CN112650865A - Method and system for solving multi-region license data conflict based on flexible rule - Google Patents
Method and system for solving multi-region license data conflict based on flexible rule Download PDFInfo
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- CN112650865A CN112650865A CN202110111143.XA CN202110111143A CN112650865A CN 112650865 A CN112650865 A CN 112650865A CN 202110111143 A CN202110111143 A CN 202110111143A CN 112650865 A CN112650865 A CN 112650865A
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- G06—COMPUTING; CALCULATING OR COUNTING
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- G06F16/50—Information retrieval; Database structures therefor; File system structures therefor of still image data
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Abstract
The invention relates to a method and a system for solving multi-region license data conflict based on flexible rules, wherein the method comprises the following steps: 1) the license information of the data source is firstly entered into the intermediate table in an updating or newly added mode through the license identifier; 2) processing the license information in the intermediate table according to the mandatory field cleaning rule, entering the next step if the mandatory field passes the judgment, and entering an index error table if the mandatory field passes the judgment; 3) and judging the passing license information of the mandatory field, cleaning according to the license characteristic repeated cleaning rule, entering an index table if the license information needs to be updated or newly added, and not entering the index table if the license information needs to be updated or newly added. The method and the system are beneficial to solving the conflict of multi-region license data and improving the accuracy and the efficiency of the index of the license information.
Description
Technical Field
The invention belongs to the technical field of electronic certificates, and particularly relates to a method and a system for solving multi-region certificate data conflicts based on flexible rules.
Background
With the development of electronic license informatization, electronic license platforms are established in a plurality of areas, a large amount of electronic license data are accumulated, but the standards of the electronic license data in the areas may be different, the system design architecture may also be different, the types of electronic licenses related to different departments are various, and how to realize information sharing and standard unification of the electronic licenses in the whole country is a problem.
The license index table is a data table for recording index information and routing information of the license held by the user. The method is used for quickly positioning the position of the license source and routing when inquiring the specific license information of the user. The content of the license routing table comprises: the license issuing system comprises a user identity card number, a license name, an identification (preferably according with national standards) of an electronic license in a data source, a license type code in the data source, a license type code in a license cloud service platform, a license issuing unit, license issuing time, a license validity period and a region code where the data source is located. When the license index table is updated, the certificate index table is also a city base, and the index priority of the low city is higher than that of the high city; for example, south-Ping city is lower than province library, so the index level is high, south-Ping library data can enter, but province library data cannot enter. However, the existing license information index still has some problems: 1) the index information management rule is not stable in requirement; 2) the same characteristics of different data sources can enter an index table at the same time; 3) the characteristics of the certificate are not accurately identified, and the characteristics of the certificate change; 4) the situation that one certificate replaces a plurality of certificates with the same characteristics exists; 5) and the combination requirement of the license related information is imperfect. Therefore, it is necessary to design a method to solve the problem of multi-region license data collision.
Disclosure of Invention
The invention aims to provide a method and a system for solving multi-region license data conflict based on flexible rules, which are beneficial to solving the multi-region license data conflict and improving the accuracy and efficiency of license information indexing.
In order to achieve the purpose, the invention adopts the technical scheme that: a method for solving multi-region license data conflict based on flexible rules comprises the following steps:
1) the license information of the data source is firstly entered into the intermediate table in an updating or newly added mode through the license identifier;
2) processing the license information in the intermediate table according to the mandatory field cleaning rule, entering the next step if the mandatory field passes the judgment, and entering an index error table if the mandatory field passes the judgment;
3) and judging the passing license information of the mandatory field, cleaning according to the license characteristic repeated cleaning rule, entering an index table if the license information needs to be updated or newly added, and not entering the index table if the license information needs to be updated or newly added.
Further, in the step 2, a specific method for processing the certificate information according to the mandatory field cleaning rule is as follows:
201) judging the necessary field of the new license information, judging whether the identity card, the license name and the license issuing unit information exist, if so, turning to the next step, otherwise, judging that the necessary field of the license does not pass, entering an index error table, not updating the license, and ending the process;
202) judging a data source license type field, judging whether the data source license type name is empty, if so, judging that the data source license type is equal to the license name, and carrying out the next step, otherwise, directly carrying out the next step;
203) judging whether the data source license type number is empty, if so, turning to the next step, otherwise, turning to the step 205;
204) judging whether the same data source license type exists or not, if so, acquiring the same data source license type name and the same data source license type code, and then turning to the next step, otherwise, turning to the next step, if not, judging that the data source license type name is consistent with the data source license type code;
205) and (4) binding the certificate types, judging whether the certificate types are successfully bound, if so, judging through the certificate mandatory field, and if not, entering an index error table.
Further, in the step 3, a specific method for repeatedly cleaning the license information according to the license characteristic includes:
301) for the new license information, judging whether the index table has licenses with the same license identification, if so, turning to the step 302, otherwise, turning to the step 303;
302) judging whether the updating time of the new license information is newer or not, if so, updating the license information, otherwise, keeping the index table unchanged, and ending the process;
303) judging whether the index table has the certificates with the same characteristics, if so, turning to the next step, otherwise, newly adding certificate information, and ending the process;
304) taking out the certificates with consistent characteristics from the index table, judging whether the certificates with the same characteristics in the index table are the same as the new certificates or not, adding certificate information for the certificates with the same data source, the same characteristics and no same identification, ending the process, otherwise, turning to the next step;
305) and for the certificates with different data sources and the same characteristics, entering a priority judgment process, judging whether the data source of the new certificate has high priority, if so, replacing the old certificate with the new certificate with the same characteristic, and only reserving the certificate of one data source, otherwise, keeping the index table unchanged.
Further, the priority determination process includes the following steps:
A1) judging whether the certificates A and B of two different data sources are of the same access library type, if so, switching to the next step, otherwise, confirming the certificate to be updated according to the principle that the priority of the data source of the unit type is greater than that of the data source of the region type;
A2) judging whether the access city levels are the same, if so, confirming the certificate needing to be updated, and otherwise, turning to the next step;
A3) judging whether the data source is a unit data source or a region data source, and if the data source is the unit data source, confirming the certificate to be updated according to the principle that the higher the unit level is and the higher the priority of the certificate is; and if the certificate is a region data source, confirming the certificate needing to be updated according to the principle that the lower the unit level is, the higher the priority of the certificate is.
Further, in the step a1, the method for confirming the license that needs to be updated includes: and determining the certificate with high priority according to the principle that the priority of the data source of the unit type is greater than that of the data source of the region type, updating if the priority of the new certificate is high, and not updating if the priority of the old certificate is high.
The invention also provides a system for solving the multi-region license data conflict based on the flexible rule, which comprises a memory, a processor and a computer program which is stored on the memory and can be run on the processor, wherein when the processor runs the computer program, the steps of the method are realized.
Compared with the prior art, the invention has the following beneficial effects:
a. the change of the license updating rule is easier to process
In the existing mechanism, if the rule of the certificate changes, the certificate needs to be obtained from the data source again, and then the certificate table is updated again according to the new rule, so that the operation amount is large and problems are easy to occur. If the certificate of the intermediate table exists, the index table can be updated through the data collected before the intermediate table, data do not need to be acquired from the data source, and the method is fast and convenient. So that later the modification of the rules is less costly.
b. Data source switching is more convenient
Currently shutting down a data source is merely a certificate that the data source was used, but such an operation is not reasonable enough. For example, the province library and the Nanping library both transmit identity cards with the same characteristics, the identity card of the Nanping library is used according to the existing rule, and the Nanping library is closed, so that the user cannot see the identity card, and the identity card of the province library is correctly displayed. If the existing situation needs to be modified, data acquisition and judgment need to be carried out on each data source; if the intermediate table exists, the index table can be updated by means of the data collected before, and the data do not need to be acquired from the data source.
c. Can complete the certificate deletion operation
Under the current function, only the license is newly added and cannot be deleted, and even if the data source deletes the license (does not invalidate), the license cannot be deleted. An intermediate library is needed for comparison at regular time, and when the data source deletes the certificate, the data source can compare whether to delete or refer to data of other data sources.
d. Paving for big data license processing
Adding an intermediate table, and updating according to the steps of the following flow chart, namely firstly collecting data, and then cleaning according to rules to generate an index table; the current flow is the part lacking data collection. The method is in line with the change of modifying into a big data processing mode in the future.
Drawings
FIG. 1 is a flow chart of a method implementation of an embodiment of the present invention.
FIG. 2 is a flow chart of mandatory field cleaning according to an embodiment of the present invention.
FIG. 3 is a flowchart of a license feature repeat cleaning in an embodiment of the present invention.
FIG. 4 is a flowchart of priority determination according to an embodiment of the present invention.
Detailed Description
The invention is described in further detail below with reference to the figures and the embodiments.
As shown in fig. 1, the present invention provides a method for resolving a multi-region license data conflict based on a flexible rule, which is characterized in that the method comprises the following steps:
1) the license information of the data source is firstly entered into the intermediate table in an updating or newly added mode through the license identifier. The data is directly stored, and the repeated data is judged without the need of a validity field.
2) And (4) processing the license information in the intermediate table according to the required field cleaning rule, entering the next step if the required field passes the judgment, and entering the index error table if the required field passes the judgment.
As shown in fig. 2, the specific method for processing the license information according to the mandatory field cleaning rule is as follows:
201) and judging whether the new license information has the identity card, the license name and the license issuing unit information, if so, turning to the next step, otherwise, judging that the license mandatory field does not pass, entering an index error table, not updating the license, and ending the process.
202) And judging the data source license type field, judging whether the data source license type name is empty, if so, judging that the data source license type is equal to the license name, and carrying out the next step, otherwise, directly carrying out the next step.
203) And judging whether the data source license type number is empty, if so, turning to the next step, and otherwise, turning to the step 205.
204) And judging whether the same data source license type exists or not, if so, acquiring the same data source license type name and the same data source license type code, and then turning to the next step, otherwise, turning to the next step if the data source license type name is consistent with the data source license type code.
205) And (4) binding the certificate types, judging whether the certificate types are successfully bound, if so, judging through the certificate mandatory field, and if not, entering an index error table.
3) And judging the passing license information of the mandatory field, cleaning according to the license characteristic repeated cleaning rule, entering an index table if the license information needs to be updated or newly added, and not entering the index table if the license information needs to be updated or newly added.
As shown in fig. 3, the specific method for repeatedly cleaning the license information according to the license characteristic includes:
301) and for the new license information, judging whether the index table has the licenses with the same license identification, if so, turning to the step 302, and otherwise, turning to the step 303.
302) And judging whether the updating time of the new license information is newer or not, if so, updating the license information, otherwise, keeping the index table unchanged, and ending the process.
303) And judging whether the index table has the certificates with the same characteristics, if so, turning to the next step, otherwise, newly adding the certificate information, and ending the process.
304) And taking out the certificates with consistent characteristics from the index table, judging whether the certificates with the same characteristics in the index table are the same as the new certificates or not, adding certificate information to the certificates with the same data source, the same characteristics and no same identification, ending the process, and otherwise, turning to the next step.
305) And for the certificates with different data sources and the same characteristics, entering a priority judgment process, judging whether the data source of the new certificate has high priority, if so, replacing the old certificate with the new certificate with the same characteristic, and only reserving the certificate of one data source, otherwise, keeping the index table unchanged.
As shown in fig. 4, the priority determination process includes the following steps:
A1) and judging whether the certificates A and B of the two different data sources are of the same access library type, if so, switching to the next step, otherwise, determining the certificate with high priority according to the principle that the priority of the data source of the unit type is greater than that of the data source of the region type, updating if the priority of the new certificate is high, and not updating if the priority of the old certificate is high, thereby confirming the certificate needing to be updated.
A2) And judging whether the certificate is the same access city level, if so, confirming the certificate needing to be updated, and otherwise, turning to the next step.
A3) Judging whether the data source is a unit data source or a region data source, and if the data source is the unit data source, confirming the certificate to be updated according to the principle that the higher the unit level is and the higher the priority of the certificate is; and if the certificate is a region data source, confirming the certificate needing to be updated according to the principle that the lower the unit level is, the higher the priority of the certificate is.
The invention adds an intermediate table to clean, screen and record the license conflict data of multiple areas. The intermediate table is a record table (non-log table, the same data source does not have the same license ID) pushed to all licenses of us for all data sources. The index table is a record table of certificates which are revealed to clients and have the same characteristics by using effective multiple data sources. The index table is a table generated after the intermediate table is subjected to rule processing, and the intermediate table should contain all data of the index table.
The invention also provides a system for solving the multi-region license data conflict based on the flexible rule, which comprises a memory, a processor and a computer program which is stored on the memory and can be run on the processor, wherein when the processor runs the computer program, the steps of the method are realized.
The above are preferred embodiments of the present invention, and all changes made according to the technical scheme of the present invention that produce functional effects do not exceed the scope of the technical scheme of the present invention belong to the protection scope of the present invention.
Claims (6)
1. A method for solving multi-region license data conflict based on flexible rules is characterized by comprising the following steps:
1) the license information of the data source is firstly entered into the intermediate table in an updating or newly added mode through the license identifier;
2) processing the license information in the intermediate table according to the mandatory field cleaning rule, entering the next step if the mandatory field passes the judgment, and entering an index error table if the mandatory field passes the judgment;
3) and judging the passing license information of the mandatory field, cleaning according to the license characteristic repeated cleaning rule, entering an index table if the license information needs to be updated or newly added, and not entering the index table if the license information needs to be updated or newly added.
2. The method for solving the multi-region license data conflict based on the flexible rule as claimed in claim 1, wherein in the step 2, the specific method for processing the license information according to the mandatory field cleaning rule is as follows:
201) judging the necessary field of the new license information, judging whether the identity card, the license name and the license issuing unit information exist, if so, turning to the next step, otherwise, judging that the necessary field of the license does not pass, entering an index error table, not updating the license, and ending the process;
202) judging a data source license type field, judging whether the data source license type name is empty, if so, judging that the data source license type is equal to the license name, and carrying out the next step, otherwise, directly carrying out the next step;
203) judging whether the data source license type number is empty, if so, turning to the next step, otherwise, turning to the step 205;
204) judging whether the same data source license type exists or not, if so, acquiring the same data source license type name and the same data source license type code, and then turning to the next step, otherwise, turning to the next step, if not, judging that the data source license type name is consistent with the data source license type code;
205) and (4) binding the certificate types, judging whether the certificate types are successfully bound, if so, judging through the certificate mandatory field, and if not, entering an index error table.
3. The method for solving the multi-region license data conflict based on the flexible rule according to claim 1, wherein in the step 3, the specific method for repeatedly cleaning the license information according to the license characteristic comprises the following steps:
301) for the new license information, judging whether the index table has licenses with the same license identification, if so, turning to the step 302, otherwise, turning to the step 303;
302) judging whether the updating time of the new license information is newer or not, if so, updating the license information, otherwise, keeping the index table unchanged, and ending the process;
303) judging whether the index table has the certificates with the same characteristics, if so, turning to the next step, otherwise, newly adding certificate information, and ending the process;
304) taking out the certificates with consistent characteristics from the index table, judging whether the certificates with the same characteristics in the index table are the same as the new certificates or not, adding certificate information for the certificates with the same data source, the same characteristics and no same identification, ending the process, otherwise, turning to the next step;
305) and for the certificates with different data sources and the same characteristics, entering a priority judgment process, judging whether the data source of the new certificate has high priority, if so, replacing the old certificate with the new certificate with the same characteristic, and only reserving the certificate of one data source, otherwise, keeping the index table unchanged.
4. The method according to claim 3, wherein the priority determination process comprises the following steps:
A1) judging whether the certificates A and B of two different data sources are of the same access library type, if so, switching to the next step, otherwise, confirming the certificate to be updated according to the principle that the priority of the data source of the unit type is greater than that of the data source of the region type;
A2) judging whether the access city levels are the same, if so, confirming the certificate needing to be updated, and otherwise, turning to the next step;
A3) judging whether the data source is a unit data source or a region data source, and if the data source is the unit data source, confirming the certificate to be updated according to the principle that the higher the unit level is and the higher the priority of the certificate is; and if the certificate is a region data source, confirming the certificate needing to be updated according to the principle that the lower the unit level is, the higher the priority of the certificate is.
5. The method for resolving multiple region license data conflicts according to claim 4, wherein in the step A1, the method for confirming the license needing to be updated is as follows: and determining the certificate with high priority according to the principle that the priority of the data source of the unit type is greater than that of the data source of the region type, updating if the priority of the new certificate is high, and not updating if the priority of the old certificate is high.
6. A system for resolving multiple-region license data conflicts based on flexible rules, comprising a memory, a processor, and a computer program stored on the memory and capable of running on the processor, wherein when the computer program is run by the processor, the method steps according to any of claims 1-5 are implemented.
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| CN202110111143.XA CN112650865B (en) | 2021-01-27 | 2021-01-27 | Method and system for solving multi-region license data conflict based on flexible rule |
| PCT/CN2021/075451 WO2022160373A1 (en) | 2021-01-27 | 2021-02-05 | Method and system for solving multi-region certificate data conflict based on flexible rules |
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