WO2018227354A1 - Wireless connection password management method for intelligent terminal - Google Patents
Wireless connection password management method for intelligent terminal Download PDFInfo
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- WO2018227354A1 WO2018227354A1 PCT/CN2017/087991 CN2017087991W WO2018227354A1 WO 2018227354 A1 WO2018227354 A1 WO 2018227354A1 CN 2017087991 W CN2017087991 W CN 2017087991W WO 2018227354 A1 WO2018227354 A1 WO 2018227354A1
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
- H04L9/00—Cryptographic mechanisms or cryptographic arrangements for secret or secure communications; Network security protocols
- H04L9/40—Network security protocols
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- the present invention relates to the field of intelligent terminal control, and in particular, to a wireless connection password management method for an intelligent terminal.
- the wireless connection password saved by the user that is, the wifi password is also an extremely important data that needs to be transferred together.
- the related technology or application is not convenient for the user to transfer the wireless connection password on one smart terminal to another at any time and any place. As a result, the wifi password data is lost after the smart terminal is swiped, or after the new smart terminal is used, the wifi password information needs to be re-entered.
- an object of the present invention is to provide a wireless connection password management method for a smart terminal, which can maintain or record a wireless connection at any one of the smart terminals by managing the wireless connection password. Password is easy to use.
- the invention discloses a wireless connection password management method for an intelligent terminal, comprising a backup step and a recovery step.
- the backup step includes:
- Step 101 Start backing up a wireless connection password, and read a configuration unit that stores the wireless connection password;
- Step 102 Extract a storage unit in the configuration unit that stores the wireless connection password.
- Step 103 Convert the storage unit into an identification unit
- Step 104 Upload the identification unit to a remote server
- the recovery step includes:
- Step 201 Start restoring the wireless connection password, and download the identification unit from the remote server.
- Step 202 Convert the identification unit into a storage unit.
- Step 203 Write configuration information of the temporary file in the system of the smart terminal to the configuration unit.
- Step 204 Write the storage unit to the configuration unit.
- Step 205 Reset the wireless connection status.
- step 102 and step 103 further include: step 102': filtering and removing the wireless connection password using the certificate connection.
- the step 102' includes:
- Step 102'-1 determining whether the storage unit has a wireless connection password using a certificate connection
- Step 102'-2 A single storage file of the wireless connection password using the certificate connection is removed from the storage unit.
- step 202 and step 203 further include: step 202': disabling the wireless connection.
- the step 202' includes:
- Step 202'-1 determining whether the smart terminal is enabling a wireless connection
- Step 202'-2 Disable the wireless connection being enabled.
- the backup step and the recovery step are implemented at a framework layer of the smart terminal.
- FIG. 1 is a schematic flow chart of a backup step in accordance with a preferred embodiment of the present invention.
- FIG. 2 is a flow diagram of a recovery step in accordance with a preferred embodiment of the present invention.
- the present invention manages wireless connection passwords stored or recorded in a smart terminal. It is mainly downloaded from the backup to the remote server and downloaded from the remote server. specifically,
- the steps to back up to the remote server include:
- Step 101 The user operates at the smart terminal, and controls the smart terminal to perform a backup backup wireless connection password.
- the operation may be implemented by an application connected to the system of the smart terminal or software having a system for reading the smart terminal, and when the execution step starts, the application or software, such as wpa_supplicant, will read and store the wireless connection password.
- the configuration unit such as a conf or config file located in the smart terminal system.
- the configuration unit of the wireless connection password is a conf or config file in the path of /data/misc/wifi/wpa_supplicant.conf.
- Step 102 In the above configuration unit, extracting a storage unit storing a wireless connection password.
- each storage file of the storage unit corresponds to a wifi information, that is, a single wifi data format is network ⁇ n... ⁇ n ⁇ , so that the wireless passwords saved and used in the subsequent steps are all It can identify the stored network file that the intelligent terminal system can recognize.
- Step 103 Converting the storage unit into the identification unit again, and utilizing the characteristics of the lightweight data exchange form of the identification unit such as the jason format file, when the amount of the wireless connection password data is large, it does not occupy excessive storage space.
- the conversion of the jason format file can also be realized by the above application and software.
- the application and the software have a format conversion unit built in, and the above conversion process can be realized based on the java algorithm.
- Step 104 After the format conversion is completed, the identification unit is uploaded to the remote server by using a cellular network or a wireless connection system to store the wireless connection password.
- the remote server can be provided by a smart terminal manufacturer, or provided by an application or a software vendor, and finally implemented in a cloud mode storage.
- step 102 and step 103 above further includes: step 102': filtering and removing the wireless connection password using the certificate connection.
- step 102' includes:
- Step 102'-1 Because the wifi connected by the certificate is connected differently from the ordinary wireless network, the certificate and key provided by the wireless network are required, and the password of the wireless network requires a key every time the connection is made. verification. Therefore, the wireless connection password using the certificate cannot be used on other smart terminals even if it is saved. Therefore, this step needs to determine each storage file in the storage unit. Whether there is a wireless connection password using a certificate connection;
- Step 102'-2 A single storage file using the wireless connection password of the certificate connection is removed from the storage unit, and only the storage file directly using the wireless connection password is reserved for subsequent conversion to the identification unit.
- the steps to recover the wireless connection password from the remote server include:
- Step 201 The user operates in the application or the software, connects the smart terminal with the remote server, and downloads the identification unit from the remote server to start restoring the wireless connection password.
- Step 202 Convert the identification unit into a storage unit usable by the smart terminal by using a format conversion unit built in the application or the software.
- Step 203 Since different smart terminals have different connection configurations to the wireless network, after the storage unit is restored, the temporary files in the system need to be written into the configuration unit, and the configuration unit formed by the downloaded storage unit is overwritten to satisfy Current configuration requirements for intelligent terminals. It can be understood that in the embodiment in which the smart terminal using the management method uses the Android system, the template temporary file in the path of /system/etc/wifi/wpa_supplicant.conf can be called.
- Step 204 Then, the storage unit is further written into the configuration unit, that is, in the configuration unit that satisfies the configuration of the smart terminal, the wireless connection password is written, and when the wireless connection password needs to be connected again, it will be directly from the configuration unit.
- the read password is paired with the wireless network.
- Step 205 Reset the wireless connection status to enable the new configuration unit.
- step 202 between step 202 and step 203, the method further includes:
- Step 202' Disable the wireless connection. Specifically, the step 202' includes:
- Step 202'-1 determining whether the smart terminal is enabling wireless connection, if not, executing step 203, and if yes, proceeding to the next step;
- Step 202'-2 Disable the wireless connection being enabled, that is, turn off the current wireless connection to prevent unnecessary system errors caused by subsequent coverage of the configuration unit.
- the user can store the wireless connection password in the cloud such as address book, short message, and chat record, and no longer worry about losing or forgetting the wireless connection password.
- the application that performs the above steps can be configured to achieve periodic backups, reducing manual operations.
Abstract
Provided by the present invention is a wireless connection password management method for an intelligent terminal, which comprises backup steps and recovery steps, the backup steps comprising: Step 101: starting the backup of a wireless connection password, and reading a configuration unit stored with the wireless connection password; Step 102: extracting a storage unit stored with the wireless connection password in the configuration unit ; Step 103: converting the storage unit into a recognition unit; and Step 104: uploading the identification unit to a remote server. The recovery steps comprise: Step 201: starting the recovery of the wireless connection password, and downloading the identification unit from the remote server; Step 202: converting the identification unit to a storage unit ; Step 203: overwriting the configuration information of temporary files in the system of the intelligent terminal to the configuration unit; Step 204: writing the storage unit to the configuration unit; and Step 205: resetting the wireless connection status. After using the described technical solution, replacing the intelligent terminal, replacing the firmware thereof, or losing the terminal, etc. will not affect the continuous use of the saved wireless connection password.
Description
本发明涉及智能终端控制领域，尤其涉及一种用于智能终端的无线连接密码管理方法。The present invention relates to the field of intelligent terminal control, and in particular, to a wireless connection password management method for an intelligent terminal.
随着智能终端及互联网技术的普及应用，越来越多的使用者更新智能终端的频率也越来越快。在更新智能终端时，重要数据需要随迁至新的终端中，其中，使用者保存的无线连接密码，即wifi密码也是其中极其重要的需要一并转移的数据。但现有技术中，并不具有相关的技术或应用可方便使用者随时随地地将一台智能终端上的无线连接密码转移至另一台上。由此，导致了智能终端刷机后wifi密码数据丢失，或使用新的智能终端后，需要重新输入wifi密码信息。With the popularization of smart terminals and Internet technologies, more and more users are updating their smart terminals more and more frequently. When updating the smart terminal, important data needs to be moved to the new terminal. The wireless connection password saved by the user, that is, the wifi password is also an extremely important data that needs to be transferred together. However, in the prior art, the related technology or application is not convenient for the user to transfer the wireless connection password on one smart terminal to another at any time and any place. As a result, the wifi password data is lost after the smart terminal is swiped, or after the new smart terminal is used, the wifi password information needs to be re-entered.
因此，需要一种可对无线密码进行管理的方法，以解决上述问题。Therefore, there is a need for a method of managing wireless passwords to solve the above problems.
发明内容Summary of the invention
为了克服上述技术缺陷，本发明的目的在于提供一种用于智能终端的无线连接密码管理方法，使用者可通过对无线连接密码的管理，在任意一台智能终端处均可保留或记录无线连接的密码，方便使用。In order to overcome the above technical deficiencies, an object of the present invention is to provide a wireless connection password management method for a smart terminal, which can maintain or record a wireless connection at any one of the smart terminals by managing the wireless connection password. Password is easy to use.
本发明公开了一种用于智能终端的无线连接密码管理方法，包括备份步骤及恢复步骤，The invention discloses a wireless connection password management method for an intelligent terminal, comprising a backup step and a recovery step.
所述备份步骤包括：The backup step includes:
步骤101：开始备份无线连接密码，读取存储有所述无线连接密码的配置单元；Step 101: Start backing up a wireless connection password, and read a configuration unit that stores the wireless connection password;
步骤102：提取所述配置单元中存储有所述无线连接密码的存储单元；Step 102: Extract a storage unit in the configuration unit that stores the wireless connection password.
步骤103：将所述存储单元转化为识别单元；Step 103: Convert the storage unit into an identification unit;
步骤104：上传所述识别单元至远程服务端；Step 104: Upload the identification unit to a remote server;
所述恢复步骤包括：
The recovery step includes:
步骤201：开始恢复无线连接密码，自所述远程服务端下载识别单元；Step 201: Start restoring the wireless connection password, and download the identification unit from the remote server.
步骤202：将所述识别单元转化为存储单元；Step 202: Convert the identification unit into a storage unit.
步骤203：将智能终端的系统内临时文件的配置信息覆盖写入所述配置单元；Step 203: Write configuration information of the temporary file in the system of the smart terminal to the configuration unit.
步骤204：将所述存储单元写入所述配置单元；Step 204: Write the storage unit to the configuration unit.
步骤205：重设无线连接状态。Step 205: Reset the wireless connection status.
优选地，步骤102与步骤103间还包括：步骤102’：过滤并去除使用证书连接的无线连接密码。Preferably, step 102 and step 103 further include: step 102': filtering and removing the wireless connection password using the certificate connection.
优选地，所述步骤102’包括：Preferably, the step 102' includes:
步骤102’-1：判断存储单元是是否具有使用证书连接的无线连接密码；Step 102'-1: determining whether the storage unit has a wireless connection password using a certificate connection;
步骤102’-2：自存储单元中去除使用证书连接的无线连接密码的单个存储文件。Step 102'-2: A single storage file of the wireless connection password using the certificate connection is removed from the storage unit.
优选地，步骤202与步骤203间还包括：步骤202’：禁用无线连接。Preferably, step 202 and step 203 further include: step 202': disabling the wireless connection.
优选地，所述步骤202’包括：Preferably, the step 202' includes:
步骤202’-1：判断所述智能终端是否正在启用无线连接；Step 202'-1: determining whether the smart terminal is enabling a wireless connection;
步骤202’-2：禁用正在启用的无线连接。Step 202'-2: Disable the wireless connection being enabled.
优选地，所述备份步骤及恢复步骤于所述智能终端的framework层实施。Preferably, the backup step and the recovery step are implemented at a framework layer of the smart terminal.
采用了上述技术方案后，与现有技术相比，具有以下有益效果：After adopting the above technical solution, compared with the prior art, the following beneficial effects are obtained:
1.智能终端更换、刷机、遗失等均不会影响已保存的无线连接密码的接续使用；1. Smart terminal replacement, brushing, loss, etc. will not affect the connection of the saved wireless connection password;
2.使用者无需再人工记忆许多个无线连接密码。2. The user does not need to manually memorize many wireless connection passwords.
图1为符合本发明一优选实施例中备份步骤的流程示意图；1 is a schematic flow chart of a backup step in accordance with a preferred embodiment of the present invention;
图2为符合本发明一优选实施例中恢复步骤的流程示意图。2 is a flow diagram of a recovery step in accordance with a preferred embodiment of the present invention.
以下结合附图与具体实施例进一步阐述本发明的优点。Advantages of the present invention are further explained below in conjunction with the accompanying drawings and specific embodiments.
参阅图1及图2，本发明对智能终端内存储或记录的无线连接密码管理，
主要由备份至远程服务器端及自远程服务器端下载为主。具体地，Referring to FIG. 1 and FIG. 2, the present invention manages wireless connection passwords stored or recorded in a smart terminal.
It is mainly downloaded from the backup to the remote server and downloaded from the remote server. specifically,
参阅图1，备份至远程服务器端的步骤包括：Referring to Figure 1, the steps to back up to the remote server include:
步骤101：使用者于智能终端处操作，控制智能终端执行开始备份无线连接密码。该操作可通过与智能终端的系统连接的应用、或具有读取智能终端的系统的软件实现，当该执行步骤开始执行时，上述应用或软件，例如wpa_supplicant将读取存储有所述无线连接密码的配置单元，比如设于智能终端系统内的conf或config文件。在某些实施例中，若智能终端采用的为安卓系统，无线连接密码的配置单元为/data/misc/wifi/wpa_supplicant.conf路径下的conf或config文件。Step 101: The user operates at the smart terminal, and controls the smart terminal to perform a backup backup wireless connection password. The operation may be implemented by an application connected to the system of the smart terminal or software having a system for reading the smart terminal, and when the execution step starts, the application or software, such as wpa_supplicant, will read and store the wireless connection password. The configuration unit, such as a conf or config file located in the smart terminal system. In some embodiments, if the smart terminal adopts an Android system, the configuration unit of the wireless connection password is a conf or config file in the path of /data/misc/wifi/wpa_supplicant.conf.
步骤102：在上述配置单元中，提取存储有无线连接密码的存储单元。可以理解的是，在配置单元中，存储单元的每个存储文件对应一个wifi信息，也即单个wifi数据格式为network{\n……\n}，以使得后续保存及使用的无线密码均为可识别已存储的，智能终端系统可识别的network文件。Step 102: In the above configuration unit, extracting a storage unit storing a wireless connection password. It can be understood that, in the configuration unit, each storage file of the storage unit corresponds to a wifi information, that is, a single wifi data format is network{\n...\n}, so that the wireless passwords saved and used in the subsequent steps are all It can identify the stored network file that the intelligent terminal system can recognize.
步骤103：再将存储单元转化为识别单元，利用如jason格式文件的识别单元具有的轻量级的数据交换形式的特点，当无线连接密码数据量庞大时，不会占用过多的存储空间。可以理解的是，jason格式文件的转化，也可通过上述应用及软件实现，应用及软件内置有格式转换单元，基于java算法可实现上述转换过程。Step 103: Converting the storage unit into the identification unit again, and utilizing the characteristics of the lightweight data exchange form of the identification unit such as the jason format file, when the amount of the wireless connection password data is large, it does not occupy excessive storage space. It can be understood that the conversion of the jason format file can also be realized by the above application and software. The application and the software have a format conversion unit built in, and the above conversion process can be realized based on the java algorithm.
步骤104：待格式转换完成后，将利用蜂窝网络或无线连接制式上传识别单元至远程服务端，以存储无线连接密码。该远程服务端，可以是智能终端厂商建立提供，或是由应用或软件厂商供应提供，最终实现云端方式存储。Step 104: After the format conversion is completed, the identification unit is uploaded to the remote server by using a cellular network or a wireless connection system to store the wireless connection password. The remote server can be provided by a smart terminal manufacturer, or provided by an application or a software vendor, and finally implemented in a cloud mode storage.
在一优选实施例中，上述的步骤102与步骤103间还包括：步骤102’：过滤并去除使用证书连接的无线连接密码。具体地，该步骤102’包括：In a preferred embodiment, step 102 and step 103 above further includes: step 102': filtering and removing the wireless connection password using the certificate connection. Specifically, the step 102' includes:
步骤102’-1：由于使用证书连接的wifi，其连接方式与普通无线网络连接方式不同，需要有无线网络端提供的证书及密钥，此类无线网络密码在每次连接时均需要密钥验证。因此，使用证书的无线连接密码即便保存也无法在其他智能终端上使用。因此，该步骤需判断存储单元中的每一存储文件
是否具有使用证书连接的无线连接密码；Step 102'-1: Because the wifi connected by the certificate is connected differently from the ordinary wireless network, the certificate and key provided by the wireless network are required, and the password of the wireless network requires a key every time the connection is made. verification. Therefore, the wireless connection password using the certificate cannot be used on other smart terminals even if it is saved. Therefore, this step needs to determine each storage file in the storage unit.
Whether there is a wireless connection password using a certificate connection;
步骤102’-2：自存储单元中去除使用证书连接的无线连接密码的单个存储文件，仅保留直接使用无线连接密码的存储文件，以供后续转换格式至识别单元。Step 102'-2: A single storage file using the wireless connection password of the certificate connection is removed from the storage unit, and only the storage file directly using the wireless connection password is reserved for subsequent conversion to the identification unit.
参阅图2，自远程服务端恢复无线连接密码的步骤包括：Referring to Figure 2, the steps to recover the wireless connection password from the remote server include:
步骤201：使用者于应用或软件内操作，将智能终端与远程服务端连接，并自所述远程服务端下载识别单元，以开始恢复无线连接密码。Step 201: The user operates in the application or the software, connects the smart terminal with the remote server, and downloads the identification unit from the remote server to start restoring the wireless connection password.
步骤202：利用应用或软件内置的格式转换单元，将识别单元转化为智能终端可使用的存储单元。Step 202: Convert the identification unit into a storage unit usable by the smart terminal by using a format conversion unit built in the application or the software.
步骤203：由于不同智能终端对无线网络的连接配置不同，因此，在恢复存储单元后，需要将系统内的临时文件写入配置单元中，并覆盖下载的存储单元所形成的配置单元，以满足当前智能终端的配置要求。可以理解的是，在使用该管理方法的智能终端使用安卓系统的实施例中，可调用/system/etc/wifi/wpa_supplicant.conf路径下的template临时文件。Step 203: Since different smart terminals have different connection configurations to the wireless network, after the storage unit is restored, the temporary files in the system need to be written into the configuration unit, and the configuration unit formed by the downloaded storage unit is overwritten to satisfy Current configuration requirements for intelligent terminals. It can be understood that in the embodiment in which the smart terminal using the management method uses the Android system, the template temporary file in the path of /system/etc/wifi/wpa_supplicant.conf can be called.
步骤204：随后，再将存储单元写入配置单元，也即在满足了本智能终端配置的配置单元里，将无线连接密码写入，当再次需要连接无线连接密码时，将直接从配置单元中读取密码与无线网络进行配对。Step 204: Then, the storage unit is further written into the configuration unit, that is, in the configuration unit that satisfies the configuration of the smart terminal, the wireless connection password is written, and when the wireless connection password needs to be connected again, it will be directly from the configuration unit. The read password is paired with the wireless network.
步骤205：重设无线连接状态，以启用新的配置单元。Step 205: Reset the wireless connection status to enable the new configuration unit.
在一优选实施例中，步骤202与步骤203间还包括：In a preferred embodiment, between step 202 and step 203, the method further includes:
步骤202’：禁用无线连接。具体地，该步骤202’包括：Step 202': Disable the wireless connection. Specifically, the step 202' includes:
步骤202’-1：判断智能终端是否正在启用无线连接，若否，则执行步骤203，若是，则进行下一步骤；Step 202'-1: determining whether the smart terminal is enabling wireless connection, if not, executing step 203, and if yes, proceeding to the next step;
步骤202’-2：禁用正在启用的无线连接，即关闭当前无线连接，以防止后续对配置单元覆盖时，引起的不必要的系统错误。Step 202'-2: Disable the wireless connection being enabled, that is, turn off the current wireless connection to prevent unnecessary system errors caused by subsequent coverage of the configuration unit.
可以理解的是，上述备份步骤及恢复步骤均在智能终端的系统里framework层实施，分析如安卓系统的源代码，并根据上述步骤的执行要求和顺序，添加相应的程序。
It can be understood that the above backup steps and recovery steps are implemented in the framework layer of the system of the smart terminal, analyze the source code of the Android system, and add corresponding programs according to the execution requirements and order of the above steps.
具有上述配置后，使用者可将无线连接密码如通讯录、短信、聊天记录般云端存储，不再担心会丢失或遗忘无线连接密码。更优选地，可对执行上述步骤的应用进行配置，实现定期地备份，减少了人工的操作。With the above configuration, the user can store the wireless connection password in the cloud such as address book, short message, and chat record, and no longer worry about losing or forgetting the wireless connection password. More preferably, the application that performs the above steps can be configured to achieve periodic backups, reducing manual operations.
应当注意的是，本发明的实施例有较佳的实施性，且并非对本发明作任何形式的限制，任何熟悉该领域的技术人员可能利用上述揭示的技术内容变更或修饰为等同的有效实施例，但凡未脱离本发明技术方案的内容，依据本发明的技术实质对以上实施例所作的任何修改或等同变化及修饰，均仍属于本发明技术方案的范围内。
It should be noted that the embodiments of the present invention are preferred embodiments, and are not intended to limit the scope of the present invention. Any one skilled in the art may use the above-disclosed technical contents to change or modify the equivalent embodiments. Any modification or equivalent changes and modifications of the above embodiments in accordance with the technical spirit of the present invention are still within the scope of the technical solutions of the present invention.
Claims (6)
- 一种用于智能终端的无线连接密码管理方法，其特征在于，包括备份步骤及恢复步骤，A wireless connection password management method for an intelligent terminal, comprising: a backup step and a recovery step,所述备份步骤包括：The backup step includes:步骤101：开始备份无线连接密码，读取存储有所述无线连接密码的配置单元；Step 101: Start backing up a wireless connection password, and read a configuration unit that stores the wireless connection password;步骤102：提取所述配置单元中存储有所述无线连接密码的存储单元；Step 102: Extract a storage unit in the configuration unit that stores the wireless connection password.步骤103：将所述存储单元转化为识别单元；Step 103: Convert the storage unit into an identification unit;步骤104：上传所述识别单元至远程服务端；Step 104: Upload the identification unit to a remote server;所述恢复步骤包括：The recovery step includes:步骤201：开始恢复无线连接密码，自所述远程服务端下载识别单元；Step 201: Start restoring the wireless connection password, and download the identification unit from the remote server.步骤202：将所述识别单元转化为存储单元；Step 202: Convert the identification unit into a storage unit.步骤203：将智能终端的系统内临时文件的配置信息覆盖写入所述配置单元；Step 203: Write configuration information of the temporary file in the system of the smart terminal to the configuration unit.步骤204：将所述存储单元写入所述配置单元；Step 204: Write the storage unit to the configuration unit.步骤205：重设无线连接状态。Step 205: Reset the wireless connection status.
- 如权利要求1所述的用于智能终端的无线连接密码管理方法，其特征在于，A wireless connection password management method for a smart terminal according to claim 1, wherein步骤102与步骤103间还包括：Step 102 and step 103 further include:步骤102’：过滤并去除使用证书连接的无线连接密码。Step 102': Filter and remove the wireless connection password using the certificate connection.
- 如权利要求2所述的用于智能终端的无线连接密码管理方法，其特征在于，A wireless connection password management method for a smart terminal according to claim 2, wherein所述步骤102’包括：The step 102' includes:步骤102’-1：判断存储单元是否具有使用证书连接的无线连接密码；Step 102'-1: determining whether the storage unit has a wireless connection password using a certificate connection;步骤102’-2：自存储单元中去除使用证书连接的无线连接密码的单个存储文件。Step 102'-2: A single storage file of the wireless connection password using the certificate connection is removed from the storage unit.
- 如权利要求1所述的用于智能终端的无线连接密码管理方法，其特征在 于，A wireless connection password management method for a smart terminal according to claim 1, wherein to,步骤202与步骤203间还包括：Step 202 and step 203 further include:步骤202’：禁用无线连接。Step 202': Disable the wireless connection.
- 如权利要求4所述的用于智能终端的无线连接密码管理方法，其特征在于，A wireless connection password management method for a smart terminal according to claim 4, wherein所述步骤202’包括：The step 202' includes:步骤202’-1：判断所述智能终端是否正在启用无线连接；Step 202'-1: determining whether the smart terminal is enabling a wireless connection;步骤202’-2：禁用正在启用的无线连接。Step 202'-2: Disable the wireless connection being enabled.
- 如权利要求1所述的用于智能终端的无线连接密码管理方法，其特征在于，A wireless connection password management method for a smart terminal according to claim 1, wherein所述备份步骤及恢复步骤于所述智能终端的framework层实施。 The backup step and the recovery step are implemented at a framework layer of the smart terminal.
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| PCT/CN2017/087991 WO2018227354A1 (en) | 2017-06-13 | 2017-06-13 | Wireless connection password management method for intelligent terminal |
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| PCT/CN2017/087991 WO2018227354A1 (en) | 2017-06-13 | 2017-06-13 | Wireless connection password management method for intelligent terminal |
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| WO2015153557A1 (en) * | 2014-03-31 | 2015-10-08 | Google Inc. | Credential sharing |
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