CN112632036B - Management platform, method and related equipment of data exchange system - Google Patents
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Abstract
The embodiment of the application discloses a management platform, a method and related equipment of a data exchange system, which are applied to the technical field of data processing, wherein the management platform comprises an exchange system processing module, a data source module and an exchange system execution module; the system comprises a switching system processing module, a target data processing module and a control module, wherein the switching system processing module is used for arranging a target data processing module required by a target data switching system and generating execution configuration information of the target data switching system; the data source module is used for configuring and managing database information corresponding to each target data processing module in the target data exchange system; and the switching system execution module is used for controlling the data flow among the data processing modules in the target data switching system based on the execution configuration information and the database information corresponding to the target data processing modules. At least one data exchange system can be managed on the same platform, and a coexistence mode of multiple data exchange systems is supported.
Description
Technical Field
The present application relates to the field of data processing technologies, and in particular, to a management platform, a method, and a related device for a data exchange system, and more particularly, to a management platform, a management method, a management device, and a computer readable storage medium for a data exchange system.
Background
The information island refers to a plurality of information systems which are of different types and mutually independent and have the information exchange requirement, but are mutually closed and cannot normally communicate. In the informatization construction process, due to the comprehensive effect of various factors, various industry units build a large number of information systems at branch institutions in various places, and along with the development of technology and management, more and more application information needs information sharing and information intercommunication. Therefore, the information island gradually becomes a difficult obstacle to crossing in the informatization development process of each industry, and how to solve the information island problem becomes a new problem.
The information islands are of various types, so that not only are the information islands in each link (such as production, sales, finance and the like) in enterprises, but also the information islands are in inter-enterprise (supply-demand relationship and business relationship); an information island exists between government authorities, in a certain area, there are more than one delegation, office and office, and even in the same delegation, office and office, there are more than one information system, each information system is managed by its own information center or responsible department, and has its own database, its own operating system, its own developed application software and user interface, and is a completely independent system.
The lack of information exchange and information sharing has a great impediment effect on the data requirements of all lines, industries and government departments, both in the work aspect and in the scientific research aspect, and even the information leakage can bring great potential safety hazards and economic losses to individuals, enterprises and institutions.
In order to solve the problem of "information island", the existing data sharing exchange platform provides various data exchange systems for realizing data circulation among organizations, such as a central star-shaped data exchange system, a distributed mesh data exchange system and the like. One data exchange system meets one type of user requirement, for example, a central star-shaped data exchange system meets the user requirement of data aggregation; the distributed mesh data exchange architecture satisfies the user requirements that do not intervene in the specific data traffic and storage management. However, because various exchange systems conflict with each other, only one data exchange system is supported by a set of data sharing exchange platform at present, the application range is limited, and the intelligence of data exchange is low.
Disclosure of Invention
The embodiment of the application provides a management platform, a method and related equipment of a data exchange system, which can manage at least one data exchange system on the management platform of the same data exchange system, support a coexistence mode of multiple data exchange systems, expand the application range and increase the intelligence of data exchange.
In one aspect, an embodiment of the present application provides a management platform for a data exchange system, where the management platform includes an exchange system dictionary table module, an exchange system processing module, a data source module, and an exchange system execution module, where:
the exchange system dictionary module is used for configuring coding information of at least one preset data exchange system, wherein any one preset data exchange system comprises at least one data processing module;
The exchange system processing module is used for arranging a target data processing module required by a target data exchange system to obtain flow arrangement information of the target data exchange system; acquiring target coding information of the target data exchange system from the coding information of each preset data exchange system, and generating execution configuration information of the target data exchange system based on the flow arranging information and the target coding information; wherein the target data exchange system is one or more of the at least one preset data exchange system;
the data source module is used for configuring and managing database information corresponding to each target data processing module in the target data exchange system;
And the switching system execution module is used for controlling the data flow among the data processing modules in the target data switching system based on the execution configuration information and the database information corresponding to the target data processing modules.
In one embodiment, the target data exchange system includes a central data exchange system, the data processing module in the central data exchange system includes a provider pre-library, a central shared library, and a receiver pre-library, and the management platform of the data exchange system further includes a data collection operation module, where:
The data acquisition operation module is used for configuring acquisition operation data from the target data acquired from the front-end library of the provider to the central sharing library, and the acquisition operation data comprises any one or more of the following: database link information, information of the target data, an acquisition mode and an acquisition strategy corresponding to the front-end database of the provider and the central sharing database respectively;
The switching system executing module is used for controlling the data flow among the data processing modules in the target data switching system based on the executing configuration information, the acquired job data and the database information corresponding to the target data processing modules.
In one embodiment, the switching system processing module includes a switching system layout unit, where the switching system layout unit is configured to display a switching system layout page, where the switching system layout page includes a switching system editing area and a component list area, and the component list area includes components corresponding to each data processing module; and determining a component corresponding to the selection operation in each component as a target component, adding the target component into the editing area of the exchange system, typesetting each target component in the editing area of the exchange system, and generating flow arrangement information of the target data exchange system after typesetting confirmation operation is detected.
In one embodiment, the management platform of the data exchange system further comprises a catalog management module, wherein:
The cataloging management module is used for displaying a cataloging data list corresponding to the target data exchange system, wherein the cataloging data list comprises cataloging information of at least one cataloging object;
Managing the cataloged data list based on a management operation input by a user, wherein the management comprises any one or more of the following: deleting, adding one or more cataloged objects, and modifying cataloged information of the one or more cataloged objects.
In one embodiment, the management platform of the data exchange architecture further comprises a resource subscription module, wherein:
The resource subscription module is used for displaying the cataloging information of each cataloging object in the cataloging data list through a resource catalog management page and receiving subscription requests for target cataloging objects in each cataloging object.
In one embodiment, the preset switching system includes any one or more of the following: a distributed switching system, a central data switching system and a soft authorization switching system; if the target data exchange system is the distributed exchange system, the target data processing module includes any one or more of the following: a provider pre-store and a receiver pre-store; if the target data exchange system is the central data exchange system, the target data processing module includes any one or more of the following: a provider pre-library, a center shared library and a receiver pre-library; and if the target data exchange system is the soft authorization exchange system, the target data processing module comprises a shared exchange unified pre-library.
In another aspect, an embodiment of the present application provides a method for managing a data exchange system, where the method includes:
Displaying an exchange system editing page, wherein the exchange system editing page comprises an exchange system editing area and a component list area, and the component list area comprises components corresponding to each data processing module;
Determining a component corresponding to the selection operation in each component as a target component, and adding the target component into the exchange system editing area;
typesetting each target component in the exchange system editing area, and after typesetting confirmation operation is detected, generating flow arrangement information of a target data exchange system, wherein the target data exchange system is one or more of the at least one preset data exchange system;
Acquiring target coding information of the target data exchange system from the coding information of each preset data exchange system which is preset, and generating execution configuration information of the target data exchange system based on the flow arranging information and the target coding information;
and controlling data flow among the data processing modules in the target data exchange system based on the execution configuration information and the database information corresponding to the target data processing modules.
On the other hand, the embodiment of the application provides a management device of a data exchange system, which comprises:
The output module is used for displaying an exchange system editing page, the exchange system editing page comprises an exchange system editing area and a component list area, and the component list area comprises components corresponding to each data processing module;
The processing module is used for determining a component corresponding to the selection operation in each component as a target component and adding the target component into the exchange system editing area;
The processing module is also used for typesetting each target component in the editing area of the exchange system and generating flow arrangement information of the target data exchange system after typesetting confirmation operation is detected;
The processing module is further used for acquiring target coding information of the target data exchange system from coding information of each preset data exchange system which is preset, and generating execution configuration information of the target data exchange system based on the flow arrangement information and the target coding information;
the processing module is further configured to control data flow between each data processing module in the target data exchange system based on the execution configuration information and database information corresponding to each target data processing module.
In still another aspect, an embodiment of the present application provides a management apparatus for a data exchange system, including a processor, a storage device, and a communication interface, where the processor, the storage device, and the communication interface are connected to each other, where the storage device is configured to store a computer program supporting a terminal to execute the foregoing method, the computer program includes program instructions, and the processor is configured to invoke the program instructions to perform the following steps: displaying an exchange system editing page, wherein the exchange system editing page comprises an exchange system editing area and a component list area, and the component list area comprises components corresponding to each data processing module; determining a component corresponding to the selection operation in each component as a target component, and adding the target component into the exchange system editing area; typesetting each target component in the exchange system editing area, and after typesetting confirmation operation is detected, generating flow arrangement information of a target data exchange system, wherein the target data exchange system is one or more of the at least one preset data exchange system; acquiring target coding information of the target data exchange system from the coding information of each preset data exchange system which is preset, and generating execution configuration information of the target data exchange system based on the flow arranging information and the target coding information; and controlling data flow among the data processing modules in the target data exchange system based on the execution configuration information and the database information corresponding to the target data processing modules.
In yet another aspect, embodiments of the present application provide a computer readable storage medium storing a computer program comprising program instructions that, when executed by a processor, cause the processor to perform the method of managing a data exchange hierarchy as described above.
The embodiment of the application provides a management platform of a data exchange system, which comprises an exchange system processing module, an exchange system dictionary table module, a data source module and an exchange system execution module, wherein: the exchange system dictionary module is used for configuring coding information of at least one preset data exchange system; the exchange system processing module is used for arranging a target data processing module required by the target data exchange system, obtaining flow arrangement information of the target data exchange system, obtaining target coding information of the target data exchange system from coding information of each preset data exchange system, and generating execution configuration information of the target data exchange system based on the flow arrangement information and the target coding information; the data source module is used for configuring and managing database information corresponding to each target data processing module in the target data exchange system; and the switching system execution module is used for controlling the data flow among the data processing modules in the target data switching system based on the execution configuration information and the database information corresponding to the target data processing modules. At least one data exchange system can be managed on the management platform of the same data exchange system, a coexistence mode of multiple data exchange systems is supported, the application range can be expanded, and the intelligence of data exchange is improved.
Drawings
In order to more clearly illustrate the embodiments of the application or the technical solutions in the prior art, the drawings that are required in the embodiments or the description of the prior art will be briefly described, it being obvious that the drawings in the following description are only some embodiments of the application, and that other drawings may be obtained according to these drawings without inventive effort for a person skilled in the art.
FIG. 1a is a schematic diagram of a data exchange architecture according to an embodiment of the present application;
FIG. 1b is a schematic diagram of another data exchange architecture according to an embodiment of the present application;
FIG. 1c is a schematic diagram of yet another data exchange architecture according to an embodiment of the present application;
FIG. 2 is a schematic structural diagram of a management platform of a data exchange system according to an embodiment of the present application;
FIG. 3 is a schematic view of a scenario involving an embodiment of the present application;
FIGS. 4 a-4 e are schematic diagrams of another scenario involving embodiments of the present application;
FIG. 5 is a flow chart of a method for managing a data exchange system according to an embodiment of the present application;
Fig. 6 is a schematic structural diagram of a management device of a data exchange system according to an embodiment of the present application;
Fig. 7 is a schematic structural diagram of a management device of a data exchange system according to an embodiment of the present application.
Detailed Description
Currently, the data sharing switching platform provides the following data switching system:
a. As shown in fig. 1a, the central data exchange system comprises a provider pre-library, a central sharing library and a receiver pre-library, and the corresponding data exchange flow mainly comprises two stages of data aggregation and data sharing exchange, and is used for meeting the user requirements of data aggregation;
b. As shown in fig. 1b, the distributed data exchange system comprises a provider pre-library and a receiver pre-library, and the corresponding data exchange flow mainly comprises a data point-to-point (for example, from the provider 1 pre-library to the receiver 1 pre-library in fig. 1 b) sharing exchange stage, only a data exchange technology channel is provided, data are not converged, and the user requirements of not intervening in specific data service and storage management are met;
c. the soft authorization exchange system of the unified pre-library is shown in fig. 1c, and does not comprise a central shared library, each provider and each receiver share one unified pre-library, and the data are directly authorized to be read by a demander through data soft authorization, so that the user requirements of simplifying exchange flow, simplifying database operation and maintenance and improving data exchange timeliness are met.
As for the various data exchange systems, each data exchange system is a complete data exchange platform, so that the requirements of one type of users are met, various data exchange systems conflict with each other, and it is difficult to support several types of data exchange systems simultaneously in one data sharing exchange platform.
In order to solve the above-mentioned problems, please refer to fig. 2, an embodiment of the present application provides a management platform of a data exchange system, which includes an exchange system dictionary table module, an exchange system processing module, a data source module and an exchange system execution module, wherein:
and the exchange system dictionary module is used for configuring coding information of at least one preset data exchange system, wherein any one preset data exchange system comprises at least one data processing module. The preset data exchange system comprises any one or more of the following: the application is not limited in particular to a distributed data exchange system, a centralized data exchange system, and a soft authorization data exchange system, or other data exchange systems.
The coding information of any preset data exchange system comprises coding, system name, applicable scene characteristic information, exchange link characteristic information, exchange real-time characteristic information and the like of the any preset data exchange system.
The exchange system processing module is used for arranging a target data processing module required by the target data exchange system to obtain flow arrangement information of the target data exchange system; acquiring target coding information of a target data exchange system from coding information of each preset data exchange system, and generating execution configuration information of the target data exchange system based on the flow arrangement information and the target coding information; wherein the target data exchange system is one or more of the at least one preset data exchange systems.
The exchange system processing module comprises an exchange system arranging unit which is used for displaying an exchange system arranging page, wherein the exchange system arranging page comprises an exchange system editing area and a component list area, and the component list area comprises components corresponding to each data processing module; and determining the component corresponding to the selection operation in each component as a target component, adding the target component into the editing area of the exchange system, typesetting each target component in the editing area of the exchange system, and generating the flow layout information of the target data exchange system after the typesetting confirmation operation is detected. For example, assuming that the switch fabric layout page is as shown in fig. 3, the selection operation may be a touch operation such as a drag group for each component in the component list area, and the layout confirmation operation may be a touch operation for "save" function button input in the switch fabric layout page.
In one embodiment, components corresponding to the data processing modules required by each preset data exchange hierarchy may be preconfigured, and the components may include a provider pre-library component (e.g., component 30 in fig. 3) for defining that the corresponding target data exchange hierarchy contains a provider pre-library; a receiver pre-library component (e.g., component 31 in fig. 3) for defining that the corresponding target data exchange hierarchy comprises a receiver pre-library; a central shared library component (e.g., component 32 in FIG. 3) for defining that the corresponding target data exchange hierarchy contains a central shared library; a unified pre-library component (e.g., component 33 in fig. 3) for defining that the corresponding target data exchange architecture contains a unified pre-library.
In addition to configuring the components corresponding to the data processing modules, some basic components (such as start, end, judgment, parameter setting, etc.) and connection lines may be configured, where the connection lines are directional connection lines for connecting the components corresponding to the data processing modules, and are used to characterize the circulation direction of data.
For example, as shown in fig. 3, the above-mentioned switching system layout page may assume that the target data switching system is a central data switching system, and when the user wants to construct the central data switching system, the target component corresponding to the target data processing module required by the central data switching system may be selected in a form of drag and drop: the components 30, 31 and 32 are used for adding the target components into the editing area of the exchange system, typesetting each target component in the editing area of the exchange system, and connecting each target component through a directional connecting line based on the data flow direction among each data processing module in the target data exchange system.
Further, when a touch operation input to the "save" function button in fig. 3 (i.e., the above typesetting confirmation operation) is detected, identification information of each target component in the editing area of the switching system may be obtained, and data flow information between each target component (e.g., from the provider pre-library component to the center shared library component and from the center shared library to the receiver pre-library component) may be obtained, and flow arrangement information of the target data switching system may be generated based on the identification information of each target component and the data flow information between each target component, where the flow arrangement information characterizes the data flow between each target data processing module in the target data switching system.
In a specific implementation, since the target data processing modules required by different target data exchange systems are different, as can be seen from fig. 1a to fig. 1c, for example, if the target data exchange system is a distributed data exchange system, the target data processing modules include any one or more of the following: a provider pre-store and a receiver pre-store; if the target data exchange system is a central data exchange system, the target data processing module includes any one or more of the following: a provider pre-library, a center shared library and a receiver pre-library; if the target data exchange system is a soft authorization data exchange system, the target data processing module comprises a shared exchange unified pre-library. Accordingly, the components required in orchestrating the different target data exchange systems are also different. In this case, when the switching system layout page is displayed, the component list area of the switching system layout page may display components corresponding to all data processing modules required by the preset data switching system, as shown in fig. 3. And the target data exchange system to be constructed by the user can be identified before the page is arranged in the display exchange system, and only the components matched with the target data exchange system can be displayed in the component list area when the page is arranged in the display exchange system. For example, the target data exchange system is a distributed data exchange system, and then the component list area may display components corresponding to the provider pre-library and the receiver pre-library; the target data exchange system is a central data exchange system, and then the component list area may display components corresponding to the provider pre-library, the central shared library and the receiver pre-library.
The data source module is used for configuring and managing database information corresponding to each target data processing module in the target data exchange system.
In the embodiment of the application, different database types support one or more switching systems, for example, a dual-front-end database support distributed data switching system, a dual-front-end database+center shared database support center data switching system, and a unified front-end database support soft authorization data switching system. In a specific implementation, the data source module may provide different database configuration pages for different data processing modules, and the user may configure relevant information (such as port information, IP (Internet Protocol, internet protocol), database name, database type, etc.) of the database corresponding to each data processing module through the different database configuration pages. Illustratively, the database configuration page providing the pre-amble, the database configuration page of the central shared amble, and the database configuration page receiving the pre-amble may be as shown in fig. 4a to 4c, respectively.
And the switching system execution module is used for controlling the data flow among the data processing modules in the target data switching system based on the execution configuration information and the database information corresponding to the target data processing modules.
The execution configuration information characterizes the data flow among all target data processing modules in the target data exchange system, and the database information corresponding to any target data processing module characterizes the port information, IP, database name, database type and the like of the database corresponding to any target data processing module. The switching system execution module may determine, based on a data flow between each target data processing module in the target data switching system represented by the execution configuration information, an execution sequence between each target data processing module in the data switching process, determine, based on database information of each target data processing module, a target database corresponding to each target data processing module, further acquire data to be shared (may be any one of the target databases corresponding to the first data processing module or target data pre-configured by a user (for example, target data pre-subscribed by the user)) from the target database corresponding to the first data processing module according to the sequence, and send the data to be shared to the target database corresponding to the second data processing module, and so on until the data to be shared is sent to the target database corresponding to the last target data processing module, thereby implementing data circulation between each data processing module in the target data switching system.
In one embodiment, the target data exchange system comprises a central data exchange system, the data processing module in the central data exchange system comprises a provider pre-library, a central shared library and a receiver pre-library, and the management platform of the data exchange system further comprises a data acquisition operation module which only supports central exchange and is used for acquiring data providing the pre-library to the central shared library. Wherein:
The data acquisition operation module is used for configuring acquisition operation data from acquisition target data in the front-end library of the provider to the central sharing library, wherein the acquisition operation data comprises any one or more of the following components: database link information, information of target data, acquisition mode and acquisition strategy corresponding to the front database of the provider and the central sharing database respectively. The data collection job module may show a collection job configuration page as shown in fig. 4d, through which a user may configure database link information of a warehouse-in central shared library, target data (for example, "warehouse entry table" shown in fig. 4 d), a collection manner, a collection policy, and the like, and generate collection job data after detecting that the user configuration is completed.
The collection manner may include a data Extraction tool, a Java database connection, or an API (Application Programming Interface, application program interface), where the data Extraction tool may be an ETL (Extraction-Transformation-Loading) tool, and the Java database connection may be JDBC (Java Database Connectivity, java database connection). JDBC is an application program interface in the Java language that is used to specify how a client program accesses a database, that is, access to the database can be made through the class and interface provided by JDBC, and specifically, the target data can be read/written through the database link information of the target data.
And the switching system execution module is used for controlling the data flow among the data processing modules in the target data switching system based on the execution configuration information, the acquired job data and the database information corresponding to the target data processing modules.
For example, since the data processing modules in the central data exchange system include a provider pre-library, a central shared library, and a receiver pre-library, the exchange system execution module may determine, based on a data flow direction between each target data processing module in the target data exchange system for performing configuration information characterization, an execution order between each target data processing module in the data exchange process, and determine, based on database information of each target data processing module, a target database corresponding to each target data processing module. Further, according to the collected operation data, collecting the target data from the target database corresponding to the front-end database of the provider to the target database corresponding to the central sharing database, and according to the execution sequence, transmitting the target data from the target database corresponding to the central sharing database to the database corresponding to the front-end database of the receiver, thereby realizing data circulation among all the data processing modules in the central data exchange system.
In one implementation, the management platform further includes a catalog management module, wherein: the catalogue management module is used for displaying a catalogue data list corresponding to the target data exchange system, wherein the catalogue data list comprises catalogue information of at least one catalogue object; managing the cataloged data list based on a management operation entered by a user, the management including any one or more of: deleting, adding one or more cataloged objects, and modifying cataloged information of the one or more cataloged objects.
Each catalogue object corresponds to one or more data to be shared stored in a designated database in a target data exchange system, and catalogue information of each catalogue object comprises basic information of the catalogue object, such as a resource name, a data table name, a resource type, a catalog type, a provider identification, database link information, creation time and the like. If the target data exchange system is a distributed data exchange system, the specified database is a target database corresponding to the provider pre-database; if the target data exchange system is the central data exchange system, the designated database is a target database corresponding to a central shared database; if the target data exchange system is a soft authorization data exchange system, the appointed database is a shared exchange unified pre-database.
In one implementation, the management platform further includes a resource subscription module, wherein: and the resource subscription module is used for displaying the cataloging information of each cataloging object in the cataloging data list through the resource catalog management page and receiving subscription requests for target cataloging objects in each cataloging object. For example, referring to fig. 4e, the above subscription request is input by pressing, clicking, sliding, voice, etc. corresponding to the "subscription" function button input for the target catalogue object.
For example, as shown in fig. 4e, the resource catalog management page may display catalog information of each catalog object in the catalog data list, and each catalog object is displayed with a "subscribe" function button, and when a touch operation input by a user for the "subscribe" function button of any catalog object is detected, any catalog object may be determined as a target catalog object, and a subscription request about the target catalog object is confirmed to be received. Further, the data corresponding to the target catalogue object may be obtained from the specified database, and the obtained data may be input to a database of the subscribing user (for example, a target database corresponding to the recipient pre-database).
In one embodiment, after the target data processing modules required for arranging the target data exchange system are arranged, two configuration modes of the data collection job and the corresponding databases of the data modules can be adopted:
In the first mode, each component in the component list area is embedded with a link for jumping to each relevant service module, and the service module comprises any one or more of the following: the data acquisition operation module and the data source module are used for acquiring data. Further, the corresponding configuration can be performed in the relevant service module. For example, when the target data exchange system is a central data exchange system, the data collection operation module can be jumped to through the link of the corresponding component of the central shared library, so as to configure collection operation data from the front-end library of the provider to the central shared library.
And secondly, directly selecting a target data exchange system in a corresponding service module, so as to perform corresponding configuration on the target data exchange system.
The embodiment of the application provides a management platform of a data exchange system, which comprises an exchange system processing module, an exchange system dictionary table module, a data source module and an exchange system execution module, wherein: the exchange system dictionary module is used for configuring coding information of at least one preset data exchange system; the exchange system processing module is used for arranging a target data processing module required by the target data exchange system, obtaining flow arrangement information of the target data exchange system, obtaining target coding information of the target data exchange system from coding information of each preset data exchange system, and generating execution configuration information of the target data exchange system based on the flow arrangement information and the target coding information; the data source module is used for configuring and managing database information corresponding to each target data processing module in the target data exchange system; and the switching system execution module is used for controlling the data flow among the data processing modules in the target data switching system based on the execution configuration information and the database information corresponding to the target data processing modules. At least one data exchange system can be managed on the management platform of the same data exchange system, a coexistence mode of multiple data exchange systems is supported, the application range can be expanded, and the intelligence of data exchange is improved.
The embodiment of the application provides a management method of a data exchange system, please refer to fig. 5, which is applicable to the management platform of the data exchange system provided in fig. 2.
S501: and displaying an exchange system arranging page, wherein the exchange system arranging page comprises an exchange system editing area and a component list area, and the component list area comprises components corresponding to each data processing module.
S502: and determining the component corresponding to the selection operation in each component as a target component, adding the target component into an exchange system editing area, typesetting each target component in the exchange system editing area, and generating flow arrangement information of a target data exchange system after typesetting confirmation operation is detected, wherein the target data exchange system is one or more of at least one preset data exchange system.
S503: and acquiring target coding information of the target data exchange system from the coding information of each preset data exchange system which is preconfigured, and generating execution configuration information of the target data exchange system based on the flow arranging information and the target coding information.
For example, assuming that the switch fabric layout page is as shown in fig. 3, the selection operation may be a touch operation such as a drag group for each component in the component list area, and the layout confirmation operation may be a touch operation for "save" function button input in the switch fabric layout page.
In one embodiment, components corresponding to the data processing modules required by each preset data exchange hierarchy may be preconfigured, and the components may include a provider pre-library component (e.g., component 30 in fig. 3) for defining that the corresponding target data exchange hierarchy contains a provider pre-library; a receiver pre-library component (e.g., component 31 in fig. 3) for defining that the corresponding target data exchange hierarchy comprises a receiver pre-library; a central shared library component (e.g., component 32 in FIG. 3) for defining that the corresponding target data exchange hierarchy contains a central shared library; a unified pre-library component (e.g., component 33 in fig. 3) for defining that the corresponding target data exchange architecture contains a unified pre-library.
In addition to configuring the components corresponding to the data processing modules, some basic components (such as start, end, judgment, parameter setting, etc.) and connection lines may be configured, where the connection lines are directional connection lines for connecting the components corresponding to the data processing modules, and are used to characterize the circulation direction of data.
For example, as shown in fig. 3, the above-mentioned switching system layout page may assume that the target data switching system is a central data switching system, and when the user wants to construct the central data switching system, the target component corresponding to the target data processing module required by the central data switching system may be selected in a form of drag and drop: the components 30, 31 and 32 are used for adding the target components into the editing area of the exchange system, typesetting each target component in the editing area of the exchange system, and connecting each target component through a directional connecting line based on the data flow direction among each data processing module in the target data exchange system.
Further, when a touch operation input to the "save" function button in fig. 3 (i.e., the above typesetting confirmation operation) is detected, identification information of each target component in the editing area of the switching system may be obtained, and data flow information between each target component (e.g., from the provider pre-library component to the center shared library component and from the center shared library to the receiver pre-library component) may be obtained, and flow arrangement information of the target data switching system may be generated based on the identification information of each target component and the data flow information between each target component, where the flow arrangement information characterizes the data flow between each target data processing module in the target data switching system.
S504: and controlling the data flow among the data processing modules in the target data exchange system based on the execution configuration information and the database information corresponding to the target data processing modules.
The execution configuration information characterizes the data flow among all target data processing modules in the target data exchange system, and the database information corresponding to any target data processing module characterizes the port information, IP, database name, database type and the like of the database corresponding to any target data processing module. The switching system execution module may determine, based on a data flow between each target data processing module in the target data switching system represented by the execution configuration information, an execution sequence between each target data processing module in the data switching process, determine, based on database information of each target data processing module, a target database corresponding to each target data processing module, further acquire data to be shared (may be any one of the target databases corresponding to the first data processing module or target data pre-configured by a user (for example, target data pre-subscribed by the user)) from the target database corresponding to the first data processing module according to the sequence, and send the data to be shared to the target database corresponding to the second data processing module, and so on until the data to be shared is sent to the target database corresponding to the last target data processing module, thereby implementing data circulation between each data processing module in the target data switching system.
In the embodiment of the application, the management platform of the data exchange system can display the layout page of the exchange system, the components corresponding to the selection operation in each component are determined to be target components, the target components are added into the editing area of the exchange system, the typesetting is carried out on each target component in the editing area of the exchange system, and after the typesetting confirmation operation is detected, the flow layout information of the target data exchange system is generated. Further, target coding information of the target data exchange system is obtained from the preset coding information of each preset data exchange system, execution configuration information of the target data exchange system is generated based on the flow arrangement information and the target coding information, and data circulation among each data processing module in the target data exchange system is controlled based on the execution configuration information and database information corresponding to each target data processing module. By the method, at least one data exchange system can be established on the management platform of the same data exchange system, a coexistence mode of multiple data exchange systems is supported, the application range can be expanded, and the intelligence of data exchange is improved.
The embodiment of the present application also provides a computer storage medium having stored therein program instructions for implementing the corresponding method described in the above embodiment when executed.
Fig. 6 is a schematic structural diagram of a management device of a data exchange system according to an embodiment of the present application.
In one implementation manner of the device according to the embodiment of the application, the device comprises the following structure.
The output module 60 is configured to display an exchange system layout page, where the exchange system layout page includes an exchange system editing area and a component list area, and the component list area includes components corresponding to each data processing module;
The processing module 61 is configured to determine a component corresponding to a selection operation in each component as a target component, and add the target component to the switching system editing area;
the processing module 61 is further configured to typeset each target component in the editing area of the exchange system, and generate flow layout information of the target data exchange system after detecting a typesetting confirmation operation;
the processing module 61 is further configured to obtain target coding information of the target data exchange system from coding information of each preset data exchange system that is preconfigured, and generate execution configuration information of the target data exchange system based on the process arrangement information and the target coding information;
The processing module 61 is further configured to control data flow between each data processing module in the target data exchange system based on the execution configuration information and database information corresponding to each target data processing module.
In the embodiment of the present application, the specific implementation of each module may refer to the description of the related content in the embodiment corresponding to each drawing.
In the embodiment of the application, the management device of the data exchange system can display the layout page of the exchange system, determine the component corresponding to the selection operation in each component as the target component, add the target component into the editing area of the exchange system, typeset each target component in the editing area of the exchange system, and generate the flow layout information of the target data exchange system after the typesetting confirmation operation is detected. Further, target coding information of the target data exchange system is obtained from the preset coding information of each preset data exchange system, execution configuration information of the target data exchange system is generated based on the flow arrangement information and the target coding information, and data circulation among each data processing module in the target data exchange system is controlled based on the execution configuration information and database information corresponding to each target data processing module. By the method, at least one data exchange system can be established on the management platform of the same data exchange system, a coexistence mode of multiple data exchange systems is supported, the application range can be expanded, and the intelligence of data exchange is improved.
Referring to fig. 7 again, a schematic structural diagram of a management device of a data exchange system according to an embodiment of the present application, where the management device runs on a management platform of the data exchange system, and the management device of the data exchange system according to the embodiment of the present application includes a power supply module and other structures, and includes a processor 701, a storage 702, a communication interface 703, and an output device 704. The processor 701, the storage device 702, the communication interface 703 and the output device 704 may exchange data, and the processor 701 implements the management functions of the corresponding data exchange system.
The storage 702 may include volatile memory (RAM), such as random-access memory (RAM); the storage 702 may also include a non-volatile memory (non-volatile memory), such as a flash memory (flash memory), a solid state disk (SSD-STATE DRIVE), etc.; the storage 702 may also include a combination of the types of memory described above.
The processor 701 may be a central processing unit 701 (central processing unit, CPU). In one embodiment, the processor 701 may also be a graphics processor 701 (Graphics Processing Unit, GPU). The processor 701 may also be a combination of a CPU and a GPU. In the device, a plurality of CPUs and GPUs can be included as required to manage a corresponding data exchange system. In one embodiment, the storage 702 is configured to store program instructions. The processor 701 may invoke the program instructions to implement the various methods as referred to above in embodiments of the present application.
The output device 704 may include a display (LCD, etc.), speakers, etc.
In a first possible implementation manner, the processor 701 of the device invokes program instructions stored in the storage device 702, so as to display, through the output device 704, a switching system layout page, where the switching system layout page includes a switching system editing area and a component list area, and the component list area includes components corresponding to each data processing module; determining a component corresponding to the selection operation in each component as a target component, and adding the target component into the exchange system editing area; typesetting each target component in the exchange system editing area, and after typesetting confirmation operation is detected, generating flow arrangement information of a target data exchange system, wherein the target data exchange system is one or more of the at least one preset data exchange system; acquiring target coding information of the target data exchange system from the coding information of each preset data exchange system which is preset, and generating execution configuration information of the target data exchange system based on the flow arranging information and the target coding information; and controlling data flow among the data processing modules in the target data exchange system based on the execution configuration information and the database information corresponding to the target data processing modules.
The specific implementation manners of the processor 701, the storage 702, the communication interface 703 and the output device 704 may refer to descriptions of related contents in the embodiments corresponding to the foregoing respective drawings, which are not repeated herein.
In the embodiment of the application, the management equipment of the data exchange system can display the layout page of the exchange system, determine the component corresponding to the selection operation in each component as the target component, add the target component into the editing area of the exchange system, typeset each target component in the editing area of the exchange system, and generate the flow layout information of the target data exchange system after the typesetting confirmation operation is detected. Further, target coding information of the target data exchange system is obtained from the preset coding information of each preset data exchange system, execution configuration information of the target data exchange system is generated based on the flow arrangement information and the target coding information, and data circulation among each data processing module in the target data exchange system is controlled based on the execution configuration information and database information corresponding to each target data processing module. By the method, at least one data exchange system can be established on the management platform of the same data exchange system, a coexistence mode of multiple data exchange systems is supported, the application range can be expanded, and the intelligence of data exchange is improved.
Those skilled in the art will appreciate that implementing all or part of the above-described methods in accordance with the embodiments may be accomplished by way of a computer program stored on a computer readable storage medium, which when executed may comprise the steps of the embodiments of the methods described above. The storage medium may be a magnetic disk, an optical disk, a Read-Only Memory (ROM), a random-access Memory (Random Access Memory, RAM), or the like.
The above disclosure is only a few examples of the present application, and it is not intended to limit the scope of the present application, but it is understood by those skilled in the art that all or a part of the above embodiments may be implemented and equivalents thereof may be modified according to the scope of the present application.
Claims (10)
1. The management platform of the data exchange system is characterized by comprising an exchange system dictionary table module, an exchange system processing module, a data source module and an exchange system execution module, wherein:
the exchange system dictionary module is used for configuring coding information of at least one preset data exchange system, wherein any one preset data exchange system comprises at least one data processing module;
The exchange system processing module is used for arranging a target data processing module required by a target data exchange system to obtain flow arrangement information of the target data exchange system; acquiring target coding information of the target data exchange system from the coding information of each preset data exchange system, and generating execution configuration information of the target data exchange system based on the flow arranging information and the target coding information; wherein the target data exchange system is one or more of the at least one preset data exchange system;
the data source module is used for configuring and managing database information corresponding to each target data processing module in the target data exchange system;
And the switching system execution module is used for controlling the data flow among the data processing modules in the target data switching system based on the execution configuration information and the database information corresponding to the target data processing modules.
2. The management platform of claim 1, wherein the target data exchange architecture comprises a central data exchange architecture, the data processing modules in the central data exchange architecture comprising a provider pre-library, a central shared library, and a receiver pre-library, the management platform of the data exchange architecture further comprising a data collection job module, wherein:
The data acquisition operation module is used for configuring acquisition operation data from the target data acquired from the front-end library of the provider to the central sharing library, and the acquisition operation data comprises any one or more of the following: database link information, information of the target data, an acquisition mode and an acquisition strategy corresponding to the front-end database of the provider and the central sharing database respectively;
The switching system executing module is used for controlling the data flow among the data processing modules in the target data switching system based on the executing configuration information, the acquired job data and the database information corresponding to the target data processing modules.
3. The management platform according to claim 1 or 2, wherein the switching system processing module comprises a switching system arrangement unit, the switching system arrangement unit is used for displaying a switching system arrangement page, the switching system arrangement page comprises a switching system editing area and a component list area, and the component list area comprises components corresponding to each data processing module; and determining a component corresponding to the selection operation in each component as a target component, adding the target component into the editing area of the exchange system, typesetting each target component in the editing area of the exchange system, and generating flow arrangement information of the target data exchange system after typesetting confirmation operation is detected.
4. The management platform of claim 1, wherein the management platform of the data exchange architecture further comprises a catalog management module, wherein:
The cataloging management module is used for displaying a cataloging data list corresponding to the target data exchange system, wherein the cataloging data list comprises cataloging information of at least one cataloging object;
Managing the cataloged data list based on a management operation input by a user, wherein the management comprises any one or more of the following: deleting, adding one or more cataloged objects, and modifying cataloged information of the one or more cataloged objects.
5. The management platform of claim 4, wherein the management platform of the data exchange architecture further comprises a resource subscription module, wherein:
The resource subscription module is used for displaying the cataloging information of each cataloging object in the cataloging data list through a resource catalog management page and receiving subscription requests for target cataloging objects in each cataloging object.
6. The management platform of claim 1, wherein the preset data exchange architecture comprises any one or more of: a distributed data exchange system, a central data exchange system and a soft authorization data exchange system; if the target data exchange system is the distributed data exchange system, the target data processing module includes any one or more of the following: a provider pre-store and a receiver pre-store; if the target data exchange system is the central data exchange system, the target data processing module includes any one or more of the following: a provider pre-library, a center shared library and a receiver pre-library; and if the target data exchange system is the soft authorization data exchange system, the target data processing module comprises a shared exchange unified pre-library.
7. A method for managing a data exchange system, the method being applied to a management platform of the data exchange system, the method comprising:
Displaying an exchange system editing page, wherein the exchange system editing page comprises an exchange system editing area and a component list area, and the component list area comprises components corresponding to each data processing module;
Determining a component corresponding to the selection operation in each component as a target component, and adding the target component into the exchange system editing area;
Typesetting each target component in the editing area of the exchange system, and after typesetting confirmation operation is detected, generating flow arrangement information of a target data exchange system, wherein the target data exchange system is one or more of at least one preset data exchange system;
Acquiring target coding information of the target data exchange system from the coding information of each preset data exchange system which is preset, and generating execution configuration information of the target data exchange system based on the flow arranging information and the target coding information;
and controlling data flow among the data processing modules in the target data exchange system based on the execution configuration information and the database information corresponding to the target data processing modules.
8. A management device for a data exchange system, comprising:
The output module is used for displaying an exchange system editing page, the exchange system editing page comprises an exchange system editing area and a component list area, and the component list area comprises components corresponding to each data processing module;
The processing module is used for determining a component corresponding to the selection operation in each component as a target component and adding the target component into the exchange system editing area;
The processing module is also used for typesetting each target component in the editing area of the exchange system and generating flow arrangement information of the target data exchange system after typesetting confirmation operation is detected;
The processing module is further used for acquiring target coding information of the target data exchange system from coding information of each preset data exchange system which is preset, and generating execution configuration information of the target data exchange system based on the flow arrangement information and the target coding information;
the processing module is further configured to control data flow between each data processing module in the target data exchange system based on the execution configuration information and database information corresponding to each target data processing module.
9. A management device of a data exchange system, wherein the management device runs a management platform of the data exchange system, the management device comprising a processor, a storage means and a communication interface, the processor, the storage means and the communication interface being interconnected, wherein the storage means is adapted to store computer program instructions, the processor being configured to execute the program instructions to implement the method of claim 7.
10. A computer readable storage medium, wherein computer program instructions are stored in the computer readable storage medium, which computer program instructions, when executed by a processor, are adapted to carry out the method of managing a data exchange architecture according to claim 7.
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