CN117499504A - Message format conversion method and system - Google Patents

Abstract

The invention provides a message format conversion method and a message format conversion system, which are used for acquiring a source message format and a target message format of source message information, performing preliminary processing to acquire the same group and different groups, and further acquiring a packaging block; performing batch format conversion on the same group, setting transfer message formats according to different groups, and performing message format conversion on different packaging blocks according to different transfer message formats; calculating a conversion error rate in the conversion process, and correcting the intermediate conversion format; after the message format conversion is finished, the format conversion accuracy is calculated, and the invention aims to provide an efficient and accurate message format conversion method which realizes a large amount of message format conversion with high accuracy through the steps of preliminary processing of source message information, batch format conversion, message format setting transfer, error correction and the like.

Description

Message format conversion method and system

Technical Field

The invention provides a message format conversion method and a system, and relates to the technical field of message format conversion.

Background

In the existing message format conversion technology, the message formats used by different systems, platforms or organizations are different, so that the conversion of the message formats is required when data exchange is performed. However, the conventional message format conversion method often has the problems of low conversion efficiency and high error rate, when the conventional message format conversion is performed, when a large number of different message formats are involved in conversion, batch automatic message format conversion is often difficult to perform, the conversion mode lacks pertinence, the error rate is high, when errors occur in the conversion process, a large number of modifications are usually required to be performed on the source message, and after the conversion is completed, the errors are difficult to trace.

Disclosure of Invention

The invention provides a message format conversion method and a system, which are used for solving the problems that the traditional message format conversion method is low in conversion efficiency and high in error rate, and when the traditional message format conversion is carried out, when a large number of different message format conversions are involved, the batch automatic message format conversion is difficult to carry out, the conversion mode is lack of pertinence, the error rate is high, when errors occur in the conversion process, a large number of modifications are usually needed to be carried out on a source message, and after the conversion is completed, the errors are difficult to trace the source and the like:

the invention provides a message format conversion method and a system, wherein the method comprises the following steps:

s1, acquiring a source message format and a target message format of source message information, and performing preliminary processing on the source message information according to the corresponding message formats to obtain the same group and different groups, thereby obtaining a packaging block;

s2, carrying out batch format conversion on the same packaging blocks in the same group, setting a transfer message format according to different packaging blocks in different groups, and carrying out message format conversion on different packaging blocks according to different transfer message formats;

s3, calculating a conversion error rate in the conversion process, and correcting an intermediate conversion format according to the conversion error rate;

And S4, after the format conversion of the message is completed, calculating the format conversion accuracy, and judging whether to re-convert according to the format conversion accuracy.

Further, the step S1 includes:

s101, acquiring a plurality of source message information, source message formats and target message formats corresponding to each source message format, wherein the source message information and the source message formats need to be subjected to format conversion;

s102, grouping source message information according to different message formats to obtain a conversion type grouping, wherein the conversion type grouping comprises the same group and different groups, the same group comprises a plurality of source message information with the same source message format and the same target message format, and the different groups comprise a plurality of source message information with different source message formats and different target message formats;

and generating a packaging block for the source message information in the source message format and the target message format corresponding to each other in the same group or different groups, wherein the packaging blocks in the same group are called the same packaging block, and the packaging blocks in different groups are called different packaging blocks.

Further, the step S2 includes:

s201, acquiring each same packaging block of the same group, extracting a source message format and a target message format in each same packaging block, and performing batch format conversion on the source message format and the target message format;

S202, acquiring each different packaging block of different groups, extracting a source message format and a target message format in each different packaging block, and setting a transfer message format, wherein the transfer message format comprises XML and JSON;

comparing the source message information quantity of each package block with a preset message information quantity threshold, selecting XML as an intermediate conversion format to perform format conversion on the package block when the source message information quantity is larger than the preset message information quantity threshold, and selecting JSON as the intermediate conversion format to perform format conversion on the package block when the source message information quantity is smaller than or equal to the preset message information quantity threshold.

Further, the step S3 includes:

s301, obtaining conversion information in the conversion process, calculating a conversion error rate according to the conversion information, and performing error recognition on the intermediate conversion format when the conversion error rate reaches a preset error rate threshold value to obtain a recognition result;

s302, when the intermediate conversion format has errors, the intermediate conversion format is modified and then the format conversion is continued, and when the intermediate conversion format does not have errors, the format conversion is continued.

Further, the step S4 includes:

s401, after the format conversion of the packaging block is completed, obtaining packaging block information after the format conversion is completed, and calculating the format conversion accuracy according to the packaging block information;

S402, comparing the format conversion correct rate with a preset correct rate threshold, when the format conversion correct rate is larger than the preset correct rate threshold, clearing corresponding format conversion information, and when the format conversion correct rate is smaller than or equal to the preset correct rate threshold, performing format re-conversion on the corresponding packaging block until the format conversion correct rate is larger than the preset correct rate threshold.

Further, the system comprises:

the grouping module is used for acquiring a source message format and a target message format of the source message information, performing preliminary processing on the source message information according to the corresponding message formats to acquire the same group and different groups, and further acquiring a packaging block;

the format conversion module is used for carrying out batch format conversion on the same packaging blocks in the same group according to the formats, setting transfer message formats according to different packaging blocks in different groups, and carrying out message format conversion on different packaging blocks according to different transfer message formats;

the error recognition module is used for calculating the conversion error rate in the conversion process and correcting the intermediate conversion format according to the conversion error rate;

and the correct judging module is used for calculating the format conversion correct rate after the format conversion of the message is completed, and judging whether the message is reconverted according to the format conversion correct rate.

Further, the grouping module includes:

the information acquisition module is used for acquiring a plurality of source message information, source message formats and target message formats corresponding to the source message formats which need to be subjected to format conversion;

the device comprises a distinguishing module, a processing module and a processing module, wherein the distinguishing module is used for grouping source message information according to different message formats to obtain conversion type grouping, the conversion type grouping comprises the same group and different groups, the same group comprises a plurality of source message information with the same source message format and the same target message format, and the different groups comprise a plurality of source message information with different source message formats and different target message formats;

and generating a packaging block for the source message information in the source message format and the target message format corresponding to each other in the same group or different groups, wherein the packaging blocks in the same group are called the same packaging block, and the packaging blocks in different groups are called different packaging blocks.

Further, the format conversion module includes:

the same conversion module is used for acquiring each same packaging block of the same group, extracting a source message format and a target message format in each same packaging block, and carrying out batch format conversion on the source message format and the target message format;

the different conversion modules are used for acquiring different packaging blocks of different groups, extracting a source message format and a target message format in the different packaging blocks, and setting a transfer message format, wherein the transfer message format comprises XML and JSON;

Comparing the source message information quantity of each package block with a preset message information quantity threshold, selecting XML as an intermediate conversion format to perform format conversion on the package block when the source message information quantity is larger than the preset message information quantity threshold, and selecting JSON as the intermediate conversion format to perform format conversion on the package block when the source message information quantity is smaller than or equal to the preset message information quantity threshold.

Further, the error recognition module includes:

the error calculation module is used for acquiring conversion information in the conversion process, calculating conversion error rate according to the conversion information, and carrying out error recognition on the intermediate conversion format when the conversion error rate reaches a preset error rate threshold value to obtain a recognition result;

and the correction module is used for continuing to perform format conversion after the intermediate conversion format is modified when the intermediate conversion format has errors, and continuing to perform format conversion when the intermediate conversion format does not have errors.

Further, the correct judgment module includes:

the correct calculation module is used for acquiring the package block information after the format conversion is completed and calculating the format conversion correct rate according to the package block information;

And the comparison module is used for comparing the format conversion correct rate with a preset correct rate threshold, clearing corresponding format conversion information when the format conversion correct rate is larger than the preset correct rate threshold, and carrying out format re-conversion on the corresponding packaging block when the format conversion correct rate is smaller than or equal to the preset correct rate threshold until the format conversion correct rate is larger than the preset correct rate threshold.

The invention has the beneficial effects that:

the invention provides a message format conversion method and a message format conversion system, which can accurately acquire a source message format and a target message format of source message information and provide a basis for subsequent conversion processing. The data of the same group and different groups can be identified through preliminary processing of the source message information, so that corresponding packaging blocks are generated, and a foundation is provided for subsequent batch format conversion. For the same packing blocks in the same group, batch format conversion can be performed, and conversion efficiency is improved. For different packaging blocks in different groups, corresponding transfer message formats can be set according to the characteristics of the packaging blocks, so that the conversion accuracy and efficiency are ensured. According to different transfer message formats, accurate format conversion can be carried out on different packaging blocks, and the integrity and accuracy of data are ensured. The conversion error rate in the conversion process can be calculated in real time, and a basis is provided for subsequent error correction. According to the calculated conversion error rate, the intermediate conversion format can be corrected in time, the error rate is reduced, and the conversion quality is improved. After the format conversion of the message is completed, the format conversion accuracy can be calculated, and a basis is provided for evaluating the conversion result. According to the result of the format conversion accuracy, whether the re-conversion is needed or not can be judged, and the accuracy and the integrity of the data are ensured. In summary, the present invention provides a high-efficiency and accurate message format conversion method, which realizes a large amount of message format conversions with high accuracy through the steps of preliminary processing of source message information, batch format conversion, message format setting transfer, error correction and the like.

Drawings

FIG. 1 is a diagram illustrating a message format conversion method.

Detailed Description

The preferred embodiments of the present invention will be described below with reference to the accompanying drawings, it being understood that the preferred embodiments described herein are for illustration and explanation of the present invention only, and are not intended to limit the present invention.

In one embodiment of the present invention, the present invention provides a method and a system for converting a message format, where the method includes:

s1, acquiring a source message format and a target message format of source message information, and performing preliminary processing on the source message information according to the corresponding message formats to obtain the same group and different groups, thereby obtaining a packaging block;

s2, carrying out batch format conversion on the same packaging blocks in the same group, setting a transfer message format according to different packaging blocks in different groups, and carrying out message format conversion on different packaging blocks according to different transfer message formats;

s3, calculating a conversion error rate in the conversion process, and correcting an intermediate conversion format according to the conversion error rate;

and S4, after the format conversion of the message is completed, calculating the format conversion accuracy, and judging whether to re-convert according to the format conversion accuracy.

The working principle of the technical scheme is as follows: acquiring a source message format and a target message format of source message information, and performing preliminary processing on the source message information according to the corresponding message formats to obtain the same group and different groups, thereby obtaining a packaging block; performing batch format conversion on the same packaging blocks in the same group, setting transfer message formats according to different packaging blocks in different groups, and performing message format conversion on different packaging blocks according to different transfer message formats; calculating a conversion error rate in the conversion process, and correcting an intermediate conversion format according to the conversion error rate; after the format conversion of the message is completed, calculating the format conversion accuracy, and judging whether to perform the re-conversion according to the format conversion accuracy.

The technical effects of the technical scheme are as follows: the source message format and the target message format of the source message information can be accurately acquired, and a basis is provided for subsequent conversion processing. The data of the same group and different groups can be identified through preliminary processing of the source message information, so that corresponding packaging blocks are generated, and a foundation is provided for subsequent batch format conversion. For the same packing blocks in the same group, batch format conversion can be performed, and conversion efficiency is improved. For different packaging blocks in different groups, corresponding transfer message formats can be set according to the characteristics of the packaging blocks, so that the conversion accuracy and efficiency are ensured. According to different transfer message formats, accurate format conversion can be carried out on different packaging blocks, and the integrity and accuracy of data are ensured. The conversion error rate in the conversion process can be calculated in real time, and a basis is provided for subsequent error correction. According to the calculated conversion error rate, the intermediate conversion format can be corrected in time, the error rate is reduced, and the conversion quality is improved. After the format conversion of the message is completed, the format conversion accuracy can be calculated, and a basis is provided for evaluating the conversion result. According to the result of the format conversion accuracy, whether the re-conversion is needed or not can be judged, and the accuracy and the integrity of the data are ensured. In summary, the present invention provides a high-efficiency and accurate message format conversion method, which realizes a large amount of message format conversions with high accuracy through the steps of preliminary processing of source message information, batch format conversion, message format setting transfer, error correction and the like.

In one embodiment of the present invention, the S1 includes:

s101, acquiring a plurality of source message information, source message formats and target message formats corresponding to each source message format, wherein the source message information and the source message formats need to be subjected to format conversion;

s102, grouping source message information according to different message formats to obtain a conversion type grouping, wherein the conversion type grouping comprises the same group and different groups, the same group comprises a plurality of source message information with the same source message format and the same target message format, and the different groups comprise a plurality of source message information with different source message formats and different target message formats;

and generating a packaging block for the source message information in the source message format and the target message format corresponding to each other in the same group or different groups, wherein the packaging blocks in the same group are called the same packaging block, and the packaging blocks in different groups are called different packaging blocks.

The working principle of the technical scheme is as follows: acquiring a plurality of source message information, source message formats and target message formats corresponding to each source message format which need to be subjected to format conversion; grouping source message information according to different message formats to obtain a conversion type group, wherein the conversion type group comprises the same group and different groups, the same group comprises a plurality of source message information with the same source message format and the same target message format, the different groups comprise a plurality of source message information with different source message formats and different target message formats, the different groups further comprise source message information except the same group, the same group further comprises a plurality of sub-same groups, for example, the source message format and the target message format of the source message information A and the source message information B are respectively the same, the source message format and the target message format of the source message information C and the source message format of the target message information D are respectively the same, but the source message format or the target message format of the AC, AD, BC or BD is different, at the moment, the source message information A, B, C and the source message information D are respectively divided into the same groups, but the source message information A and the source message information B are a sub-same group, and the source message information C and the source message information D are the same sub-group; generating a package block for the source message information of the source message format and the target message format corresponding to each other in the same group or different groups, wherein the package blocks of the same group are called the same package block, the package blocks of different groups are called different package blocks, and the same group or different groups comprise a plurality of package blocks. Each package block comprises source message information, a source message format corresponding to the source message information and a target message format.

The technical effects of the technical scheme are as follows: by acquiring a plurality of source message information, source message formats and target message formats corresponding to each source message format which need to be subjected to format conversion, the system can process a large amount of data at one time, and the processing efficiency is improved. Grouping the source message information according to different message formats to obtain a conversion type group, wherein the conversion type group comprises the same group and different groups. The grouping mode enables the message information with the same format to be processed in a centralized way, and the message information with different formats can be clearly distinguished, so that the accuracy and the efficiency of conversion are improved. The same group also includes a plurality of sub-same groups. The processing mode considers the relation between the source message information more carefully, so that the same message information can be correctly identified and processed under different application scenes. And generating a packaging block for the source message information of the source message format and the target message format corresponding to each other in the same group or different groups. Each package block comprises source message information, a source message format corresponding to the source message information and a target message format. This structure ensures that each package contains complete conversion information, thereby maintaining data integrity and accuracy during conversion. In summary, the foregoing disclosure provides a method for efficiently and accurately processing a large amount of message information, which improves the efficiency and quality of data processing by grouping, processing sub-same groups, generating a package block, and the like.

In one embodiment of the present invention, the S2 includes:

s201, acquiring each same packaging block of the same group, extracting a source message format and a target message format in each same packaging block, and performing batch format conversion on the source message format and the target message format;

s202, acquiring each different packaging block of different groups, extracting a source message format and a target message format in each different packaging block, and setting a transfer message format, wherein the transfer message format comprises XML and JSON;

comparing the source message information quantity of each package block with a preset message information quantity threshold, selecting XML as an intermediate conversion format to perform format conversion on the package block when the source message information quantity is larger than the preset message information quantity threshold, and selecting JSON as the intermediate conversion format to perform format conversion on the package block when the source message information quantity is smaller than or equal to the preset message information quantity threshold.

The working principle of the technical scheme is as follows: obtaining each same packaging block of the same group, extracting a source message format and a target message format in each same packaging block, and performing batch format conversion on the source message format and the target message format; and performing batch format conversion on the plurality of packing blocks in the sub-same groups in each same group. Acquiring each different packaging block of different groups, extracting a source message format and a target message format in each different packaging block, and setting a transfer message format, wherein the transfer message format comprises XML and JSON; the transfer message format is used for converting a plurality of different source message formats into the same message format by using a more general message format, and meanwhile, the transfer message format can be used as an intermediate data acquisition station to modify the source message format with wrong format conversion, so as to monitor the message format conversion condition. Comparing the source message information quantity of each package block with a preset message information quantity threshold, selecting XML as an intermediate conversion format to perform format conversion on the package block when the source message information quantity is larger than the preset message information quantity threshold, and selecting JSON as the intermediate conversion format to perform format conversion on the package block when the source message information quantity is smaller than or equal to the preset message information quantity threshold. And setting format conversion priority, and carrying out priority format conversion on the package blocks of the source message information needing real-time conversion. XML and JSON are all universal data exchange formats, have good readability and cross-platform property, and can conveniently represent and transmit data. They support nested structures that can flexibly describe complex data relationships. XML has stronger expandability and customization, and is suitable for representing complex structured data; while JSON is lighter and simpler, easy to read and write, and suitable for representing simple data structures and data exchanges.

The technical effects of the technical scheme are as follows: and extracting the source message format and the target message format in each packaging block by acquiring each same packaging block of the same group, and performing batch format conversion on the source message format and the target message format. The batch processing mode greatly improves the conversion efficiency and reduces the conversion time. And performing batch format conversion on the plurality of packing blocks in the sub-same groups in each same group. This ensures that the correct conversion can be obtained for different subgroups within the same group. For each different package block of different groups, extracting the source message format and the target message format, and setting the transfer message format. The transfer message format comprises XML and JSON, which are all universal data exchange formats, and have good readability and cross-platform property. And selecting a proper intermediate conversion format for format conversion according to the comparison between the information quantity of the source message and the preset message information quantity threshold value. When the information quantity of the source message is larger than a preset threshold value, selecting XML as an intermediate conversion format; when the information quantity of the source message is smaller than or equal to a preset threshold value, JSON is selected as an intermediate conversion format. The selection mode considers the processing requirements of different information amounts, and ensures the conversion efficiency and accuracy. And setting format conversion priority, and carrying out priority format conversion on the package blocks of the source message information needing real-time conversion. This ensures timely processing and transmission of critical data. XML and JSON are all universal data exchange formats, and have good readability and cross-platform property. The XML supports a nested structure, and can flexibly describe complex data relations; and JSON is lighter and simpler, and is easy to read and write. In summary, the technical effect of the foregoing is to provide an efficient and accurate message format conversion method, which is suitable for various application scenarios requiring message format conversion by batch processing, sub-same group processing, message format setting transfer, intermediate conversion format selection, priority setting, and advantageous utilization of XML and JSON.

In one embodiment of the present invention, the S3 includes:

s301, obtaining conversion information in the conversion process, calculating a conversion error rate according to the conversion information, and performing error recognition on the intermediate conversion format when the conversion error rate reaches a preset error rate threshold value to obtain a recognition result;

the conversion error rate calculation formula is as follows:

wherein,for the conversion error rate>For the information content of the source message,/o>For transferring message information quantity->For stopping the amount of conversion error information of the transfer message format,/->For the total conversion information amount of the cut-off transfer message format,/->The format conversion efficiency of the transfer message format is cut off; the conversion error rate is a conversion error rate calculated at the relay message format.

S302, when the intermediate conversion format has errors, the intermediate conversion format is modified and then the format conversion is continued, and when the intermediate conversion format does not have errors, the format conversion is continued.

The working principle of the technical scheme is as follows: obtaining conversion information in the conversion process, calculating a conversion error rate according to the conversion information, and performing error recognition on the intermediate conversion format when the conversion error rate reaches a preset error rate threshold value to obtain a recognition result; when the intermediate conversion format has errors, the intermediate conversion format is modified and then the format conversion is continued, and when the intermediate conversion format has no errors, the format conversion is continued. The modification of the intermediate conversion format is to modify error information in the intermediate conversion format of the source message information.

The technical effects of the technical scheme are as follows: by acquiring conversion information in the conversion process and calculating the conversion error rate according to the information, the system can monitor the error condition in the conversion process in real time. By converting the calculation formula of the error rateThe error condition coefficient which appears after the original message format is converted into the transfer message format can be calculated by the whole ∈>Can calculateOutputting the probability of format conversion errors when the format conversion is completed in half; this helps to find and handle potential errors in time, ensuring the accuracy of the data conversion. When the conversion error rate reaches a preset error rate threshold, the system can perform error recognition on the intermediate conversion format to obtain a recognition result. This mechanism ensures that errors can be quickly located and identified, providing a basis for subsequent error handling. If the intermediate conversion format has errors, the system can modify the intermediate conversion format and then continue format conversion. This ability to self-correct ensures that the system can correct and continue to perform the conversion task in a timely manner even if an error occurs. When the intermediate conversion format has no error, the system can continue format conversion, thereby ensuring the continuity and efficiency of the conversion process. The modification of the intermediate conversion format is targeted, i.e. only the error information in the intermediate conversion format of the source message information is modified. This modification avoids unnecessary changes and ensures the validity and accuracy of the modification. The technical effects of the above content are helpful to improve the accuracy and quality of data conversion and reduce the data loss or misunderstanding caused by format conversion errors through mechanisms such as real-time monitoring, error identification and self-correction. The technology can automatically cope with and process error conditions, enhances the robustness and fault tolerance of the system, and ensures that the system can keep stable performance when facing complex and changeable message format conversion tasks. In summary, the technical scheme ensures the accuracy and quality of the conversion of the message format through mechanisms such as real-time monitoring, error identification and processing, correction of the intermediate conversion format and the like.

In one embodiment of the present invention, the S4 includes:

s401, after the format conversion of the packaging block is completed, obtaining packaging block information after the format conversion is completed, and calculating the format conversion accuracy according to the packaging block information;

the format conversion accuracy rate calculation formula is as follows:

wherein,for format conversion accuracy, ++>For the conversion error rate calculated at the transfer message format,/->For transferring message information quantity->For the information content of the target message,/I>For transferring the amount of conversion error information between the message format to the target message format +.>For the total conversion information amount of the transfer message format to the target message format +.>The format conversion efficiency for transferring the message format to the target message format; the format conversion accuracy is the format conversion accuracy calculated at the completion of the format conversion.

S402, comparing the format conversion correct rate with a preset correct rate threshold, when the format conversion correct rate is larger than the preset correct rate threshold, clearing corresponding format conversion information, and when the format conversion correct rate is smaller than or equal to the preset correct rate threshold, performing format re-conversion on the corresponding packaging block until the format conversion correct rate is larger than the preset correct rate threshold.

The working principle of the technical scheme is as follows: after the format conversion of the packaging block is completed, obtaining packaging block information after the format conversion is completed, and calculating the format conversion accuracy according to the packaging block information; and comparing the format conversion correct rate with a preset correct rate threshold, when the format conversion correct rate is larger than the preset correct rate threshold, clearing the corresponding format conversion information, and when the format conversion correct rate is smaller than or equal to the preset correct rate threshold, performing format re-conversion on the corresponding packaging block until the format conversion correct rate is larger than the preset correct rate threshold.

The technical effects of the technical scheme are as follows: after the format conversion of the package block is completed, the system acquires the package block information after the format conversion is completed, and calculates the format conversion accuracy according to the information. By format conversion in the correct rate calculation formulaThe error rate of format conversion from the transfer of the message format to the final completion of the message format conversion can be calculated by +.>The overall error rate of the message format conversion can be calculated by +.>The overall accuracy of the message format conversion can be calculated, which is helpful for evaluating the accuracy of the conversion result and providing basis for the subsequent processing. And comparing the calculated format conversion accuracy with a preset accuracy threshold. The comparison mechanism may set a criterion that enables the system to determine the satisfaction of the conversion result. When the format conversion accuracy is greater than the preset accuracy threshold, the system clears the corresponding format conversion information. This helps to free up system resources, avoid duplicate processing, and maintain efficient operation of the system. When the format conversion accuracy is smaller than or equal to a preset accuracy threshold, the system performs format re-conversion on the corresponding package block. This mechanism ensures the accuracy of the conversion until a preset criterion is reached. By continually re-converting formats, the system can continually improve and optimize its conversion performance. The mechanism is beneficial to improving the overall performance of the system, reducing the error rate and ensuring the accuracy and reliability of data transmission. Through the technical effect, the system can ensure the integrity and the accuracy of data. The technique can provide an effective solution to reduce data loss or misunderstanding due to format conversion errors in the face of complex message format conversion tasks. To sum up The technical scheme is that the accuracy and the integrity of message format conversion are ensured by means of calculating the format conversion accuracy, comparing a preset accuracy threshold value, removing format conversion information, a format re-conversion mechanism and the like, and the overall performance of the system and the reliability of data transmission are improved.

In one embodiment of the invention, the system comprises:

the grouping module is used for acquiring a source message format and a target message format of the source message information, performing preliminary processing on the source message information according to the corresponding message formats to acquire the same group and different groups, and further acquiring a packaging block;

the format conversion module is used for carrying out batch format conversion on the same packaging blocks in the same group according to the formats, setting transfer message formats according to different packaging blocks in different groups, and carrying out message format conversion on different packaging blocks according to different transfer message formats;

the error recognition module is used for calculating the conversion error rate in the conversion process and correcting the intermediate conversion format according to the conversion error rate;

and the correct judging module is used for calculating the format conversion correct rate after the format conversion of the message is completed, and judging whether the message is reconverted according to the format conversion correct rate.

The working principle of the technical scheme is as follows: the grouping module is used for acquiring a source message format and a target message format of the source message information, performing preliminary processing on the source message information according to the corresponding message formats to obtain the same group and different groups, and further obtaining a packaging block; the format conversion module is used for carrying out batch format conversion on the same packaging blocks in the same group according to formats, setting transfer message formats according to different packaging blocks in different groups, and carrying out message format conversion on different packaging blocks according to different transfer message formats; the error recognition module is used for calculating the conversion error rate in the conversion process and correcting the intermediate conversion format according to the conversion error rate; and the correct judging module is used for calculating the format conversion correct rate after the format conversion of the message is completed, and judging whether the message is reconverted according to the format conversion correct rate.

The technical effects of the technical scheme are as follows: the source message format and the target message format of the source message information can be accurately acquired, and a basis is provided for subsequent conversion processing. The data of the same group and different groups can be identified through preliminary processing of the source message information, so that corresponding packaging blocks are generated, and a foundation is provided for subsequent batch format conversion. For the same packing blocks in the same group, batch format conversion can be performed, and conversion efficiency is improved. For different packaging blocks in different groups, corresponding transfer message formats can be set according to the characteristics of the packaging blocks, so that the conversion accuracy and efficiency are ensured. According to different transfer message formats, accurate format conversion can be carried out on different packaging blocks, and the integrity and accuracy of data are ensured. The conversion error rate in the conversion process can be calculated in real time, and a basis is provided for subsequent error correction. According to the calculated conversion error rate, the intermediate conversion format can be corrected in time, the error rate is reduced, and the conversion quality is improved. After the format conversion of the message is completed, the format conversion accuracy can be calculated, and a basis is provided for evaluating the conversion result. According to the result of the format conversion accuracy, whether the re-conversion is needed or not can be judged, and the accuracy and the integrity of the data are ensured. In summary, the present invention provides a high-efficiency and accurate message format conversion method, which realizes a large amount of message format conversions with high accuracy through the steps of preliminary processing of source message information, batch format conversion, message format setting transfer, error correction and the like.

In one embodiment of the present invention, the grouping module includes:

the information acquisition module is used for acquiring a plurality of source message information, source message formats and target message formats corresponding to the source message formats which need to be subjected to format conversion;

the device comprises a distinguishing module, a processing module and a processing module, wherein the distinguishing module is used for grouping source message information according to different message formats to obtain conversion type grouping, the conversion type grouping comprises the same group and different groups, the same group comprises a plurality of source message information with the same source message format and the same target message format, and the different groups comprise a plurality of source message information with different source message formats and different target message formats;

and generating a packaging block for the source message information in the source message format and the target message format corresponding to each other in the same group or different groups, wherein the packaging blocks in the same group are called the same packaging block, and the packaging blocks in different groups are called different packaging blocks.

The working principle of the technical scheme is as follows: the information acquisition module is used for acquiring a plurality of source message information, source message formats and target message formats corresponding to the source message formats which need to be subjected to format conversion; the distinguishing module is used for grouping source message information according to different message formats to obtain a conversion type grouping, the conversion type grouping comprises the same group and different groups, the same group comprises a plurality of source message information with the same source message format and the same target message format, the different groups comprise a plurality of source message information with different source message formats and different target message formats, the different groups further comprise source message information except the same group, the same group further comprises a plurality of sub-same groups, for example, the source message format and the target message format of the source message information A and the source message information B are respectively the same, the source message format and the target message format of the source message information C and the source message format of the target message information D are respectively the same, but the source message format or the target message format of the AC, AD, BC or BD is different, at the moment, the source message information A, B, C and the source message information D are respectively distributed into the same groups, but the source message information A and the source message information B are a sub-same group, and the source message information C and the source message information D are the same sub-group; generating a package block for the source message information of the source message format and the target message format corresponding to each other in the same group or different groups, wherein the package blocks of the same group are called the same package block, the package blocks of different groups are called different package blocks, and the same group or different groups comprise a plurality of package blocks. Each package block comprises source message information, a source message format corresponding to the source message information and a target message format.

The technical effects of the technical scheme are as follows: by acquiring a plurality of source message information, source message formats and target message formats corresponding to each source message format which need to be subjected to format conversion, the system can process a large amount of data at one time, and the processing efficiency is improved. Grouping the source message information according to different message formats to obtain a conversion type group, wherein the conversion type group comprises the same group and different groups. The grouping mode enables the message information with the same format to be processed in a centralized way, and the message information with different formats can be clearly distinguished, so that the accuracy and the efficiency of conversion are improved. The same group also includes a plurality of sub-same groups. The processing mode considers the relation between the source message information more carefully, so that the same message information can be correctly identified and processed under different application scenes. And generating a packaging block for the source message information of the source message format and the target message format corresponding to each other in the same group or different groups. Each package block comprises source message information, a source message format corresponding to the source message information and a target message format. This structure ensures that each package contains complete conversion information, thereby maintaining data integrity and accuracy during conversion. In summary, the foregoing disclosure provides a method for efficiently and accurately processing a large amount of message information, which improves the efficiency and quality of data processing by grouping, processing sub-same groups, generating a package block, and the like.

In one embodiment of the present invention, the format conversion module includes:

the same conversion module is used for acquiring each same packaging block of the same group, extracting a source message format and a target message format in each same packaging block, and carrying out batch format conversion on the source message format and the target message format;

the different conversion modules are used for acquiring different packaging blocks of different groups, extracting a source message format and a target message format in the different packaging blocks, and setting a transfer message format, wherein the transfer message format comprises XML and JSON;

comparing the source message information quantity of each package block with a preset message information quantity threshold, selecting XML as an intermediate conversion format to perform format conversion on the package block when the source message information quantity is larger than the preset message information quantity threshold, and selecting JSON as the intermediate conversion format to perform format conversion on the package block when the source message information quantity is smaller than or equal to the preset message information quantity threshold.

The working principle of the technical scheme is as follows: the same conversion module is used for acquiring each same packaging block of the same group, extracting a source message format and a target message format in each same packaging block, and carrying out batch format conversion on the source message format and the target message format; and performing batch format conversion on the plurality of packing blocks in the sub-same groups in each same group. The method comprises the steps that different conversion modules are used for obtaining different packaging blocks of different groups, extracting a source message format and a target message format in the different packaging blocks, and setting a transfer message format, wherein the transfer message format comprises XML and JSON; the transfer message format is used for converting a plurality of different source message formats into the same message format by using a more general message format, and meanwhile, the transfer message format can be used as an intermediate data acquisition station to modify the source message format with wrong format conversion, so as to monitor the message format conversion condition. Comparing the source message information quantity of each package block with a preset message information quantity threshold, selecting XML as an intermediate conversion format to perform format conversion on the package block when the source message information quantity is larger than the preset message information quantity threshold, and selecting JSON as the intermediate conversion format to perform format conversion on the package block when the source message information quantity is smaller than or equal to the preset message information quantity threshold. And setting format conversion priority, and carrying out priority format conversion on the package blocks of the source message information needing real-time conversion. XML and JSON are all universal data exchange formats, have good readability and cross-platform property, and can conveniently represent and transmit data. They support nested structures that can flexibly describe complex data relationships. XML has stronger expandability and customization, and is suitable for representing complex structured data; while JSON is lighter and simpler, easy to read and write, and suitable for representing simple data structures and data exchanges.

The technical effects of the technical scheme are as follows: and extracting the source message format and the target message format in each packaging block by acquiring each same packaging block of the same group, and performing batch format conversion on the source message format and the target message format. The batch processing mode greatly improves the conversion efficiency and reduces the conversion time. And performing batch format conversion on the plurality of packing blocks in the sub-same groups in each same group. This ensures that the correct conversion can be obtained for different subgroups within the same group. For each different package block of different groups, extracting the source message format and the target message format, and setting the transfer message format. The transfer message format comprises XML and JSON, which are all universal data exchange formats, and have good readability and cross-platform property. And selecting a proper intermediate conversion format for format conversion according to the comparison between the information quantity of the source message and the preset message information quantity threshold value. When the information quantity of the source message is larger than a preset threshold value, selecting XML as an intermediate conversion format; when the information quantity of the source message is smaller than or equal to a preset threshold value, JSON is selected as an intermediate conversion format. The selection mode considers the processing requirements of different information amounts, and ensures the conversion efficiency and accuracy. And setting format conversion priority, and carrying out priority format conversion on the package blocks of the source message information needing real-time conversion. This ensures timely processing and transmission of critical data. XML and JSON are all universal data exchange formats, and have good readability and cross-platform property. The XML supports a nested structure, and can flexibly describe complex data relations; and JSON is lighter and simpler, and is easy to read and write. In summary, the technical effect of the foregoing is to provide an efficient and accurate message format conversion method, which is suitable for various application scenarios requiring message format conversion by batch processing, sub-same group processing, message format setting transfer, intermediate conversion format selection, priority setting, and advantageous utilization of XML and JSON.

In one embodiment of the present invention, the error recognition module includes:

the error calculation module is used for acquiring conversion information in the conversion process, calculating conversion error rate according to the conversion information, and carrying out error recognition on the intermediate conversion format when the conversion error rate reaches a preset error rate threshold value to obtain a recognition result;

and the correction module is used for continuing to perform format conversion after the intermediate conversion format is modified when the intermediate conversion format has errors, and continuing to perform format conversion when the intermediate conversion format does not have errors.

The working principle of the technical scheme is as follows: the error calculation module is used for obtaining conversion information in the conversion process, calculating conversion error rate according to the conversion information, and carrying out error recognition on the intermediate conversion format when the conversion error rate reaches a preset error rate threshold value to obtain a recognition result;

the conversion error rate calculation formula is as follows:

wherein,for the conversion error rate>For the information content of the source message,/o>For transferring message information quantity->For stopping the amount of conversion error information of the transfer message format,/->For the total conversion information amount of the cut-off transfer message format,/->The format conversion efficiency of the transfer message format is cut off; the conversion error rate is a conversion error rate calculated at the relay message format.

And the correction module is used for continuing to perform format conversion after the intermediate conversion format is modified when the intermediate conversion format has errors, and continuing to perform format conversion when the intermediate conversion format does not have errors. The modification of the intermediate conversion format is to modify error information in the intermediate conversion format of the source message information.

The technical effects of the technical scheme are as follows: by acquiring conversion information in the conversion process and calculating the conversion error rate according to the information, the system can monitor the error condition in the conversion process in real time. This helps to find and handle potential errors in time, ensuring the accuracy of the data conversion. When the conversion error rate reaches a preset error rate threshold, the system can perform error recognition on the intermediate conversion format to obtain a recognition result. This mechanism ensures that errors can be quickly located and identified, providing a basis for subsequent error handling. If the intermediate conversion format has errors, the system can modify the intermediate conversion format and then continue format conversion. This ability to self-correct ensures that the system can correct and continue to perform the conversion task in a timely manner even if an error occurs. When the intermediate conversion format has no error, the system can continue format conversion, thereby ensuring the continuity and efficiency of the conversion process. The modification of the intermediate conversion format is targeted, i.e. only the error information in the intermediate conversion format of the source message information is modified. This modification avoids unnecessary changes and ensures the validity and accuracy of the modification. The technical effects of the above content are helpful to improve the accuracy and quality of data conversion and reduce the data loss or misunderstanding caused by format conversion errors through mechanisms such as real-time monitoring, error identification and self-correction. The technology can automatically cope with and process error conditions, enhances the robustness and fault tolerance of the system, and ensures that the system can keep stable performance when facing complex and changeable message format conversion tasks. In summary, the technical scheme ensures the accuracy and quality of the conversion of the message format through mechanisms such as real-time monitoring, error identification and processing, correction of the intermediate conversion format and the like.

In one embodiment of the present invention, the correctness judging module includes:

the correct calculation module is used for acquiring the package block information after the format conversion is completed and calculating the format conversion correct rate according to the package block information;

the format conversion accuracy rate calculation formula is as follows:

wherein,for format conversion accuracy, ++>For the conversion error rate calculated at the transfer message format,/->For transferring message information quantity->For the information content of the target message,/I>For transferring the amount of conversion error information between the message format to the target message format +.>For the total conversion information amount of the transfer message format to the target message format +.>The format conversion efficiency for transferring the message format to the target message format; the format conversion accuracy is the format conversion accuracy calculated at the completion of the format conversion.

And the comparison module is used for comparing the format conversion correct rate with a preset correct rate threshold, clearing corresponding format conversion information when the format conversion correct rate is larger than the preset correct rate threshold, and carrying out format re-conversion on the corresponding packaging block when the format conversion correct rate is smaller than or equal to the preset correct rate threshold until the format conversion correct rate is larger than the preset correct rate threshold.

The working principle of the technical scheme is as follows: the correct calculation module is used for acquiring the package block information after the format conversion is completed and calculating the format conversion correct rate according to the package block information; the comparison module is used for comparing the format conversion correct rate with a preset correct rate threshold, when the format conversion correct rate is larger than the preset correct rate threshold, the corresponding format conversion information is cleared, and when the format conversion correct rate is smaller than or equal to the preset correct rate threshold, format re-conversion is carried out on the corresponding packaging block until the format conversion correct rate is larger than the preset correct rate threshold.

The technical effects of the technical scheme are as follows: after the format conversion of the package block is completed, the system acquires the package block information after the format conversion is completed, and calculates the format conversion accuracy according to the information. This helps to evaluate the accuracy of the conversion result, providing basis for subsequent processing. And comparing the calculated format conversion accuracy with a preset accuracy threshold. The comparison mechanism may set a criterion that enables the system to determine the satisfaction of the conversion result. When the format conversion accuracy is greater than the preset accuracy threshold, the system clears the corresponding format conversion information. This helps to free up system resources, avoid duplicate processing, and maintain efficient operation of the system. When the format conversion accuracy is smaller than or equal to a preset accuracy threshold, the system performs format re-conversion on the corresponding package block. This mechanism ensures the accuracy of the conversion until a preset criterion is reached. By continually re-converting formats, the system can continually improve and optimize its conversion performance. The mechanism is beneficial to improving the overall performance of the system, reducing the error rate and ensuring the accuracy and reliability of data transmission. Through the technical effect, the system can ensure the integrity and the accuracy of data. The technique can provide an effective solution to reduce data loss or misunderstanding due to format conversion errors in the face of complex message format conversion tasks. In summary, the technical scheme ensures the accuracy and the integrity of the format conversion of the message and improves the overall performance of the system and the reliability of data transmission by means of calculating the format conversion accuracy, comparing the preset accuracy threshold, removing the format conversion information, converting the format again and the like.

It will be apparent to those skilled in the art that various modifications and variations can be made to the present invention without departing from the spirit or scope of the invention. Thus, it is intended that the present invention also include such modifications and alterations insofar as they come within the scope of the appended claims or the equivalents thereof.

Claims (10)

1. A method for converting a message format, the method comprising:

s1, acquiring a source message format and a target message format of source message information, and performing preliminary processing on the source message information according to the corresponding message formats to obtain the same group and different groups, thereby obtaining a packaging block;

s2, carrying out batch format conversion on the same packaging blocks in the same group, setting a transfer message format according to different packaging blocks in different groups, and carrying out message format conversion on different packaging blocks according to different transfer message formats;

s3, calculating a conversion error rate in the conversion process, and correcting an intermediate conversion format according to the conversion error rate;

and S4, after the format conversion of the message is completed, calculating the format conversion accuracy, and judging whether to re-convert according to the format conversion accuracy.

2. The method for converting a message format according to claim 1, wherein S1 comprises:

S101, acquiring a plurality of source message information, source message formats and target message formats corresponding to each source message format, wherein the source message information and the source message formats need to be subjected to format conversion;

s102, grouping source message information according to different message formats to obtain a conversion type grouping, wherein the conversion type grouping comprises the same group and different groups, the same group comprises a plurality of source message information with the same source message format and the same target message format, and the different groups comprise a plurality of source message information with different source message formats and different target message formats;

and generating a packaging block for the source message information in the source message format and the target message format corresponding to each other in the same group or different groups, wherein the packaging blocks in the same group are called the same packaging block, and the packaging blocks in different groups are called different packaging blocks.

3. The method for converting a message format according to claim 1, wherein said S2 comprises:

s201, acquiring each same packaging block of the same group, extracting a source message format and a target message format in each same packaging block, and performing batch format conversion on the source message format and the target message format;

s202, acquiring each different packaging block of different groups, extracting a source message format and a target message format in each different packaging block, and setting a transfer message format, wherein the transfer message format comprises XML and JSON;

Comparing the source message information quantity of each package block with a preset message information quantity threshold, selecting XML as an intermediate conversion format to perform format conversion on the package block when the source message information quantity is larger than the preset message information quantity threshold, and selecting JSON as the intermediate conversion format to perform format conversion on the package block when the source message information quantity is smaller than or equal to the preset message information quantity threshold.

4. The method for converting a message format according to claim 1, wherein said S3 comprises:

s301, obtaining conversion information in the conversion process, calculating a conversion error rate according to the conversion information, and performing error recognition on the intermediate conversion format when the conversion error rate reaches a preset error rate threshold value to obtain a recognition result;

s302, when the intermediate conversion format has errors, the intermediate conversion format is modified and then the format conversion is continued, and when the intermediate conversion format does not have errors, the format conversion is continued.

5. The method for converting a message format according to claim 1, wherein S4 comprises:

s401, after the format conversion of the packaging block is completed, obtaining packaging block information after the format conversion is completed, and calculating the format conversion accuracy according to the packaging block information;

S402, comparing the format conversion correct rate with a preset correct rate threshold, when the format conversion correct rate is larger than the preset correct rate threshold, clearing corresponding format conversion information, and when the format conversion correct rate is smaller than or equal to the preset correct rate threshold, performing format re-conversion on the corresponding packaging block until the format conversion correct rate is larger than the preset correct rate threshold.

6. A message format conversion system, the system comprising:

the grouping module is used for acquiring a source message format and a target message format of the source message information, performing preliminary processing on the source message information according to the corresponding message formats to acquire the same group and different groups, and further acquiring a packaging block;

the format conversion module is used for carrying out batch format conversion on the same packaging blocks in the same group according to the formats, setting transfer message formats according to different packaging blocks in different groups, and carrying out message format conversion on different packaging blocks according to different transfer message formats;

the error recognition module is used for calculating the conversion error rate in the conversion process and correcting the intermediate conversion format according to the conversion error rate;

and the correct judging module is used for calculating the format conversion correct rate after the format conversion of the message is completed, and judging whether the message is reconverted according to the format conversion correct rate.

7. The message format conversion system of claim 6, wherein the grouping module comprises:

the information acquisition module is used for acquiring a plurality of source message information, source message formats and target message formats corresponding to the source message formats which need to be subjected to format conversion;

the device comprises a distinguishing module, a processing module and a processing module, wherein the distinguishing module is used for grouping source message information according to different message formats to obtain conversion type grouping, the conversion type grouping comprises the same group and different groups, the same group comprises a plurality of source message information with the same source message format and the same target message format, and the different groups comprise a plurality of source message information with different source message formats and different target message formats;

and generating a packaging block for the source message information in the source message format and the target message format corresponding to each other in the same group or different groups, wherein the packaging blocks in the same group are called the same packaging block, and the packaging blocks in different groups are called different packaging blocks.

8. The message format conversion system according to claim 6, wherein the format conversion module comprises:

the same conversion module is used for acquiring each same packaging block of the same group, extracting a source message format and a target message format in each same packaging block, and carrying out batch format conversion on the source message format and the target message format;

The different conversion modules are used for acquiring different packaging blocks of different groups, extracting a source message format and a target message format in the different packaging blocks, and setting a transfer message format, wherein the transfer message format comprises XML and JSON;

comparing the source message information quantity of each package block with a preset message information quantity threshold, selecting XML as an intermediate conversion format to perform format conversion on the package block when the source message information quantity is larger than the preset message information quantity threshold, and selecting JSON as the intermediate conversion format to perform format conversion on the package block when the source message information quantity is smaller than or equal to the preset message information quantity threshold.

9. The message format conversion system according to claim 6, wherein the error recognition module comprises:

the error calculation module is used for acquiring conversion information in the conversion process, calculating conversion error rate according to the conversion information, and carrying out error recognition on the intermediate conversion format when the conversion error rate reaches a preset error rate threshold value to obtain a recognition result;

and the correction module is used for continuing to perform format conversion after the intermediate conversion format is modified when the intermediate conversion format has errors, and continuing to perform format conversion when the intermediate conversion format does not have errors.

10. The message format conversion system according to claim 6, wherein the correctness determination module comprises:

the correct calculation module is used for acquiring the package block information after the format conversion is completed and calculating the format conversion correct rate according to the package block information;

and the comparison module is used for comparing the format conversion correct rate with a preset correct rate threshold, clearing corresponding format conversion information when the format conversion correct rate is larger than the preset correct rate threshold, and carrying out format re-conversion on the corresponding packaging block when the format conversion correct rate is smaller than or equal to the preset correct rate threshold until the format conversion correct rate is larger than the preset correct rate threshold.