CN111209027B - Method and system for business verification based on dynamic verification algorithm - Google Patents
Method and system for business verification based on dynamic verification algorithm Download PDFInfo
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Abstract
The invention discloses a method and a system for business verification based on a dynamic verification algorithm, wherein the method comprises the following steps: determining attribute information of the business data to be checked, and logically decomposing the attribute information of the business data to be checked to determine a logic structure of the business data to be checked; acquiring preset configuration information matched with the attribute of the business data to be checked when receiving an indication message that the business data to be checked enters a checking link; based on the configuration information, dynamically checking each of a plurality of check items of business data to be checked, generating a check flag bit for indicating update data for each check item, and acquiring a check result, wherein the check result comprises a result of each of the plurality of check items; when the checking result is a preset result, generating alarm information, and updating the business data to be checked according to the checking zone bit for indicating the updating data and the result of each checking item.
Description
Technical Field
The invention relates to the technical field of software updating, in particular to a method and a system for business verification based on a dynamic verification algorithm.
Background
With the continuous development of Chinese economy, people in China communicate with each country increasingly frequently, and business demands of travel, exploratory or travel by business are increasing. With the continuous adjustment of services, the service flow and service requirements are also continuously changing. The traffic of the service system is rapidly increased, the service system is also updated iteratively along with the change of the service environment, and the service system needs to be updated continuously. The existing service system has complex service, multiple functional modules, high upgrading and reconstruction cost and lower efficiency. Mainly the following problems result:
The checking algorithm is more, a large number of repeated codes are adopted, and the program adjustment is difficult;
Multiple checks of the same service are serial, so that the time consumption is long and the efficiency is low;
the test is complex, and the small-function test also causes waste of manpower resources and time;
the system is required to be modified to change the checking project, so that the workload is large and the timeliness is poor.
Thus, the effort to create a flexible dynamic verification algorithm to replace the original verification pattern has been urgent. The configurable dynamic checking algorithm not only can release productivity, system performance and robustness, but also can reduce resource waste and improve the satisfaction degree of users to the system.
The following conditions are not yet met by the checking algorithm of the prior art:
1) Dynamic checking: the algorithm flexibly acquires the checking data source and the related sub-algorithm according to the pre-configuration information, and different checking items are checked concurrently, so that the efficiency is improved;
2) Flexibility: the preconfiguration information can be flexibly modified and can be quickly validated; various checking items can be freely combined and matched;
3) Accuracy: after the dynamic checking algorithm performs service checking, the checking accuracy needs to be ensured, and the normal circulation of the service is not affected.
Therefore, a technique is needed to implement business verification based on dynamic verification algorithms.
Disclosure of Invention
The technical scheme of the invention provides a method and a system for business verification based on a dynamic verification algorithm, which are used for solving the problem of how to carry out business verification based on the dynamic verification algorithm.
In order to solve the above problems, the present invention provides a method for performing service verification based on a dynamic verification algorithm, the method comprising:
Determining attribute information of the business data to be checked, and logically decomposing the attribute information of the business data to be checked to determine a logic structure of the business data to be checked;
Acquiring preset configuration information matched with the attribute of the business data to be checked when receiving an indication message that the business data to be checked enters a checking link;
Based on the configuration information, dynamically checking each of a plurality of check items of the business data to be checked, generating a check flag bit for indicating update data for each check item, and acquiring a check result, wherein the check result comprises a result of each of the plurality of check items;
And when the checking result is a preset result, generating alarm information, and updating the business data to be checked according to the checking zone bit for indicating the updating data and the result of each checking item.
Preferably, the step of obtaining preset configuration information matched with the attribute of the service data to be checked when the response to receiving the indication message that the service data to be checked enters the checking link further includes:
when the data source of the business data to be checked is changed or the application data of the business data to be checked enters a checking link, preset configuration information matched with the attribute of the business data to be checked is obtained.
Preferably, a plurality of checking items of the business data to be checked are determined according to the logic structure of the business data to be checked, and configuration information of the business data to be checked is set according to the logic relation of the plurality of checking items.
Preferably, the method further comprises:
And updating the configuration information, wherein the updated configuration information takes effect after reaching a preset time.
Preferably, the method further comprises: based on the configuration information, randomly combining a plurality of checking items of the business data to be checked, and dynamically checking the combined plurality of checking items in parallel.
Based on another aspect of the present invention, there is provided a system for performing business verification based on a dynamic verification algorithm, the system comprising:
The determining unit is used for determining attribute information of the business data to be checked, and logically decomposing the attribute information of the business data to be checked to determine a logic structure of the business data to be checked;
The response unit is used for responding to the received indication message of the business data to be checked entering the checking link and obtaining preset configuration information matched with the attribute of the business data to be checked;
The execution unit is used for dynamically checking each of a plurality of check items of the business data to be checked based on the configuration information, generating a check mark bit for indicating update data for each check item, and acquiring a check result, wherein the check result comprises the result of each check item in the plurality of check items;
And the result unit is used for generating alarm information when the checking result is a preset result, and updating the business data to be checked according to the checking zone bit for indicating the updating data and the result of each checking item.
Preferably, the response unit is configured to obtain preset configuration information matched with an attribute of the service data to be checked, in response to receiving an indication message that the service data to be checked enters the checking link, and is further configured to:
when the data source of the business data to be checked is changed or the application data of the business data to be checked enters a checking link, preset configuration information matched with the attribute of the business data to be checked is obtained.
Preferably, the method further comprises a setting unit, wherein the setting unit is used for determining a plurality of checking items of the business data to be checked according to the logic structure of the business data to be checked, and setting configuration information of the business data to be checked according to the logic relation of the plurality of checking items.
Preferably, the setting unit is further configured to:
And updating the configuration information, wherein the updated configuration information takes effect after reaching a preset time.
Preferably, the execution unit is further configured to: based on the configuration information, randomly combining a plurality of checking items of the business data to be checked, and dynamically checking the combined plurality of checking items in parallel.
The technical scheme of the invention provides a method and a system for business verification based on a dynamic verification algorithm, wherein the method comprises the following steps: determining attribute information of the business data to be checked, and logically decomposing the attribute information of the business data to be checked to determine a logic structure of the business data to be checked; acquiring preset configuration information matched with the attribute of the business data to be checked when receiving an indication message that the business data to be checked enters a checking link; based on the configuration information, dynamically checking each of a plurality of check items of business data to be checked, generating a check flag bit for indicating update data for each check item, and acquiring a check result, wherein the check result comprises a result of each of the plurality of check items; when the checking result is a preset result, generating alarm information, and updating the business data to be checked according to the checking zone bit for indicating the updating data and the result of each checking item. According to the technical scheme, different checking items are flexibly combined through the pre-configuration information, the checking items can be flexibly changed according to service requirements and policy changes, the checking items take effect in a short time, the program source code is not required to be changed, and system upgrading and service handling suspension are not required. The same checking sub-algorithm provided by the technical scheme of the invention can be used by a plurality of types of services, so that repeated codes are reduced, the program development quality and efficiency are improved, and the maintenance cost is reduced.
Drawings
Exemplary embodiments of the present invention may be more completely understood in consideration of the following drawings:
FIG. 1 is a flow chart of a method for business verification based on a dynamic verification algorithm in accordance with a preferred embodiment of the present invention;
FIG. 2 is a flow chart of a checking mechanism according to a preferred embodiment of the present invention;
fig. 3 is a system structure diagram for performing business check based on a dynamic check algorithm according to a preferred embodiment of the present invention.
Detailed Description
The exemplary embodiments of the present invention will now be described with reference to the accompanying drawings, however, the present invention may be embodied in many different forms and is not limited to the examples described herein, which are provided to fully and completely disclose the present invention and fully convey the scope of the invention to those skilled in the art. The terminology used in the exemplary embodiments illustrated in the accompanying drawings is not intended to be limiting of the invention. In the drawings, like elements/components are referred to by like reference numerals.
Unless otherwise indicated, terms (including technical and scientific terms) used herein have the same meaning as commonly understood by one of ordinary skill in the art. In addition, it will be understood that terms defined in commonly used dictionaries should be interpreted as having a meaning that is consistent with their meaning in the context of the relevant art and will not be interpreted in an idealized or overly formal sense.
Fig. 1 is a flowchart of a method for performing business verification based on a dynamic verification algorithm according to a preferred embodiment of the present application. In order to avoid frequent release of the update program by the system due to the change of the check item. The embodiment of the application improves the existing checking mode, designs a flexible and efficient checking algorithm, reduces the coding workload of developers, reduces the proportion of repeated codes, improves the code quality and reduces the pressure of first-line operation maintenance personnel. As shown in fig. 1, the present application provides a method for performing service verification based on a dynamic verification algorithm, the method comprising:
preferably, in step 101: and determining attribute information of the business data to be checked, and logically decomposing the attribute information of the business data to be checked to determine a logic structure of the business data to be checked.
Preferably, at step 102: and when receiving an indication message that the business data to be checked enter a checking link, acquiring preset configuration information matched with the attribute of the business data to be checked. Preferably, a plurality of checking items of the business data to be checked are determined according to the logic structure of the business data to be checked, and configuration information of the business data to be checked is set according to the logic relation of the plurality of checking items. Preferably, the method further comprises: and updating the configuration information, wherein the updated configuration information takes effect after reaching a preset time.
The application performs the pre-configuration of the checking information according to the region and the service type of the system deployment, and the configuration can be flexibly changed. After the change is successful, the change is effective within a certain time.
Preferably, in step 103: based on the configuration information, dynamically checking each of a plurality of check items of business data to be checked, generating a check flag bit for indicating update data for each check item, and acquiring a check result, wherein the check result comprises a result of each of the plurality of check items. Preferably, the method further comprises: based on the configuration information, randomly combining a plurality of checking items of the business data to be checked, and dynamically checking the combined plurality of checking items in parallel.
In the application, the application information flows in the flow, and when the configured checking data source is changed or the data is in the checking link, the system calls the checking algorithm to perform business checking. When the checking algorithm returns to the checking flag bit, the system judges the next link of the data according to the checking result, updates the service data and records the operation log. For use in subsequent processes. As shown in fig. 2, the present application freely combines a plurality of verification items of service data to be verified based on configuration information, and dynamically verifies the combined plurality of verification items in parallel.
Preferably, at step 104: when the checking result is a preset result, generating alarm information, and updating the business data to be checked according to the checking zone bit for indicating the updating data and the result of each checking item.
Preferably, when receiving an indication message that the service data to be checked enters the checking link, acquiring preset configuration information matched with the attribute of the service data to be checked, and further including: when the data source of the business data to be checked is changed or the application data of the business data to be checked enters a checking link, preset configuration information matched with the attribute of the business data to be checked is obtained.
According to the application, for checking caused by data source change, if a checking data source such as a white list and a black list is changed, after a checking algorithm is triggered, the checking algorithm reads a pre-configuration rule configured with the related data source, single content checking (concurrent checking of multiple pieces of data) is performed on application data meeting the pre-configuration rule, a checking flag bit is generated and updated, and if the pre-configuration rule is compared with the corresponding rule, early warning information is generated.
If the application data flow is transferred, the data checking link triggers a checking mechanism and invokes a checking algorithm. The algorithm flexibly loads the pre-configuration information according to the region and the service type, and calls the corresponding checking sub-algorithm for different checking items of the unified service data to perform concurrent checking. And finally, generating and updating the checking flag bit by checking summary processing. If the service data ratio is corresponding to the rule, early warning information can be generated at the same time when a checking result is returned.
The embodiment of the application improves the running stability and flexibility of the service system. When the business requirement and the check item are changed, the operation maintainer can achieve the effect of quick response by modifying the preset configuration information. The system transformation, test verification and release work are not needed, and the influence of human factors on the system is greatly reduced. The application saves a great deal of manpower resources, and the use of the checking algorithm can greatly reduce the coding work of technicians, reduce the testing and release workload of operation maintenance personnel, lighten the pressure of first-line personnel and effectively save the manpower resources. The application improves the checking algorithm, improves the working efficiency of the service personnel, shortens the working time limit of the masses and provides the satisfaction degree of the users to the system.
The application relates to updating software, and the application carries out business check by writing a dynamic check algorithm, dynamically calling related sub-algorithm and source data according to preconfigured information. The application comprises the following steps: flexible configuration and dynamic checking. The flexible configuration means that the preset finger information can be flexibly and self-service modified under the condition of not suspending the system. The information is effective within a certain time period after being modified. Dynamic verification refers to when application information enters a verification process. When the system is updated, the checking algorithm provided by the application is called. After the algorithm is started, the pre-configuration information can be flexibly read according to different areas and service types. And then dynamically checking according to the configuration information. The multi-data source and multi-interface parallel check can be realized, and the general and personalized check requirements of business application are met. The business checking efficiency is improved, the code coupling is reduced, and the system robustness is improved through a flexible checking algorithm.
Fig. 3 is a system structure diagram for performing business check based on a dynamic check algorithm according to a preferred embodiment of the present application. As shown in fig. 3, the present application provides a system for performing service verification based on a dynamic verification algorithm, the system comprising:
The determining unit 301 is configured to determine attribute information of the service data to be checked, and logically decompose the attribute information of the service data to be checked to determine a logical structure of the service data to be checked.
And the response unit 302 is configured to obtain preset configuration information matched with the attribute of the service data to be checked, in response to receiving an indication message that the service data to be checked enters the checking link.
Preferably, the system further comprises a setting unit, configured to determine a plurality of checking items of the service data to be checked according to the logic structure of the service data to be checked, and set configuration information of the service data to be checked according to the logic relations of the plurality of checking items. Preferably, the setting unit of the system is further configured to: and updating the configuration information, wherein the updated configuration information takes effect after reaching a preset time.
The application performs the pre-configuration of the checking information according to the region and the service type of the system deployment, and the configuration can be flexibly changed. After the change is successful, the change is effective within a certain time.
And the execution unit 303 is configured to dynamically check each of a plurality of check items of the business data to be checked based on the configuration information, generate a check flag bit for indicating update data for each check item, and obtain a check result, where the check result includes a result of each of the plurality of check items. Preferably, the execution unit 303 of the system is further configured to: based on the configuration information, randomly combining a plurality of checking items of the business data to be checked, and dynamically checking the combined plurality of checking items in parallel.
In the application, the application information flows in the flow, and when the configured checking data source is changed or the data is in the checking link, the system calls the checking algorithm to perform business checking. When the checking algorithm returns to the checking flag bit, the system judges the next link of the data according to the checking result, updates the service data and records the operation log. For use in subsequent processes. As shown in fig. 2, the present application freely combines a plurality of verification items of service data to be verified based on configuration information, and dynamically verifies the combined plurality of verification items in parallel.
And a result unit 304, configured to generate alarm information when the checking result is a preset result, and update the service data to be checked according to the checking flag bit for indicating the update data and the result of each checking item.
Preferably, the response unit 302 is configured to obtain preset configuration information matched with an attribute of the service data to be checked, in response to receiving an indication message that the service data to be checked enters the checking link, and is further configured to: when the data source of the business data to be checked is changed or the application data of the business data to be checked enters a checking link, preset configuration information matched with the attribute of the business data to be checked is obtained.
According to the application, for checking caused by data source change, if a checking data source such as a white list and a black list is changed, after a checking algorithm is triggered, the checking algorithm reads a pre-configuration rule configured with the related data source, single content checking (concurrent checking of multiple pieces of data) is performed on application data meeting the pre-configuration rule, a checking flag bit is generated and updated, and if the pre-configuration rule is compared with the corresponding rule, early warning information is generated.
If the application data flow is transferred, the data checking link triggers a checking mechanism and invokes a checking algorithm. The algorithm flexibly loads the pre-configuration information according to the region and the service type, and calls the corresponding checking sub-algorithm for different checking items of the unified service data to perform concurrent checking. And finally, generating and updating the checking flag bit by checking summary processing. If the service data ratio is corresponding to the rule, early warning information can be generated at the same time when a checking result is returned.
The application relates to updating software, and the application carries out business check by writing a dynamic check algorithm, dynamically calling related sub-algorithm and source data according to preconfigured information. The application comprises the following steps: flexible configuration and dynamic checking. The flexible configuration means that the preset finger information can be flexibly and self-service modified under the condition of not suspending the system. The information is effective within a certain time period after being modified. Dynamic verification refers to when application information enters a verification process. When the system is updated, the checking algorithm provided by the application is called. After the algorithm is started, the pre-configuration information can be flexibly read according to different areas and service types. And then dynamically checking according to the configuration information. The multi-data source and multi-interface parallel check can be realized, and the general and personalized check requirements of business application are met. The business checking efficiency is improved, the code coupling is reduced, and the system robustness is improved through a flexible checking algorithm.
The invention has been described with reference to a few embodiments. However, as is well known to those skilled in the art, other embodiments than the above disclosed invention are equally possible within the scope of the invention, as defined by the appended patent claims.
Generally, all terms used in the claims are to be interpreted according to their ordinary meaning in the technical field, unless explicitly defined otherwise therein. All references to "a/an/the [ means, component, etc. ]" are to be interpreted openly as referring to at least one instance of said means, component, etc., unless explicitly stated otherwise. The steps of any method disclosed herein do not have to be performed in the exact order disclosed, unless explicitly stated.
Claims (4)
1. A method for business verification based on a dynamic verification algorithm, the method comprising:
Determining attribute information of the business data to be checked, and logically decomposing the attribute information of the business data to be checked to determine a logic structure of the business data to be checked;
when receiving an indication message that the business data to be checked enter a checking link, acquiring preset configuration information matched with the attribute of the business data to be checked, and further comprising:
When the data source of the business data to be checked is changed or the application data of the business data to be checked enters a checking link, acquiring preset configuration information matched with the attribute of the business data to be checked;
Determining a plurality of checking items of the business data to be checked according to the logic structure of the business data to be checked, and setting configuration information of the business data to be checked according to the logic relation of the plurality of checking items;
based on the configuration information, dynamically checking each of a plurality of check items of the business data to be checked, generating a check flag bit for indicating update data for each check item, and acquiring a check result, wherein the check result comprises a result of each of the plurality of check items; based on the configuration information, randomly combining a plurality of checking items of the business data to be checked, and dynamically checking the combined plurality of checking items in parallel;
And when the checking result is a preset result, generating alarm information, and updating the business data to be checked according to the checking zone bit for indicating the updating data and the result of each checking item.
2. The method of claim 1, further comprising:
And updating the configuration information, wherein the updated configuration information takes effect after reaching a preset time.
3. A system for business verification based on a dynamic verification algorithm, the system comprising:
The determining unit is used for determining attribute information of the business data to be checked, and logically decomposing the attribute information of the business data to be checked to determine a logic structure of the business data to be checked;
The response unit is used for responding to the received indication message of the business data to be checked entering the checking link and obtaining preset configuration information matched with the attribute of the business data to be checked; also used for: when the data source of the business data to be checked is changed or the application data of the business data to be checked enters a checking link, acquiring preset configuration information matched with the attribute of the business data to be checked;
The setting unit is used for determining a plurality of checking items of the business data to be checked according to the logic structure of the business data to be checked, and setting configuration information of the business data to be checked according to the logic relation of the plurality of checking items;
The execution unit is used for dynamically checking each of a plurality of check items of the business data to be checked based on the configuration information, generating a check mark bit for indicating update data for each check item, and acquiring a check result, wherein the check result comprises the result of each check item in the plurality of check items; the execution unit is further configured to: based on the configuration information, randomly combining a plurality of checking items of the business data to be checked, and dynamically checking the combined plurality of checking items in parallel;
And the result unit is used for generating alarm information when the checking result is a preset result, and updating the business data to be checked according to the checking zone bit for indicating the updating data and the result of each checking item.
4. A system according to claim 3, the setting unit further being adapted to:
And updating the configuration information, wherein the updated configuration information takes effect after reaching a preset time.
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