CN115700505A - Method and system for automatically constructing and dynamically configuring visual large screen - Google Patents
Method and system for automatically constructing and dynamically configuring visual large screen Download PDFInfo
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Abstract
The invention discloses a method for automatically constructing and dynamically configuring a large visual screen, and relates to a large data visualization technology. Acquiring default configuration construction data from pre-stored basic information data according to an identification instruction, and creating a visual large screen according to the acquired default configuration construction data; selecting required basic information data from prestored basic information data through a large-screen configuration page of the visual large screen, and replacing the basic information data on the visual large screen; and after the large screen configuration is completed, updating the visual large screen, and displaying the updated visual large screen. The invention also discloses a system for automatically constructing and dynamically configuring the visual large screen. The method solves the problems that the requirements of visual large-screen manufacturing and development on programmers are high, each project of the visual large-screen needs to be customized and developed, time and labor are consumed, re-customization development of visual large-screen application is avoided, and time and labor are saved.
Description
Technical Field
The invention relates to a big data visualization technology, in particular to a method and a system for automatically constructing and dynamically configuring a visualization big screen.
Background
The visualization large screen is an expression form of data visualization, the data visualization tool basically takes visualization elements such as tables, graphs and maps as main parts, the visualization elements are placed on a large screen page after being combined in different modes, the data can be subjected to dynamic analysis by analysis means such as filtering, drilling, data linkage, jumping and highlighting, and the visualization tool can provide abundant and diverse data display forms and diverse graph rendering forms.
The large visual screen is used as a display carrier, data visualization is adopted, and information is clearly and effectively transmitted and communicated by means of graphical means, so that people can see data very visually, know and master information and analyze problems. Therefore, more and more enterprises use the large visualization screen as an effective means for displaying data. However, most enterprises often encounter the following problems in the process of making a large visual screen.
Firstly, the visual large screen is gorgeous and unrealistic to manufacture, the visual large screen is extremely complex in order to look gorgeous and colorful, data cannot be effectively expressed, a user cannot see what result, and the effects of mastering information and analyzing problems cannot be achieved.
Secondly, the development of codes is utilized, the requirement on programmers is high, the problem of an algorithm of data packaging is solved for a back-end developer, different graphic components are packaged by different methods and algorithms, the problem of the display form, mode and position of the components is solved for a front-end developer, and the attractive display effect cannot be achieved.
Thirdly, with the increase of the demand and the business projects, each project may need a large visualization screen page to display data, and at this time, one large visualization screen page or perhaps a plurality of large visualization screen pages need to be developed in a customized manner each time, which is time-consuming and labor-consuming.
And fourthly, a visual large-screen page is developed, customers often cannot describe what the large-screen page is long, the requirements are often not clear, and only some simple requirements are needed, at the moment, a project manager can only draw a large-screen prototype by using a prototype design tool to confirm the large-screen prototype for the users, and then the process of repeatedly confirming and repeatedly modifying is carried out, so that the requirement analysis process takes a long time, and the time for programmers to develop is not much due to the problem of project construction period.
Along with the continuous promotion of the visualization demand, many visualization BI tools appear on the market, but the tools are cumbersome and inconvenient to use and have single functions, so that a plurality of enterprises not only consume resources such as manpower and financial resources, but also cannot reflect the real value of data visualization.
Disclosure of Invention
The invention provides a method and a system for automatically constructing and dynamically configuring a large visual screen, aiming at the problems that the requirements of programmers on the large visual screen manufacturing and developing are high, each project of the large visual screen needs to be customized and developed, and time and labor are consumed.
The invention discloses a method for automatically constructing and dynamically configuring a visual large screen, which comprises the following steps,
a large screen construction step, which is used for acquiring default configuration construction data from pre-stored basic information data according to an identification instruction and creating a visual large screen according to the acquired default configuration construction data;
a step of dynamically configuring a large screen, which is used for selecting required basic information data from prestored basic information data through a large screen configuration page of the visual large screen and replacing the basic information data on the visual large screen;
and a large screen display step, which is used for updating the visual large screen after the large screen configuration is completed, and displaying the updated visual large screen.
The step of constructing a large screen specifically comprises the following steps,
firstly, acquiring basic information data and storing the basic information data in a database;
secondly, initializing the basic information data to acquire default configuration construction data;
step three, configuring an identification instruction with a unique identification code, and calling and creating a large-screen interface;
fourthly, identifying and judging whether the identification code in the identification instruction exists or not through the large screen creating interface; if yes, prompting that the identification code exists, and returning to the third step; otherwise, returning to default configuration construction data;
and fifthly, establishing a visual large screen according to the default configuration construction data.
And when the default configuration construction data is returned, performing data encapsulation on the default configuration construction data, and storing the default configuration construction data into a large screen main body table and a large screen main body and component corresponding table of the database.
And updating the visualization large screen, specifically,
and packaging the current default configuration construction data of the visual large screen into a json string, sending the json string to a database, deleting a large screen main body table and a large screen main body and component corresponding table corresponding to the current default configuration construction data in the database, and storing the json string to the position of the deleted large screen main body table and the position of the corresponding table of the large screen main body and the component.
The default configuration build data includes a large screen default label, a large screen theme, a genre, a large screen background, a large screen location ID, a component, and a default data source.
The step of constructing the large screen and the step of dynamically configuring the large screen can be realized through a third-party system.
The third-party system initiates an interface creating request to the large screen creating interface;
after the interface creating request is allowed, the large screen creating interface opens the access permission of the single sign-on operation application interface and the single sign-on large screen interface;
the third-party system sends a first login interface request to a single-point login operation application interface, and enters a large-screen configuration page after the first login interface request is allowed;
and when the third-party system sends a second login interface request to the single-point login large-screen interface, and after the second login interface request is allowed, entering a visual large-screen page.
And after the large screen creating interface receives and processes the interface creating request, returning the information whether the interface creating request is allowed or not.
A system for automatically building and dynamically configuring a large visual screen, comprising,
the operation application is used for creating a visual large screen and dynamically configuring the visual large screen according to the large screen construction step and the large screen dynamic configuration step in the method;
and the visual large-screen application is used for displaying the visual large-screen configured in the operation application according to the large-screen display step in the method.
The system further comprises a background application, wherein the background application is used for providing source data and data interface support which are needed to be used in the configuration process of the visualization large screen.
And the background application and the third-party system perform data interaction in a non-database integration mode or a database integration mode. In particular, the data sources for the components in the non-database-integrated manner originate from data sources of third-party systems. And the database integration mode is to import the database of the system into the database of the third-party system.
Advantageous effects
The invention has the advantages that:
1. after the visualization large screen is constructed by default configuration construction data, required data are selected from a database in which basic information data are prestored to configure the visualization large screen, and automatic construction and dynamic configuration of the large screen are realized. The whole construction and configuration process does not need to develop molding codes, and the problems that the requirements of visual large-screen manufacturing and development on programmers are high, each project of a visual large screen needs to be customized and developed, and time and labor are consumed are solved.
2. The system can serve the third-party application in a database integration or non-integration mode, re-customization development of the visual large-screen application is avoided, and time and labor are saved.
Drawings
FIG. 1 is a flow diagram of a visualization large screen creation of the present invention;
FIG. 2 is an exemplary diagram of a visualization large screen theme 1 of the present invention;
FIG. 3 is an exemplary diagram of a visualization large screen theme 2 of the present invention;
FIG. 4 is a data format definition diagram of the present invention;
FIG. 5 is a schematic diagram of a process for creating a large visual screen by using a third-party system call interface according to the present invention;
FIG. 6 is a flow chart of the creation and dynamic configuration of a visualization large screen of the present invention.
Detailed Description
The invention is further described below with reference to examples, but not to be construed as being limited thereto, and any number of modifications which can be made by anyone within the scope of the claims are also within the scope of the claims.
Referring to fig. 1, the method for automatically constructing and dynamically configuring a visual large screen according to the present invention includes a large screen constructing step, a large screen dynamically configuring step, and a large screen displaying step.
And (3) constructing a large screen, specifically,
the method comprises the following steps of firstly, acquiring basic information data and storing the basic information data in a database. The basic information data comprises defined labels, topics, components, data sources and the like.
And secondly, initializing the basic information data to acquire default configuration construction data. The default configuration build data includes a large screen default label, a large screen theme, a genre, a large screen background, a large screen location ID, a component, and a default data source.
And thirdly, configuring an identification instruction with a unique identification code, and calling and creating a large screen interface. Wherein, the identification instruction consists of a large screen name and an identification code.
In this embodiment, the identification code is denoted as code. Because a plurality of large visual screens can be created, in order to correctly call the large visual screens after the plurality of large visual screens are created, a unique code is configured for each large visual screen.
And fourthly, identifying and judging whether the identification code in the identification instruction exists or not by creating a large screen interface. If the large screen interface exists, prompting that the identification code exists, indicating that the visual large screen with the current code exists, ending the creation of the large screen interface, returning to the code configuration and calling the page of the created large screen interface, and reinitiating the request after the code is modified. Otherwise, returning to the default configuration construction data. And then, performing data encapsulation on the returned default configuration construction data, and storing the data into a large-screen main body table and a large-screen main body and component corresponding table of the database.
And fifthly, establishing a visual large screen on the visual large screen page according to the default configuration construction data, and simultaneously returning the information of successful large screen establishment. The data are constructed through default configuration, so that the visual large screen is constructed quickly, the user requirements are responded, and the requirement analysis time is shortened.
A visualization large-screen page can be configured with 5 tags at most, namely each visualization large-screen page can be configured with 5 visualization large-screen sub-pages. When each label is newly built, the data is built by default configuration to generate a large visual screen, and dynamic configuration can be performed according to requirements after the data is generated.
Referring to fig. 2-4, the following description is directed to the structure of the created visualization large screen.
The large visualization screen is divided into a main body part and a non-main body part. Wherein, the non-main body part displays the visual large screen name and the label name. As shown in fig. 2, the main body is the position where the components are placed, and the components are marked and numbered according to the principle of from top to bottom and from left to right. The upper, middle and lower parts on the left side of the main body part of the visualized large screen are numbered as 1, 2 and 3 when viewed from the up-down direction, and the numbers are the large screen position ID. The numbers define the locations of the components, each of which can place one to more components. The components can be displayed in a polling playing mode according to the time of fixed intervals, and the display can be switched manually. The main body part is divided into three parts, namely a left part, a middle part and a right part, when viewed from the left-right direction. The left side and the right side are divided into an upper part, a middle part and a lower part; the middle part can be divided into an upper part and a lower part, the upper part accounts for two thirds, the lower part accounts for one third, and the lower part can be divided into a left part and a right part. Alternatively, as shown in FIG. 3, the intermediate portion may be directly integrated. The large screen theme is defined as two themes according to whether the middle part of the main body part is divided, for example, fig. 2 is one of the themes and is named theme 1; fig. 3 is another theme and is named theme 2.
The styles are a large screen style and a component style. The large screen style is defined according to the background color, and is divided into two styles, namely a red style and a blue style. The component style defines the font color and the chart color of the component according to the background color. And each component may have one to more different styles.
The large-screen background is divided into a picture background and a video dynamic background. The picture can be selected as the background of the large screen, and the dynamic effect video can also be selected as the background. The background of the picture is overlaid when the video animation is selected as the background.
The components are more diverse. The map anchor assembly is divided into a text assembly, a pie chart assembly, a fan-shaped chart assembly, a transverse bar chart assembly, a vertical bar chart assembly, a line chart assembly, a radar map assembly, a picture assembly, a video assembly, an information publishing assembly, a map anchor assembly and the like. Each component is divided into different styles, for example, the text components are divided into 5 texts, 6 texts, 7 texts, 8 texts and the like; the pie chart type component, the fan-shaped chart type component, the transverse bar chart component, the vertical bar chart component, the line chart component and the like are also divided into a single pattern, a graph band 1 text, a graph band 2 text, a graph band 3 text, a graph band 4 text and the like; the picture category is divided into a pure picture 1 picture, a pure picture 4 picture, a pure picture 6 picture, a 4 picture tape 1 text, a 4 picture tape 2 text, a 4 picture tape 3 text, a VR picture and the like; the video category is divided into 1 video, 4 video, 6 video and the like; the information publishing component is divided into a single list, a list with a text 1, a list with a text 2 and the like; the map components are classified into Baidu maps, picture maps and the like; the map anchor points are classified into common anchor points, picture anchor points, video anchor points and the like. Different anchor point icons are displayed through anchor points with different styles, anchor points with different types are clicked, information with different types can be displayed, for example, common detail information can be displayed by clicking common anchor points, image-text information can be displayed by clicking picture anchor points, video information can be displayed by clicking video anchor points, the clicked video can be played, and the video can be real-time monitoring video or common short video. The point positions of the map anchor points are dotted according to different map types, the Baidu map is dotted according to the longitude and latitude coordinates, and the picture map is dotted according to the x-axis coordinate position and the y-axis coordinate position on the picture. Except that the map type component and the map anchor point type component can only be placed at the middle position of the visual large screen or the position above the middle of the large screen, other components can be placed at any position except the middle position of the visual large screen and the position above the middle of the visual large screen. The text type component or the component with the text can be configured with a text number drill-down function, and a text can be clicked to check a detailed list of the text, so that the correctness of the text value can be verified.
The data sources are directed to the diversification of components, for each component broad class the same data format is agreed. Fig. 4 is a schematic diagram illustrating the definition of the data format and the corresponding sql data source format. The data formats of a text class, a graph class, a picture class, a video class, an information list class, a map anchor class, a more paging list and the like are contained in the map. And the text class may combine the presentation data with other components with text. The data sources are also divided into different data sources, such as a basic data source, an application data source, an sql statement configuration data source, a json string data source and a third party interface data source. The basic data source is a page providing configuration interface, can configure data of text type and graphic type, and can configure combined data of the text type and the graphic type, and then store the data in a database, and the component displays a source of the configured data when selecting the data source. The application data source is a source of return data after being packaged by a logic algorithm of the background application interface. The sql statement configuration data source is a source for configuring sql statements in a database, then a packaging interface queries the sql statements and packages a business logic algorithm, and then data is returned, and all data format types can return data by a method of configuring the data source through the sql statements. The json string data source is a source for configuring known data in a database and directly reading json string return data configured in the database through a calling interface. The third party interface data source is a source for calling the third party interface, carrying out data packaging according to the data format required by the component after taking the data and then returning the data.
The data used for creating the visual large screen is based on various combinations of the labels, the themes, the styles, the components, the styles, the positions, the data sources and the backgrounds, the display effect is attractive, the data are effectively expressed, and most large screen requirements are met. Further, the basic information data belongs to the customized data, especially the components. And the data also stipulates a data format and an sql statement configuration data source format, so that the specification is unified, and the development is simplified.
In the step of constructing the large screen, the visual large screen created by the step is created by default configuration. In order to simplify the creation step of the large visual screen and avoid the problem that each project of the large visual screen needs to be customized and developed, the embodiment is implemented by the step of dynamically configuring the large visual screen.
The specific implementation manner of the step of dynamically configuring the large screen is to select a visual large screen to be dynamically configured and enter a large screen configuration page. The information of each component of the large screen and other configuration information which is not a main body can be seen in the large screen configuration page. In the current large-screen configuration page, each component of the visual large-screen displays a default effect picture of the component, buttons for replacing the component and editing the component are provided on each component of the large-screen, and buttons for configuring a basic data source, creating a new label, replacing a theme and replacing a style are provided on a non-main body part.
When the components need to be edited, a certain component is selected, the editing components are clicked, a component editing page is entered, and names, component styles and other data sources can be edited on the current page. Clicking and selecting other data sources, entering a data source page, displaying all data sources defined by the system, selecting a certain data source, clicking and storing, and jumping to return to a large-screen configuration page.
When the components need to be replaced, a certain component is selected, the replacement component is clicked, a page of the selected component is displayed, the page is divided into different areas according to the large classes of the components, all current class components defined by the system are displayed in each area, and each component is displayed in the form of a component effect picture. The required components are selected.
When a label is required to be newly built to newly build a visual large-screen sub-page, a visual large-screen sub-page can be built by clicking the newly built label on the non-main body, and at the moment, the two visual large-screen sub-pages can be switched through the label; clicking the replacement theme can modify the current large-screen theme; and the picture background or the video dynamic background can be selected to be replaced in the theme bullet frame, and the style of the current large screen can be replaced by clicking the replacement style.
When the data source needs to be operated, large-screen data management is clicked, a large-screen data management page is entered, and the operations of increasing, deleting, modifying and checking the data source can be carried out. Clicking the newly added data source, displaying a newly added data source page, and adding text data such as name, numerical value and unit information. And classification statistical data can be added, such as statistical item information: counting item names; classification item information: categorical name, value, and unit. And clicking and saving after adding the new data, and selecting the data in the component selection data source when saving and warehousing the new data.
And after the large screen configuration is completed, updating the visual large screen, and displaying the updated visual large screen. The large visual screen is updated, specifically,
packaging current default configuration construction data of the visual large screen into json strings, sending the json strings to a database, deleting a large screen main body table and a large screen main body and component corresponding table corresponding to the current default configuration construction data in the database, and storing the json strings to the positions of the deleted large screen main body table and the large screen main body and component corresponding table. And after the system successfully saves the json string, returning a saving success prompt.
The dynamic configuration of the large visual screen and the large visual screen can be constructed by a third-party system. In order to realize the creation and dynamic configuration of a visual large screen by a third-party system, a large screen creation interface, a single sign-on operation application interface and a single sign-on large screen interface are required to be provided for the third-party system. As shown in fig. 5, the specific operation flow is as follows:
and the third-party system initiates an interface creating request to the large screen creating interface. After the interface creating request is allowed, a large screen interface is created to open the access authority of the single sign-on operation application interface and the single sign-on large screen interface, and meanwhile, information whether the interface creating request is allowed or not is returned. And the third-party system sends a first login interface request to the single sign-on operation application interface, and enters a large-screen configuration page after the first login interface request is allowed. And when the third-party system sends a second login interface request to the single-point login large-screen interface, and enters the visual large-screen page after the second login interface request is allowed.
In addition, the system and the third-party system perform data interaction in a non-database integration mode or a database integration mode. In particular, the data sources for the components in the non-database-integrated manner originate from data sources of third-party systems. And the database integration mode is to import the database of the system into the database of the third-party system.
According to the method for automatically constructing and dynamically configuring the large visual screen, the embodiment also provides a system for automatically constructing and dynamically configuring the large visual screen. The system comprises an operation application, a visual large-screen application and a background application.
As shown in fig. 6, when the system creates a large visual screen and dynamically configures the large visual screen, the system first deploys a background application, an operation application, a large visual screen application, and a database to pre-store and initialize good data. These data include operator users, large screen themes, components, data sources, and the like. And then, logging in the system by using the operation user through the operation application, and entering a large-screen application management menu page. And clicking the newly added large screen application to write related information such as code (namely identification code). And code is a unique identifier, clicking to store and calling background application. The background application judges whether the code exists or not, and if the code exists, the background application returns the existing information of the code; and if not, reading default configuration construction data in the database. And build data in a default configuration to generate a large visualization screen. And returning to the large-screen application management page after the successful generation, and seeing the generated large-screen information record. An operation bar behind the record is provided with a large-screen configuration button, a button for jumping to a visual large screen through single sign-on, and the like. Clicking a large screen configuration button, entering a large screen configuration page, and seeing all component information of a main body of the large screen and other configuration information which is not the main body, wherein buttons for replacing components and editing the components are arranged on each component of the large screen. Clicking on the replace component can replace the currently located component with another component and edit the name, replace the component style, and select another data source. Clicking the editing component can edit the name of the component, change the style of the component and select other data sources, and clicking a new label on the non-main body can create a visual large-screen sub-page. At the moment, the two large visual screen sub-pages can be switched through the tags. And clicking large-screen data management, and entering a large-screen data management page, so that a basic data source of an editing assembly can be newly added. The current large screen theme can be modified by clicking the replacement theme, and the picture background or the video dynamic background can be selected to be replaced in the theme bullet frame. And clicking the replacing style to replace the style of the current large screen. And clicking and storing after the operation is finished according to the requirement, and storing the large-screen configuration information. And finally, returning to the large-screen application management page, and clicking a button for jumping to the large visual screen in single sign-on to enter the large visual screen. After the login is successful, the large screen after the dynamic configuration can be checked.
The system also supports the creation and dynamic configuration of large screens by third-party systems.
First, a third-party system initiates a create interface request to create a large screen interface. After the interface creating request is allowed, a large screen interface is created to open the access authority of the single sign-on operation application interface and the single sign-on large screen interface, and meanwhile, information whether the interface creating request is allowed or not is returned. And the third-party system sends a first login interface request to the single sign-on operation application interface, and enters a large-screen configuration page after the first login interface request is allowed, so as to dynamically configure the visual large screen. And when the third-party system sends a second login interface request to the single-point login large-screen interface, and after the second login interface request is allowed, the third-party system enters a visual large-screen page to watch a visual large screen.
In addition, the system serves a third-party system in two ways: a non-database integration manner and a database integration manner. Wherein the data sources for the components in the non-database-integrated manner originate from data sources of third-party systems. And the database integration mode is to import the database of the system into the database of the third-party system. In the actual use process, the tables and the data volume related to the system are less, so that the whole database of the system is quickly and conveniently imported into the database of the third-party system. At this time, most of the data source can be returned in a sql statement configuration mode, so most of the data sources of the components can be configured as sql statement configuration data sources.
The difference of the two modes lies in the difference of data sources, a data interface needs to be written in a non-database integration mode, and the database integration mode is more capable of directly configuring sql statement data sources in the database, so that the method is faster and more convenient. This also leads to differences in their workflow: the non-database integration mode needs to call a third-party system, and verification of signatures sign, appId and the like which are agreed with the third-party system is needed for each call. And the background application is required to be called every time, the third-party system is called through the background application, and then the third-party system interacts with the database. The conversion of the network exists in the interface calling interaction, so that the efficiency has some influence, and the data return is slow. And the database integration mode directly calls background application in a mode of configuring a data source through sql, and the background application interacts with the database to acquire data, so that one layer of network conversion is omitted, and the efficiency is higher.
Because the database used by the system is the MySQL database, if the database of the third-party system is not the MySQL database, the conversion of the table structure is needed, and the table structure is imported after the conversion and then the data is imported. If the third-party system is an oracle system, the table structure may be converted by using a PowerDesigner, sql developer, or other tool, and then the converted table structure is imported into the database of the third-party system.
The foregoing is only a preferred embodiment of the present invention, and it should be noted that those skilled in the art can make various changes and modifications without departing from the structure of the invention, which will not affect the effect of the invention and the practicability of the patent.
Claims (10)
1. A method for automatically constructing and dynamically configuring a visual large screen is characterized by comprising the following steps of,
a large screen construction step, which is used for acquiring default configuration construction data from pre-stored basic information data according to an identification instruction and creating a visual large screen according to the acquired default configuration construction data;
a step of dynamically configuring a large screen, which is used for selecting required basic information data from prestored basic information data through a large screen configuration page of the visual large screen and replacing the basic information data on the visual large screen;
and a large screen display step, which is used for updating the visual large screen after the large screen configuration is completed, and displaying the updated visual large screen.
2. The method for automatically constructing and dynamically configuring a visual large screen according to claim 1, wherein the step of constructing a large screen comprises the following steps,
firstly, acquiring basic information data and storing the basic information data in a database;
secondly, initializing the basic information data to acquire default configuration construction data;
thirdly, configuring an identification instruction with a unique identification code, and calling and creating a large-screen interface;
fourthly, identifying and judging whether the identification code in the identification instruction exists or not through the large screen creating interface; if yes, prompting that the identification code exists, and returning to the third step; otherwise, returning to default configuration construction data;
and fifthly, establishing a visual large screen according to the default configuration construction data.
3. The method for automatically constructing and dynamically configuring the visual large screen according to claim 2, wherein when the default configuration construction data is returned, the default configuration construction data is subjected to data encapsulation and stored in a large screen main body table and a large screen main body and component corresponding table of a database.
4. Method for automatically building and dynamically configuring a visualization large screen according to claim 3, wherein the visualization large screen is updated, in particular,
and packaging the current default configuration construction data of the visual large screen into a json string, sending the json string to a database, deleting a large screen main body table and a large screen main body and component corresponding table corresponding to the current default configuration construction data in the database, and storing the json string to the position of the deleted large screen main body table and the position of the corresponding table of the large screen main body and the component.
5. The method for automatically constructing and dynamically configuring a visual large screen according to any one of claims 2-4, wherein the step of constructing the large screen and the step of dynamically configuring the large screen are implemented by a third party system.
6. The method for automatically building and dynamically configuring the visual large screen according to claim 5, wherein the third-party system initiates an interface creation request to create the large screen interface;
after the interface creating request is allowed, the large screen creating interface opens the access permission of the single sign-on operation application interface and the single sign-on large screen interface;
the third-party system sends a first login interface request to a single-point login operation application interface, and enters a large-screen configuration page after the first login interface request is allowed;
and when the third-party system sends a second login interface request to the single-point login large-screen interface, and after the second login interface request is allowed, entering a visual large-screen page.
7. The method of claim 6, wherein when the create large screen interface receives and processes a create interface request, information indicating whether the create interface request is allowed is returned.
8. A system for automatically constructing and dynamically configuring a large visual screen is characterized by comprising,
an operation application, configured to create a visualization large screen and dynamically configure the visualization large screen according to the step of constructing a large screen and the step of dynamically configuring a large screen in the method according to any one of claims 1 to 7;
a visualization large screen application, configured to display the configured visualization large screen in the operation application according to the large screen display step in the method according to any one of claims 1 to 7.
9. The system for automatically building and dynamically configuring a visualization large screen according to claim 8, further comprising a background application for providing source data and data interface support for the visualization large screen to be used in a configuration process.
10. The system for automatically constructing and dynamically configuring the visual large screen according to claim 9, wherein the background application and the third-party system perform data interaction in a non-database-integrated manner or a database-integrated manner.
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN117435678A (en) * | 2023-12-18 | 2024-01-23 | 山东山大华天软件有限公司 | System integration method and system based on intermediate data pool and visual customization |
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN117435678A (en) * | 2023-12-18 | 2024-01-23 | 山东山大华天软件有限公司 | System integration method and system based on intermediate data pool and visual customization |
| CN117435678B (en) * | 2023-12-18 | 2024-04-23 | 山东山大华天软件有限公司 | System integration method and system based on intermediate data pool and visual customization |
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