CN115631065A - File accuracy detection method based on front-end electricity utilization service change - Google Patents
File accuracy detection method based on front-end electricity utilization service change Download PDFInfo
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- G06—COMPUTING; CALCULATING OR COUNTING
- G06Q—INFORMATION AND COMMUNICATION TECHNOLOGY [ICT] SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES; SYSTEMS OR METHODS SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES, NOT OTHERWISE PROVIDED FOR
- G06Q50/00—Systems or methods specially adapted for specific business sectors, e.g. utilities or tourism
- G06Q50/06—Electricity, gas or water supply
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F16/00—Information retrieval; Database structures therefor; File system structures therefor
- G06F16/20—Information retrieval; Database structures therefor; File system structures therefor of structured data, e.g. relational data
- G06F16/21—Design, administration or maintenance of databases
- G06F16/215—Improving data quality; Data cleansing, e.g. de-duplication, removing invalid entries or correcting typographical errors
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F16/00—Information retrieval; Database structures therefor; File system structures therefor
- G06F16/20—Information retrieval; Database structures therefor; File system structures therefor of structured data, e.g. relational data
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
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- Y02D—CLIMATE CHANGE MITIGATION TECHNOLOGIES IN INFORMATION AND COMMUNICATION TECHNOLOGIES [ICT], I.E. INFORMATION AND COMMUNICATION TECHNOLOGIES AIMING AT THE REDUCTION OF THEIR OWN ENERGY USE
- Y02D10/00—Energy efficient computing, e.g. low power processors, power management or thermal management
Abstract
The application relates to a file accuracy detection method based on front-end electricity utilization service change, and relates to the technical field of electricity utilization management. The method comprises the following steps: establishing a standard library of change certificates and a file checking rule library; acquiring an initial file and a real-time file of a target user; detecting the initial file by changing the certificate standard library, implanting a file checking rule in the service change process to obtain a file accuracy detection result, wherein the file accuracy detection result is used for indicating the accuracy of the initial file; generating archive modification information based on the archive accuracy detection result. The technical scheme realizes the forward movement of the integrity and effectiveness detection of the files, changes the original after-detection into before-detection, and improves the working efficiency.
Description
Technical Field
The invention relates to the technical field of power utilization management, in particular to a file accuracy detection method based on front-end power utilization business change.
Background
In recent years, with the development of society, the demand for changing electricity consumption of users is more frequent than ever in the aspect of electricity consumption metering, and the change of user profiles caused by changing electricity consumption has an important influence on the calculation of electricity consumption.
In the related art, the electricity inspection and the business expansion staff pay more attention to whether the change process can be normally circulated, the electricity charge is directly measured under the condition that the transformer is usually determined to be started or stopped as required and the electricity meter used for measuring the electric quantity is not faulty, and in the calculation process, the front-end staff carries out customer portrait and corresponding electricity charge measurement according to the existing condition.
However, since the staff performing the electricity consumption service change does not know the file fields required for calculating the electricity charges, the situations of the loss of the charge-calculating key file fields or the field errors often exist, and in the prior art, the filling of the file key fields cannot be compared with the standard, and the filling situation of the key fields cannot be grasped in time, so that the file key fields cannot be timely controlled through a traditional checking mode, and the accuracy of the electricity charge calculation is affected.
Disclosure of Invention
The invention aims to overcome the defects in the prior art, and provides a file accuracy detection method based on front-end electricity utilization service change, so that the change of a file field is recorded and acquired in time, and the accuracy of electricity charge calculation is improved. The method comprises the following steps:
establishing a change certificate standard library, wherein the change certificate standard library comprises change certificate specifications under at least two change scenes;
establishing a file information checking rule base which comprises file checking rules;
acquiring an initial file and a real-time file of a target user, wherein the initial file is a file before the last change of the electricity utilization service, and the real-time file is a file after the last change of the electricity utilization service;
detecting the initial file by changing the certificate standard library to obtain an initial file accuracy detection result, and detecting the real-time file by using the file information checking rule library to obtain a real-time file accuracy detection result, wherein the initial file accuracy detection result is used for indicating the accuracy of the initial file, and the real-time file accuracy detection result is used for indicating the accuracy of the real-time file;
generating archive modification information based on the initial archive accuracy detection result and the real-time archive accuracy detection result.
In an alternative embodiment, the change credential includes at least one of a powered point credential, a metering point extended attribute credential, a billing relationship credential, a power rate agreement credential, a transformer credential, a reading credential, an electric energy meter credential, and a pre-change power supply credential.
In an alternative embodiment, a change credential criteria repository is established, comprising:
acquiring a service change scene set, wherein the service change scene set comprises at least one type of service change content;
evaluating the service change content to generate an importance identifier corresponding to the service change content;
responding to the occurrence of the service change content indicated by the importance mark, and establishing a service change content certificate corresponding to the service change content;
and establishing a change certificate standard library based on the service change scene set and the service change content certificate.
In an alternative embodiment, the archive information check rule base includes at least one of a check rule for the fee-critical field, an integrity rule based on a field filling value, a validity rule based on a field filling value, and an associated field logical rule.
In an optional embodiment, the charge calculation key field includes at least one of power receiving point information, metering point extended attribute information, charging relation information, electricity price protocol information, transformer information, indication information, and electric energy meter information.
In an optional embodiment, the initial file accuracy detection result includes an initial file integrity detection sub-result, an initial file accuracy detection sub-result, and an initial file logical detection sub-result;
the real-time file accuracy detection result comprises a real-time file integrity detection sub-result, a real-time file accuracy detection sub-result and a real-time file logic detection sub-result;
detect initial archives through change voucher standard storehouse, obtain initial archives accuracy testing result to detect real-time archives through archives information check rule base, obtain real-time archives accuracy testing result, include:
detecting the initial file by using a change certificate standard library, and detecting the electricity utilization change service type in the real-time file by using a file information checking rule library;
determining an initial file change voucher set corresponding to the power change service type through a change voucher standard library, and determining a file verification rule set corresponding to the real-time file through the power change service type;
generating an initial file certificate field corresponding to the initial file change certificate set, and generating a fee calculation field corresponding to a file verification rule;
detecting the initial file certificate field and the initial file to obtain an initial file integrity detection sub-result, an initial file correctness detection sub-result and an initial file logic detection sub-result, and detecting the fee calculation field of the real-time file to obtain a real-time file integrity detection sub-result, a real-time file correctness detection sub-result and a real-time file logic detection sub-result;
an initial archive accuracy detection result is generated based on the initial archive integrity detection sub-result, the initial archive correctness detection sub-result and the initial archive logicality detection sub-result, and a real-time archive accuracy detection result is generated based on the real-time archive integrity detection sub-result, the real-time archive correctness detection sub-result and the real-time archive logicality detection sub-result.
In an optional embodiment, the detecting the initial file voucher field and the initial file to obtain an initial file integrity detection sub-result, an initial file correctness detection sub-result, and an initial file logic detection sub-result, and the detecting the expense field to obtain a real-time file integrity detection sub-result, a real-time file correctness detection sub-result, and an initial file logic detection sub-result includes:
carrying out file integrity detection on the initial file certificate field by changing the certificate standard library;
responding to the file integrity detection indication that the initial file certificate field content is complete, and outputting a first initial file integrity detection sub-result;
responding to the incomplete field content of the initial file certificate indicated by the file integrity detection, outputting a second initial file integrity detection sub-result, and generating a missing content prompt;
performing file integrity detection on the fee calculation field through a file information checking rule base;
responding to the file integrity detection indication that the key content of the real-time file accounting fee is complete, and outputting a first real-time file integrity detection sub-result;
and responding to the file integrity detection indication that the real-time file cost calculation is critical and complete, outputting a second real-time file integrity detection sub-result, and generating a missing content prompt.
In an optional embodiment, the detecting the initial file voucher field and the initial file to obtain an initial file integrity detection sub-result, an initial file correctness detection sub-result, and an initial file logic detection sub-result, and the detecting the expense field of the real-time file to obtain a real-time file integrity detection sub-result, a real-time file accuracy detection sub-result, and an initial file logic detection sub-result, includes:
determining the text content of the initial file;
carrying out file correctness detection on the text content of the initial file by changing the certificate standard library;
responding to the file correctness detection indication that the initial file has no error, and outputting a first initial file correctness detection sub-result;
responding to the file correctness detection indication that the initial file has errors, outputting a second initial file correctness detection sub-result, and generating an error content prompt;
determining the text content of the charge calculation field of the real-time file;
performing file correctness detection on the text content of the charge field of the real-time file through a file information checking rule base;
responding to the file correctness detection indication that the real-time file has no error, and outputting a first real-time file correctness detection sub-result;
and responding to the file correctness detection indication real-time file error, outputting a second real-time file correctness detection sub-result, and generating an error content prompt.
In an optional embodiment, the text content of the initial file includes the fixed content of the initial file and the written content of the initial file, the written content of the initial file corresponds to the initial file written specification, the text content of the accounting field of the real-time file includes the fixed content of the accounting field and the written content of the accounting field, and the written content of the accounting field corresponds to the real-time file written specification;
the document correctness detection is carried out on the text content of the initial document by changing the voucher standard library, and the document correctness detection is carried out on the text content of the fee calculation field by the document information checking rule library, comprising the following steps:
and matching the write-in content of the initial file with the write-in specification by changing the certificate standard library, and matching the write-in content of the fee calculation field with the write-in specification by using the file information checking rule library.
In an optional embodiment, the detecting the initial file voucher field and the initial file to obtain an initial file integrity detection sub-result, an initial file correctness detection sub-result, and an initial file logic detection sub-result, and the detecting the expense field to obtain a real-time file integrity detection sub-result, a real-time file correctness detection sub-result, and an initial file logic detection sub-result includes:
acquiring a key field in an initial file;
carrying out logic detection on the key field content of the initial file by changing the certificate standard library;
responding to the logic detection to indicate that the key field of the initial file has no logic problem, and outputting a first initial file logic detection sub-result;
responding to the logic detection to indicate that the key field of the initial file has a logic problem, outputting a second initial file logic detection sub-result, and generating an error logic prompt;
acquiring a key field in the fee calculation field;
performing logic detection on the key field content of the fee calculation field through a file information checking rule base;
responding to the fact that no logic problem exists in the key field of the logic detection indication fee calculation field, and outputting a first real-time archive logic detection sub-result;
and responding to the key field of the logic detection indication fee field with problems, outputting a second real-time archive logic detection sub-result and generating a logic error prompt.
The technical scheme provided by the invention has the beneficial effects that at least:
the method comprises the steps of establishing and introducing a change voucher standard library and a file information checking rule library in a service process, detecting the content accuracy of an initial file based on the change voucher standard library after the initial file and a real-time file before and after the electricity utilization service is changed are determined, detecting the accuracy of the real-time file through the file information checking rule library, and generating file modification information after detection to inform a worker whether the user needs to further modify the user file before the electricity charge settlement process. This technical scheme realizes archives integrality, validity and detects the antedisplacement, becomes the detection in advance by original postdetection, improves work efficiency.
Drawings
In order to more clearly illustrate the technical solutions in the embodiments of the present invention, the drawings needed to be used in the description of the embodiments will be briefly introduced below, and it is obvious that the drawings in the following description are only some embodiments of the present invention, and it is obvious for those skilled in the art to obtain other drawings based on these drawings without creative efforts.
Fig. 1 is a flowchart illustrating a method for detecting accuracy of a profile based on changes in a front-end electricity service according to an exemplary embodiment of the present application.
Fig. 2 is a flowchart illustrating another method for detecting accuracy of a profile based on change of a front-end electricity consumption service according to an exemplary embodiment of the present application.
Detailed Description
To make the objects, technical solutions and advantages of the present invention more apparent, embodiments of the present invention will be described in detail with reference to the accompanying drawings.
Fig. 1 shows a schematic flowchart of a method for detecting accuracy of a profile based on change of a front-end electricity consumption service according to an exemplary embodiment of the present application, which is described by taking the method as an example and applied to a computer device, and the method includes:
In the embodiment of the present application, the change voucher standard library includes at least a change voucher specification in a change scenario. Optionally, the library of change credential criteria is implemented as an artificial intelligence based machine learning model, or as a traditional data model. The application does not limit the concrete implementation form of the change certificate standard library.
In the embodiment of the present application, the file information checking rule base includes a file checking rule. Optionally, the archive information checking rule base is implemented as an artificial intelligence-based machine learning model, or the change voucher standard base is implemented as a traditional data model. The application does not limit the concrete implementation form of the change certificate standard library.
Optionally, in the embodiment of the present application, the time sequence for establishing the rule base in step 101 and step 102 is not limited.
In the embodiment of the present application, before establishing the credential standard library, the computer device obtains an initial profile and a real-time profile corresponding to the target user. Before the last electricity utilization service is changed, the related information corresponding to the target user is the initial file, and after the last electricity utilization service is changed, the information recorded in real time by the target user is the real-time file.
In the embodiment of the present application, the computer device is a computer device that performs a flow of calculating the electricity fee, or the computer device is implemented as a device that performs a preceding flow of calculating the electricity fee. In the process of performing the electricity charge metering, the computer device is used for receiving and processing the data, and generating electricity utilization information related to the user based on the initial file of the user.
And step 104, detecting the initial file by changing the certificate standard library to obtain a file accuracy detection result, and detecting the real-time file information after the electricity service is changed by using the file information checking rule library to obtain a real-time file accuracy detection result.
In the embodiment of the application, since the manually recorded initial data has the condition that the voucher content is inaccurate, the voucher standard library is changed to detect the initial archive so as to generate the archive accuracy detection result for indicating the accuracy of the initial archive.
In the embodiment of the application, the real-time archive accuracy detection result is used for indicating the accuracy of the real-time archive after the last change of the electricity utilization service.
In the embodiment of the application, after the file accuracy detection result is generated, the computer device generates file modification information based on the file accuracy detection result. Optionally, when the initial profile and the real-time profile are determined to be accurate after the detection, the profile modification information indicates that the initial profile does not need to be modified. When the initial file and/or the real-time file are inaccurate, the file modification information reflects the content of the initial file to be modified.
In some embodiments of the application, the staff carries the terminal device, the terminal device is in communication connection with the computer device, and the computer device can send the archive modification information to the terminal device of the staff. After receiving the information sent by the computer equipment, the staff further modifies the initial file and/or the real-time file according to the file modification information so as to complete the electricity charge pricing service.
To sum up, the method provided in the embodiment of the present application establishes and introduces the change voucher standard library and the archive information check rule library in the service process, after determining the initial archive and the real-time archive before and after the change of the electricity consumption service, detects the content accuracy of the initial archive based on the change voucher standard library, detects the accuracy of the real-time archive through the archive information check rule library, and generates the archive modification information after the detection, so as to inform the staff whether the user needs to further modify the user archive before the electricity charge settlement process. This technical scheme realizes archives integrality, validity detection antedisplacement, becomes the detection in advance from original postnatal detection, improves work efficiency.
Fig. 2 is a flowchart illustrating another archive accuracy detection method based on front-end electricity consumption service change according to an exemplary embodiment of the present application, which is described by taking the method as an example applied to a computer device, and the method includes:
step 201, a service change scene set is obtained, where the service change scene set includes at least one type of service change content.
Steps 201 to 203 are the establishment process of the change certificate standard library.
In the embodiment of the application, the service change scene set includes various scenes prestored by the computer device or corresponding to the actual electricity charge settlement service. In the embodiment of the present application, the service change scene set includes at least one type of service change content.
In the process of electric charge service settlement, part of service change contents correspondingly cause the change of electric charge settlement standards. Therefore, in the embodiment of the present application, the importance flag is used to indicate whether the service change content in the service change scenario will cause a change in the electric charge settlement. In this case, in response to the importance flag indicating the occurrence of the service alteration content, a service alteration content voucher corresponding to the service alteration content is established.
And step 203, establishing a change certificate standard library based on the service change scene set and the service change content certificate.
After all the service change contents in the service change scene set are evaluated, the computer equipment can establish a change certificate standard library according to the evaluation result.
In the established change certificate standard library, the change certificate includes at least one of a power receiving point certificate, a metering point extended attribute certificate, a charging relation certificate, an electricity price protocol certificate, a transformer certificate, a number indicating certificate, an electric energy meter certificate and a power supply certificate before change.
In the case of further refinement:
the powered point certificate includes: the method comprises the following steps of changing date, changing description, pricing strategy type, basic electricity charge calculation mode, demand check value, power factor check mode, power receiving point, management unit, work order number, calculation identification, changed data insertion changing table time, system standby charge calculation mode, power supply number, power supply relation, client, section number, reactive compensation device installation mark and reactive compensation device installation capacity.
The metering point certificate includes: change date, change description, measurement mode, measurement point number (installation point number), electricity amount calculation mode (energy calculation mode), fixed ration value (fixed ration value), fixed ratio deduction flag, execution sequence, loss charging flag, loss sharing flag, line loss charging flag, line loss sharing flag, line loss calculation mode code (line loss calculation mode), active line loss calculation value, reactive line loss calculation value, measurement point capacity (installation point capacity), line loss sharing protocol value, PT active loss, PT reactive loss, line, bay, installation point state, management unit, work order number, calculation flag, charging unit number, change data insertion time, client, installation point classification, installation point use type, outfit table flag, marketization type, energy type, fixed ratio deduction flag, electricity price protocol, property installation point, installation point belonging side, pressure bearing, power factor calculation mode, creation date, effective date, power receiving point, connection mode, measurement device classification, installation negative control flag, segment number, virtual flag.
The metering point extension attribute voucher includes: installation point identification, installation point attribute value, effective mark and application number.
The charging relationship credentials include: change date, change description, relation classification code (relation category), relation proportion value, related metering point metering direction, client, metering point role, related metering point, segment number, work order number, calculation identification, metering point relation and change data insertion time.
The electricity price agreement voucher comprises: change date, change description, power factor standard, electricity price industry category, electricity price code (protocol electricity price code), whether to execute peak-valley mark (time-sharing mark), customer protocol, customer, worksheet number, calculation mark, management unit, settlement account, industry classification, change data insertion time and segment number.
The transformer voucher includes: equipment type (voltage regulating equipment type), installation date, nameplate capacity, master and slave properties, first operation date, execution date, operation state, reactive loss protocol value, active loss protocol value, station area number, voltage regulating equipment code, work order number, calculation identification, public and special mark, loss algorithm mark, loss number, variable capacity, management unit, first commissioning date, actual decommissioning date, changed data insertion time, expiration date, customer, changed date, changed description and operation state.
The number-indicating voucher includes: last reading, current reading, last meter reading date, comprehensive multiplying power, a meter reading certificate, a reading digit, current meter reading date, a calculation identifier, a meter type, a meter name, a current reading direction, an application number, a reading direction, an installation point application, an abnormal category, changed data insertion time, a section number and a last planned meter reading date.
The electric energy meter voucher includes: the method comprises the steps of running the electric energy meter, managing unit coding, work order number, change description, calculation identification, installation point, client, reference table, change date, change data insertion time, section number and electric energy meter type.
The power supply source certificate before change includes: power source number, power source type, power supply capacity, power source property, change date, change description, operation mode, power supply voltage, transformer substation, line, and station area.
Optionally, the contents of step 201 to step 203 may be completed by a computer device based on a control instruction, or a corresponding artificial intelligence model may be established, and the contents are completed by an intelligent screening method.
Step 204, establishing a file information checking rule base.
The process corresponds to the process shown in step 103, and is not described herein. Optionally, the archive information check rule base includes at least one of a check rule for the fee-critical field, an integrity rule based on a field filling value, a validity rule based on a field filling value, and an associated field logical rule. The charge calculation key field comprises at least one of power receiving point information, metering point extended attribute information, charging relation information, electricity price protocol information, transformer information, indicating information and electric energy meter information.
And step 205, detecting the initial file by the change voucher standard library, and detecting the electricity utilization change service type in the real-time file by using the file information checking rule library.
In the embodiment of the application, the file content detection is carried out on the initial file by establishing the completed change voucher standard library.
Optionally, the establishment process of the archive information checking rule base is consistent with the establishment process of the change voucher standard base.
Step 206, generating initial file voucher fields corresponding to the change voucher sets, and generating accounting fields corresponding to the real-time file change voucher sets.
In the embodiment of the application, the change voucher standard library extracts and matches the content of the initial file to generate the initial file voucher field. The initial document voucher field is a field for subsequent content detection. Optionally, in the process of establishing the change voucher standard library, different service change contents are provided with corresponding symbolic fields.
In the embodiment of the present application, the file accuracy detection includes file integrity detection, file correctness detection and file logic detection, and is used to test whether the content is complete and accurate and whether the number and field used for metering have logic problems when the initial file is used as the electricity charge calculation service.
In the same stage, the file information checking rule base generates the fee calculating field corresponding to the real-time file.
Step 207, the initial file voucher field is subjected to file integrity detection by changing the voucher standard library.
This process is the process of performing file integrity checking. Alternatively, when the initial profile voucher field in the initial profile can completely cover the electricity charge calculation period, the complete content of the profile can be determined.
In the embodiment of the present application, the first file integrity check sub-result indicates that the initial file credential field is complete in content.
And step 210, carrying out file integrity detection on the fee calculation field through a file information checking rule base.
Step 211, responding to the complete content of the file integrity check indication charging field, outputting a first real-time file integrity check sub-result.
Step 212, in response to the incomplete file integrity detection indication fee field, outputting a second real-time file integrity detection sub-result and generating a missing content prompt.
In the embodiment of the present application, the second initial file integrity check sub-result and the second real-time file integrity check sub-result indicate that the initial file credential field and the real-time file credential field are incomplete. When the content is incomplete, the corresponding voucher library further generates a missing content prompt which is in a text format and is used for informing a worker that the initial file has an error.
Step 213, determine the text content of the initial profile.
The process is a file correctness checking process. In the embodiment of the present application, the correctness detection of the initial profile is a detection of the text content of the initial profile.
Step 215, in response to the initial file correctness check indicating that there is no error in the initial file, outputting a first initial file correctness check sub-result.
In the embodiment of the application, the first file correctness detection sub-result indicates that the text content of the initial file is correct.
In step 216, in response to the initial file correctness detection indicating that the initial file has an error, a second initial file correctness sub-result is output, and an error content prompt is generated.
And step 217, performing file correctness detection on the text content of the fee calculation field of the real-time file through the file information checking rule base.
Prior to this process, the computer device also obtains the text content of the accounting field of the real-time archive.
Step 218, in response to the file correctness check indicating that there is no error in the text content of the accounting field of the real-time file, output a first real-time file correctness check sub-result.
Step 219, responding to the file correctness detection indication that the text content of the accounting field of the real-time file has an error, outputting a second real-time file correctness detection sub-result, and generating an error content prompt.
Steps 217 to 219 correspond to the generation of the sub-result of the correctness detection of the real-time file shown in steps 214 to 216.
In the embodiment of the present application, the second initial file correctness detection sub-result indicates that the text content of the initial file is incorrect, and the second real-time file correctness detection sub-result indicates that the text content of the real-time file is incorrect. In this case, the computer device generates information related to the wrong text content as a wrong content prompt and displays the wrong text content prompt to the worker.
In the process, the text content of the initial file comprises the fixed content of the initial file and the writing content of the initial file, the writing content of the initial file corresponds to the writing specification of the initial file, the text content of the fee calculation field of the real-time file comprises the fixed content of the fee calculation field and the writing content of the fee calculation field, and the writing content of the fee calculation field corresponds to the writing specification of the fee calculation field. And matching the written content of the initial file with the written specification by changing the certificate standard library, and matching the written content of the fee calculation field with the written specification by using the file information checking rule library.
In the embodiment of the application, the initial file corresponds to the relevant key field. The content of the key field is used to represent whether there is a logical problem in the initial profile.
Step 221, the key field content of the initial file is logically detected by changing the voucher standard library.
In the embodiment of the present application, the first initial file logic detection sub-result indicates that the logic of the key field of the initial file is correct.
Step 224, key fields within the accounting field are obtained.
And step 225, performing logic detection on the key field content of the fee calculation field through the archive information checking rule base.
Step 226, in response to the logic detection indicating that there is no logic problem in the key field of the fee field, outputting a first real-time archive logic detection sub-result.
Steps 224 to 227 correspond to the steps 220 to 223, and represent the logical detection process for the real-time archive and for the initial archive, respectively.
In the embodiment of the present application, the second initial file logic detection sub-result indicates that the logic of the key fields of the initial file is incorrect, and the second real-time file logic detection sub-result indicates that the logic of the key fields of the real-time file is incorrect. In the case of a logic error, the computer device generates an error logic prompt corresponding to the file type to inform a worker.
In step 228, an initial file accuracy test result is generated based on the file integrity test sub-result, the file accuracy test sub-result, and the file logic test sub-result, and a real-time file accuracy test result is generated based on the real-time file integrity test sub-result, the real-time file accuracy test sub-result, and the real-time file logic test sub-result.
For the initial file and the real-time file, when the file integrity detection sub-result is the first file integrity detection sub-result, the file correctness detection sub-result is the first file integrity detection sub-result, and the file logic detection sub-result is the first file logic detection sub-result, the computer device determines that the accuracy detection is passed, and does not generate a supplement suggestion for the initial file. In this case, the worker may directly perform the charge amount billing process based on the initial profile.
At step 229, profile modification information is generated based on the initial profile accuracy test result and the real-time profile accuracy test result.
The process is the same as the process shown in step 105, and is not described herein.
To sum up, the method provided in the embodiment of the present application establishes and introduces the change voucher standard library and the archive information check rule library in the service process, after determining the initial archive and the real-time archive before and after the change of the electricity consumption service, detects the content accuracy of the initial archive based on the change voucher standard library, detects the accuracy of the real-time archive through the archive information check rule library, and generates the archive modification information after the detection, so as to inform the staff whether the user needs to further modify the user archive before the electricity charge settlement process. This technical scheme realizes archives integrality, validity and detects the antedisplacement, becomes the detection in advance by original postdetection, improves work efficiency.
The invention is not to be considered as limited to the particular embodiments shown and described, but is to be understood that various modifications, equivalents, improvements and the like can be made without departing from the spirit and scope of the invention.
Claims (10)
1. A file accuracy detection method based on front-end electricity service change is characterized in that the method is applied to computer equipment and comprises the following steps:
establishing a change certificate standard library, wherein the change certificate standard library comprises change certificate specifications under at least two change scenes;
establishing a file information checking rule base, wherein the file information checking rule base comprises file checking rules;
acquiring an initial file and a real-time file of a target user, wherein the initial file is a file before the last change of the electricity utilization business, and the real-time file is a file after the last change of the electricity utilization business;
detecting the initial file through the change certificate standard library to obtain an initial file accuracy detection result, and detecting the real-time file through the file information checking rule library to obtain a real-time file accuracy detection result, wherein the initial file accuracy detection result is used for indicating the accuracy of the initial file, and the real-time file accuracy detection result is used for indicating the accuracy of the real-time file;
generating archive modification information based on the initial archive accuracy detection result and the real-time archive accuracy detection result.
2. The method of claim 1, wherein the change credentials comprise at least one of a powered point credential, a metering point extended attribute credential, a billing relationship credential, an electricity price protocol credential, a transformer credential, an indication credential, a power meter credential, and a pre-change power supply credential.
3. The method of claim 1, wherein establishing a change credential criteria library comprises:
acquiring a service change scene set, wherein the service change scene set comprises at least one type of service change content;
evaluating the service change content to generate an importance identifier corresponding to the service change content;
responding to the importance mark indicating the occurrence of the service change content, and establishing a service change content certificate corresponding to the service change content;
and establishing the change certificate standard library based on the service change scene set and the service change content certificate.
4. The method of claim 1, wherein the archive information check rule base comprises at least one of a check rule for royalty-critical fields, an integrity rule based on field fill-in values, a validity rule based on field fill-in values, and an associated field logical rule.
5. The method of claim 4, wherein the charge key field comprises at least one of power receiving point information, metering point extended attribute information, billing relationship information, electricity price protocol information, transformer information, indication information, and electric energy meter information.
6. The method of claim 1, wherein the initial file accuracy test result comprises an initial file integrity test sub-result, an initial file accuracy test sub-result, and an initial file logical test sub-result;
the real-time archive accuracy detection result comprises a real-time archive integrity detection sub-result, a real-time archive correctness detection sub-result and a real-time archive logic detection sub-result;
the detecting the initial archives through the change certificate standard library to obtain an initial archive accuracy detection result, and detecting the real-time archives through the archive information checking rule library to obtain a real-time archive accuracy detection result, including:
detecting the initial file through the change certificate standard library, and detecting the electricity utilization change service type in the real-time file by utilizing the file information checking rule library;
determining an initial archive change voucher set corresponding to the electricity change service type through the change voucher standard library, and determining an archive verification rule set corresponding to the real-time archive through the electricity change service type;
generating an initial archive certificate field corresponding to the initial archive change certificate set, and generating a fee calculation field corresponding to the archive verification rule;
detecting the initial file voucher field and the initial file to obtain an initial file integrity detection sub-result, an initial file correctness detection sub-result and an initial file logic detection sub-result, and detecting the expense field of the real-time file to obtain a real-time file integrity detection sub-result, a real-time file correctness detection sub-result and a real-time file logic detection sub-result;
generating the initial archive accuracy detection result based on the initial archive integrity detection sub-result, the initial archive accuracy detection sub-result, and the initial archive logic detection sub-result, and generating the real-time archive accuracy detection result based on the real-time archive integrity detection sub-result, the real-time archive accuracy detection sub-result, and the real-time archive logic detection sub-result.
7. The method of claim 6, wherein the detecting the initial file credential field and the initial file to obtain the initial file integrity check sub-result, the initial file correctness check sub-result, and the initial file logic check sub-result, and the detecting the fee field to obtain the real-time file integrity check sub-result, the real-time file correctness check sub-result, and the initial file logic check sub-result comprises:
performing file integrity detection on the initial file certificate field through the change certificate standard library;
outputting a first initial file integrity check sub-result in response to the file integrity check indicating that the initial file credential field content is complete;
in response to the archive integrity check indicating that the initial archive credential field content is incomplete, outputting a second initial archive integrity check sub-result and generating a missing content prompt;
carrying out file integrity detection on the fee calculation field through the file information checking rule base;
responding to the file integrity detection to indicate that the real-time file accounting key content is complete, and outputting a first real-time file integrity detection sub-result;
and responding to the file integrity detection to indicate that the real-time file cost calculation is complete, outputting a second real-time file integrity detection sub-result, and generating a missing content prompt.
8. The method of claim 6, wherein the detecting the initial file credential field and the initial file to obtain the initial file integrity check sub-result, the initial file correctness check sub-result, and the initial file logic check sub-result, and the detecting the fee field of the real-time file to obtain the real-time file integrity check sub-result, the real-time file accuracy check sub-result, and the initial file logic check sub-result comprises:
determining the text content of the initial file;
performing file correctness detection on the text content of the initial file through the change certificate standard library;
outputting a first initial file correctness detection sub-result in response to the file correctness detection indicating that the initial file has no errors;
responding to the file correctness detection to indicate that the initial file has errors, outputting a second initial file correctness detection sub-result, and generating an error content prompt;
determining the text content of the fee calculation field of the real-time archive;
performing file correctness detection on the text content of the fee calculation field of the real-time file through the file information checking rule base;
responding to the file correctness detection to indicate that the real-time file has no error, and outputting a first real-time file correctness detection sub-result;
and responding to the file correctness detection to indicate that the real-time file has errors, outputting a second real-time file correctness detection sub-result, and generating an error content prompt.
9. The method according to claim 8, wherein the text content of the initial file comprises the fixed content of the initial file and the written content of the initial file, the written content of the initial file corresponds to an initial file writing specification, the text content of the fee field of the real-time file comprises the fixed content of the fee field and the written content of the fee field, and the written content of the fee field corresponds to a real-time file writing specification;
performing file correctness detection on the text content of the initial file through the change certificate standard library, and performing file correctness detection on the text content of the fee calculation field through the file information checking rule library, including:
and matching the written content of the initial file with the written specification through the change certificate standard library, and matching the written content of the fee calculation field with the written specification through the file information check rule library.
10. The method of claim 6, wherein the steps of detecting the initial file credential field and the initial file to obtain the initial file integrity detection sub-result, the initial file correctness detection sub-result, and the initial file logic detection sub-result, and detecting the fee calculation field to obtain the real-time file integrity detection sub-result, the real-time file correctness detection sub-result, and the initial file logic detection sub-result comprise:
acquiring a key field in the initial file;
carrying out logic detection on the key field content of the initial file through the change certificate standard library;
responding to the logic detection to indicate that no logic problem exists in the key field of the initial file, and outputting a first initial file logic detection sub-result;
responding to the logic detection to indicate that the key field of the initial file has a logic problem, outputting a second initial file logic detection sub-result, and generating an error logic prompt;
acquiring a key field in the fee calculation field;
performing logic detection on the key field content of the fee calculation field through the archive information checking rule base;
responding to the logic detection to indicate that no logic problem exists in the key field of the fee calculation field, and outputting a first real-time file logic detection sub-result;
and responding to the logic detection to indicate that the key field of the fee calculation field has a problem, outputting a second real-time archive logic detection sub-result, and generating a logic error prompt.
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