calculated to generate, or choose a different or the same calculation, addition, subtraction, multiplication, division and the like.

[0183] 信息生成单元232,用于获取安装所述系统软件的硬盘序列号,并使用第三散列算法对所述硬盘序列号计算生成当前绑定信息; [0183] information generating unit 232, configured to obtain the system software to install the hard disk serial number, and the drive serial number is calculated using a third hash algorithm to generate the current binding information;

[0184] 具体实现中,所述信息生成单元232用于获取所述用户终端安装所述系统软件的硬盘序列号,使用生成绑定信息的第三散列算法,计算生成所述系统软件的当前绑定信息。 Current [0184] In specific implementation, the information generation unit 232 acquires the user terminal to install the hard disk serial number of the system software, the use of hashing algorithm to generate a third binding information, calculates and generates the system software binding information.

[0185] 所述信息生成单元232,还用于根据所述原识别码、所述原序列号、所述当前绑定信息生成当前注册信息; [0185] The information generating unit 232, for further identification code according to the original, the original sequence number, the current binding information generation current registration information;

[0186] 具体实现中,所述信息生成单元232还用于获取所述电子设备保存在存储空间的原识别码、原序列号、当前绑定信息根据生成所述注册信息的计算方式,生成当前注册信息。 [0186] In specific implementation, the information generation unit 232 of the electronic device further configured to obtain an identification code stored in the original storage space, the original serial number, current registration information of the binding is calculated based on the generated information, to generate the current registration message.

[0187] 使用权限确定单元233,用于当所述注册信息与所述当前注册信息相同时,确定所述系统软件有使用权限; [0187] use authority determination unit 233, when the registration information to the current registration information are the same, the system software determines permissions;

[0188] 具体实现中,将所述注册信息与所述当前注册信息进行对比,当所述注册信息与所述当前注册信息相同时,所述使用权限确定单元233用于确定所述系统软件有使用权限。 [0188] In specific implementation, the registration information and comparing the current registration information, when the registration information currently registered with the same information, the use authority determination unit 233 for determining the system software usage rights.

[0189] 选择信息检测单元234,用于当所述注册信息与所述当前注册信息不相同时,检测所输入的选择信息,所述选择信息包括选择输入注册码或选择试用; [0189] selection information detection unit 234, when the registration information to the current registration information is not the same, the selection information input detection, the selection information includes a selection input registration number or select the trial;

[0190] 具体实现中,当所述注册信息与所述当前注册信息不相同时,则所述用户终端还不能使用所述系统软件,同时所述系统软件会给出选择信息,所述选择信息包括选择输入注册码或者选择试用,所述选择信息检测单元234用于检测所输入的选择信息。 [0190] In specific implementation, when the registration information of the current registration information is not the same, then the user terminal can not use the software system while the system software will be given selection information, the selection information Registration Key or selecting comprises selecting the trial, the selection information selection detection unit 234 for detecting the input.

[0191] 发送单元235,用于当检测到所输入的是所述选择输入注册码时,发送所述原序列号至所述电子设备的服务器; [0191] transmitting unit 235 for detecting the input when the selection input is a registration code, the server transmits the original sequence number to the electronic device;

[0192] 具体实现中,当检测到所输入的选择信息时选择所述注册码时,所述发送单元2:35 将所述电子设备的原序列号发送至所述电子设备的服务器,用以查询所述服务器中是否有存储所述原序列号的关联保存信息,若所述服务器中没有所述原序列号,则提示所述用户终端所述原序列号不存在;若所述服务器中有所述原序列号,则将与所述原序列号所关联的密钥和绑定信息发送至所述用户终端,以使所述用户终端进行注册。 [0192] In specific implementation, when the detected selection information inputted into the registration code is selected, the sending unit 2:35 original serial number of the server transmits the electronic device to the electronic device for whether there is stored in association with the original query sequence number information stored in the server, if the server is not in the original sequence number, prompting the user terminal of the original serial number does not exist; if the server has the original sequence number, then the binding information and the key associated with the original sequence number transmitted to the user terminal, so that the user terminal registration.

[0193] 接收单元236,用于接收所述服务器发送的与所述原序列号相对应的所述密钥和绑定信息; [0193] The receiving unit 236 for receiving the key and sent by the server binding information corresponding to the original sequence number;

[0194] 注册单元237,用于当所述绑定信息为〇时,所述用户终端进行注册所述系统软件; [0194] registration unit 237, when said binding information is a square, the user terminal to register the software system;

[0195] 具体实现中,由于当所述系统软件未在所述用户终端安装时,绑定信息为〇。 [0195] In specific implementation, when the system since the software is not installed when the user terminal, binding information is square. 因此当所述绑定信息为〇时,则说明所述系统软件还未被绑定,需要所述注册单元237进行注册所述系统软件。 Thus, when the binding information is a square, then the system software has not been bound, it is necessary to register the registration unit 237 of the system software. _ _

[0196] 具体的,请一并参见图14,为本发明实施例提供了注册单元的结构示意图。 [0196] Specifically, please also refer to FIG. 14, a schematic structural diagram of a registration unit of the present embodiment of the invention. 如图14 所示,本发明实施例的所述注册单元237可以包括:更新子单元2371、解密子单元23M、生成子单元2373、提示子单元2374。 The registration unit, an embodiment of the present invention 237 in FIG. 14 may comprise: updating sub-unit 2371, a decryption subunit 23M, generating subunit 2373, 2374 tips subunit.

[0197] 更新子单元2371,用于发送所述当前绑定信息至所述服务器,并更新所述服务器中与所述原序列号相对应的所述绑定信息; [0197] updating sub-unit 2371, configured to send the current binding information to the server, and updating the server with the original sequence number of the corresponding binding information;

[0198] 具体实现中,将当前绑定信息发送至服务器,所述服务器根据原序列号确定向对应的绑定信息,所述更新子单元2371用所述当前绑定信息更新所述绑定信息。 [0198] In a specific implementation, the current binding information to the server, the server to the corresponding binding information, the original sequence number update determination sub-unit 2371 in accordance with the current binding information for updating the binding information .

[0199] 解密子单元2372,用于使用所述密钥对所述原序列号解密,获得所述电子设备的唯一标识; [0199] decryption unit 2372, using the key to decrypt the original sequence number to obtain a unique identification of the electronic device;

[0200] 具体实现中,所述解密子单元2:372根据所述服务器发送的密钥,对所述原序列号进行解密,获得所述电子设备的唯一标识,即标志性元器件的MCU序列号。 [0200] In specific implementation, the decryption unit 2: The unique identification key 372 sent by the server, the original serial number to decrypt the electronic device is obtained, i.e. MCU iconic sequence component number.

[0201] 生成子单元2373,用于检测所输入的唯一标识,并使用所述第一散列算法对所述所输入的唯一标识计算生成当前序列号; [0201] generating subunit 2373, for uniquely identifying detecting an input, and generates a current sequence number for uniquely identifying the input is calculated using the first hash algorithm;

[0202]具体实现中,所述生成子单元2373检测所输入的唯一标识,对所述唯—标识使用生成原序列号的所述第一散列算法计算生成当前序列号,以使检测所述系统软件是否有使用权限。 [0202] In specific implementation, the unique identifier generating subunit 2373 detects the input of the CD - the original sequence number identifier generated using the hash algorithm to generate a first current sequence number, so that the detection whether the system software usage rights. _ _

[0203]提示子单元2374,用于当所述当前序列号与所述原序列号相同时,提示所述系统软件注册成功,同时生成当前注册信息并保存在所述注册许可文件中; [0203] Tip subunit 2374, when the current sequence number for the original sequence number is the same, prompting the software registration system successfully, while generating the current registration information stored in the registration and license file;

[0204]具体实现中,所述提示子单元2374判断所述当前序列号与所述原序列号是否相同,当所述当前序列号与所述原序列号相同时,则提示所述系统软件注册成功,同时生成当前注册信息并保存至所述注册许可文件中。 [0204] In specific implementation, the prompt subunit 2374 determines the current sequence number is the same as the original serial number, when the current sequence number with the sequence number of the original are the same, prompting the software registration system success, while generating current registration information and save it to the registered license file.

[0205]判断单元238,用于当所述绑定信息不为0时,判断所述绑定信息与所述当前绑定信息是否相同; _ [0205] determination unit 238, when said binding information is not 0, and determining the binding information is the same as the current bindings; _

[0206]具体实现中,当所述绑定信息不为0,则所述系统软件已被安装,所述判断单元238 需要判断所述绑定信息与当前绑定信息是否相同。 [0206] In specific implementation, the information is not 0, then the system software has been installed, the determination unit 238 determines the required binding information is the same as when the current binding information to the binding.

[0207]所述使用权限确定单元233,还用于当所述绑定信息与所述当前绑定信息相同时, 则确定所述系统软件有使用权限; [0207] The use authority determination unit 233, further for, when said binding information and the current binding information are the same, the system software determines permissions;

[0208]具体实现中,当判断所述绑定信息与所述当前绑定信息相同是,则所述使用权限确定单元233确定所述系统软件有使用权限,所述用户终端可正常运行所述系统软件。 [0208] In specific implementation, when determining that the current binding information to the binding with the same information, then the use authority determination unit 233 determines that the software system permissions, the user of the terminal can operate normally system software.

[0209]查找单元239,用于当检测到所输入的是所述选择试用时,查找所述试用许可文件,并根据所述试用许可文件在预设试用次数内运行所述系统软件; [0209] searching unit 239, when the detection is inputted to the selection to try to find a trial license file, and the operating system software within a predetermined number of times according to the Trial Trial license file;

[0210] 具体实现中,当检测到所输入的选择信息是选择试用时,所述查找单元239查找所述试用许可文件,并根据所述试用许可文件在预设次数内运行所述系统软件,可以理解的是,当所述用户终端首次试用所述系统软件时,先生成试用许可文件并保存至所述用户终端,并且在超出所述预设次数之后,则需要注册所述系统软件。 [0210] In specific implementation, when the input selection information to select the trial is detected, the searching unit 239 to search for the trial license file, and the operating system software in a preset number of times according to the trial license file, it is understood that when the user terminal for the first time trial of the system software, Mr. license to try and save the file to the user terminal, and after the preset number is exceeded, the need to register the software.

[0211] 需要说明的是,在本实施例中所提到的第一散列算法、第三散列算法、第四散列算法、第五散列算法为MD5、SHA等散列算法,优选单向的MD5、SHA散列函数,并且所述用户终端中所使用的散列算法与所述电子设备中所使用的散列算法是相互对应的,如所述电子设备的原识别码与所述用户终端的当前识别码都是采用第一散列算法计算生成的。 [0211] Incidentally, in the present embodiment a first hashing algorithm mentioned embodiment, the third hash algorithm, a hash algorithm fourth, fifth hash algorithm is MD5, SHA hash algorithm, etc., preferably one-way MD5, SHA hash function, a hash algorithm and the hash algorithm used in the electronic device the user terminal used correspond to each other, as the electronic device identifier with the original said user terminal is currently using the first identification code is generated by hash algorithm.

[0212] 本发明实施例中,当与电子设备建立连接时,用户终端接收电子设备发送的系统软件,获取并保存系统软件的主执行文件和许可文件,获取所述电子设备预先保存的校验文件,根据校验文件确定系统软件的使用权限。 Embodiment [0212] of the present invention, when establishing a connection with the electronic device, the user terminal receives an electronic transmitting device system software, obtains and stores the main executable system software and license file, acquiring the electronic device previously stored checksum file system software to determine the usage rights based on the verification document. 通过利用电子设备的校验文件确定系统软件的使用权限,这样在未增加复杂的设备接口和成本的情况下还可实现检测电子设备和系统软件,有较好的保护效果,还提高了电子设备的可靠性。 The electronic device may also enable detection and system software determines a case where the system software usage rights verification document by using an electronic device, so that without increasing the complexity and cost of the device interface, better protective effect, also improves the electronic device reliability.

[0213] 请参见图15,为本发明实施例提供了一种电子设备检测系统的结构示意图。 [0213] Referring to FIG 15, an embodiment provides a schematic structure of an electronic apparatus testing system of the present invention. 如图15所示,本发明实施例的所述参数更新系统可以包括:电子设备1、用户终端2,电子设备1与用户终端2可以通过USB连接。 15, the parameter update system according to embodiments of the present invention may comprise: an electronic device 1, the user terminal 2, the electronic device 1 to the user terminal 2 may be connected via USB. 其中,所述电子设备1具体为图8-图10任一实施例的电子设备1,所述用户终端2具体为图11-图14任一实施例的用户终端2,在此不进行赘述。 Wherein, the electronic device 1 is particularly FIGS. 8 to 10 according to any embodiment of an electronic device 1, the user terminal 2 specific terminal 2, the user not be repeated herein is an embodiment of any of FIGS. 11 to 14.

[0214] 本发明实施例的电子设备检测系统中,通过使用第一散列算法对电子设备的唯一标识计算生成当前识别码,并获取预先保存的原识别码,在当前识别码与原识别码相同时, 根据内置的系统软件的主执行文件和电子设备的标识信息生成校验文件,对所述校验文件进行保存,当用户终端与电子设备建立连接时,用户终端接收电子设备发送的系统软件,获取并保存系统软件的主执行文件和许可文件,获取所述电子设备预先保存的校验文件,根据校验文件确定系统软件的使用权限。 [0214] The electronic device detection system of an embodiment of the present invention, by calculating the electronic device uniquely identifies the current identification code to generate and obtain the original pre-stored identification code using a first hashing algorithm, the current identification code with the identification code of the original the same, according to the identification information of the electronic apparatus main executable and the built-in software to generate the verification document, save the file to the check, when the user terminal establishes a connection with the electronic device, the user terminal receives the transmission system of the electronic device software, obtains and stores system software and license the main executable file, acquiring the electronic device previously stored in the file checksum, the checksum is determined according to the use rights file system software. 通过利用电子设备的标识信息与主执行文件生成的校验文件确定系统软件的使用权限,这样在未增加复杂的设备接口和成本的情况下还可实现检测电子设备和系统软件,有较好的保护效果,还提高了电子设备的可靠性。 Determining a case where the usage rights of the system software by using the identification information of the electronic apparatus main executable file generated check, so that without increasing the complexity and cost of the device interface may also enable detection electronics and software, a better protective effect, but also improve the reliability of electronic equipment.

[0215] 本领域普通技术人员可以理解实现上述实施例方法中的全部或部分流程,是可以通过计算机程序来指令相关的硬件来完成,所述的程序可存储于一计算机可读取存储介质中,该程序在执行时,可包括如上述各方法的实施例的流程。 [0215] Those of ordinary skill in the art may understand that the above-described method embodiments all or part of the processes may be related hardware instructed by a computer program, the program may be stored in a computer readable storage medium. when the program is executed, the processes of the foregoing method embodiments. 其中,所述的存储介质可为磁碟、光盘、只读存储记忆体(Read_0nly Memory,ROM)或随机存储记忆体(Random Access Memory,RAM)等。 Wherein the storage medium may be a magnetic disk, an optical disk, read-only memory (Read_0nly Memory, ROM) or a random access memory (Random Access Memory, RAM) and the like.

[0216] 以上所揭露的仅为本发明较佳实施例而已,当然不能以此来限定本发明之权利范围,因此依本发明权利要求所作的等同变化,仍属本发明所涵盖的范围。 [0216] the preferred embodiments disclosed above are merely embodiments of the present invention, it, of course, not intended to limit the scope of the invention, therefore equivalent changes made under this invention as claimed in claim still covered by the scope of the present invention.

Claims (23)

  1. 1. 一种电子设备检测方法,其特征在于,包括: 使用第一散列算法对电子设备的唯一标识计算生成当前识别码,并获取预先保存的原识别码; 当所述当前识别码与所述原识别码相同时,根据内置的系统软件的主执行文件和所述电子设备的标识信息生成校验文件; 对所述校验文件进行保存,以使在与用户终端相连接时,所述用户终端采用所述校验文件确定所述系统软件的使用权限; 其中,所述校验文件包括主执行文件数字签名、根文件数字签名; 所述根据内置的系统软件的主执行文件和所述电子设备的标识信息生成校验文件,包括: 使用第四散列算法对所述内置的系统软件的主执行文件计算生成所述主执行文件数字签名; 根据所述电子设备的标识信息生成根许可文件,并使用第五散列算法对所述根许可文件计算生成所述根文件数字签名。 CLAIMS 1. A method for detecting an electronic apparatus, characterized by comprising: using a first hashing algorithm to generate a unique identification of the electronic device calculates the current identification code, and acquires the original pre-stored identification code; when the current identification code with the said original identification code are the same, generating a checksum file according to the identification information of the built-in main executable system software and the electronic device; save file for the check, so that when a user terminal connected to the the user terminal is determined using the check file permissions of the system software; wherein the check main executable file comprises a digital signature, the digital signature of the root file; according to the main executable system software and a built-in the verification document identification information generating electronic device, comprising: a fourth hash algorithm used to generate the digital signature for the main executable file of the main executable system software built; generating the root license according to the identification information of the electronic apparatus file, and a hash algorithm using the fifth root of the root of the license file creating digital signature file.
  2. 2. 根据权利要求1所述的方法,其特征在于,所述使用第一散列算法对电子设备的唯一标识计算生成当前识别码之前,还包括: 根据电子设备的唯一标识与生产时间生成标识信息,并对所述标识信息进行保存,所述标识伯息包括原识别码和原序列号。 2. The method according to claim 1, characterized in that, before the first hashing algorithm to generate a unique identification of the electronic device calculates the current identification code used, further comprising: generating an electronic identification device with the unique identification production time information, and to save the identification information, the identification information comprises a primary original identification code and the original sequence number.
  3. 3. 根据权利要求2所述的方法,其特征在于,所述根据电子设备的唯一标识与生产时间生成所述标识信息,并对所述标识信息进行保存,包括: 使用第一散列算法对电子设备的唯一标识计算生成原识别码; 使用第二散列算法对电子设备的生产时间计算生成密钥; 使用加密算法对所述唯一标识计算生成原序列号; 对所述原识别码和所述原序列号进行保存,并发送所述密钥、所述原序列号、所述电子设备的绑定信息至所述电子设备的服务器,以使所述服务器关联保存所述密钥、所述原序列号、所述绑定信息。 3. The method according to claim 2, wherein said electronic device according to the unique identifier and the production time to generate identification information and the stored identification information, comprising: using a first hashing algorithm uniquely identifies the computing device to generate the original electronic identification code; using a second hashing algorithm to an electronic apparatus production time is calculated to generate a key; using an encryption algorithm calculates and generates the unique identification of the original sequence number; and the identification code of the original said stored original sequence number, and transmitting the key, the original sequence number, binding information of the electronic device to the electronic device server so that the storage server associated with the key, the original sequence number, the binding information.
  4. 4. 根据权利要求3所述的方法,其特征在于,所述绑定信息包括: 当所述系统软件未在所述用户终端安装时,所述绑定信息为〇; 当所述系统软件在所述用户终端安装之后,所述绑定信息为通过读取安装所述系统软件的硬盘序列号,并对所述硬盘序列号使用第三散列算法所生成的信息。 4. The method according to claim 3, wherein the binding information comprises: when the system software is not installed in the user terminal, the binding information is a square; when the system software after the user terminal is mounted, the binding information read sequence number of the installed hard disk system software, and the serial number of a hard disk using a third hash algorithm generated through.
  5. 5. 一种电子设备检测方法,其特征在于,包括: 当与电子设备建立连接时,接收所述电子设备发送的系统软件,获取并保存所述系统软件的主执行文件和许可文件,所述许可文件包括根许可文件、注册许可文件、试用许可文件; 获取所述电子设备预先保存的校验文件; 根据所述校验文件确定所述系统软件的使用权限; _ 其中,所述校验文件包括主执行文件数字签名、根文件数字签名;所述主执行文件数字签名用于验证所述主执行文件,所述根文件数字签名用于验证所述根许可文件。 A method for detecting an electronic apparatus, characterized by comprising: when a connection is established with the electronic device, receiving the transmitted electronic device system software, obtains and stores the main executable system software and license file, the license file including the root license file, the license file registration trial license file; acquiring the electronic device previously stored checksum file; determining the check file permissions according to the system software; _ wherein the check file performing digital signature includes a main file, the digital signature of the root file; the main executable file of digital signature is used to perform the primary verification, the root file for verifying the digital signature root license file.
  6. 6. 根据权利要求5所述的方法,其特征在于,所述根据所述校验文件确定所述系统软件的使用权限,包括: 根据所述校验文件检测所述主执行文件和根许可文件是否完整; > 当所述主执行文件和根许可文件完整时,获取所述注册许可文件中的注册信息,所述注册信息由所述电子设备预先保存的原识别码、原序列号、绑定信息计算得到; 获取安装所述系统软件的硬盘序列号,并使用第三散列算法对所述硬盘序列号计算生成当前绑定信息; 根据所述原识别码、所述原序列号、所述当前绑定信息生成当前注册信息; 当所述注册信息与所述当前注册信息相同时,确定所述系统软件有使用权限。 6. The method according to claim 5, characterized in that, the software system determining the usage rights based on the verification document, comprising: detecting the file according to the check main executable file and the root license is complete;> when the main executable file and the full root license, the license for registration information file in the registration, the registration information stored by the electronic device in advance of the original identifier, sequence number of the original binding calculated information; obtaining hard disk serial number of the installed system software, and generates binding information for calculating the current hard disk serial number using a third hash algorithm; identification code according to the original, the original sequence number, the current binding information generation current registration information; when the phase information simultaneously with the registration information currently registered, the system software determines permissions.
  7. 7. 根据所述权利要求6所述的方法,其特征在于,所述根据所述校验文件检测所述主执行文件和根许可文件是否完整,包括: 获取所述校验文件中的主执行文件数字签名; 使用第四散列算法对所述主执行文件计算生成当前主执行文件数字签名; 当所述主执行文件数字签名与所述当前主执行文件数字签名相同时,对所述根许可文件使用第五散列算法生成当前根文件数字签名,并获取所述校验文件中根文件数字签名; 当所述根文件数字签名与所述当前根文件数字签名相同时,确定所述主执行文件和根许可文件完整。 7. The method according to claim 6, characterized in that the check according to the detection of the main executable file and the root license file is complete, comprising: acquiring a main file said verification is performed digital signature file; generating a current master digital signature using a fourth executable file hashing algorithm to calculate the main executable; execution file when the master digital signature file with the current master performs the same digital signature, the root license file using the fifth root file hash algorithm to generate the current digital signature and obtaining the check digital signature file in the root file; root file when the digital signature with the digital signature of the current the same root file, determining the main execution file and the root license file intact.
  8. 8. 根据权利要求6所述的方法,其特征在于,还包括: 当所述注册信息与所述当前注册信息不相同时,检测所输入的选择信息,所述选择信息包括选择输入注册码或选择试用。 The method according to claim 6, characterized in that, further comprising: when the registration information of the current registration information is not the same, the selection information input detection, the selection information includes a selection input registration code or select trial.
  9. 9. 根据权利要求8所述的方法,其特征在于,还包括: 当检测到所输入的是所述选择输入注册码时,发送所述原序列号至所述电子设备的服务器,以使所述服务器查找与所述原序列号相对应的密钥和绑定信息; 接收所述服务器发送的与所述原序列号相对应的所述密钥和绑定信息; 当所述绑定信息为〇时,注册所述系统软件; 当所述绑定信息不为〇时,判断所述绑定信息与所述当前绑定信息是否相同; 当所述绑定信息与所述当前绑定信息相同时,则确定所述系统软件有使用权限。 9. The method according to claim 8, characterized in that, further comprising: detecting when the input is a selection input of the registration code, the server transmits the original electronic device to the serial number, so that the said server searches the original sequence number and a key corresponding binding information; sent by the server with the original sequence number corresponding to the key and binding information; when the binding information is when the square, the registration system software; when the binding information is not square, and determining the binding information of the current binding information are the same; when the current binding information to the binding information with Meanwhile, it is determined that the software system permissions.
  10. 10. 根据权利要求9所述的方法,所述进行注册所述系统软件包括: 发送所述当前绑定信息至所述服务器,并更新所述服务器中与所述原序列号相对应的所述绑定信息; 使用所述密钥对所述原序列号解密,获得所述电子设备的唯一标识; 检测所输入的唯一标识,并使用第一散列算法对所述所输入的唯一标识计算生成当前序列号; 当所述当前序列号与所述原序列号相同时,提不所述系统软件注册成功,同时生成当前注册信息并保存在所述注册许可文件中。 10. The method of claim 9, the registration of the software system comprising: transmitting the current binding information to the server, and updating the server with the original sequence number corresponding to the binding information; using the key to decrypt the original sequence number to obtain a unique identification of the electronic device; detecting uniquely identifies the input, and using a first hashing algorithm to uniquely identify said input generated the current sequence number; if the current sequence number of the original sequence number is the same, not to mention the software registration system successfully, while generating the current registration information stored in the registration and license file.
  11. 11. 根据权利要求8所述的方法,其特征在于,还包括: 当检测到所输入的是所述选择试用时,查找所述试用许可文件,并根据所述试用许可文件在预设试用次数内运行所述系统软件。 11. The method according to claim 8, characterized in that, further comprising: when it is detected that said input select the trial, to find the trial license file, and in accordance with the trial license file in a predetermined number of the trial the software within the operating system.
  12. 12. —种电子设备,其特征在于,包括: 当前识别码生成模块,用于使用第一散列算法对电子设备的唯一标识计算生成当前识别码,并获取预先保存的原识别码; 校验文件生成模块,用于当所述当前识别码与所述原识别码相同时,根据内置的系统软件的主执行文件和所述电子设备的标识信息生成校验文件; 校验文件保存模块,用于对所述校验文件进行保存,以使在与用户终端相连接时,所述用户终端采用所述校验文件确定所述系统软件的使用权限; 其中,所述校验文件包括主执行文件数字签名、根文件数字签名; 所述校验文件生成模块具体用于: 使用第四散列算法对所述内置的系统软件的主执行文件计算生成所述主执行文件数字签名; 根据所述电子设备的标识信息生成根许可文件,并使用第五散列算法对所述根许可文件计算生成所述根文件数 12. - electronic apparatus comprising: current identification code generation means for using a first hashing algorithm to uniquely identify the electronic device calculates the current identification code to generate and obtain the original pre-stored identification codes; verification file generating module, configured to, when the current identification code with the identification code of the original are the same, generating a checksum file according to the identification information of the built-in main executable system software and the electronic device; verification document storage module, with to save the file to the check, so that when connected to a user terminal, the user terminal is determined using the check file permissions of the system software; wherein the check comprises a main executable file digital signature, the digital signature of the root file; the check file generating module is specifically configured to: using a fourth hash algorithm to generate the main executable file of the built-in system main executable software digital signature; according to the electronic identification information of the root license file generating apparatus, and calculate the root of the number of the license file to generate file using a fifth hash algorithm 签名。 Signature.
  13. 13. 根据权利要求12所述的电子设备,其特征在于,还包括: 标识信息生成模块,用于根据电子设备的唯一标识与生产时间生成标识信息,并对所述标识信息进行保存,所述标识信息包括原识别码和原序列号。 13. The electronic device as claimed in claim 12, characterized in that, further comprising: identification information generating means for generating identification information based on a unique identifier of the electronic device and production time, and to save the identification information, the identification information includes identification codes and the original serial number of the original.
  14. 14. 根据权利要求13所述的电子设备,其特征在于,所述标识信息生成模块包括: 原识别码生成单元,用于使用第一散列算法对电子设备的唯一标识计算生成原识别码; 密钥生成单元,用于使用第二散列算法对电子设备的生产时间计算生成密钥; 原序列号生成单元,用于使用加密算法对所述唯一标识计算生成原序列号; 标识信息保存单元,用于对所述原识别码和所述原序列号进行保存,并发送所述密钥、 所述原序列号、所述电子设备的绑定信息至所述电子设备的服务器,以使所述服务器关联保存所述密钥、所述原序列号、所述绑定信息。 The electronic device according to claim 13, wherein said identification information generating module comprises: an identification code generating unit of the original, using a first hashing algorithm to uniquely identify the electronic device calculates and generates the original identification code; key generating means for generating a production time of the electronic device using a second hash key calculation algorithm; original sequence number generating means for calculating the unique identification number generated using an encryption algorithm prosequence; identification information storage unit for the original identification code and the serial number stored original, and transmits the key, the original sequence number, the electronic device the electronic information to the binding server device, so that the said server storing the associated key, the original sequence number, the binding information.
  15. 15. 根据权利要求14所述的电子设备,其特征在于,所述绑定信息包括: 当所述系统软件未在所述用户终端安装时,所述绑定信息为〇; 当所述系统软件在所述用户终端安装之后,所述绑定信息为通过读取安装所述系统软件的硬盘序列号,并对所述硬盘序列号使用第三散列算法所生成的信息。 15. The electronic device according to claim 14, wherein the binding information comprises: when the system software is not installed in the user terminal, the binding information is a square; when the system software after the user terminal is mounted, the binding information read sequence number of the installed hard disk system software, and the serial number of a hard disk using a third hash algorithm generated through.
  16. 16. —种用户终端,其特征在于,包括: 系统软件接收模块,用于当与电子设备建立连接时,接收所述电子设备发送的系统软件,获取并保存所述系统软件的主执行文件和许可文件,所述许可文件包括根许可文件、注册许可文件、试用许可文件; 校验文件获取模块,用于获取所述电子设备预先保存的校验文件; 使用权限确定模块,用于根据所述校验文件确定所述系统软件的使用权限; 其中,所述校验文件包括主执行文件数字签名、根文件数字签名;所述主执行文件数字签名用于验证所述主执行文件,所述根文件数字签名用于验证所述根许可文件。 16. - kind of user terminals, characterized by comprising: a receiving module software system for, when establishing a connection with the electronic device, receiving the transmitted electronic device system software, system software acquires and saves the main executable file and license file, the license file includes a root license file, the license file registration trial license file; check file acquisition module for acquiring the electronic device previously stored in the verification document; usage rights determination module, according to the determining the usage rights verification document system software; wherein the check main executable file comprises a digital signature, the digital signature of the root file; the main executable file of digital signature is used to perform the primary verification, the root digital signature file for verifying the root license file.
  17. 17. 根据权利要求16所述的用户终端,其特征在于,所述使用权限确定模块包括: 检测单元,用于根据所述校验文件检测所述主执行文件和根许可文件是否完整; 注册信息获取单元,用于当所述主执行文件和根许可文件完整时,获取所述注册许1 文件中的注册信息,所述注册信息由所述电子设备预先保存的原识别码、原序列号、绑定信息计算得到; 信息生成单元,用于获取安装所述系统软件的硬盘序列号,并使用第三散列算法对所述硬盘序列号计算生成当前绑定信息; 所述信息生成单元,还用于根据所述原识别码、所述原序列号、所述当前绑定信息生成当前注册信息; 使用权限确定单元,用于当所述注册信息与所述当前注册信息相同时,确定所述系统软件有使用权限。 17. The user terminal according to claim 16, wherein said usage rights determining module comprises: a detection unit, according to the check is complete for detecting the main executable file and the root license file; LIMITED an acquisition unit configured to perform complete when the master file and the root license file to obtain a registration XU file registration information, the registration information stored by the electronic device in advance of the original identification code, the original sequence number, calculated binding information; information generation unit for obtaining the hard disk serial number to install the system software, and the calculation of the drive serial number to generate the current binding information using a third hash algorithm; the information generating unit further the identification code for the original, the original sequence number, the current binding information to generate the current registration information; use authority determination unit configured to, when the registration information with the current registration information of the same, determining the system software usage rights.
  18. 18. 根据所述权利要求17所述的用户终端,其特征在于,所述检测单元包括: 签名获取子单元,用于获取所述校验文件中的主执行文件数字签名; 签名生成子单元,用于使用第四散列算法对所述主执行文件计算生成当前主执行文件数字签名; 所述签名生成子单元,用于当所述主执行文件数字签名与所述当前主执行文件数字签名相同时,对所述根许可文件使用第五散列算法生成当前根文件数字签名; 所述签名获取子单元,用于获取所述校验文件中根文件数字签名; 确定子单元,用于当所述根文件数字签名与所述当前根文件数字签名相同时,确定所述主执行文件和根许可文件完整。 18. The user terminal according to claim 17, wherein said detecting means comprises: a signature acquisition sub-unit, configured to obtain a digital main executable file, the signature verification; signature generation subunit, for calculating the main executable file performed to generate the current master digital signature using a fourth hash algorithm; said signature generating subunit, when the main execution for a digital signature file with the current master digital signature file execution phase Meanwhile, the license file using the root hash algorithm to generate the fifth current root file a digital signature; the signature acquisition sub-unit, configured to obtain the check digital signature file in the root file; determining subunit, configured to, when the digital signature with the root folder of the current digital signature is the same root file, determining the main executable file and the full root license.
  19. 19. 根据权利要求17所述的用户终端,其特征在于,还包括: 选择信息检测单元,用于当所述注册信息与所述当前注册信息不相同时,检测所输入的选择信息,所述选择信息包括选择输入注册码或选择试用。 19. The user terminal according to claim 17, characterized by further comprising: detecting means selecting information, and for, when the registration information of the current registration information is not the same, the selection information input detection, the selection information includes selecting enter the registration code or select the trial.
  20. 20. 根据权利要求19所述的用户终端,其特征在于,还包括: 发送单元,用于当检测到所输入的是所述选择输入注册码时,发送所述原序列号至所述电子设备的服务器,以使所述服务器查找与所述原序列号相对应的密钥和绑定信息; 接收单元,用于接收所述服务器发送的与所述原序列号相对应的所述密钥和绑定信息; 注册单元,用于当所述绑定信息为〇时,所述用户终端进行注册所述系统软件; 判断单元,用于当所述绑定信息不为0时,判断所述绑定信息与所述当前绑定信息是否相同; 所述使用权限确定单元,还用于当所述判断单元判断所述绑定信息与所述当前绑定信息相同时,确定所述系统软件有使用权限。 20. The user terminal according to claim 19, characterized in that, further comprising: transmitting means for, when the detected input is a selection input registration code, the original sequence number sent to the electronic device server, causing the server to find the original sequence number and a key corresponding binding information; receiving means for receiving the key sent by the server with the original sequence number and the corresponding binding information; registration unit configured to, when the binding information is a square, the registration of the user terminal software system; the judgment means for, when the binding information is not 0, the determination tie specific information to the current binding information are the same; the use authority determination unit is further configured to, when the determining unit determines the current binding information to the binding information is the same, the system software is used to determine authority.
  21. 21. 根据权利要求20所述的用户终端,所述注册单元包括: 更新子单元,用于发送所述当前绑定信息至所述服务器,并更新所述服务器中与所述原序列号相对应的所述绑定信息; 解密子单元,用于使用所述密钥对所述原序列号解密,获得所述电子设备的唯一标识; 生成子单元,用于检测所输入的唯一标识,并使用第一散列算法对所述所输入的唯一标识计算生成当前序列号; 提示子单元,用于当所述当前序列号与所述原序列号相同时,提示所述系统软件注册成功,同时生成当前注册信息并保存在所述注册许可文件中。 21. The user terminal according to claim 20, wherein the registration unit comprises: updating sub-unit, configured to send the current binding information to the server, and updating the server with the original sequence number corresponding the binding information; decryption means for using said key to decrypt the original sequence number to obtain the unique identifier of the electronic device; generating subunit, uniquely identifies detecting an input, and using a first hashing algorithm uniquely identifying the current generated input sequence index calculation; prompt subunit, configured to, when the current sequence number with the original sequence number is the same, prompting the software registration system successfully, while generating the current registration information and stored in the registered license file.
  22. 22. 根据权利要求19所述的用户终端,其特征在于,还包括: 查找单元,用于当检测到所输入的是所述选择试用时,查找所述试用许可文件,并根据所述试用许可文件在预设试用次数内运行所述系统软件。 22. The user terminal according to claim 19, characterized in that, further comprising: a searching unit for, when the detected input is selected the trial, to find the trial license file, and in accordance with the trial license file within a preset number of trial run of the system software.
  23. 23. —种电子设备检测系统,其特征在于,包括如权利要求12至15任一项所述的电子设备以及如权利要求16至22任一项所述的用户终端。 23. - electronic device detection system comprising an electronic apparatus as claimed in claim any one of claims 12 to 15 and a user terminal as claimed in claim any one of claims 16 to 22.
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