CN109783548B - Main data fusion visual display method and system, electronic device and storage medium - Google Patents
Main data fusion visual display method and system, electronic device and storage medium Download PDFInfo
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Abstract
The invention relates to a main data fusion visual display method, a system, an electronic device and a storage medium, belonging to the technical field of informatization, wherein the method comprises the steps of acquiring and temporarily storing data generated by each collection strategy and distribution strategy in a main data management platform product; integrating the relation information between the main data and the service system in the collection strategy and distribution strategy generated data to form a main data fusion relation data table for storage; and generating a main data fusion relation map for visual display according to the main data fusion relation data table. The invention fills the blank that a main data management platform on the market shows the collection relation between a producer and main data or the distribution relation between the main data and a consumer only from one side, and leads a main data manager to more intuitively and comprehensively know the whole data flow direction of enterprise main data and the application relation between the main data and a business system through the map.
Description
Technical Field
The invention relates to the technical field of informatization, in particular to a main data fusion visual display method, a main data fusion visual display system, an electronic device and a storage medium.
Background
Enterprise data management is the basis of enterprise information construction, and the quality of main data directly influences the application level of data related to enterprise operation management.
The current master data management is generally in a decentralized management state and mainly shows that: on-line management, off-line management, which is a distributed management state in each system. Along with the expansion of enterprise business, the data is continuously increased, more and more business systems are built, a plurality of data information isolated islands are formed in enterprises, the relation between the data in the enterprises and the relation between the data and the business systems become complicated, disordered and even isolated, how to dial out cloud and mist, the application relation of the data between the business systems is clearly mastered, the relation between the data is cleared, and the premise of effective data management is provided.
The traditional main data management system knows the source of main data through a collection relation graph between a business system of a main data producer and the main data, the application flow direction of the main data is known through a distribution relation graph between the main data and the business system of a consumer, a global view from the source of the main data to the application flow direction of the main data is lacked, an enterprise effectively grasps the relation between the data flow direction from the source to the head of the main data and the business system, and the problem that the enterprise data needs to be solved urgently to realize centralized, standardized and standardized management.
Disclosure of Invention
In view of the foregoing analysis, the present invention aims to provide a method, a system, an electronic device, and a storage medium for visually displaying master data fusion, which implement a fusion map function for automatically generating corresponding collection and distribution, so that a master data manager can globally master the data flow of master data fusion from a producer to a consumer.
The purpose of the invention is mainly realized by the following technical scheme:
a main data fusion visual display method comprises the following steps:
acquiring and temporarily storing data generated by each aggregation strategy in a main data management platform;
acquiring and temporarily storing data generated by each distribution strategy in a main data management platform;
integrating the relation information between the main data and the service system in the data generated by the collection strategy and the distribution strategy to form a main data fusion relation data table for storage;
and generating a main data fusion relation map for visual display according to the main data fusion relation data table.
Further, the method for integrating the relationship information comprises the following steps:
s103-1, establishing a main data management platform as a relation center between main data and a service system;
s103-2, synchronously judging a collecting relation and a distributing relation according to the established relation center, and executing S103-3 if the collecting relation or the distributing relation is judged; otherwise, the relationship information is invalid;
s103-3, if the convergence relation is judged, outputting the name of the business system in the convergence relation, and defining the business system as a producer of the main data; if the service system name is judged to be the distribution relation, the service system name in the distribution relation is output; defining the business system as a consumer of the main data;
s103-4, storing the obtained data including the main data, the name of the service system and the relation between the main data and the service system to form a main data fusion relation data table.
Further, judging whether the distribution interfaces are communicated or not according to the distribution interface information in the data generated by the collection strategy; judging whether the distribution interface is in a convergence relation or not according to the fact that whether the distribution interfaces are communicated or not; if yes, the relationship is a convergence relationship; otherwise, the result is invalid;
judging whether the collection interfaces are communicated or not according to collection interface information in the data generated by the distribution strategy; judging whether the distribution relation exists according to whether the collection interfaces are communicated; if yes, the relation is distribution; otherwise it is invalid.
Further, a fusion relation graph is generated by using a canvas graph drawing technology of HTML5 according to the main data fusion relation data table.
Further, the data generated by the aggregation policy includes: the method comprises the following steps that a main data name, a main data ID, a main data producer business system name, a main data producer business system ID and main data producer business system distribution interface information are obtained; the producer business system distribution interface is an interface between the producer business system and the main data management platform;
the data generated by the distribution policy includes: the main data name, the main data ID, the name of the consumer service system, the ID of the consumer service system and the convergence interface information of the consumer service system; the consumer business system collection interface is an interface between the consumer business system and the main data management platform.
A primary data fusion visualization display system, comprising: the system comprises a data receiving module (310), a main data fusion relation integration module (320) and a main data fusion map generating module (330);
the data receiving module (310) is connected with the collection strategy module and the distribution strategy module of the main data platform; the system comprises a data receiving module, a data processing module and a data processing module, wherein the data receiving module is used for receiving data generated by a collection strategy and a distribution strategy in a main data management platform product;
the main data fusion relation integration module (320) is connected with the data receiving module (310) and is used for integrating the relation information between the main data and the service system in the data generated by the collection strategy and the distribution strategy and outputting a main data fusion relation data table;
and the main data fusion map generation module (330) is connected with the main data fusion relation integration module (320) and is used for generating a main data fusion relation map for visual display according to the main data fusion relation data table.
Further, the master data fusion relationship integration module (320) takes the master data ID as a fixed attribute column, and forms a fusion relationship data table of the master data production party, the master data production party and the master data production party by detecting and judging the validity of the obtained distribution interface and the collection interface, when the interface detection is communicated, the distribution interface detects the corresponding output as the business system name of the master data production party, and the collection interface detects the corresponding output business system name of the consumer.
Further, the main data fusion map generation module (330) generates a fusion relation map by using a canvas graphic drawing technology of HTML5 according to the main data fusion relation data table.
A primary data fusion visualization display electronic device, comprising:
a memory (410) for storing a program;
a processor (420);
when the program is executed by the processor (420), the main data fusion visualization display method is realized.
A computer-readable storage medium, on which a computer program is stored, which, when executed, implements any of the above-described main data fusion visualization display methods.
The invention has the following beneficial effects:
the integration relation atlas of the enterprise main data in the production party, the management party and the consumption party in the business system and the main data management platform can be flexibly displayed in a graphic visualization effect through collecting the configuration information of the strategy and the distribution strategy. The fusion relation spectrogram displays the global relation view of the main data management platform and a plurality of business systems in an enterprise, an enterprise main data manager can comprehensively and visually master the data flow direction of various main data from a production party (business system) to a management party (main data management platform) and then to a consumer (business system) through the fusion relation spectrogram, visually display the interaction relation between the main data management platform and the business system and visually know the flow direction of the main data, help the main data manager to carry out effective main data unification and standard management based on enterprise informatization planning requirements, and be beneficial to adjusting the production and consumption scales of the enterprise according to the comprehensive and visual production and consumption relation, and improving the business efficiency and the production benefit of the enterprise. The blank that a main data management platform on the market only shows the collection relation between a producer and main data or the distribution relation between the main data and a consumer from one side is made up, and a main data manager can more intuitively and comprehensively know the whole data flow direction of the enterprise main data and the application relation between the main data and a business system through the map.
Drawings
The drawings are only for purposes of illustrating particular embodiments and are not to be construed as limiting the invention, wherein like reference numerals are used to designate like parts throughout.
FIG. 1 is a flowchart of a main data fusion visualization display method according to an embodiment of the present invention;
FIG. 2 is a flowchart of a relationship information integration method according to an embodiment of the present invention;
FIG. 3 is a schematic connection diagram illustrating the components of a main data fusion visualization display system according to an embodiment of the present invention;
fig. 4 is a schematic structural diagram of an electronic device for fusion visualization of main data according to an embodiment of the present invention.
Detailed Description
The preferred embodiments of the present invention will now be described in detail with reference to the accompanying drawings, which form a part hereof, and which together with the embodiments of the invention serve to explain the principles of the invention.
The first embodiment,
The embodiment discloses a main data fusion visualization display method, as shown in fig. 1, including the following steps:
s101, acquiring and temporarily storing data generated by each aggregation strategy in a main data management platform;
the data generated by the collection strategy can be used for expressing the collection relation between the business system of the main data producer and the main data, and the source of the main data can be known through the data generated by the collection strategy;
specifically, the data generated by the aggregation policy includes: the method comprises the following steps of obtaining a master data name, a master data ID, a producer business system name, a producer business system ID and producer business system distribution interface information;
the main data ID is a unique identification code of each type of main data;
the ID of the producer business system is the ID generated when each producer business system registers in the master data management platform product;
the producer business system distribution interface is an interface between the producer business system and the main data management platform;
optionally, the acquired data generated by the aggregation policy may be cached in a temporary data table;
s102, acquiring and temporarily storing data generated by each distribution strategy in the main data management platform;
the data generated by the distribution strategy can be used for expressing a distribution relation graph of the main data and a business system of a consumer, and the application flow direction of the main data can be known through the data generated by the distribution strategy;
specifically, the data generated by the distribution policy includes: the main data name, the main data ID, the name of the consumer service system, the ID of the consumer service system and the convergence interface information of the consumer service system;
the main data ID is a unique identification code of each type of main data;
the ID of the producer business system is the ID generated when each producer business system registers in the master data management platform product;
the production side business system collection interface is an interface between the production side business system and the main data management platform;
optionally, the obtained data generated by the distribution policy may be cached in a temporary data table;
particularly, in the above steps, the collection policy and the distribution policy generate data once each time they are created, and once the data are generated, the data are sent to the temporary data table, and the temporary data table temporarily stores the data;
s103, integrating the relation information between the main data and the service system in the data generated by the collection strategy and the distribution strategy to form a main data fusion relation data table for storage;
as shown in fig. 2, the method for integrating relationship information includes the following steps:
s103-1, establishing a relation center between main data and a service system;
specifically, a main data management platform is used as a relation center, and a main data name and main data ID information are established as a fixed attribute column;
s103-2, synchronously judging a collecting relation and a distributing relation according to the established relation center, and executing S103-3 if the collecting relation or the distributing relation is judged; otherwise, the relationship information is invalid;
in particular, the method comprises the following steps of,
judging whether the distribution interfaces are communicated or not according to the distribution interface information in the data generated by the collection strategy; judging whether the distribution interface is in a convergence relation or not according to the fact that whether the distribution interfaces are communicated or not; if yes, the relationship is a convergence relationship; otherwise, the result is invalid;
judging whether the collection interfaces are communicated or not according to collection interface information in the data generated by the distribution strategy; judging whether the distribution relation exists according to whether the collection interfaces are communicated; if yes, the relation is distribution; otherwise it is invalid.
S103-3, if the convergence relation is judged, outputting the name of the business system in the convergence relation, and defining the business system as a producer of the main data; if the service system name is judged to be the distribution relation, the service system name in the distribution relation is output; defining the business system as a consumer of the main data;
s103-4, storing the obtained data including the main data, the name of the service system and the relation between the main data and the service system to form a main data fusion relation data table.
And S104, generating a main data fusion relation map for visual display according to the main data fusion relation data table.
Specifically, a fusion relation graph is generated graphically according to a relation data table by using a canvas graph drawing technology of HTML 5.
Example II,
The present invention also provides a main data fusion visualization display system, as shown in fig. 3, including: the data receiving module 310, the main data fusion relationship integration module 320 and the main data fusion map generating module 330;
the data receiving module 310 is connected with the collection policy module and the distribution policy module of the main data platform; the system comprises a data receiving module, a data processing module and a data processing module, wherein the data receiving module is used for receiving data generated by a collection strategy and a distribution strategy in a main data management platform product;
data generated by the collection strategy can be used for establishing a distribution relation graph of the main data and a business system of a consumer, and the application flow direction of the main data can be known through the distribution strategy module;
data generated by the distribution strategy can be used for establishing a collection relation graph between a business system of a main data producer and main data, and a main data source can be known through the collection strategy module;
specifically, the data generated by the acquired collection strategy and distribution strategy at least comprises a main data name, a main data ID, a service system name, a service system ID and collection or distribution interface information of the main data; the business system comprises a producer business system and a consumer business system.
The collection strategy and the distribution strategy correspondingly generate data once each time the collection strategy and the distribution strategy are created, and once the data are generated, the data are sent to a temporary data table which temporarily stores the data;
the main data ID is a unique identification code of each type of main data, and the service system ID is an ID generated when each service system registers in a main data management platform product and is recorded in a code of a main data fusion map; the relation between each type of main data and the business system is generated corresponding to different collection strategies and distribution strategies.
The master data fusion relationship integration module 320 uses the master data ID as a fixed attribute column, and detects and judges the validity of the obtained distribution interface and the collection interface, when the interface detection is communicated, the distribution interface detects and correspondingly outputs the name of the service system as the master data producer, and the collection interface detects and correspondingly outputs the name of the service system of the consumer, so as to form a fusion relationship data table of the three.
The main data fusion map generation module 330 receives the fusion relationship data output by the main data fusion relationship integration module 320 to generate a business main data fusion map
Specifically, the fusion relation data is drawn into a map represented by a graph and a relation line through a canvas technology;
in the map, the business systems in the production business system and the consumption business system are represented by a rectangular graph, the main data in the main data management platform module is represented by a square, the fusion relationship between the business systems and the main data types in the main data management platform is presented in a connection line mode with an arrow, and the fusion relationship between all the main data types and the business systems of the enterprise is displayed in a graph visualization effect through reasonable page layout to form the integral enterprise main data fusion map.
Example III,
The embodiment also discloses a main data fusion visualization display electronic device, as shown in fig. 4, including: memory 410, processor 420, and computer programs stored on memory 410 and executable on processor 420.
The processor 420, when executing the program, implements the main data fusion visualization display method provided in the above-described embodiments.
A memory 410 for storing a computer program executable on the processor 420, the computer program comprising the software modules of the main data fusion visualization display system and intermediate data of program execution.
Further, the apparatus further comprises: a communication interface 430 for communication between the memory 410 and the processor 420;
further, the apparatus further comprises: and a display 440 for displaying the main data fusion visualization.
In particular, memory 410 may comprise high-speed RAM memory, and may also include non-volatile memory (non-volatile memory), such as at least one disk memory.
If the memory 410, the processor 420, the display 440, and the communication interface 430 are implemented independently, the communication interface 430, the display 440, the memory 410, and the processor 420 may be connected to each other through a bus and perform communication with each other. The bus may be an Industry Standard Architecture (ISA) bus, a Peripheral Component Interconnect (PCI) bus, an Extended ISA (enhanced Industry Standard Architecture) bus, or the like. The bus may be divided into an address bus, a data bus, a control bus, etc. For ease of illustration, only one thick line is shown in FIG. 4, but this does not indicate only one bus or one type of bus.
Optionally, in a specific implementation, if the memory 410, the processor 420, and the communication interface 430 are integrated on a chip, the memory 410, the processor 420, and the communication interface 430 may complete communication with each other through an internal interface.
Example four,
The present embodiment provides a computer-readable storage medium, on which a computer program is stored, which when executed by a processor implements the main data fusion visualization display method of any of the above embodiments.
The above description is only for the preferred embodiment of the present invention, but the scope of the present invention is not limited thereto, and any changes or substitutions that can be easily conceived by those skilled in the art within the technical scope of the present invention are included in the scope of the present invention.
Claims (8)
1. A main data fusion visualization display method is characterized by comprising the following steps:
acquiring and temporarily storing data generated by each aggregation strategy in a main data management platform;
the data generated by the aggregation strategy is used for expressing the aggregation relation between the business system of the main data producer and the main data, and comprises the following steps: the method comprises the following steps of obtaining a master data name, a master data ID, a producer business system name, a producer business system ID and producer business system distribution interface information;
acquiring and temporarily storing data generated by each distribution strategy in a main data management platform;
the data generated by the distribution strategy is used for expressing the distribution relation of the main data and the business system of the consumer, and comprises the following steps: the main data name, the main data ID, the name of the consumer service system, the ID of the consumer service system and the convergence interface information of the consumer service system;
integrating the relation information between the main data and the service system in the data generated by the collection strategy and the distribution strategy to form a main data fusion relation data table for storage;
generating a main data fusion relation map for visual display according to the main data fusion relation data table;
the method for integrating the relationship information comprises the following steps:
s103-1, establishing a main data management platform as a relation center between main data and a service system;
s103-2, synchronously judging a collecting relation and a distributing relation according to the established relation center, and executing S103-3 if the collecting relation or the distributing relation is judged; otherwise, the relationship information is invalid;
s103-3, if the convergence relation is judged, outputting the name of the business system in the convergence relation, and defining the business system as a producer of the main data; if the service system name is judged to be the distribution relation, the service system name in the distribution relation is output; defining the business system as a consumer of the main data;
s103-4, storing the obtained data including the ID of the main data, the name of the service system and the relation between the main data and the service system to form a main data fusion relation data table;
judging whether the distribution interfaces are communicated or not according to the distribution interface information in the data generated by the collection strategy; judging whether the distribution interface is in a convergence relation or not according to the fact that whether the distribution interfaces are communicated or not; if yes, the relationship is a convergence relationship; otherwise, the result is invalid;
judging whether the collection interfaces are communicated or not according to collection interface information in the data generated by the distribution strategy; judging whether the distribution relation exists according to whether the collection interfaces are communicated; if yes, the relation is distribution; otherwise it is invalid.
2. The primary data fusion visualization display method according to claim 1, wherein a fusion relationship map is generated from the primary data fusion relationship data table by a canvas graphics rendering technique of HTML 5.
3. The primary data fusion visualization method according to claim 1,
the producer business system distribution interface is an interface between the producer business system and the main data management platform;
the consumer business system collection interface is an interface between the consumer business system and the main data management platform.
4. A primary data fusion visual display system, comprising: the system comprises a data receiving module (310), a main data fusion relation integration module (320) and a main data fusion map generating module (330);
the data receiving module (310) is connected with the collection strategy module and the distribution strategy module of the main data platform; the system comprises a data receiving module, a data processing module and a data processing module, wherein the data receiving module is used for receiving data generated by a collection strategy and a distribution strategy in a main data management platform product;
the data generated by the aggregation strategy is used for expressing the aggregation relation between the business system of the main data producer and the main data, and comprises the following steps: the method comprises the following steps of obtaining a master data name, a master data ID, a producer business system name, a producer business system ID and producer business system distribution interface information;
data generated by the distribution strategy the data generated by the distribution strategy is used for expressing the distribution relation of the main data and the business system of the consumer, and comprises the following steps: the main data name, the main data ID, the name of the consumer service system, the ID of the consumer service system and the convergence interface information of the consumer service system;
the main data fusion relation integration module (320) is connected with the data receiving module (310) and is used for integrating the relation information between the main data and the service system in the data generated by the collection strategy and the distribution strategy and outputting a main data fusion relation data table;
the method for integrating the relationship information comprises the following steps:
s103-1, establishing a main data management platform as a relation center between main data and a service system;
s103-2, synchronously judging a collecting relation and a distributing relation according to the established relation center, and executing S103-3 if the collecting relation or the distributing relation is judged; otherwise, the relationship information is invalid;
s103-3, if the convergence relation is judged, outputting the name of the business system in the convergence relation, and defining the business system as a producer of the main data; if the service system name is judged to be the distribution relation, the service system name in the distribution relation is output; defining the business system as a consumer of the main data;
s103-4, storing the obtained data including the ID of the main data, the name of the service system and the relation between the main data and the service system to form a main data fusion relation data table;
judging whether the distribution interfaces are communicated or not according to the distribution interface information in the data generated by the collection strategy; judging whether the distribution interface is in a convergence relation or not according to the fact that whether the distribution interfaces are communicated or not; if yes, the relationship is a convergence relationship; otherwise, the result is invalid;
judging whether the collection interfaces are communicated or not according to collection interface information in the data generated by the distribution strategy; judging whether the distribution relation exists according to whether the collection interfaces are communicated; if yes, the relation is distribution; otherwise, the result is invalid; and the main data fusion map generation module (330) is connected with the main data fusion relation integration module (320) and is used for generating a main data fusion relation map for visual display according to the main data fusion relation data table.
5. The main data fusion visualization display system according to claim 4, wherein the main data fusion relationship integration module (320) uses the main data ID as a fixed attribute column, and detects and judges the validity of the obtained distribution interface and the collection interface, when the interface detection is communicated, the distribution interface detects the corresponding output as the business system name of the main data producer, and the collection interface detects the corresponding output business system name of the consumer, so as to form a fusion relationship data table of the three.
6. The primary data fusion visualization display system according to claim 4, wherein the primary data fusion map generation module (330) generates the fusion relationship map from the primary data fusion relationship data table using canvas graphics rendering techniques of HTML 5.
7. A main data fusion visual display electronic device, comprising:
a memory (410) for storing a program;
a processor (420);
the program, when executed by the processor (420), implements the primary data fusion visualization method of any of claims 1-3.
8. A computer-readable storage medium, on which a computer program is stored, which, when executed, implements a primary data fusion visualization method according to any one of claims 1 to 3.
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