CN104616042A - Special two-dimensional code corresponding to gift detail and generation mode of special two-dimensional code - Google Patents
Special two-dimensional code corresponding to gift detail and generation mode of special two-dimensional code Download PDFInfo
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- CN104616042A CN104616042A CN201510078776.XA CN201510078776A CN104616042A CN 104616042 A CN104616042 A CN 104616042A CN 201510078776 A CN201510078776 A CN 201510078776A CN 104616042 A CN104616042 A CN 104616042A
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- gift
- sequence number
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- response code
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Abstract
The invention provides a special two-dimensional code corresponding to a gift detail. In the generation process, the two-dimensional code includes information which can be checked by a gift receiver and is encrypted. A method for generating the special two-dimensional code includes the following steps of inputting information which is expected to be checked by a letter receiver in an information input interface in a two-dimensional code generation interface, converting the input information to obtain a first sequence number corresponding to the information, calling an algorithm to conduct at least one time of encryption operation on the sequence number according to the current display time of an operating system where the two-dimensional code generation interface is implanted so as to generate a second sequence number, arraying the first sequence number and the second sequence number to form a sequence number set, and inputting the sequence number set into the two-dimensional code generation interface so as to generate the two-dimensional code corresponding to the sequence number set. The encryption method corresponding to the current system time is called through the current system time, and therefore the gift detail input into a gift box in the two-dimensional generation interface is encrypted.
Description
Technical field
The present invention relates to Quick Response Code field, especially a kind of special Quick Response Code detailed corresponding with gift and generation method thereof.
Background technology
At present, existing Quick Response Code generating mode is all to generate corresponding Quick Response Code according to the information inputted in Quick Response Code generation interface.Owing to not possessing encryption function in generative process, therefore, the Quick Response Code generated can read by a lot of people, identify.
But, because the information comprised in Quick Response Code is with certain crypticity, if be not encrypted, secret information can be learnt by other people, be not suitable for being used to use in the enterprising enforcement of gift contact.
Based on the problems referred to above, be badly in need of a special Quick Response Code detailed corresponding with gift that be that can be encrypted inputted mail information and generation method.
Summary of the invention
For the weak point existed in the problems referred to above, the invention provides one by present system time to call its corresponding cipher mode, thus to the detailed special Quick Response Code detailed corresponding with gift that be that be encrypted of gift and generation method thereof in the gift box inputted in Quick Response Code generation interface.
For achieving the above object, the invention provides a kind of special Quick Response Code detailed corresponding with gift, this Quick Response Code is printed on the gift package outer side surface for filling gift, this Quick Response Code include in generative process can by gift collect people check and through encryption information.
The above-mentioned special Quick Response Code detailed corresponding with gift, wherein, gift collects that enciphered message that people checks comprises the detail of gift in gift package, gift is sent people and write and collect the temporal information that the content information of people and this Quick Response Code generate to gift.
The present invention also provides a kind of method generating the special Quick Response Code detailed corresponding with gift, comprises the following steps:
S1, to generate in interface information input interface at Quick Response Code in input wish the information that mail recipient checks, and inputted information to be changed, to obtain the first sequence number corresponding thereto;
S2, according to implanting the current display time of operating system having Quick Response Code to generate interface, to call a kind of algorithm, cryptographic operation is at least one times carried out to sequence number, to generate the second sequence number;
S3, the first sequence number and the second sequence number to be arranged, to form sequence number group;
S4, sequence number group input Quick Response Code to be generated in interface, to generate the Quick Response Code corresponding with sequence number group.
The method of the special Quick Response Code that above-mentioned generation is detailed corresponding with gift, wherein in step sl, gift collects that enciphered message that people checks comprises the detail of gift in gift package, gift sends people and write and collect the temporal information that the content information of people and this Quick Response Code generate to gift.
The method of the special Quick Response Code that above-mentioned generation is detailed corresponding with gift, wherein, in step s 2, comprises the following steps:
S21, Quick Response Code is had to generate the current display time of operating system at interface to determine time interval section sequence number according to implanting;
S22, with selected cipher mode corresponding thereto, first time cryptographic operation is carried out to the first sequence number obtained in step S1 according to time interval section sequence number.
The method of the special Quick Response Code that above-mentioned generation is detailed corresponding with gift, wherein, after step S22 implements, also comprises S23:
A kind of cipher mode is called, to carry out second time cryptographic operation, to form the second sequence number to the first sequence number completing first time cryptographic operation by encryption order pointer.
The method of the special Quick Response Code that above-mentioned generation is detailed corresponding with gift, wherein, in step S23, encryption order pointer is at random call and after choosing second time cipher mode, judges whether second time cipher mode is identical cipher mode with cipher mode for the first time;
If judge, second time cipher mode and for the first time cipher mode are as identical cipher mode, then abandon this random call and selection operation, by encryption order pointed first time cipher mode, and with this as the starting point, a mobile pointer position forward or backward, and using the cipher mode of the cipher mode corresponding with current pointer location as second time cryptographic operation.
The method of the special Quick Response Code that above-mentioned generation is detailed corresponding with gift, wherein, cipher mode comprises des encryption mode, 3DES cipher mode, TEA cipher mode, XTEA cipher mode, RC4 cipher mode, PANAMA cipher mode, Twofish cipher mode, CAST-128 cipher mode, CAST-256 cipher mode, md5 encryption mode and enigma and encrypts.
The method of the special Quick Response Code that above-mentioned generation is detailed corresponding with gift, wherein, also needs to proceed as follows step before step S2 implements:
00 ~ 59 second is divided into 11 time interval sections, and each time interval section is bound mutually with a kind of cipher mode respectively, once encrypt segment to form 11.
The method of the special Quick Response Code that above-mentioned generation is detailed corresponding with gift, is characterized in that, in step s3, the first sequence number and the second sequence number are arranged according to front or rear order, to form sequence number group.
Compared with prior art, the present invention has the following advantages:
The present invention, thus to be encrypted generating in interface at Quick Response Code the mail internal information inputted to call its corresponding cipher mode by present system time;
Gift is collected people and is scanned the Quick Response Code in the present invention by special two dimension code reading APP, can learn that gift packaging in the gift box that people sends sent by gift detailed;
In addition, can also generate at Quick Response Code the cryptographic operation that the information inputted in interface carries out twice different cipher mode as required, the cipher round results of generated Quick Response Code can be improved;
In addition, before carrying out second time cryptographic operation, owing to also possessing cipher mode comparison operation, therefore, can avoid because twice cryptographic operation is all the shortcomings adopting identical cipher mode and make cipher round results reduce.
Embodiment
The invention provides a kind of special Quick Response Code detailed corresponding with gift, this Quick Response Code is printed on the gift package outer side surface for filling gift, this Quick Response Code include in generative process can by gift collect people check and through encryption information.
Wherein, gift collects that enciphered message that people checks comprises the detail of gift in gift package, gift sends people and write and collect the temporal information that the content information of people and this Quick Response Code generate to gift.
The present invention also provides a kind of method generating the special Quick Response Code detailed corresponding with gift, comprises the following steps:
S1, to generate in interface information input interface at Quick Response Code in input information, and inputted information to be changed, to obtain the first sequence number corresponding thereto.
Wherein, in step sl, gift collects that enciphered message that people checks comprises the detail of gift in gift package, gift sends people and write and collect the temporal information that the content information of people and this Quick Response Code generate to gift.
S2, according to implanting the current display time of operating system having Quick Response Code to generate interface, to call a kind of algorithm, cryptographic operation is at least one times carried out to sequence number, to generate the second sequence number.
Wherein, in step s 2, comprise the following steps:
S21, Quick Response Code is had to generate the current display time of operating system at interface to determine time interval section sequence number according to implanting;
S22, with selected cipher mode corresponding thereto, first time cryptographic operation is carried out to the first sequence number obtained in step S1 according to time interval section sequence number.
In addition, if also need the first sequence number to completing first time cryptographic operation to carry out second time cryptographic operation, then, after step S22 implements, also S23 is comprised:
A kind of cipher mode is called, to carry out second time cryptographic operation, to form the second sequence number to the first sequence number completing first time cryptographic operation by encryption order pointer.
Wherein, in step S23, encryption order pointer is at random call and after choosing second time cipher mode, judges whether second time cipher mode is identical cipher mode with cipher mode for the first time;
If judge, second time cipher mode and for the first time cipher mode are as identical cipher mode, then abandon this random call and selection operation, by encryption order pointed first time cipher mode, and with this as the starting point, a mobile pointer position forward or backward, and using the cipher mode of the cipher mode corresponding with current pointer location as second time cryptographic operation.
In step S22 and S23, cipher mode comprises des encryption mode, 3DES cipher mode, TEA cipher mode, XTEA cipher mode, RC4 cipher mode, PANAMA cipher mode, Twofish cipher mode, CAST-128 cipher mode, CAST-256 cipher mode, md5 encryption mode and enigma cipher mode.
In addition, also need to proceed as follows step before step S2 implements:
00 ~ 59 second is divided into 11 time interval sections, and each time interval section is bound mutually with a kind of cipher mode respectively, once encrypt segment to form 11.
Such as: the 1st encryption segment is bound mutually with des encryption mode, 2nd encryption segment is bound mutually with 3DES cipher mode, 3rd encryption segment is bound mutually with TEA cipher mode, 4th encryption segment is bound mutually with XTEA cipher mode, 5th encryption segment is bound mutually with RC4 cipher mode, 6th encryption segment is bound mutually with PANAMA cipher mode, 7th encryption segment is bound mutually with Twofish cipher mode, 8th encryption segment is bound mutually with CAST-128 cipher mode, 9th encryption segment is bound mutually with CAST-256 cipher mode, 10th encryption segment is bound mutually with md5 encryption mode, 11st encryption segment is bound mutually with enigma cipher mode.
S3, the first sequence number and the second sequence number to be arranged, to form sequence number group.
In step s3, the first sequence number and the second sequence number are arranged according to front or rear order, to form sequence number group.
S4, sequence number group input Quick Response Code to be generated in interface, to generate the Quick Response Code corresponding with sequence number group.
Wherein, Quick Response Code generates the generating mode that the mode that inputted sequence number group generates the Quick Response Code corresponding with sequence number group can adopt existing Quick Response Code final by interface.
Only as described above, be only preferred embodiment of the present invention, such as professional who are familiar with this art.After understanding technological means of the present invention, natural energy, according to actual needs, is changed under the teachings of the present invention.Therefore all equal changes of doing according to the present patent application the scope of the claims and modification, once should still remain within the scope of the patent.
Claims (10)
1. a corresponding special Quick Response Code detailed with gift, it is characterized in that, this Quick Response Code is printed on the gift package outer side surface for filling gift, this Quick Response Code include in generative process can by gift collect people check and through encryption information.
2. the special Quick Response Code detailed corresponding with gift according to claim 1, it is characterized in that, gift collects that enciphered message that people checks comprises the detail of gift in gift package, gift sends people and write and collect the temporal information that the content information of people and this Quick Response Code generate to gift.
3. generate a method for the special Quick Response Code detailed corresponding with gift, comprise the following steps:
S1, to generate in interface information input interface at Quick Response Code in input wish the information that mail recipient checks, and inputted information to be changed, to obtain the first sequence number corresponding thereto;
S2, according to implanting the current display time of operating system having Quick Response Code to generate interface, to call a kind of algorithm, cryptographic operation is at least one times carried out to sequence number, to generate the second sequence number;
S3, the first sequence number and the second sequence number to be arranged, to form sequence number group;
S4, sequence number group input Quick Response Code to be generated in interface, to generate the Quick Response Code corresponding with sequence number group.
4. the method for the special Quick Response Code that generation according to claim 3 is detailed corresponding with gift, it is characterized in that, in step sl, gift collects that enciphered message that people checks comprises the detail of gift in gift package, gift sends people and write and collect the temporal information that the content information of people and this Quick Response Code generate to gift.
5. the method for the special Quick Response Code that generation according to claim 3 is detailed corresponding with gift, is characterized in that, in step s 2, comprise the following steps:
S21, Quick Response Code is had to generate the current display time of operating system at interface to determine time interval section sequence number according to implanting;
S22, with selected cipher mode corresponding thereto, first time cryptographic operation is carried out to the first sequence number obtained in step S1 according to time interval section sequence number.
6. the method for the special Quick Response Code that generation according to claim 5 is detailed corresponding with gift, is characterized in that, after step S22 implements, also comprises S23:
A kind of cipher mode is called, to carry out second time cryptographic operation, to form the second sequence number to the first sequence number completing first time cryptographic operation by encryption order pointer.
7. the method for the special Quick Response Code that generation according to claim 5 is detailed corresponding with gift, it is characterized in that, in step S23, encryption order pointer is at random call and after choosing second time cipher mode, judges whether second time cipher mode is identical cipher mode with cipher mode for the first time;
If judge, second time cipher mode and for the first time cipher mode are as identical cipher mode, then abandon this random call and selection operation, by encryption order pointed first time cipher mode, and with this as the starting point, a mobile pointer position forward or backward, and using the cipher mode of the cipher mode corresponding with current pointer location as second time cryptographic operation.
8. according to the method for described generation arbitrary in claim 5 to the 7 special Quick Response Code corresponding with gift detail, it is characterized in that, cipher mode comprises des encryption mode, 3DES cipher mode, TEA cipher mode, XTEA cipher mode, RC4 cipher mode, PANAMA cipher mode, Twofish cipher mode, CAST-128 cipher mode, CAST-256 cipher mode, md5 encryption mode and enigma and encrypts.
9. the method for the special Quick Response Code that generation according to claim 8 is detailed corresponding with gift, is characterized in that, also needs to proceed as follows step before step S2 implements:
00 ~ 59 second is divided into 11 time interval sections, and each time interval section is bound mutually with a kind of cipher mode respectively, once encrypt segment to form 11.
10. the method for the special Quick Response Code that generation according to claim 3 is detailed corresponding with gift, is characterized in that, in step s3, the first sequence number and the second sequence number are arranged according to front or rear order, to form sequence number group.
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| CN106494735A (en) * | 2016-11-04 | 2017-03-15 | 佛山善熙包装制品有限公司 | Gift wrap image generating method |
| CN107622341A (en) * | 2017-08-22 | 2018-01-23 | 蜂巢云联（北京）科技有限公司 | A kind of gift platform based on Cloud Server and client |
| CN108701240A (en) * | 2015-08-18 | 2018-10-23 | 科韵动力品牌管理有限公司 | Improved message system and method |
| CN108762637A (en) * | 2018-05-25 | 2018-11-06 | 宁波极呈光电有限公司 | Control method, apparatus and system |
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Application publication date: 20150513 |