CN115309707B - Information interaction method based on warranty service - Google Patents
Information interaction method based on warranty service Download PDFInfo
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- CN115309707B CN115309707B CN202211056993.5A CN202211056993A CN115309707B CN 115309707 B CN115309707 B CN 115309707B CN 202211056993 A CN202211056993 A CN 202211056993A CN 115309707 B CN115309707 B CN 115309707B
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- G06—COMPUTING; CALCULATING OR COUNTING
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- G06F16/00—Information retrieval; Database structures therefor; File system structures therefor
- G06F16/10—File systems; File servers
- G06F16/16—File or folder operations, e.g. details of user interfaces specifically adapted to file systems
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F21/00—Security arrangements for protecting computers, components thereof, programs or data against unauthorised activity
- G06F21/60—Protecting data
- G06F21/602—Providing cryptographic facilities or services
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- G—PHYSICS
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- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F2221/00—Indexing scheme relating to security arrangements for protecting computers, components thereof, programs or data against unauthorised activity
- G06F2221/21—Indexing scheme relating to G06F21/00 and subgroups addressing additional information or applications relating to security arrangements for protecting computers, components thereof, programs or data against unauthorised activity
- G06F2221/2107—File encryption
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Abstract
The invention discloses an information interaction method based on a warranty service, which relates to the technical field of information interaction and solves the technical problem that the corresponding interaction information is easily stolen by external illegal personnel in the actual interaction process because the corresponding method does not carry out encryption interaction processing on the information.
Description
Technical Field
The invention belongs to the technical field of information interaction, and particularly relates to an information interaction method based on a warranty service.
Background
The insurance business evolved from export agency transaction mode, originated from the 14 th century british wool spinning industry, when the british wool textile was entrusted with professional dealers on consignment basis, these dealers sold goods to foreign buyers, and guaranteed the business credit of the buyers to the exporters, when the foreign trade business had slower movement due to traffic inconvenience.
The invention discloses a patent publication No. CN114493529A, relates to an information interaction method, an information platform and a server based on warranty services, and is used for uniformly monitoring the implementation and sale processes of warranty services. The information processing method based on the unified code sending provides information integration and sharing for the manager of the warranty service, provides effective data support for the warranty service, and effectively reduces the operation risk of the warranty service.
Aiming at the problem that in the process of warranty business, a corresponding information platform needs to be adopted to carry out interactive processing on information so as to achieve the purpose of unified supervision, but in the specific interactive process of the information, because the corresponding method does not carry out encryption interactive processing on the information, the corresponding interactive information is easily stolen by external illegal personnel in the actual interactive process, so that an interactive method for carrying out multi-section encryption on the interactive information is urgently needed, the confidentiality of the interactive information is improved, and the properties of both sides of warranty business transaction are guaranteed.
Disclosure of Invention
The present invention is directed to solving at least one of the problems of the prior art; therefore, the invention provides an information interaction method based on warranty services, which is used for solving the technical problem that the corresponding interaction information is easily stolen by external illegal personnel in the actual interaction process because the corresponding method does not carry out encryption interaction processing on the information.
In order to achieve the above object, an embodiment according to a first aspect of the present invention provides an information interaction method based on a warranty service, including the following steps:
s1, pre-acquiring information needing warranty service interaction, setting the pre-acquired warranty service interaction information as information to be processed, and setting a retrieval mark for the information to be processed, wherein the retrieval mark is embedded into the information to be processed in a source code mode;
s2, carrying out segmentation processing on the information to be processed after the preliminary processing is finished, so that the information to be processed is segmented into file information and warranty information;
s3, sequentially extracting a plurality of groups of marked file information, merging the plurality of groups of file information to enable the plurality of groups of file information to be merged into a group of file set, splitting the file set to obtain odd number data packets and even number data packets, and transmitting the odd number data packets and the even number data packets by adopting different network channels;
s4, sequentially extracting a plurality of groups of marked warranty information, merging the plurality of groups of warranty information, dividing the plurality of groups of warranty information into high-capacity warranty information and low-capacity warranty information according to a capacity node division mode, and transmitting the high-capacity warranty information and the low-capacity warranty information in batches;
and S5, receiving the high-capacity warranty information and the low-capacity warranty information, receiving the file information in the odd-numbered data packets and the file information in the even-numbered data packets, extracting the file information in the odd-numbered data packets and the file information in the even-numbered data packets, merging the file information and the warranty information, and combining the file information and the warranty information into information to be processed.
Preferably, in S2, the manner of performing segmentation processing on the information to be processed is as follows:
s21, acquiring interval head-up information of information to be processed, identifying the interval head-up information, and dividing the information to be processed into file information and warranty information according to an identification result;
s22, sequentially marking the file information and the warranty information at the division positions, and marking by adopting a k value according to the arrangement front and back of different information, wherein when k =1, 2, \8230;, n, k =1, the information is positioned at the first position, and when k = n, the information is positioned at the last position;
s23, after marking, carrying out subscript processing on the mark k according to different segmentation nodes, wherein the expression form of the mark k after subscript processing is as follows k-1 k k+1 The subscript k-1 is the previous set of information with the information labeled k with the label k-1, and the subscript k +1 is the next set of information with the information labeled k with the label k +1.
Preferably, in S3, the manner of merging the multiple sets of file information is as follows:
s31, sequentially arranging different file information according to the arrangement sequence of the marks k and the front and back sequence of the marks k to obtain a file set;
s32, extracting the odd-numbered and even-numbered file information in the file set, sequentially binding the odd-numbered and even-numbered file information into odd-numbered data packets and even-numbered data packets, and storing the odd-numbered data packets and the even-numbered data packets;
s33, acquiring the whole parameter capacities of the odd-numbered data packets and the even-numbered data packets, and sequentially marking the whole parameter capacities as JS and OS, wherein JS represents the whole parameter capacity of the odd-numbered data packets, and OS represents the whole parameter capacity of the even-numbered data packets;
s34, preparing two groups of network transmission channels A and B, wherein the internal bandwidths of the two groups of network transmission channels are different, the bandwidth of the network transmission channel A is larger than that of the network transmission channel B, the bandwidth of the network transmission channel A is 10bit/S, the bandwidth of the network transmission channel B is 15bit/S, comparing JS and OS to obtain a group of parameters with large whole parameter capacity, if the group of parameters is JS, transmitting the odd number data packets with JS by using the network transmission channel B, and transmitting the even number data packets with OS by using the network transmission channel A.
Preferably, in S4, the manner of performing the merging processing on the multiple sets of warranty information is as follows:
s41, sequentially acquiring the whole parameter capacity of each group of warranty information, and marking the whole parameter capacity of each group of warranty information as BL i Wherein i =1, 2, \8230 \ 8230;, m, i represent different warranty information;
s42, setting different overall parameter capacities BL i Comparing with corresponding preset parameters YS, and when BL is in i When YS is less than or equal to YS, the corresponding warranty information is set as low-capacity warranty information, and when BL is less than or equal to YS i When the current capacity is larger than YS, the corresponding warranty information is set as high-capacity warranty information, and the low-capacity warranty information and the high-capacity warranty information are stored;
and S43, transmitting the high-capacity warranty information in advance, and then transmitting the low-capacity warranty information subsequently, wherein the transmission time interval is set to be 5min.
Preferably, in step S5, the manner of merging the file information and the warranty information is:
s51, sequentially acquiring high-capacity warranty information, low-capacity warranty information and a mark k in the file information;
s52, acquiring subscript marks carried by the marks k, and arranging and combining disordered high-capacity warranty information, low-capacity warranty information and file information according to a front-back arrangement mode of the subscript marks to obtain original information to be processed;
s53, detecting whether the information to be processed is complete, if the information to be processed is missing, directly sending a request instruction according to different stored information, and supplementing the corresponding information to be processed.
Compared with the prior art, the invention has the beneficial effects that: the method comprises the steps of pre-acquiring information needing warranty service interaction, setting the pre-acquired warranty service interaction information as information to be processed, setting a pursuit mark for the information to be processed, embedding the pursuit mark into the information to be processed in a source code mode, carrying out information segmentation processing on the information to be processed which is subjected to preliminary processing, segmenting the information to be processed into file information and warranty information, sequentially extracting multiple groups of marked file information, combining the multiple groups of file information into a group of file set, splitting the file set to obtain odd data packets and even data packets, and transmitting the odd data packets and the even data packets by adopting different network channels.
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FIG. 1 is a schematic flow chart of the method of the present invention.
Detailed Description
The technical solutions of the present invention will be described clearly and completely with reference to the following embodiments, and it should be understood that the described embodiments are only a part of the embodiments of the present invention, and not all of the embodiments. All other embodiments, which can be derived by a person skilled in the art from the embodiments given herein without making any creative effort, shall fall within the protection scope of the present invention.
Referring to fig. 1, the present application provides an information interaction method based on a warranty service, including the following steps:
s1, pre-acquiring information needing warranty service interaction, setting the pre-acquired warranty service interaction information as information to be processed, and setting a recall mark for the information to be processed, wherein the recall mark is embedded into the information to be processed in a source code mode (specifically, the sent information to be processed comprises an MAC (media access control) address of a sender, and the recall mark is converted into source code data and embedded into the MAC address);
s2, carrying out segmentation processing on the information to be processed after the preliminary processing is finished, so that the information to be processed is segmented into file information and warranty information, wherein the specific segmentation processing is carried out in the following mode:
s21, acquiring interval head-up information of information to be processed, identifying the interval head-up information, and dividing the information to be processed into file information and warranty information according to an identification result (specifically, in each piece of information to be processed, the heads of the information belonging to different types are different, and according to the heads of the different information, which part of the information of the area belongs to can be obtained, wherein the heads of the information can be understood as word titles);
s22, sequentially marking the file information and the warranty information at the division positions, and marking by adopting a k value according to the arrangement front and back of different information, wherein when k =1, 2, \8230;, n, k =1, the information is positioned at the first position, and when k = n, the information is positioned at the last position;
s23, after marking, carrying out subscript processing on the mark k according to different segmentation nodes, wherein the expression form of the mark k after subscript processing is as follows k-1 k k+1 The subscript k-1 is the previous set of information with the information of label k with label k-1, and the subscript k +1 is the next set of information with the information of label k with label k +1 (for example: the original labels k =1, 2, 8230; n, the representation form of label k after subscript processing becomes k =1, by taking the arrangement of k values in step S22 as an example) 2 、 1 2 3 、……、 n- 1 n, the subscript processing is performed on the mark k again, so that different information is combined in the following process, a plurality of groups of disordered different information are combined into corresponding information to be processed according to the memory mode of the mark k and the subscript processing, and then the document information and the warranty information need to be distinguished and processed);
s3, extracting a plurality of groups of marked file information in sequence, combining the plurality of groups of file information to combine the plurality of groups of file information into a group of file set, and splitting the file set, wherein the specific processing mode is as follows:
s31, sequentially arranging different file information according to the arrangement sequence of the marks k and the front and back sequence of the marks k to obtain a file set;
s32, extracting the odd-numbered and even-numbered file information in the file set, sequentially binding the odd-numbered and even-numbered file information into odd-numbered data packets and even-numbered data packets, and storing the odd-numbered data packets and the even-numbered data packets;
s33, acquiring the whole parameter capacities of the odd-numbered data packets and the even-numbered data packets, and sequentially marking the whole parameter capacities as JS and OS, wherein JS represents the whole parameter capacity of the odd-numbered data packets, and OS represents the whole parameter capacity of the even-numbered data packets;
s34, preparing two groups of network transmission channels A and B, wherein the internal bandwidths of the two groups of network transmission channels are inconsistent, the bandwidth of the network transmission channel A is larger than that of the network transmission channel B, the bandwidth of the network transmission channel A is 10bit/S, the bandwidth of the network transmission channel B is 15bit/S, comparing JS with OS to obtain a group of parameters with large whole parameter capacity, if the group of parameters is JS, transmitting odd number data packets with JS by using the network transmission channel B, and transmitting even number data packets with OS by using the network transmission channel A;
s4, sequentially extracting multiple groups of marked warranty information, merging the multiple groups of warranty information, dividing the multiple groups of warranty information into high-capacity warranty information and low-capacity warranty information according to a capacity node dividing mode, and transmitting the high-capacity warranty information and the low-capacity warranty information in batches, wherein the specific merging mode is as follows:
s41, sequentially acquiring the whole parameter capacity of each group of warranty information, and marking the whole parameter capacity of each group of warranty information as BL i Wherein i =1, 2, \8230 \ 8230;, m, i represent different warranty information;
s42, setting different overall parameter capacities BL i Comparing with corresponding preset parameters YS, and when BL is in i When YS is not more than that, the pair will beThe warranty information is set as low capacity warranty information when BL i When the YS is larger than the YS, the corresponding warranty information is set as high-capacity warranty information, and the low-capacity warranty information and the high-capacity warranty information are stored;
s43, pre-transmitting the high-capacity warranty information, and then subsequently transmitting the low-capacity warranty information, wherein the transmission time interval is set to be 5min;
s5, receiving high-capacity warranty information and low-capacity warranty information, receiving file information in odd-numbered data packets and file information in even-numbered data packets, extracting the file information in the odd-numbered data packets and the file information in the even-numbered data packets, combining the file information and the warranty information, and combining the file information and the warranty information into information to be processed, wherein the specific combination mode is as follows:
s51, sequentially acquiring high-capacity warranty information, low-capacity warranty information and a mark k in the file information;
s52, acquiring subscript marks carried by the marks k, and arranging and combining disordered high-capacity warranty information, low-capacity warranty information and file information according to a front-back arrangement mode of the subscript marks to obtain original information to be processed;
s53, detecting whether the information to be processed is complete, if the information to be processed is missing, directly sending a request instruction according to different stored information, and supplementing the corresponding information to be processed.
Therefore, all information is divided according to different modes, is subjected to channel division transmission after being bundled differently and is subjected to batch transmission according to capacity division, and according to the mode, the information in the whole interaction process is processed for multiple times, so that the encryption of the information in the whole interaction process can be fully and effectively improved, and meanwhile, the information in the interaction process is effectively prevented from being stolen by external personnel.
Part of data in the formula is obtained by removing dimension and taking the value to calculate, and the formula is obtained by simulating a large amount of collected data through software and is closest to a real situation; the preset parameters and the preset threshold values in the formula are set by those skilled in the art according to actual conditions or obtained through simulation of a large amount of data.
The working principle of the invention is as follows: the method comprises the steps of pre-acquiring information needing warranty service interaction, setting the pre-acquired warranty service interaction information as information to be processed, setting a pursuit mark for the information to be processed, embedding the pursuit mark into the information to be processed in a source code mode, carrying out information segmentation processing on the information to be processed which is subjected to preliminary processing, segmenting the information to be processed into file information and warranty information, sequentially extracting multiple groups of marked file information, combining the multiple groups of file information into a group of file set, splitting the file set to obtain odd data packets and even data packets, and transmitting the odd data packets and the even data packets by adopting different network channels.
Although the present invention has been described in detail with reference to the preferred embodiments, it will be understood by those skilled in the art that various changes may be made and equivalents may be substituted for elements thereof without departing from the spirit and scope of the present invention.
Claims (5)
1. An information interaction method based on warranty service is characterized by comprising the following steps:
s1, pre-acquiring information needing warranty service interaction, setting the pre-acquired warranty service interaction information as information to be processed, and setting a retrieval mark for the information to be processed, wherein the retrieval mark is embedded into the information to be processed in a source code mode;
s2, carrying out segmentation processing on the information to be processed after the preliminary processing is finished, so that the information to be processed is segmented into file information and warranty information;
s3, sequentially extracting a plurality of groups of marked file information, merging the plurality of groups of file information to enable the plurality of groups of file information to be merged into a group of file set, splitting the file set to obtain odd number data packets and even number data packets, and transmitting the odd number data packets and the even number data packets by adopting different network channels;
s4, sequentially extracting a plurality of groups of marked warranty information, merging the plurality of groups of warranty information, dividing the plurality of groups of warranty information into high-capacity warranty information and low-capacity warranty information according to a capacity node division mode, and transmitting the high-capacity warranty information and the low-capacity warranty information in batches;
and S5, receiving the high-capacity warranty information and the low-capacity warranty information, receiving the file information in the odd-numbered data packets and the file information in the even-numbered data packets, extracting the file information in the odd-numbered data packets and the file information in the even-numbered data packets, merging the file information and the warranty information, and combining the file information and the warranty information into information to be processed.
2. The information interaction method based on the warranty service according to claim 1, wherein in S2, the way of segmenting the information to be processed is:
s21, acquiring interval head-up information of information to be processed, identifying the interval head-up information, and dividing the information to be processed into file information and warranty information according to an identification result;
s22, marking the file information and the warranty information at the division positions in sequence, and marking by adopting a k value according to the arrangement front and back of different information, wherein when k =1, 2, 8230, n, k =1, the information is positioned at the first position, and when k = n, the information is positioned at the last position;
s23, after marking, carrying out subscript processing on the mark k according to different segmentation nodes, wherein the expression form of the mark k after subscript processing is as follows k-1 k k+1 The subscript k-1 is the previous set of information with information labeled k with the label k-1 and the subscript k +1 is the subsequent set of information with information labeled k with the label k +1.
3. The information interaction method based on the warranty service according to claim 2, wherein in S3, the way of combining the multiple sets of file information is:
s31, sequentially arranging different file information according to the arrangement sequence of the marks k and the front and back sequence of the marks k to obtain a file set;
s32, extracting the odd-numbered and even-numbered file information in the file set, sequentially binding the odd-numbered and even-numbered file information into odd-numbered data packets and even-numbered data packets, and storing the odd-numbered data packets and the even-numbered data packets;
s33, acquiring the whole parameter capacities of the odd-numbered data packets and the even-numbered data packets, and sequentially marking the whole parameter capacities as JS and OS, wherein JS represents the whole parameter capacity of the odd-numbered data packets, and OS represents the whole parameter capacity of the even-numbered data packets;
s34, preparing two groups of network transmission channels A and B, wherein the internal bandwidths of the two groups of network transmission channels are different, the bandwidth of the network transmission channel A is larger than that of the network transmission channel B, the bandwidth of the network transmission channel A is 10bit/S, the bandwidth of the network transmission channel B is 15bit/S, comparing JS and OS to obtain a group of parameters with large whole parameter capacity, if the group of parameters is JS, transmitting the odd number data packets with JS by using the network transmission channel B, and transmitting the even number data packets with OS by using the network transmission channel A.
4. The information interaction method based on warranty services according to claim 3, wherein in S4, the way of combining the multiple sets of warranty information is:
s41, sequentially acquiring the whole parameter capacity of each group of warranty information, and marking the whole parameter capacity of each group of warranty information as BL i Wherein i =1, 2, 8230, m, i represents different warranty information;
s42, setting different overall parameter capacities BL i Comparing with corresponding preset parameter YS, and when BL is in use i When YS is less than or equal to YS, the corresponding warranty information is set as low-capacity warranty information, and when BL is less than or equal to YS i When the number is more than YS, the corresponding warranty information is setDetermining high-capacity warranty information, and storing the low-capacity warranty information and the high-capacity warranty information;
and S43, transmitting the high-capacity warranty information in advance, and then transmitting the low-capacity warranty information subsequently, wherein the transmission time interval is set to be 5min.
5. The information interaction method based on warranty service according to claim 4, wherein in step S5, the way of merging the file information and warranty information is:
s51, sequentially acquiring high-capacity warranty information, low-capacity warranty information and a mark k in the file information;
s52, acquiring subscript marks carried by the marks k, and arranging and combining disordered high-capacity warranty information, low-capacity warranty information and file information according to a front-back arrangement mode of the subscript marks to obtain original information to be processed;
s53, detecting whether the information to be processed is complete, if the information to be processed is missing, directly sending a request instruction according to different stored information, and supplementing the corresponding information to be processed.
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| CN117077158B (en) * | 2023-07-11 | 2024-05-28 | 安徽辰图大数据科技有限公司 | Compliance data conversion storage system |
| CN117978364A (en) * | 2024-02-22 | 2024-05-03 | 广州鼎盛商业保理有限公司 | Block chain-based warranty information processing system |
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