CN109800425B - Semantic miss automatic error correction processing method and system for cross-platform information exchange - Google Patents
Semantic miss automatic error correction processing method and system for cross-platform information exchange Download PDFInfo
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Abstract
The invention relates to a semantic miss automatic error correction processing method and system for cross-platform information exchange, belongs to the technical field of cross-platform information exchange, and solves the problems of long error correction time and low efficiency of existing cross-platform information exchange semantic miss error correction. The method comprises the following steps: forming a mapping table; receiving semantic data of a peer platform via a service interface; carrying out semantic conversion on the received semantic data of the opposite terminal platform; identifying and recording missing semantic data, and prompting a user to supplement the missing semantic data; and monitoring whether the missing semantic data is supplemented, if so, carrying out semantic conversion on the supplemented missing semantic data, and if not, repeatedly prompting a user to supplement the missing semantic data until the missing semantic is supplemented. The method has the advantages of realizing automatic error correction of semantic deletion of cross-platform information exchange, reducing error correction time of semantic deletion, improving error correction efficiency, reducing repeated request interaction quantity of manual intervention and interaction failure data, and improving interaction efficiency between platforms.
Description
Technical Field
The invention relates to the technical field of cross-platform information exchange, in particular to a semantic deletion automatic error correction processing method for cross-platform information exchange.
Background
Nowadays, many enterprises and public institutions use each application service system at the same time, however, each application service system often has the data island problems of non-uniform system architecture, non-uniform data and the like, and each application system has respective semantics. To solve these problems, cross-platform data exchange and semantic conversion are required to convert data of other platforms into data symbols recognizable by the user platform system.
However, semantics are not static, but gradually increase as system applications increase; if the semantic maintenance does not keep pace with the system application, it results in semantic loss and eventually interaction failure. The common method is that after searching and supplementing the missing semantics, the opposite terminal platform retransmits; however, if the same semantic missing problem exists in a plurality of batches of data before the semantic problem is solved, the interaction of the data with the same semantic missing problem will fail, the opposite-end platform must all restart the transmission, the stability and the performance of the two-side system are affected, the service data is delayed for a long time when the transmission is not timely, and the use of the user is affected.
Disclosure of Invention
In view of the above analysis, the embodiment of the invention aims to provide a method and a system for automatically correcting the semantic miss of cross-platform information exchange, which are used for solving the problems of long error correction time and low efficiency of the existing semantic miss error correction of the cross-platform information exchange.
In one aspect, the invention provides a semantic miss automatic error correction processing method for cross-platform information exchange, which comprises the following steps:
establishing a mapping relation between opposite-end platform semantic data and user platform semantic data to form a mapping table;
providing a service interface for exchanging data with the opposite terminal platform, and receiving semantic data of the opposite terminal platform through the service interface;
carrying out semantic conversion on the received semantic data of the opposite terminal platform according to the mapping table;
identifying and recording missing semantic data, and prompting a user to supplement the missing semantic data;
and monitoring whether the missing semantic data is supplemented, if so, carrying out semantic conversion on the supplemented missing semantic data, otherwise, repeatedly prompting a user to supplement the missing semantic data every preset time, until the missing semantic is supplemented.
The beneficial effects of the technical scheme are as follows: the method has the advantages that the automatic error correction of semantic deletion of cross-platform information exchange is realized, the error correction time of the semantic deletion is reduced, the error correction efficiency is improved, meanwhile, the repeated request interaction quantity of manual intervention and interaction failure data is reduced, and the interaction efficiency between platforms is improved.
Further, the number of the service interfaces corresponds to the number of the service types of the received opposite-end platform semantic data.
The beneficial effects of the above further technical scheme are: facilitating the user platform to receive data of different traffic types.
Further, performing semantic conversion on the received semantic data of the opposite terminal platform according to the mapping table, specifically including: and converting the semantic data of the opposite terminal platform into the semantic data of the user platform corresponding to the semantic data in the mapping table.
Further, the record missing semantic data specifically includes: and classifying and recording the missing semantic data and the original data corresponding to the missing semantic data in the semantic log table.
The beneficial effects of the above further technical scheme are: according to the scheme, when the semantic conversion is carried out on the supplemented missing semantic data, the same missing semantic data are converted together, and all original data corresponding to the missing semantic data are repaired.
Further, monitoring whether missing semantic data is supplemented specifically includes: extracting missing semantic data in a semantic log table from a mapping table for inquiring every interval preset time, if the missing semantic data is inquired in the mapping table, supplementing the missing semantic data, otherwise, not supplementing the missing semantic data;
or if the missing semantic data which is complemented by the user is monitored, extracting the missing semantic data which is complemented by the user into a semantic log table for inquiring, if the missing semantic data which is complemented exists in the semantic log table, the corresponding missing semantic data in the semantic log table is complemented, otherwise, the missing semantic data which is complemented by the user is not complemented.
The beneficial effects of the above further technical scheme are: through the scheme, the automatic and accurate monitoring of the missing semantics can be realized.
On the other hand, the invention provides a semantic missing automatic error correction processing system for cross-platform information exchange, which comprises a mapping table forming module, a service interface providing module, a semantic conversion module, a missing semantic data identification and recording module, a missing semantic data prompting module and a missing semantic data monitoring module;
the mapping table forming module is used for establishing the relation between the semantic data of the opposite terminal platform and the semantic data of the user platform to form a mapping table,
the service interface providing module is used for providing a service interface for data exchange with the opposite terminal platform, receiving the semantic data of the opposite terminal platform,
the semantic conversion module is used for carrying out semantic conversion on the received semantic data of the opposite terminal platform according to the mapping table,
the missing semantic data identification and recording module is used for identifying and recording the missing semantic data, the missing semantic data prompting module is used for prompting a user to supplement the missing semantic data,
the missing semantic data monitoring module is used for monitoring whether the missing semantic data is complemented,
if yes, the semantic conversion module performs semantic conversion on the supplemented missing semantic data; if not, the missing semantic data prompting module repeatedly prompts the user to supplement the missing semantic data every interval for a preset time until the missing semantic data monitoring module monitors that the missing semantic is supplemented.
The beneficial effects of the technical scheme are as follows: the method has the advantages that the automatic error correction of semantic deletion of cross-platform information exchange is realized, the error correction time of the semantic deletion is reduced, the error correction efficiency is improved, meanwhile, the repeated request interaction quantity of manual intervention and interaction failure data is reduced, and the interaction efficiency between platforms is improved.
Further, the number of service interfaces provided by the service interface providing module corresponds to the number of service types of the received opposite-end platform semantic data.
The beneficial effects of the above further technical scheme are: facilitating the user platform to receive data of different traffic types.
Further, the semantic conversion module performs semantic conversion on the received semantic data of the opposite terminal platform according to the mapping table, and specifically includes: and the semantic conversion module converts the semantic data of the opposite terminal platform into user platform semantic data corresponding to the semantic data in the mapping table.
Further, the missing semantic data identification and recording module records the missing semantic data, specifically including: the missing semantic data identification and recording module classifies and records the missing semantic data and the original data corresponding to the missing semantic data in the semantic log table.
The beneficial effects of the above further technical scheme are: according to the scheme, when the semantic conversion is carried out on the supplemented missing semantic data, the same missing semantic data are converted together, and all original data corresponding to the missing semantic data are repaired.
Further, the missing semantic data monitoring module monitors whether the missing semantic data is supplemented, specifically including: extracting missing semantic data in a semantic log table from a mapping table for inquiring every preset time by a missing semantic data monitoring module, wherein if the missing semantic data is inquired in the mapping table, the missing semantic data is supplemented, otherwise, the missing semantic data is not supplemented;
or, the missing semantic data which is complemented by the user is monitored, the missing semantic data which is complemented by the user is extracted to the semantic log table for inquiring, if the missing semantic data which is complemented exists in the semantic log table, the corresponding missing semantic data in the semantic log table is complemented, otherwise, the missing semantic data which is complemented by the user is not complemented.
The beneficial effects of the above further technical scheme are: through the scheme, the automatic and accurate monitoring of the missing semantics can be realized.
In the invention, the technical schemes can be mutually combined to realize more preferable combination schemes. Additional features and advantages of the invention will be set forth in the description which follows, and in part will be obvious from the description, or may be learned by practice of the invention. The objectives and other advantages of the invention will be realized and attained by the structure particularly pointed out in the written description and claims hereof as well as the appended drawings.
Drawings
The drawings are only for purposes of illustrating particular embodiments and are not to be construed as limiting the invention, like reference numerals being used to refer to like parts throughout the several views.
FIG. 1 is a schematic flow chart of the method of embodiment 1 of the present invention;
fig. 2 is a schematic structural diagram of a system according to embodiment 2 of the present invention.
Detailed Description
Preferred embodiments of the present invention will now be described in detail with reference to the accompanying drawings, which form a part hereof, and together with the description serve to explain the principles of the invention, and are not intended to limit the scope of the invention.
Example 1
The embodiment of the invention discloses a semantic miss automatic error correction processing method for cross-platform information exchange, which comprises the following steps:
step S1, establishing a mapping relation between opposite-end platform semantic data and user platform semantic data to form a mapping table;
the opposite-end platform refers to a heterogeneous platform with non-uniform semantics with the user platform; the mapping table can be a structured logic table which is stored in a user platform database, and the key fields comprise a mapping type, opposite-end platform data and user platform data, wherein the mapping type is set according to a service object, and the setting of the mapping type is convenient for a user to supplement semantic data; key fields of the mapping table data structure are shown in table 1;
TABLE 1
| Column name | Column type | Column description |
| TYPE_ | Text of | Mapping type |
| OUT_ID_ | Text of | Opposite end platform data |
| IN_ID_ | Text of | User platform data |
In one embodiment, the mapping table is shown in Table 2,
TABLE 2
| Mapping TYPE (TYPE_) | Opposite terminal platform data (OUT_ID_) | User platform data (IN_ID_) |
| EMPLOYEE | zhangsan | 101 |
| EMPLOYEE | lisi | 102 |
| VENDOR | APPLE | 201 |
| VENDOR | XIAOMI | 202 |
Step S2, the user platform provides a service interface for exchanging data with the opposite terminal platform, and semantic data of the opposite terminal platform are received through the service interface;
it should be noted that, the user platform is a platform where the user is located, the semantic data received by the opposite terminal platform through the service interface may be multi-batch semantic data, so that in order to facilitate the user platform to receive data of different service types, the number of the service interfaces corresponds to the number of the service types of the received opposite terminal platform semantic data;
in the specific implementation, for example, two service interfaces, namely an employee reimbursement list interface and a wage issuing interface, are issued on a user platform, and are respectively used for receiving employee reimbursement list data of an opposite-end platform (heterogeneous system) and receiving wage issuing data of the opposite-end platform; key field information of the reimbursement sheets is as follows: the reimbursement list is provided with a number, an employee ID and reimbursement amount, wherein one piece of specific information is as follows: bxdjbh: 1, a step of; ygID: zhangsan; bxje:100; key field information of the payroll order is: the payroll is singly numbered, employee ID and payroll total, wherein one piece of specific information is as follows: gzddjbh:11; ygID: zhangsan; bxje:9888.05;
s3, carrying out semantic conversion on the received semantic data of the opposite terminal platform according to the mapping table;
specifically, the semantic data of the opposite terminal platform are converted into the user platform semantic data corresponding to the semantic data in the mapping table;
in implementation, for example, due to the isomerism of the platform system, the internal model numbers of employee IDs are not consistent between the financial platform (i.e., the opposite-end platform) and the user platform, and illustratively, the same employee ID is zhangsan in the opposite-end platform and 101 in the user platform; therefore, the mapping type of EMPLOYEE ID is EMPLOYEE and semantic conversion data of zhangsan is added in advance, and zhangsan is corresponding to 101 under the mapping type of EMPLOYEE; after receiving the reimbursement list information of the opposite terminal platform, the service interface of the user platform carries out semantic conversion on the employee ID, and the employee ID is converted into bxddjbh:1, a step of; ygID: zhangsan; bxje:100 to bxdjbh: 1, a step of; ygID:101; bxje:100;
s4, identifying and recording missing semantic data, and prompting a user to supplement the missing semantic data;
identifying missing semantic data, specifically comprising: identifying the semantic data with failed conversion as missing semantic data; recording missing semantic data, specifically comprising: classifying and recording the missing semantic data and the original data corresponding to the missing semantic data in a semantic log table;
the classifying record refers to classifying the same missing semantic data and original data corresponding to the same missing semantic data into one record, and if the missing semantic data is supplemented, the same missing semantic data is converted together when the supplemented missing semantic data is subjected to semantic conversion, so that the original data corresponding to the missing semantic data is repaired;
the semantic log table data is stored in a database, key fields of the semantic log table data structure are shown in table 3,
TABLE 3 Table 3
| Column name | Column type | Column description |
| TYPE_ | Text of | Mapping type |
| FAULT_ID_ | Text of | Mapping failed data |
| MESSAGE_ | Text of | Raw data |
In one particular embodiment, the semantic log example table, as shown in table 4,
TABLE 4 Table 4
It should be noted that, each time the semantic conversion fails, the missing semantic data and the corresponding original data thereof are recorded in the semantic log table, and after a period of time, a batch of missing semantic data and the corresponding original data thereof exist in the semantic log table;
in a specific embodiment, if the mapping table does not have the mapping relation between the semantic data of the opposite terminal platform and the semantic data of the user platform, the employee reimbursement list fails to be processed, and a bill cannot be generated in the user platform; the user platform records the missing semantic data zhangsan and the original data corresponding to the missing semantic data zhangsan in a semantic log table, and the same missing semantic data zhangsan and the original data corresponding to the same are recorded in one place; as shown in table 4, the data recording employee IDs zhangsan and lisi lacks semantics in the user platform;
similarly, the payroll issue list fails to be processed because the employee is not timely established by the platforms of the two parties, and the corresponding missing semantics and the original data thereof are recorded by the semantic log table; prompting a user to supplement missing semantic data, specifically comprising: prompting a user to supplement missing semantics through a foreground interface, mail or other instant messaging tools of the platform; the user can write the missing semantics into the mapping table in the database according to the semantic missing cues, for example, the zhangsan correspondence 101 is supplemented into the mapping table;
s5, monitoring whether the missing semantic data is supplemented, if yes, carrying out semantic conversion on the supplemented missing semantic data, and if not, repeatedly prompting a user at preset time intervals until the missing semantic data is supplemented;
monitoring whether missing semantic data is supplemented or not specifically comprises: extracting missing semantic data in a semantic log table from a mapping table for inquiring every preset time (for example, a few seconds), if the missing semantic data is inquired in the mapping table, supplementing the missing semantic data, otherwise, not supplementing the missing semantic data;
or, the missing semantic data which is complemented by the user is monitored, the missing semantic data which is complemented by the user is extracted to the semantic log table for inquiring, if the missing semantic data which is complemented exists in the semantic log table, the corresponding missing semantic data in the semantic log table is complemented, otherwise, the missing semantic data which is complemented by the user is not complemented.
Illustratively, if it is monitored that the semantic miss of zhangsan is complemented, then the reimbursement sheet bxdddjbh: 1, a step of; ygID: zhangsan; bxje:100 to bxdjbh: 1, a step of; ygID:101; bxje:100; payroll gzddjbh:11; ygID: zhangsan; bxje:9888.05 to gzddbh: 11; ygID:101; bxje:9888.05; the user platform identification 101 is an internal model number, written into the user platform service library.
Example 2
The embodiment of the invention discloses a semantic miss automatic error correction processing system for cross-platform information exchange, which is structurally schematic, as shown in fig. 2, and comprises the following components:
the system comprises a mapping table forming module, a service interface providing module, a semantic conversion module, a missing semantic data identification and recording module, a missing semantic data prompting module and a missing semantic data monitoring module;
the mapping table forming module is used for establishing the relation between the semantic data of the opposite terminal platform and the semantic data of the user platform to form a mapping table,
the service interface providing module is used for providing a service interface for data exchange with the opposite terminal platform, receiving the semantic data of the opposite terminal platform,
the semantic conversion module is used for carrying out semantic conversion on the received semantic data of the opposite terminal platform according to the mapping table,
the missing semantic data identification and recording module is used for identifying and recording the missing semantic data, the missing semantic data prompting module is used for prompting a user to supplement the missing semantic data,
the missing semantic data monitoring module is used for monitoring whether the missing semantic data is complemented,
if not, the semantic conversion module performs semantic conversion on the supplemented missing semantic data; if not, the missing semantic data prompting module repeatedly prompts the user to supplement the missing semantic data every interval for a preset time until the missing semantic data monitoring module monitors that the missing semantic is supplemented.
The service interface providing module provides the service interfaces corresponding to the service types of the received opposite-end platform semantic data.
In a specific embodiment, the semantic conversion module performs semantic conversion on the received semantic data of the opposite terminal platform according to the mapping table, and specifically includes: and the semantic conversion module converts the semantic data of the opposite terminal platform into user platform semantic data corresponding to the semantic data in the mapping table.
The missing semantic data identification and recording module records the missing semantic data, and specifically comprises the following steps: the missing semantic data identification and recording module classifies and records the missing semantic data and the original data corresponding to the missing semantic data in the semantic log table.
In another embodiment, the missing semantic data monitoring module monitors whether the missing semantic data is supplemented, specifically including: extracting missing semantic data in a semantic log table from a mapping table for inquiring every preset time by a missing semantic data monitoring module, wherein if the missing semantic data is inquired in the mapping table, the missing semantic data is supplemented, otherwise, the missing semantic data is not supplemented;
or, the missing semantic data which is complemented by the user is monitored, the missing semantic data which is complemented by the user is extracted to the semantic log table for inquiring, if the missing semantic data which is complemented exists in the semantic log table, the corresponding missing semantic data in the semantic log table is complemented, otherwise, the missing semantic data which is complemented by the user is not complemented.
It should be noted that the above two embodiments are based on the same principles and inventive concepts, and the descriptions are not repeated here to be considered as reference.
In summary, the invention provides a method and a system for automatically correcting semantic missing errors in cross-platform information exchange, when interaction data cannot be formally put in storage due to semantic missing problems after data are transmitted to a user platform by an opposite-end platform, classifying and storing the data with the same semantic problems in the user platform, and prompting a user to supplement missing semantic data with the same problem category; when the missing semantic data is supplemented, all the classified original data are automatically repaired to form service data of a user platform; the opposite-end platform is not required to retransmit the data; the scheme of the invention can reduce the error correction time of semantic deficiency, improve the error correction efficiency, simultaneously reduce manual intervention as much as possible, reduce the repeated request interaction quantity of interaction failure data of a cross-platform system and improve the interaction efficiency between platforms.
Those skilled in the art will appreciate that all or part of the flow of the methods of the embodiments described above may be accomplished by way of a computer program to instruct associated hardware, where the program may be stored on a computer readable storage medium. Wherein the computer readable storage medium is a magnetic disk, an optical disk, a read-only memory or a random access memory, etc.
The present invention is not limited to the above-mentioned embodiments, and any changes or substitutions that can be easily understood by those skilled in the art within the technical scope of the present invention are intended to be included in the scope of the present invention.
Claims (6)
1. A semantic miss automatic error correction processing method for cross-platform information exchange is characterized in that,
the method comprises the following steps:
establishing a mapping relation between opposite-end platform semantic data and user platform semantic data to form a mapping table;
providing a service interface for exchanging data with the opposite terminal platform, and receiving semantic data of the opposite terminal platform through the service interface;
carrying out semantic conversion on the received semantic data of the opposite terminal platform according to the mapping table;
identifying and recording missing semantic data, and prompting a user to supplement the missing semantic data;
monitoring whether the missing semantic data is supplemented, if so, carrying out semantic conversion on the supplemented missing semantic data, otherwise, repeatedly prompting a user to supplement the missing semantic data every preset time until the missing semantic is supplemented;
recording missing semantic data, specifically comprising: classifying and recording the missing semantic data and the original data corresponding to the missing semantic data in a semantic log table;
monitoring whether missing semantic data is supplemented or not specifically comprises: extracting missing semantic data in a semantic log table from a mapping table for inquiring every interval preset time, if the missing semantic data is inquired in the mapping table, supplementing the missing semantic data, otherwise, not supplementing the missing semantic data;
or if the missing semantic data which is complemented by the user is monitored, extracting the missing semantic data which is complemented by the user into a semantic log table for inquiring, if the missing semantic data which is complemented exists in the semantic log table, the corresponding missing semantic data in the semantic log table is complemented, otherwise, the missing semantic data which is complemented by the user is not complemented.
2. The method of claim 1, wherein the number of service interfaces corresponds to the number of service types of the received peer platform semantic data.
3. The method according to claim 1, wherein the semantic conversion of the received semantic data of the peer platform according to the mapping table specifically comprises: and converting the semantic data of the opposite terminal platform into the semantic data of the user platform corresponding to the semantic data in the mapping table.
4. The semantic missing automatic error correction processing system for cross-platform information exchange is characterized by comprising a mapping table forming module, a service interface providing module, a semantic conversion module, a missing semantic data identification and recording module, a missing semantic data prompting module and a missing semantic data monitoring module;
the mapping table forming module is used for establishing the relation between the semantic data of the opposite terminal platform and the semantic data of the user platform to form a mapping table,
the service interface providing module is used for providing a service interface for data exchange with the opposite terminal platform, receiving the semantic data of the opposite terminal platform,
the semantic conversion module is used for carrying out semantic conversion on the received semantic data of the opposite terminal platform according to the mapping table,
the missing semantic data identification and recording module is used for identifying and recording the missing semantic data,
the missing semantic data prompting module is used for prompting a user to supplement the missing semantic data,
the semantic conversion module is used for carrying out semantic conversion on the supplemented missing semantic data; if not, repeatedly prompting the user to supplement the missing semantic data every interval for a preset time by the missing semantic data prompting module until the missing semantic data monitoring module monitors that the missing semantic is supplemented;
the missing semantic data identification and recording module records the missing semantic data, and specifically comprises the following steps: the missing semantic data identification and recording module classifies and records the missing semantic data and the original data corresponding to the missing semantic data in the semantic log table;
the missing semantic data monitoring module monitors whether the missing semantic data is supplemented or not, and specifically comprises the following steps: extracting missing semantic data in a semantic log table from a mapping table for inquiring every preset time by a missing semantic data monitoring module, wherein if the missing semantic data is inquired in the mapping table, the missing semantic data is supplemented, otherwise, the missing semantic data is not supplemented;
or, the missing semantic data which is complemented by the user is monitored, the missing semantic data which is complemented by the user is extracted to the semantic log table for inquiring, if the missing semantic data which is complemented exists in the semantic log table, the corresponding missing semantic data in the semantic log table is complemented, otherwise, the missing semantic data which is complemented by the user is not complemented.
5. The system of claim 4, wherein the number of service interfaces provided by the service interface providing module corresponds to the number of service types of the received peer platform semantic data.
6. The system of claim 4, wherein the semantic conversion module performs semantic conversion on the received semantic data of the peer platform according to the mapping table, and specifically comprises: and the semantic conversion module converts the semantic data of the opposite terminal platform into user platform semantic data corresponding to the semantic data in the mapping table.
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