CN117077158B - Compliance data conversion storage system - Google Patents
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- G06F3/06—Digital input from, or digital output to, record carriers, e.g. RAID, emulated record carriers or networked record carriers
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Abstract
The invention discloses a compliance data conversion storage system, which comprises an information acquisition unit, a data conversion unit, a data encryption unit, a data segmentation unit and an information output unit, relates to the technical field of compliance data storage, and solves the technical problem that the compliance data cannot be reasonably stored according to the characteristics of data when being stored.
Description
Technical Field
The invention relates to the technical field of compliance data storage, in particular to a compliance data conversion storage system.
Background
Compliance data refers to data that meets legal, regulatory, and policy requirements and typically includes sensitive information such as personal identification information, financial data, healthcare data, and the like. In processing compliance data, organizations and individuals need to adhere to the constraints of the relevant laws and regulations, and the necessary techniques and organizational measures are taken to protect the security and privacy of such data.
When partial existing compliance data is stored, the data needs to be protected due to the specificity of the data, wherein a common protection mode is to encrypt the data, but the encryption mode is common, the safety of the compliance data is influenced by further easy cracking, and the compliance data cannot be well stored reasonably according to the characteristics of the data when stored, so that the storage space is wasted.
Disclosure of Invention
Aiming at the defects of the prior art, the invention provides a compliant data conversion storage system, which solves the problems that the encryption mode is single and the reasonable storage can not be carried out according to the characteristics of the data when the data is stored.
In order to achieve the above purpose, the invention is realized by the following technical scheme: a compliance data conversion storage system comprising:
An information acquisition unit configured to acquire target object basic information, where the target object includes: compliance data and access users, and compliance data base information includes: capacity and format, access to user base information includes: name and access authority, and transmitting the basic information of the compliance data to a data conversion unit, and transmitting the basic information of the access user to an access control unit;
The data conversion unit is used for acquiring basic information of the compliance data, generating ordering information according to the ordering from small to large according to the capacity, then carrying out data conversion on the ordering information to generate ordering conversion information, and simultaneously transmitting the ordering conversion information to the data segmentation unit, wherein the following needs to be described: the data conversion mode is to binary convert the data according to the compliance data format, and the compliance data in the application can be defaulted to be binary converted;
The data segmentation unit is used for acquiring the transmitted ordering conversion information, defining the ordering conversion information for analysis, and generating corresponding segmentation information by segmenting the capacity of the ordering conversion information, wherein the segmentation information comprises: odd-numbered division information and even-numbered division information, and transmitting the generated division information to a data encryption unit;
The data encryption unit is configured to obtain the transmitted segmentation information, where it needs to be described that: the encryption mode of the split information transmitted by the independent compliance data is the same as that of the split information transmitted by the independent compliance data, namely the split information is either the odd split information or the even split information, in the application, the split information is taken as an example for analysis, encryption processing is carried out on the split information, conversion information corresponding to the split information is obtained, corresponding replacement data is generated according to the conversion information, then the replacement data is combined to generate recombined data, and meanwhile the recombined data is integrated to generate recombined information and is transmitted to a data storage unit;
The data storage unit is used for acquiring the transmitted reorganization information, classifying according to the number G of the replacement data in the reorganization information to generate the same number of reorganization information and different number of reorganization information, and generating corresponding storage information for the same number of reorganization information and different number of reorganization information according to the capacity of the reorganization information, wherein the storage information comprises: large-capacity storage information and small-capacity storage information, and transmitting the storage information to an information output unit;
the access control unit is used for acquiring the transmitted access user basic information, analyzing the access user basic information and generating corresponding verification information by verifying the access right in the access user basic information, wherein the verification information comprises the following components: an authorized authentication signal and an unauthorized authentication signal, and transmits the generated authentication information to an information output unit.
As a further aspect of the invention: the specific way of generating the segmentation information by the data segmentation unit is as follows:
s1: the number of 0 s in the sorting transformation information is acquired and recorded as SL0, then the number of 1 s is acquired and recorded as SL1, and meanwhile the sorting transformation information is analyzed and judged from small to large and classified into odd sorting transformation information and even sorting transformation information, which should be described here: the analysis mode is to analyze the compliance data with the minimum capacity and judge the parity of the compliance data capacity;
S2: the capacity record classified as the odd-order conversion information is acquired as RLj, and the number SL1 of 1 is acquired, then the odd-order conversion information capacity RLj is divided according to SL1, and odd-order division information is generated, and the even-order division information is transmitted to the data encryption unit, which needs to be described here: when the number SL1 of 1 is divided, a single part of capacity which is different from the capacity which is divided before can exist, and the processing mode of the division information which is different from the capacity and is the same as the processing mode of the division information which is the same as the capacity is defaulted in the application;
S3: the capacity record classified as even-order conversion information is acquired as RLo, and the number SL0 of 0 is acquired, then the odd-order conversion information capacity RLo is divided according to SL0, and odd-division information is generated, and the odd-division information is transmitted to the data encryption unit, where it is to be noted that: after the analysis of the compliance data with the minimum capacity is completed to generate the segmentation information, the same analysis is sequentially carried out on other compliance data according to the capacity sequence, and the generated segmentation information is transmitted to the data encryption unit.
As a further aspect of the invention: the specific way of generating the reorganized data by the data encryption unit is as follows:
P1: the method comprises the steps of obtaining segmentation information and conversion information at the same time, and then repeatedly judging two adjacent binary numbers in the conversion information, wherein the specific judgment mode is as follows: obtaining conversion information in any group of component information, identifying binary numbers in the conversion information, generating repeated information when two adjacent binary numbers are identical, and otherwise, generating non-repeated information when the two adjacent binary numbers are different;
P2: the generated repeated information is acquired and judged, when the repeated information is two binary numbers of 0, the system generates 1 replacement data and marks TH1, and when the repeated information is two binary numbers of 1, the system generates 0 replacement data and marks TH0, and the description is that: the generated replacement data are opposite binary numbers, and only two adjacent binary numbers exist by default in the application;
P3: and recombining the generated replacement data with binary numbers in the conversion information to generate recombined data, and simultaneously acquiring the number of the replacement data TH1 and the number of the replacement data TH0 to be marked as G, and the like to perform the same processing on all the division information.
As a further aspect of the invention: the specific way of the data storage unit generating the storage information is as follows:
M1: acquiring the number G of the replacement data in all the reorganization information, judging whether the number G of the replacement data is the same, classifying the corresponding reorganization information into the same number of reorganization information when the number G of the replacement data is the same, otherwise classifying the corresponding reorganization information into the different number of reorganization information when the number G of the replacement data is different, wherein the description is that: the number of the replacement data indicates the number of the replacement data existing in the reorganization information after the reorganization information is replaced;
m2: acquiring the same amount of reorganization information, storing the reorganization information according to the descending-to-ascending order of capacity, and generating corresponding storage information;
M3: acquiring different amounts of reorganization information, calculating the capacity average value record of the different amounts of reorganization information as RLp, acquiring capacity RLj corresponding to the different amounts of reorganization information, comparing the capacity RLj with the capacity average value RLp to generate different classifications, and storing the different classifications differently in the following specific storage modes:
M31: when RLj is more than or equal to RLp, the system classifies the corresponding different amount of reorganization information into large capacity, and when RLj < Lp, the system classifies the corresponding different amount of reorganization information into small capacity;
M32: all large capacities are obtained, and are ordered according to the small to large capacity RLj, then a storage capacity threshold YS is obtained, and screening storage is carried out according to the storage capacity threshold YS, wherein the specific screening mode is as follows: calculating the sum of the capacities RLj according to the order from small to large, selecting all the large capacities of which the sum of the capacities RLj does not exceed a threshold YS, and storing all the large capacities to generate large-capacity storage information, wherein the description is that: acquiring a plurality of large-capacity RLj, calculating the sum of the capacities, comparing the calculated sum of the capacities with a storage capacity threshold YS, storing the acquired large capacities if YS is larger than the sum of the capacities, removing the large capacity with the largest capacity RLj in the selected large capacities according to the sorting order if YS is larger than the sum of the capacities, and storing the rest large capacities;
M33: and obtaining all small capacities, selecting all small capacities of which the sum of the capacities RLj does not exceed a threshold YS in the same screening mode in M32, and storing all small capacities to generate small-capacity storage information.
As a further aspect of the invention: the specific way of the access control unit generating the verification information is as follows:
N1: acquiring access rights of an access user, judging the access rights, generating an authorization verification signal by a system when judging that the access rights of the access user are authorized, performing audit trail on the access user, generating corresponding audit information, and transmitting the audit information to an information output unit;
n2: when it is judged that the access authority of the access user is not authorized, the system generates an unauthorized authentication signal and transmits it to the information output unit.
As a further aspect of the invention: the information output unit is used for acquiring the transmitted storage information, the transmitted reorganization information and the transmitted verification information, and displaying the acquired storage information, the transmitted reorganization information and the transmitted verification information to an operator through the display equipment.
Advantageous effects
The invention provides a compliance data conversion storage system. Compared with the prior art, the method has the following beneficial effects:
The invention can conveniently store the split compliance data on one hand and reasonably encrypt the split compliance data according to the characteristics of the compliance data on the other hand, and can reduce the whole capacity and conveniently store the compliance data by converting the compliance data into binary data and replacing the binary data according to the same binary data and recombining the binary data at the same time by adopting the replacement data, and can reasonably encrypt the compliance data according to the characteristics of the compliance data, thereby improving the safety of the data.
Drawings
FIG. 1 is a system diagram of the present invention;
Fig. 2 is a flow chart of the present invention.
Detailed Description
The following description of the embodiments of the present invention will be made clearly and completely with reference to the accompanying drawings, in which it is apparent that the embodiments described are only some embodiments of the present invention, but not all embodiments. All other embodiments, which can be made by those skilled in the art based on the embodiments of the invention without making any inventive effort, are intended to be within the scope of the invention.
Referring to fig. 1 and 2, the present application provides a compliance data conversion and storage system, comprising:
an information acquisition unit configured to acquire target object basic information, where the target object includes: compliance data and access users, and compliance data base information includes: capacity and format, access to user base information includes: name and access rights, and transmitting the compliance data base information to the data conversion unit, and the access user base information to the access control unit.
The data conversion unit is used for acquiring basic information of the compliance data, generating ordering information according to the ordering from small to large according to the capacity, then carrying out data conversion on the ordering information to generate ordering conversion information, and simultaneously transmitting the ordering conversion information to the data segmentation unit, wherein the following needs to be described: the data conversion mode is to binary convert the data according to the format of the compliance data, and the compliance data in the application can be converted binary by default.
The data segmentation unit is used for acquiring the transmitted ordering conversion information, defining the ordering conversion information for analysis, and generating corresponding segmentation information by segmenting the capacity of the ordering conversion information, wherein the segmentation information comprises: the odd-numbered division information and the even-numbered division information, and the generated division information is transmitted to the data encryption unit, and the specific way of generating the division information is as follows:
s1: the number of 0 s in the sorting transformation information is acquired and recorded as SL0, then the number of 1 s is acquired and recorded as SL1, and meanwhile the sorting transformation information is analyzed and judged from small to large and classified into odd sorting transformation information and even sorting transformation information, which should be described here: the analysis mode is to analyze the compliance data with the minimum capacity and judge the parity of the compliance data capacity;
S2: the capacity record classified as the odd-order conversion information is acquired as RLj, and the number SL1 of 1 is acquired, then the odd-order conversion information capacity RLj is divided according to SL1, and odd-order division information is generated, and the even-order division information is transmitted to the data encryption unit, which needs to be described here: when the number SL1 of 1 is divided, a single part of capacity which is different from the capacity which is divided before can exist, and the processing mode of the division information which is different from the capacity and is the same as the processing mode of the division information which is the same as the capacity is defaulted in the application;
S3: the capacity record classified as even-order conversion information is acquired as RLo, and the number SL0 of 0 is acquired, then the odd-order conversion information capacity RLo is divided according to SL0, and odd-division information is generated, and the odd-division information is transmitted to the data encryption unit, where it is to be noted that: after the analysis of the compliance data with the minimum capacity is completed to generate the segmentation information, the same analysis is sequentially carried out on other compliance data according to the capacity sequence, and the generated segmentation information is transmitted to the data encryption unit.
The data encryption unit is configured to obtain the transmitted segmentation information, where it needs to be described that: the encryption mode of the split information transmitted by the independent compliance data is the same as that of the split information transmitted by the independent compliance data, namely the split information is either the odd split information or the even split information, in the application, the split information is taken as an example for analysis, encryption processing is carried out on the split information, conversion information corresponding to the split information is obtained, corresponding replacement data is generated according to the conversion information, then the replacement data is combined to generate recombined data, and meanwhile the recombined data is integrated to generate recombined information and transmitted to the information output unit, and the specific mode of generating the recombined data is as follows:
P1: the method comprises the steps of obtaining segmentation information and conversion information at the same time, and then repeatedly judging two adjacent binary numbers in the conversion information, wherein the specific judgment mode is as follows: obtaining conversion information in any group of component information, identifying binary numbers in the conversion information, generating repeated information when two adjacent binary numbers are identical, and otherwise, generating non-repeated information when the two adjacent binary numbers are different;
P2: the generated repeated information is acquired and judged, when the repeated information is two binary numbers of 0, the system generates 1 replacement data and marks TH1, and when the repeated information is two binary numbers of 1, the system generates 0 replacement data and marks TH0, and the description is that: the generated replacement data are opposite binary numbers, and only two adjacent binary numbers exist by default in the application;
P3: and recombining the generated replacement data with binary numbers in the conversion information to generate recombined data, and simultaneously acquiring the number of the replacement data TH1 and the number of the replacement data TH0 to be marked as G, and the like to perform the same processing on all the division information.
The method comprises the steps of analyzing by combining an actual application scene, firstly obtaining conversion information of any group of divided data, and illustrating the conversion information to be converted into binary form: 0110100101100, then repeatedly identifying that 11 is repeated and 00 is repeated in the binary number, so that 11 is replaced by 0, 00 is replaced by 1, the generation mode of the replacement data is opposite to that of the original binary number, and then, the new recombined data is generated by recombining the replacement data: 000111001.
And the information output unit is used for acquiring the transmitted reorganization information and displaying the reorganization information to an operator through the display equipment.
As the second embodiment of the present invention, the difference from the first embodiment is that the data encryption unit transmits the generated reorganization information to the data storage unit.
The data storage unit is used for acquiring the transmitted reorganization information, classifying according to the number G of the replacement data in the reorganization information to generate the same number of reorganization information and different number of reorganization information, and generating corresponding storage information for the same number of reorganization information and different number of reorganization information according to the capacity of the reorganization information, wherein the storage information comprises: the specific generation modes of the large-capacity storage information and the small-capacity storage information and transmitting the storage information to the information output unit are as follows:
M1: acquiring the number G of the replacement data in all the reorganization information, judging whether the number G of the replacement data is the same, classifying the corresponding reorganization information into the same number of reorganization information when the number G of the replacement data is the same, otherwise classifying the corresponding reorganization information into the different number of reorganization information when the number G of the replacement data is different, wherein the description is that: the number of the replacement data indicates the number of the replacement data existing in the reorganization information after the reorganization information is replaced;
m2: acquiring the same amount of reorganization information, storing the reorganization information according to the descending-to-ascending order of capacity, and generating corresponding storage information;
M3: acquiring different amounts of reorganization information, calculating the capacity average value record of the different amounts of reorganization information as RLp, acquiring capacity RLj corresponding to the different amounts of reorganization information, comparing the capacity RLj with the capacity average value RLp to generate different classifications, and storing the different classifications differently in the following specific storage modes:
M31: when RLj is more than or equal to RLp, the system classifies the corresponding different amount of reorganization information into large capacity, and when RLj < Lp, the system classifies the corresponding different amount of reorganization information into small capacity;
M32: all large capacities are obtained, and are ordered according to the small to large capacity RLj, then a storage capacity threshold YS is obtained, and screening storage is carried out according to the storage capacity threshold YS, wherein the specific screening mode is as follows: calculating the sum of the capacities RLj according to the order from small to large, selecting all the large capacities of which the sum of the capacities RLj does not exceed a threshold YS, and storing all the large capacities to generate large-capacity storage information, wherein the description is that: acquiring a plurality of large-capacity RLj, calculating the sum of the capacities, comparing the calculated sum of the capacities with a storage capacity threshold YS, storing the acquired large capacities if YS is larger than the sum of the capacities, removing the large capacity with the largest capacity RLj in the selected large capacities according to the sorting order if YS is larger than the sum of the capacities, and storing the rest large capacities;
M33: and obtaining all small capacities, selecting all small capacities of which the sum of the capacities RLj does not exceed a threshold YS in the same screening mode in M32, and storing all small capacities to generate small-capacity storage information.
And the information output unit is used for acquiring the transmitted storage information and displaying the storage information to an operator through the display equipment.
Embodiment III, which is an embodiment III of the present invention, differs from the first and second embodiments in that the information acquisition unit transmits access user basic information to the access control unit.
The access control unit is used for acquiring the transmitted access user basic information, analyzing the access user basic information and generating corresponding verification information by verifying the access right in the access user basic information, wherein the verification information comprises the following components: the authorization verification signal and the unauthorized verification signal, and transmits the generated verification information to the information output unit, and the specific mode for generating the verification information is as follows:
N1: acquiring access rights of an access user, judging the access rights, generating an authorization verification signal by a system when judging that the access rights of the access user are authorized, performing audit trail on the access user, generating corresponding audit information, and transmitting the audit information to an information output unit;
n2: when it is judged that the access authority of the access user is not authorized, the system generates an unauthorized authentication signal and transmits it to the information output unit.
And analyzing by combining with an actual application scene, if the system judges that the access authority of the access user can be accessed, generating authorization verification information by the system, auditing and storing the subsequent access records of the access user, and if the system judges that the access authority for the access cannot be accessed, not allowing the access user to access.
And the information output unit is used for acquiring the transmitted verification information and displaying the verification information to an operator through the display equipment.
In the fourth embodiment, as the fourth embodiment of the present invention, the emphasis is placed on the implementation of the first, second and third embodiments in combination.
Some of the data in the above formulas are numerical calculated by removing their dimensionality, and the contents not described in detail in the present specification are all well known in the prior art.
The above embodiments are only for illustrating the technical method of the present invention and not for limiting the same, and it should be understood by those skilled in the art that the technical method of the present invention may be modified or substituted without departing from the spirit and scope of the technical method of the present invention.
Claims (4)
1. A compliance data conversion storage system, comprising:
An information acquisition unit configured to acquire target object basic information, where the target object includes: compliance data and access users, and compliance data base information includes: capacity and format, access to user base information includes: name and access authority, and transmitting the basic information of the compliance data to a data conversion unit, and transmitting the basic information of the access user to an access control unit;
the data conversion unit is used for acquiring basic information of the compliance data, generating sequencing information according to the sequencing from small to large according to the capacity, then performing data conversion on the sequencing information to generate sequencing conversion information, and transmitting the sequencing conversion information to the data segmentation unit in a binary conversion mode according to the compliance data format;
The data segmentation unit is used for acquiring the transmitted ordering conversion information, defining the ordering conversion information for analysis, and generating corresponding segmentation information by segmenting the capacity of the ordering conversion information, wherein the segmentation information comprises: the odd-numbered division information and the even-numbered division information, and transmits the generated division information to the data encryption unit in the following specific manner:
S1: acquiring the number of 0 in the sorting transformation information and recording the number as SL0, then acquiring the number of 1 and recording the number as SL1, and simultaneously analyzing and judging the sorting transformation information from small to large and classifying the sorting transformation information into odd sorting transformation information and even sorting transformation information;
s2: acquiring capacity records classified as odd-order conversion information as RLj, acquiring the quantity SL1 of 1, dividing the capacity RLj of the odd-order conversion information according to SL1, generating even-number division information, and transmitting the even-number division information to a data encryption unit;
S3: acquiring capacity records classified as even-numbered ordering conversion information as RLos, acquiring the quantity SL0 of 0, dividing the even-numbered ordering conversion information capacity RLos according to SL0, generating odd-numbered division information, and transmitting the odd-numbered division information to a data encryption unit;
the data encryption unit is used for acquiring the transmitted segmentation information, carrying out encryption processing on the segmentation information, generating corresponding replacement data according to the conversion information by acquiring conversion information corresponding to the segmentation information, then combining the replacement data to generate recombined data, integrating the recombined data to generate recombined information, and transmitting the recombined information to the data storage unit, wherein the specific mode for generating the recombined data is as follows:
p1: the method comprises the steps of obtaining segmentation information and conversion information at the same time, and then repeatedly judging two adjacent binary numbers in the conversion information, wherein the specific judgment mode is as follows: obtaining conversion information in any group of component information, identifying binary numbers in the conversion information, generating repeated information when two adjacent binary numbers are identical, and otherwise, generating non-repeated information;
P2: acquiring the generated repeated information and judging the repeated information, wherein when the repeated information is two binary numbers of 0, the system generates 1 replacement data and marks TH1, and when the repeated information is two binary numbers of 1, the system generates 0 replacement data and marks TH0;
P3: recombining the generated replacement data with binary numbers in the conversion information to generate recombined data, and simultaneously acquiring the number of the replacement data TH1 and the number of the replacement data TH0 to be recorded as G;
The data storage unit is used for acquiring the transmitted reorganization information, classifying according to the number G of the replacement data in the reorganization information to generate the same number of reorganization information and different number of reorganization information, and generating corresponding storage information for the same number of reorganization information and different number of reorganization information according to the capacity of the reorganization information, wherein the storage information comprises: the specific way of generating the stored information is as follows:
M1: acquiring the number G of the replacement data in all the reorganization information, judging whether the number G of the replacement data is the same, classifying the corresponding reorganization information into the same number of reorganization information when the number G of the replacement data is the same, and classifying the corresponding reorganization information into different number of reorganization information when the number G of the replacement data is the same;
m2: acquiring the same amount of reorganization information, storing the reorganization information according to the descending-to-ascending order of capacity, and generating corresponding storage information;
m3: acquiring different amounts of reorganization information, calculating capacity average value marks of the different amounts of reorganization information as RLp, acquiring capacity RLj corresponding to the different amounts of reorganization information, comparing the capacity RLj with the capacity average value RLp, generating different classifications, and storing the different classifications;
a1: when RLj is greater than or equal to RLp, the system classifies the recombined information corresponding to different amounts into large capacity, and when RLj < RLp, the system classifies the recombined information corresponding to different amounts into small capacity, and the specific storage mode for different classifications is as follows:
A2: all large capacities are obtained, and are ordered according to the small to large capacity RLj, then a storage capacity threshold YS is obtained, and screening storage is carried out according to the storage capacity threshold YS, wherein the specific screening mode is as follows: calculating the sum of the capacities RLj according to the sequence from small to large, selecting all the large capacities of which the sum of the capacities RLj does not exceed a threshold YS, and storing all the large capacities to generate large-capacity storage information;
A3: obtaining all small capacities, selecting all small capacities of which the sum of capacities RLj does not exceed a threshold YS in the same screening mode in A2, and storing all small capacities to generate small-capacity storage information;
the access control unit is used for acquiring the transmitted access user basic information, analyzing the access user basic information and generating corresponding verification information by verifying the access right in the access user basic information, wherein the verification information comprises the following components: an authorized authentication signal and an unauthorized authentication signal, and transmits the generated authentication information to an information output unit.
2. The compliance data conversion and storage system of claim 1, wherein the access control unit generates the verification information in the following manner:
N1: acquiring access rights of an access user, judging the access rights, generating an authorization verification signal by a system when judging that the access rights of the access user are authorized, performing audit trail on the access user, generating corresponding audit information, and transmitting the audit information to an information output unit;
n2: when it is judged that the access authority of the access user is not authorized, the system generates an unauthorized authentication signal and transmits it to the information output unit.
3. The system of claim 1, wherein the data encryption unit is electrically connected to the data storage unit in a single direction, and the data encryption unit is electrically connected to the information output unit in a single direction, and the data storage unit is electrically connected to the information output unit in a single direction.
4. The compliance data conversion and storage system according to claim 1, wherein the information output unit is configured to obtain the transmitted storage information, reorganization information, and verification information, and display the same to an operator through a display device.
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