CN111917584B - Data security exchange system and heterogeneous data conversion method - Google Patents
Data security exchange system and heterogeneous data conversion method Download PDFInfo
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- CN111917584B CN111917584B CN202010772099.2A CN202010772099A CN111917584B CN 111917584 B CN111917584 B CN 111917584B CN 202010772099 A CN202010772099 A CN 202010772099A CN 111917584 B CN111917584 B CN 111917584B
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
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- H04L41/00—Arrangements for maintenance, administration or management of data switching networks, e.g. of packet switching networks
- H04L41/08—Configuration management of networks or network elements
- H04L41/0803—Configuration setting
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- H04L41/02—Standardisation; Integration
- H04L41/0246—Exchanging or transporting network management information using the Internet; Embedding network management web servers in network elements; Web-services-based protocols
- H04L41/0253—Exchanging or transporting network management information using the Internet; Embedding network management web servers in network elements; Web-services-based protocols using browsers or web-pages for accessing management information
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- H—ELECTRICITY
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- H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
- H04L63/00—Network architectures or network communication protocols for network security
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Abstract
The invention discloses a data security exchange system and a heterogeneous data conversion method, the data security exchange system comprises: the system comprises a system management module, an internal data transmission module and an external data transmission module, wherein the internal data transmission module is in communication connection with an internal server, and the external data transmission module is in communication connection with an external server. According to the invention, different types of task transmission channels can be configured through the system management module, so that the data security interaction is ensured, meanwhile, the method for precisely controlling and solving the service scenes such as database isomerism, file isomerism and database isomerism is realized, and the requirement of more service scenes is met.
Description
Technical Field
The invention relates to the technical field of Internet, in particular to a data security exchange system and a heterogeneous data conversion method.
Background
At present, with the development of internet technology and the need of network government, the data exchange business requirement of the internal and external networks isolated by the system is rapidly increased. The existing data exchange implementation scheme mainly comprises an internal server, an external server and a service processing program deployed on a machine. The internal server directly accesses the service machine in the intranet system and receives and transmits data with the external server; similarly, the external server is directly communicated with the public network system, and meanwhile, the external server and the internal server are used for carrying out business data interaction. The existing data transmission technical scheme has better support for the same type of service servers, but has weaker support for scenes with heterogeneous requirements, such as database isomerism, isomerism between a database and a file, and the like, and cannot meet the requirements of actual services.
Disclosure of Invention
The invention mainly aims to provide a data security exchange system and a heterogeneous data conversion method, which solve the technical problem that the existing data transmission technical scheme cannot meet the requirements of actual services.
To achieve the above object, the present invention provides a data transmission method applied to a data security switching system, the data security switching system comprising: the system management module, and the internal data transmission module and the external data transmission module which are in communication connection with the system management module, wherein: the internal data transmission module is in communication connection with the internal server, the external data transmission module is in communication connection with the external server, and the data transmission method comprises the following steps:
the system management module configures parameters and functions of the internal and external servers through a system management page based on a browser/server architecture of the system management module;
and based on configuration parameters and functions, combining the internal data transmission module and the external data transmission module to perform data transmission control on heterogeneous service scenes between the internal server and the external server.
The configuration of the parameters and functions of the internal and external servers by the system management module based on the system management page of the browser/server architecture comprises the following steps:
the system management module performs parameter configuration on an internal server and an external server in the system, controls a remote login switch of the server, and provides an availability test tool for other service servers in the internal and external network system;
configuring source terminal service resources and destination terminal service resources, providing validity test and supporting adjustment of the existing resource parameters;
configuring data resource transmission tasks, configuring different types of task transmission channels, providing transmission direction control, conflict strategy selection, service resource matching, service data relation mapping options, supporting running state control and/or adjusting the existing task configuration strategy;
displaying operation information of different users in a system management platform;
and the log module, the statistics of business data volume and flow information corresponding to the data transmission task, and the structured analysis and display page are provided.
Wherein, the heterogeneous service scene at least comprises: database heterogeneous, file heterogeneous, and database heterogeneous.
The data transmission control of the heterogeneous service scene between the internal and external servers based on the configuration parameters and the functions by combining the internal data transmission module and the external data transmission module comprises the following steps:
acquiring source resource information of a data exchange task through the internal data transmission module, testing resource effectiveness, and analyzing conflict strategies, running time, abnormal try times and interval related business rules; when the resource connection fails, carrying out combined retry according to the trial interval and the times and recording a log;
reading and collecting the data content configured in the source terminal resource, matching the filtering rules of different data items, and screening out the non-compliant data content; the data acquired originally are transferred into a data packet or formatted file of a custom protocol through a data conversion module; when the transmission data needs local backup, the local backup is stored in a self-defined directory of the local server in a landing mode and is forwarded to the opposite-end server.
The data transmission control of the heterogeneous service scene between the internal and external servers by combining the internal data transmission module and the external data transmission module based on the configuration parameters and the functions further comprises:
acquiring destination resource information of a data exchange task through the external data transmission module, testing resource effectiveness, and analyzing conflict strategies, running time, abnormal try times and interval related business rules; when the resource connection fails, carrying out combined retry according to the trial interval and the times and recording a log; and receiving the data sent by the opposite terminal server, analyzing the data packet of the custom protocol or the formatted file content, and writing the data packet or the formatted file content into the target terminal resource according to the mapping relation of the task configuration.
The invention also provides a data security exchange system, which comprises: the system management module, and the internal data transmission module and the external data transmission module which are in communication connection with the system management module, wherein: the internal data transmission module is in communication connection with the internal server, and the external data transmission module is in communication connection with the external server.
Wherein, the internal data transmission module includes: the system comprises a data receiving module, a task configuration analysis module, a data conversion module and a data sending module, wherein the data receiving module, the task configuration analysis module, the data conversion module and the data sending module are sequentially connected in a communication mode;
the external data transmission module includes: the system comprises a task configuration analysis module and a data writing module which are in communication connection.
The internal data transmission module is used for acquiring source end resource information of a data exchange task, testing resource availability, and analyzing conflict strategies, running time, abnormal try times and interval related business rules; when the resource connection fails, carrying out combined retry according to the trial interval and the times and recording a log;
reading and collecting the data content configured in the source terminal resource, matching the filtering rules of different data items, and screening out the non-compliant data content; the data acquired originally are transferred into a data packet or formatted file of a custom protocol through a data conversion module; when the transmission data needs local backup, the local backup is stored in a self-defined directory of the local server in a landing mode and is forwarded to the opposite-end server.
The external data transmission module is used for acquiring the destination resource information of the data exchange task, testing the resource availability, and analyzing conflict strategies, running time, abnormal try times and interval related business rules; when the resource connection fails, carrying out combined retry according to the trial interval and the times and recording a log; and receiving the data sent by the opposite terminal server, analyzing the data packet of the custom protocol or the formatted file content, and writing the data packet or the formatted file content into the target terminal resource according to the mapping relation of the task configuration.
The beneficial effects of the invention are as follows:
the invention relates to a data safety exchange system and a heterogeneous data conversion method, wherein the data safety exchange system comprises: the system management module, and the internal data transmission module and the external data transmission module which are in communication connection with the system management module, wherein: the system management module configures parameters and functions of the internal and external servers based on a system management page of a browser/server architecture through the system management module; and based on configuration parameters and functions, combining the internal data transmission module and the external data transmission module to perform data transmission control on heterogeneous service scenes between the internal server and the external server. The system management module can be used for configuring different types of task transmission channels, so that the method for solving the problem of fine control of service scenes such as database isomerism, file isomerism and database isomerism is realized while the safe interaction of data is ensured, and the requirement of more service scenes is met.
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FIG. 1 is a schematic diagram of a data security switching system of the present invention;
fig. 2 is a system flow diagram of a data transmission method according to the present invention.
Detailed Description
It should be understood that the specific embodiments described herein are for purposes of illustration only and are not intended to limit the scope of the invention.
As shown in fig. 1 and 2, the present invention provides a data security switching system, which includes: the system management module, and the internal data transmission module and the external data transmission module which are in communication connection with the system management module, wherein: the internal data transmission module is in communication connection with the internal server, and the external data transmission module is in communication connection with the external server.
Wherein, the internal data transmission module includes: the system comprises a data receiving module, a task configuration analysis module, a data conversion module and a data sending module, wherein the data receiving module, the task configuration analysis module, the data conversion module and the data sending module are sequentially connected in a communication mode;
the external data transmission module includes: the system comprises a task configuration analysis module and a data writing module which are in communication connection.
The internal data transmission module is used for acquiring source end resource information of a data exchange task, testing resource availability, and analyzing conflict strategies, running time, abnormal try times and interval related business rules; when the resource connection fails, carrying out combined retry according to the trial interval and the times and recording a log;
reading and collecting the data content configured in the source terminal resource, matching the filtering rules of different data items, and screening out the non-compliant data content; the data acquired originally are transferred into a data packet or formatted file of a custom protocol through a data conversion module; when the transmission data needs local backup, the local backup is stored in a self-defined directory of the local server in a landing mode and is forwarded to the opposite-end server.
The external data transmission module is used for acquiring the destination resource information of the data exchange task, testing the resource availability, and analyzing conflict strategies, running time, abnormal try times and interval related business rules; when the resource connection fails, carrying out combined retry according to the trial interval and the times and recording a log; and receiving the data sent by the opposite terminal server, analyzing the data packet of the custom protocol or the formatted file content, and writing the data packet or the formatted file content into the target terminal resource according to the mapping relation of the task configuration.
According to the invention, different types of task transmission channels can be configured through the system management module, so that the data security interaction is ensured, meanwhile, the method for precisely controlling and solving the service scenes such as database isomerism, file isomerism and database isomerism is realized, and the requirement of more service scenes is met.
In addition, the invention also provides a data transmission method, which is applied to a data security switching system, and the data security switching system comprises: the system management module, and the internal data transmission module and the external data transmission module which are in communication connection with the system management module, wherein: the internal data transmission module is in communication connection with the internal server, the external data transmission module is in communication connection with the external server, and the data transmission method comprises the following steps:
s1, the system management module configures parameters and functions of an internal server and an external server through a system management page of the system management module based on a browser/server architecture;
s2, based on configuration parameters and functions, combining the internal data transmission module and the external data transmission module to perform data transmission control on heterogeneous service scenes between the internal server and the external server.
The configuration of the parameters and functions of the internal and external servers by the system management module based on the system management page of the browser/server architecture comprises the following steps:
the system management module performs parameter configuration on an internal server and an external server in the system, controls a remote login switch of the server, and provides an availability test tool for other service servers in the internal and external network system;
configuring source terminal service resources and destination terminal service resources, providing validity test and supporting adjustment of the existing resource parameters;
configuring data resource transmission tasks, configuring different types of task transmission channels, providing transmission direction control, conflict strategy selection, service resource matching, service data relation mapping options, supporting running state control and/or adjusting the existing task configuration strategy;
displaying operation information of different users in a system management platform;
and the log module, the statistics of business data volume and flow information corresponding to the data transmission task, and the structured analysis and display page are provided.
Wherein, the heterogeneous service scene at least comprises: database heterogeneous, file heterogeneous, and database heterogeneous.
The data transmission control of the heterogeneous service scene between the internal and external servers based on the configuration parameters and the functions by combining the internal data transmission module and the external data transmission module comprises the following steps:
acquiring source resource information of a data exchange task through the internal data transmission module, testing resource effectiveness, and analyzing conflict strategies, running time, abnormal try times and interval related business rules; when the resource connection fails, carrying out combined retry according to the trial interval and the times and recording a log;
reading and collecting the data content configured in the source terminal resource, matching the filtering rules of different data items, and screening out the non-compliant data content; the data acquired originally are transferred into a data packet or formatted file of a custom protocol through a data conversion module; when the transmission data needs local backup, the local backup is stored in a self-defined directory of the local server in a landing mode and is forwarded to the opposite-end server.
The data transmission control of the heterogeneous service scene between the internal and external servers by combining the internal data transmission module and the external data transmission module based on the configuration parameters and the functions further comprises:
acquiring destination resource information of a data exchange task through the external data transmission module, testing resource effectiveness, and analyzing conflict strategies, running time, abnormal try times and interval related business rules; when the resource connection fails, carrying out combined retry according to the trial interval and the times and recording a log; and receiving the data sent by the opposite terminal server, analyzing the data packet of the custom protocol or the formatted file content, and writing the data packet or the formatted file content into the target terminal resource according to the mapping relation of the task configuration.
The following describes the scheme of the invention in detail:
the invention provides a technical scheme for safe data exchange, and focuses on the implementation and transfer of custom protocol data and files between internal and external servers, database isomerism, file and database isomerism, namely the functions of mapping and conversion schemes among isomerism data resources, and the like. The system flow is referred to in fig. 2.
The data interaction between the internal and external servers uses a data packet or a formatted file of a custom protocol, and the data can only be analyzed and then written through private service, so that the problem of information leakage possibly occurring in the scene that network data are intercepted and the like is avoided;
the relation mapping between heterogeneous databases comprises mapping of a source end resource library and a destination end resource library, mapping of a source end data table and a destination end data table, a mappable range of a specific type field in the data table and the like; the problem of synchronization failure caused by inconsistent database tables, unmatched data field types and the like is avoided;
the heterogeneity between database and file includes both database-to-file heterogeneity and file-to-database heterogeneity:
database to file direction: the directory name, the file name and the like of the destination file can be configured through the system management page, and the type of the output file can be configured according to the operating system of the destination end, the read-write requirement of the file and the like. For fields which cannot be directly displayed, such as binary blocks, the file is additionally stored according to the original format, and a father-son subordinate relation is established with the corresponding source file;
file to database direction: the system management page can be used for configuring the name of a destination database, the name of a data table, the name and the type of a field, and the like, and supports the reverse operation of reading the sub-files with the parent-child subordinate relations in a binary mode as the business fields of the data table.
In addition, the scheme can be expanded as follows:
the business data interaction between the internal server and the external server can change private protocol data or other formatted files;
heterogeneous database transmissions exist such as: omitting the mapping relation between the source terminal and the destination terminal data table, reducing the mappable range of the specific field type, omitting the processing of the binary block field type and other deformation schemes;
heterogeneous between databases and files exists as: omitting mapping relation between file directory and file name, omitting configurable functions of database name, data table name and field, omitting binary block field type or modification scheme of processing file, etc.
The beneficial effects of the invention are as follows:
the invention relates to a data safety exchange system and a heterogeneous data conversion method, wherein the data safety exchange system comprises: the system management module, and the internal data transmission module and the external data transmission module which are in communication connection with the system management module, wherein: the system management module configures parameters and functions of the internal and external servers based on a system management page of a browser/server architecture through the system management module; and based on configuration parameters and functions, combining the internal data transmission module and the external data transmission module to perform data transmission control on heterogeneous service scenes between the internal server and the external server. The system management module can be used for configuring different types of task transmission channels, so that the method for solving the problem of fine control of service scenes such as database isomerism, file isomerism and database isomerism is realized while the safe interaction of data is ensured, and the requirement of more service scenes is met.
The foregoing description is only of the preferred embodiments of the present invention, and is not intended to limit the scope of the invention, but rather is intended to cover any equivalents of the structures or equivalent processes disclosed herein or in the alternative, which may be employed directly or indirectly in other related arts.
Claims (8)
1. A data transmission method, wherein the data transmission method is applied to a data exchange system, the data exchange system comprising: the system management module, and the internal data transmission module and the external data transmission module which are in communication connection with the system management module, wherein: the internal data transmission module is in communication connection with the internal server, the external data transmission module is in communication connection with the external server, and the data transmission method comprises the following steps:
the system management module configures parameters and functions of the internal and external servers through a system management page based on a browser/server architecture of the system management module;
based on configuration parameters and functions, carrying out data transmission control on heterogeneous service scenes between the internal and external servers by combining the internal data transmission module and the external data transmission module; the system management module configures parameters and functions of the internal and external servers through a system management page of the system management module based on a browser/server architecture, and the configuration comprises the following steps:
the system management module performs parameter configuration on an internal server and an external server in the system, controls a remote login switch of the server, and provides an availability test tool for other service servers in the internal and external network system;
configuring source terminal service resources and destination terminal service resources, providing validity test and supporting adjustment of the existing resource parameters;
configuring data resource transmission tasks, configuring different types of task transmission channels, providing transmission direction control, conflict strategy selection, service resource matching, service data relation mapping options, supporting running state control and/or adjusting the existing task configuration strategy;
displaying operation information of different users in a system management platform;
and the log module, the statistics of business data volume and flow information corresponding to the data transmission task, and the structured analysis and display page are provided.
2. The data transmission method according to claim 1, wherein the heterogeneous service scenario at least includes: database heterogeneous, file heterogeneous, and database heterogeneous.
3. The data transmission method according to claim 1, wherein the data transmission control of heterogeneous traffic scenarios between the internal and external servers based on configuration parameters and functions in combination with the internal data transmission module and the external data transmission module comprises:
acquiring source resource information of a data exchange task through the internal data transmission module, testing resource effectiveness, and analyzing conflict strategies, running time, abnormal try times and interval related business rules; when the resource connection fails, carrying out combined retry according to the trial interval and the times and recording a log;
reading and collecting the data content configured in the source terminal resource, matching the filtering rules of different data items, and screening out the non-compliant data content; the data acquired originally are transferred into a data packet or formatted file of a custom protocol through a data conversion module; when the transmission data needs local backup, the local backup is stored in a self-defined directory of the local server in a landing mode and is forwarded to the opposite-end server.
4. The data transmission method according to claim 3, wherein the controlling data transmission of heterogeneous traffic scenarios between the internal and external servers based on configuration parameters and functions in combination with the internal data transmission module and the external data transmission module further comprises:
acquiring destination resource information of a data exchange task through the external data transmission module, testing resource effectiveness, and analyzing conflict strategies, running time, abnormal try times and interval related business rules; when the resource connection fails, carrying out combined retry according to the trial interval and the times and recording a log; and receiving the data sent by the opposite terminal server, analyzing the data packet of the custom protocol or the formatted file content, and writing the data packet or the formatted file content into the target terminal resource according to the mapping relation of the task configuration.
5. A data exchange system, comprising: the system management module, and the internal data transmission module and the external data transmission module which are in communication connection with the system management module, wherein: the internal data transmission module is in communication connection with the internal server, and the external data transmission module is in communication connection with the external server;
the system management module is used for configuring parameters and functions of the internal and external servers based on a system management page of the browser/server architecture; based on configuration parameters and functions, the heterogeneous service scene between the internal and external servers is subjected to data transmission control by combining the internal data transmission module and the external data transmission module, and the heterogeneous service scene is also used for carrying out parameter configuration on the internal and external servers in the system, controlling remote login switches of the servers and providing availability testing tools of other service servers in the internal and external network system; configuring source terminal service resources and destination terminal service resources, providing validity test and supporting adjustment of the existing resource parameters; configuring data resource transmission tasks, configuring different types of task transmission channels, providing transmission direction control, conflict strategy selection, service resource matching, service data relation mapping options, supporting running state control and/or adjusting the existing task configuration strategy; displaying operation information of different users in a system management platform; and the log module, the statistics of business data volume and flow information corresponding to the data transmission task, and the structured analysis and display page are provided.
6. The data exchange system according to claim 5, wherein,
the internal data transmission module includes: the system comprises a data receiving module, a task configuration analysis module, a data conversion module and a data sending module, wherein the data receiving module, the task configuration analysis module, the data conversion module and the data sending module are sequentially connected in a communication mode;
the external data transmission module includes: the system comprises a task configuration analysis module and a data writing module which are in communication connection.
7. The data exchange system according to claim 6, wherein,
the internal data transmission module is used for acquiring source end resource information of a data exchange task, testing resource effectiveness, and analyzing conflict strategies, running time, abnormal try times and interval related business rules; when the resource connection fails, carrying out combined retry according to the trial interval and the times and recording a log;
reading and collecting the data content configured in the source terminal resource, matching the filtering rules of different data items, and screening out the non-compliant data content; the data acquired originally are transferred into a data packet or formatted file of a custom protocol through a data conversion module; when the transmission data needs local backup, the local backup is stored in a self-defined directory of the local server in a landing mode and is forwarded to the opposite-end server.
8. The data exchange system according to claim 6, wherein,
the external data transmission module is used for acquiring the destination resource information of the data exchange task, testing the resource availability, and analyzing conflict strategies, running time, abnormal try times and interval related business rules; when the resource connection fails, carrying out combined retry according to the trial interval and the times and recording a log; and receiving the data sent by the opposite terminal server, analyzing the data packet of the custom protocol or the formatted file content, and writing the data packet or the formatted file content into the target terminal resource according to the mapping relation of the task configuration.
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| CN103166933A (en) * | 2011-12-15 | 2013-06-19 | 北京天行网安信息技术有限责任公司 | System and method for data safe exchange |
| CN110362624A (en) * | 2018-04-02 | 2019-10-22 | 蓝盾信息安全技术有限公司 | A kind of heterogeneous database synchronization method based on safety isolation network gate system |
| CN109120647A (en) * | 2018-10-31 | 2019-01-01 | 武汉光谷联众大数据技术有限责任公司 | A kind of security exchange system |
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