CN104636783A - Method for generating two-dimensional code with online bank information based on current system time - Google Patents
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Abstract
本发明提供一种基于当前系统时间以生成带有网银信息的二维码的方法，包括以下步骤：在二维码生成界面中的信息输入界面中输入网银信息，并对所输入的网银信息进行转换，以得到与其相对应的第一序号；根据植入有二维码生成界面的操作系统的当前显示时间，以调用一种算法对序号进行至少一次加密操作，以生成第二序号；将第一序号与第二序号进行排列，以形成序号组；将序号组输入二维码生成界面中，以生成与序号组相对应的二维码。本发明通过当前系统时间以调用与其相应的加密方式，从而根据在二维码生成界面中输入的网银信息以生成具有加密功能的二维码。The present invention provides a method for generating a two-dimensional code with online banking information based on the current system time, comprising the following steps: inputting the online banking information in the information input interface in the two-dimensional code generation interface, and performing the inputted online banking information Conversion to obtain the corresponding first serial number; according to the current display time of the operating system embedded with the two-dimensional code generation interface, an algorithm is called to perform at least one encryption operation on the serial number to generate the second serial number; The first serial number and the second serial number are arranged to form a serial number group; the serial number group is input into the two-dimensional code generation interface to generate a two-dimensional code corresponding to the serial number group. The present invention uses the current system time to call the corresponding encryption method, so as to generate the two-dimensional code with encryption function according to the online banking information input in the two-dimensional code generation interface.
Description
技术领域technical field
本发明涉及二维码领域，尤其是一种基于当前系统时间以生成带有网银信息的二维码的方法。The invention relates to the field of two-dimensional codes, in particular to a method for generating two-dimensional codes with online banking information based on the current system time.
背景技术Background technique
由于企业网银信息和个人网银信息属于与企业和个人最为重要的资产信息之一，如果被他人得知，就必然会使企业和个人的资产受到严重的损失。Since corporate online banking information and personal online banking information are one of the most important asset information related to enterprises and individuals, if they are known by others, it will inevitably cause serious losses to the assets of enterprises and individuals.
随着二维码的广泛应用，能否将网银信息与二维码技术进行绑定则成为急需解决的主要问题。With the widespread application of QR codes, whether online banking information can be bound with QR code technology has become a major problem that needs to be solved urgently.
发明内容Contents of the invention
针对上述问题中存在的不足之处，本发明提供一种通过当前系统时间以调用与其相应的加密方式，从而根据在二维码生成界面中输入的网银信息以生成具有加密功能的二维码的基于当前系统时间以生成带有网银信息的二维码的方法。Aiming at the deficiencies in the above problems, the present invention provides a method of invoking the corresponding encryption method through the current system time, so as to generate a two-dimensional code with encryption function according to the online banking information input in the two-dimensional code generation interface. A method for generating a QR code with online banking information based on the current system time.
为实现上述目的，本发明提供一种基于当前系统时间以生成带有网银信息的二维码的方法，包括以下步骤：In order to achieve the above object, the present invention provides a method for generating a two-dimensional code with online banking information based on the current system time, comprising the following steps:
S1、在二维码生成界面中的信息输入界面中输入网银信息，并对所输入的网银信息进行转换，以得到与其相对应的第一序号；S1. Input online banking information in the information input interface in the two-dimensional code generation interface, and convert the input online banking information to obtain the corresponding first serial number;
S2、根据植入有二维码生成界面的操作系统的当前显示时间，以调用一种算法对序号进行至少一次加密操作，以生成第二序号；S2. According to the current display time of the operating system implanted with the two-dimensional code generation interface, an algorithm is called to perform at least one encryption operation on the serial number to generate a second serial number;
S3、将第一序号与第二序号进行排列，以形成序号组；S3. Arranging the first serial number and the second serial number to form a serial number group;
S4、将序号组输入二维码生成界面中，以生成与序号组相对应的二维码。S4. Input the serial number group into the two-dimensional code generation interface to generate a two-dimensional code corresponding to the serial number group.
上述的基于当前系统时间以生成带有网银信息的二维码的方法，其中，在步骤S1中，所输入的网银信息包括网银用户的身份信息、与网银相绑定的银行卡号码、网银交易时的支付密码以及随机生成的校验码。The above-mentioned method for generating a two-dimensional code with online banking information based on the current system time, wherein, in step S1, the input online banking information includes the identity information of the online banking user, the bank card number bound to the online banking, the online banking transaction The payment password and the randomly generated verification code.
上述的基于当前系统时间以生成带有网银信息的二维码的方法，其中，在步骤S2中，包括以下步骤：The above-mentioned method based on the current system time to generate a two-dimensional code with online banking information, wherein, in step S2, includes the following steps:
S21、根据植入有二维码生成界面的操作系统的当前显示时间以确定时间区间段序号；S21. Determine the serial number of the time interval according to the current display time of the operating system implanted with the two-dimensional code generation interface;
S22、根据时间区间段序号以选定与其相对应的加密方式对步骤S1中得到的第一序号进行第一次加密操作。S22. Perform a first encryption operation on the first sequence number obtained in step S1 according to the sequence number of the time interval segment and select an encryption method corresponding to it.
上述的基于当前系统时间以生成带有网银信息的二维码的方法，其中，在步骤S22实施之后，还包括S23：The above-mentioned method for generating a two-dimensional code with online banking information based on the current system time, wherein, after step S22 is implemented, S23 is also included:
通过加密顺序指针调用一种加密方式，以对完成第一次加密操作的第一序号进行第二次加密操作，以形成第二序号。An encryption method is invoked through the encryption sequence pointer to perform a second encryption operation on the first sequence number that has completed the first encryption operation to form a second sequence number.
上述的基于当前系统时间以生成带有网银信息的二维码的方法，其中，在步骤S23中，加密顺序指针在随机调用并选取到第二次加密方式后，判断第二次加密方式与第一次加密方式是否为相同的加密方式；The above-mentioned method based on the current system time to generate a two-dimensional code with online banking information, wherein, in step S23, after the encryption sequence pointer is randomly called and selected for the second encryption method, it is judged that the second encryption method is different from the second encryption method. Whether the primary encryption method is the same encryption method;
若判定第二次加密方式与第一次加密方式为相同的加密方式，则放弃此次随机调用与选取操作，将加密顺序指针指向第一次加密方式，并以此为起点，向前或向后移动一个指针位置，并将与当前指针位置相对应的加密方式作为第二次加密操作的加密方式。If it is determined that the second encryption method is the same encryption method as the first encryption method, the random call and selection operation is abandoned, and the encryption sequence pointer points to the first encryption method, and this is used as a starting point to move forward or backward Then move a pointer position, and use the encryption method corresponding to the current pointer position as the encryption method for the second encryption operation.
上述的基于当前系统时间以生成带有网银信息的二维码的方法，其中，加密方式包括DES加密方式、3DES加密方式、TEA加密方式、XTEA加密方式、RC4加密方式、PANAMA加密方式、Twofish加密方式、CAST-128加密方式、CAST-256加密方式、MD5加密方式与enigma加密。The above-mentioned method for generating a two-dimensional code with online banking information based on the current system time, wherein the encryption method includes DES encryption method, 3DES encryption method, TEA encryption method, XTEA encryption method, RC4 encryption method, PANAMA encryption method, Twofish encryption method Encryption method, CAST-128 encryption method, CAST-256 encryption method, MD5 encryption method and enigma encryption.
上述的基于当前系统时间以生成带有网银信息的二维码的方法，其中，在步骤S2实施前还需要进行如下操作步骤：The above-mentioned method based on the current system time to generate a two-dimensional code with online banking information, wherein, the following steps need to be performed before step S2 is implemented:
将00～59秒划分为11个时间区间段，并将每个时间区间段分别与一种加密方式相绑定，以形成11个一次加密区间段。Divide 00 to 59 seconds into 11 time intervals, and bind each time interval to an encryption method to form 11 one-time encryption intervals.
上述的基于当前系统时间以生成带有网银信息的二维码的方法，其中，在步骤S3中，将第一序号与第二序号按照前或后的顺序进行排列，以形成序号组。In the above-mentioned method for generating a two-dimensional code with online banking information based on the current system time, in step S3, the first serial number and the second serial number are arranged in the order of front or back to form a serial number group.
与现有技术相比，本发明具有以下优点：Compared with the prior art, the present invention has the following advantages:
本发明通过当前系统时间以调用与其相应的加密方式，从而根据在二维码生成界面中输入的网银信息以生成具有加密功能的二维码；The present invention uses the current system time to call the corresponding encryption method, thereby generating a two-dimensional code with encryption function according to the online banking information input in the two-dimensional code generation interface;
另外，还可以根据需要对在二维码生成界面中输入的网银信息进行两次不同加密方式的加密操作，可提高所生成的二维码的加密效果；In addition, the online banking information input in the two-dimensional code generation interface can also be encrypted twice with different encryption methods according to the needs, which can improve the encryption effect of the generated two-dimensional code;
另外，在进行第二次加密操作之前，由于还具备加密方式比对操作，因此，可避免由于两次加密操作均是采用相同的加密方式而使加密效果降低的缺点。In addition, before the second encryption operation, since the encryption method comparison operation is also provided, the disadvantage of reducing the encryption effect due to the same encryption method used in the two encryption operations can be avoided.
具体实施方式Detailed ways
本发明提供一种基于当前系统时间以生成带有网银信息的二维码的方法，包括以下步骤：The present invention provides a method for generating a two-dimensional code with online banking information based on the current system time, comprising the following steps:
S1、在二维码生成界面中的信息输入界面中输入网银信息，并对所输入的网银信息进行转换，以得到与其相对应的第一序号。S1. Input online banking information in the information input interface of the two-dimensional code generation interface, and convert the input online banking information to obtain a corresponding first serial number.
其中，在步骤S1中，所输入的网银信息包括网银用户的身份信息、与网银相绑定的银行卡号码、网银交易时的支付密码以及随机生成的校验码。Wherein, in step S1, the online banking information input includes the identity information of the online banking user, the bank card number bound to the online banking, the payment password during online banking transactions, and a randomly generated verification code.
S2、根据植入有二维码生成界面的操作系统的当前显示时间，以调用一种算法对序号进行至少一次加密操作，以生成第二序号。S2. Calling an algorithm to perform at least one encryption operation on the serial number according to the current display time of the operating system embedded with the two-dimensional code generation interface, so as to generate the second serial number.
其中，在步骤S2中，包括以下步骤：Wherein, in step S2, include the following steps:
S21、根据植入有二维码生成界面的操作系统的当前显示时间以确定时间区间段序号；S21. Determine the serial number of the time interval according to the current display time of the operating system implanted with the two-dimensional code generation interface;
S22、根据时间区间段序号以选定与其相对应的加密方式对步骤S1中得到的第一序号进行第一次加密操作。S22. Perform a first encryption operation on the first sequence number obtained in step S1 according to the sequence number of the time interval segment and select an encryption method corresponding to it.
另外，若还需要对完成第一次加密操作的第一序号进行第二次加密操作，则在步骤S22实施之后，还包括S23：In addition, if it is necessary to perform a second encryption operation on the first sequence number that has completed the first encryption operation, after step S22 is implemented, S23 is also included:
通过加密顺序指针调用一种加密方式，以对完成第一次加密操作的第一序号进行第二次加密操作，以形成第二序号。An encryption method is invoked through the encryption sequence pointer to perform a second encryption operation on the first sequence number that has completed the first encryption operation to form a second sequence number.
其中，在步骤S23中，加密顺序指针在随机调用并选取到第二次加密方式后，判断第二次加密方式与第一次加密方式是否为相同的加密方式；Wherein, in step S23, after the encryption sequence pointer is randomly called and selected for the second encryption method, it is judged whether the second encryption method is the same encryption method as the first encryption method;
若判定第二次加密方式与第一次加密方式为相同的加密方式，则放弃此次随机调用与选取操作，将加密顺序指针指向第一次加密方式，并以此为起点，向前或向后移动一个指针位置，并将与当前指针位置相对应的加密方式作为第二次加密操作的加密方式。If it is determined that the second encryption method is the same encryption method as the first encryption method, the random call and selection operation is abandoned, and the encryption sequence pointer points to the first encryption method, and this is used as a starting point to move forward or backward Then move a pointer position, and use the encryption method corresponding to the current pointer position as the encryption method for the second encryption operation.
在步骤S22与S23中，加密方式包括DES加密方式、3DES加密方式、TEA加密方式、XTEA加密方式、RC4加密方式、PANAMA加密方式、Twofish加密方式、CAST-128加密方式、CAST-256加密方式、MD5加密方式与enigma加密方式。In steps S22 and S23, the encryption method includes DES encryption method, 3DES encryption method, TEA encryption method, XTEA encryption method, RC4 encryption method, PANAMA encryption method, Twofish encryption method, CAST-128 encryption method, CAST-256 encryption method, MD5 encryption method and enigma encryption method.
另外，在步骤S2实施前还需要进行如下操作步骤：In addition, the following steps need to be carried out before step S2 is implemented:
将00～59秒划分为11个时间区间段，并将每个时间区间段分别与一种加密方式相绑定，以形成11个一次加密区间段。Divide 00 to 59 seconds into 11 time intervals, and bind each time interval to an encryption method to form 11 one-time encryption intervals.
例如：第1加密区间段与DES加密方式相绑定、第2加密区间段与3DES加密方式相绑定、第3加密区间段与TEA加密方式相绑定、第4加密区间段与XTEA加密方式相绑定、第5加密区间段与RC4加密方式相绑定、第6加密区间段与PANAMA加密方式相绑定、第7加密区间段与Twofish加密方式相绑定、第8加密区间段与CAST-128加密方式相绑定、第9加密区间段与CAST-256加密方式相绑定、第10加密区间段与MD5加密方式相绑定、第11加密区间段与enigma加密方式相绑定。For example: the first encryption interval is bound to the DES encryption method, the second encryption interval is bound to the 3DES encryption method, the third encryption interval is bound to the TEA encryption method, and the fourth encryption interval is bound to the XTEA encryption method The fifth encryption interval is bound to the RC4 encryption method, the sixth encryption interval is bound to the PANAMA encryption method, the seventh encryption interval is bound to the Twofish encryption method, and the eighth encryption interval is bound to the CAST encryption method The -128 encryption method is bound, the 9th encryption interval is bound with the CAST-256 encryption method, the 10th encryption interval is bound with the MD5 encryption method, and the 11th encryption interval is bound with the enigma encryption method.
S3、将第一序号与第二序号进行排列，以形成序号组。S3. Arrange the first serial number and the second serial number to form a serial number group.
在步骤S3中，将第一序号与第二序号按照前或后的顺序进行排列，以形成序号组。In step S3, the first serial number and the second serial number are arranged in the order of front or back to form a serial number group.
S4、将序号组输入二维码生成界面中，以生成与序号组相对应的二维码。S4. Input the serial number group into the two-dimensional code generation interface to generate a two-dimensional code corresponding to the serial number group.
其中，二维码生成界面将所输入序号组生成与序号组相对应的二维码的方式可采用现有二维码最终的生成方式。Wherein, the manner in which the two-dimensional code generation interface generates the two-dimensional code corresponding to the input serial number group by the two-dimensional code corresponding to the serial number group can adopt the final generation method of the existing two-dimensional code.
惟以上所述者，仅为本发明的较佳实施例而已，举凡熟悉此项技艺的专业人士。在了解本发明的技术手段之后，自然能依据实际的需要，在本发明的教导下加以变化。因此凡依本发明申请专利范围所作的同等变化与修饰，曾应仍属本发明专利涵盖的范围内。But what has been described above is only a preferred embodiment of the present invention, and all professionals who are familiar with this art are included. After understanding the technical means of the present invention, it can naturally be changed under the teaching of the present invention according to actual needs. Therefore, all equivalent changes and modifications made according to the patent scope of the present invention should still belong to the scope covered by the patent of the present invention.
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| CN106790510B (en) * | 2016-12-16 | 2020-07-31 | 北京小米移动软件有限公司 | Serial number generation method, device and system |
| CN109409471A (en) * | 2017-08-18 | 2019-03-01 | 徐子明 | A kind of generation method and its generation system of two dimensional code |
| CN109409471B (en) * | 2017-08-18 | 2021-08-31 | 重庆赫皇科技咨询有限公司 | Two-dimensional code generation method and generation system thereof |
| CN109448257A (en) * | 2018-10-16 | 2019-03-08 | 浙江工业大学 | A kind of packed meal automatic vending system based on sheave driving |
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