CN117453268A - Quick development platform for data management - Google Patents
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Abstract
The invention discloses a rapid development platform for data management, which belongs to the technical field of data processing and comprises the following components: the system management module is used for managing enterprise information, and managing department information, job information and user information corresponding to the enterprise information based on different enterprise information; the method is used for distributing the use permission for the login user based on the user information of the login user; the quick development module is used for locally creating a new form based on the form field attribute information input by the user and synchronizing the new form into the database; determining a target data management module in the data management module and determining a target form in a database, and configuring a new data management menu for the target data management module based on the target form and the control component; the data management menu in the data management module performs data management according to a form for configuring the data management menu. The invention can solve the problem of longer development period of the enterprise digital project.
Description
Technical Field
The invention belongs to the field of data processing and computing, and particularly relates to a rapid development platform for data management.
Background
In the process of enterprise project development, a large amount of data exists, and when various data are managed, management on the aspects of structure, content and the like is often needed, so that a large amount of manpower and material resources are consumed. In the current era of digital transformation of enterprises, corresponding software systems are generally designed to manage project data, and traditional software development processes are complicated, for example, the processes of 'product personnel design prototyping-writing product specifications-UI personnel communication and understanding products-developer communication and understanding products-software product development, testing and delivery' are generally undergone, wherein the communication consumes most of time. That is, the conventional development mode has problems of low efficiency and long development period, and cannot meet the requirement of on-time delivery of enterprise projects.
Disclosure of Invention
The invention aims to meet the actual demand, and provides a rapid development platform for data management so as to solve the problem of long development period of an enterprise digital project.
In a first aspect, the present invention provides a rapid development platform for data management, comprising: the system management module, the rapid development module and at least one data management module;
the system management module is used for managing enterprise information, and managing department information, job information and user information corresponding to the enterprise information based on different enterprise information;
the rapid development module is used for locally creating a new form based on the form field attribute information input by a user and synchronizing the new form into a database; determining a target data management module in each data management module and determining a target form in a database, and configuring a new data management menu for the target data management module based on the target form and a control component;
for each data management module, the data management menu in the data management module performs data management according to a form for configuring the data management menu.
Preferably, the form includes a mandatory field and a non-mandatory field, and the attributes of the mandatory field and the non-mandatory field include: database attributes, front end display attributes, verification attributes, index attributes, and query attributes.
Preferably, the types of the control assembly include: at least one of a new component, an edit component, a delete component, a bulk delete component, an export component, an import component, a submit flow component, a log component, and a print component.
Preferably, based on the target form and the control component, configuring a new data management menu for the target data management module includes:
after receiving an instruction for configuring the newly-added data management menu, sending a route address of the newly-added data management menu which is configured in advance to the rear end; and the back end queries a target form synchronized to the database based on the path parameters of the routing address.
Preferably, the fast developing module is further configured to create a coding rule for a target field in the form, so that the target field is numbered based on the coding rule; or,
and creating a check rule for a target field in the form, so that whether a value corresponding to the target field accords with the rule is verified based on the check rule.
Preferably, the system comprises a visualization module;
the visualization module is used for adding data sources, wherein the types of the data sources comprise at least one of API data sources, SQL data sources and Json data sources; based on a data analysis component corresponding to the data source type, carrying out data analysis on the data source to obtain report parameters or visual parameters; generating a list report and a graphic report according to the report parameters, or generating a visual large screen according to the visual parameters.
Preferably, the API parsing component corresponding to the API data source and the SQL parsing component corresponding to the SQL data source have a dynamic parsing function;
when the data in the API data source is updated, the API analysis component automatically carries out data analysis again on the API data source so as to obtain new report parameters or visual parameters; or,
when the data in the SQL data source is updated, the SQL analysis component automatically carries out data analysis again on the SQL data source so as to obtain new report parameters or visual parameters.
Preferably, the system comprises a message center module; the system management module is also used for recording user information based on the login user and distributing use permission for the login user;
the message center module is used for determining a message reminding form in the forms in the database; the user with different use rights can confirm different message reminding forms;
when the information reminding condition is triggered, a reminding message is sent to a front-end interface in a preset time period; wherein the information reminding condition comprises at least one of the following conditions: the new data of the message reminding form, the updated data of the message reminding form and the current date are the previous day, the current day or the next day of the date field in the message reminding form.
Preferably, the rapid development module is specifically configured to:
when the data management requirement of the new type exists, a new form for managing the data of the new type is created based on the form field attribute information input by a user, a new data management menu is created in the data management module based on the new form, and the data of the new type is managed through the new data management menu, so that quick development and deployment are realized.
Preferably, the rapid development platform is a b\s architecture, and includes a front-end browser and a back-end server.
Compared with the prior art, the application has the advantages and positive effects that:
when the rapid development platform for data management provided by the invention is applied, when a worker has a new type of data management requirement, a form for managing the new type of data can be created through the rapid development module, a data management menu is created under the data management module based on the form, and then the new type of data is managed through the data management menu. Therefore, according to the rapid development platform provided by the invention, when a new data management menu needs to be developed, rapid development and deployment can be realized through the rapid development module, so that the software development efficiency is greatly improved, and the problem of long development period is solved.
Drawings
In order to more clearly illustrate the embodiments of the invention or the technical solutions in the prior art, the drawings used in the embodiments or the description of the prior art will be briefly described below, and it is obvious that the drawings in the following description are only some embodiments of the invention, and other embodiments may be obtained according to these drawings to those skilled in the art.
FIG. 1 is a schematic diagram of a fast developing platform for data management according to the present invention;
FIG. 2 is a schematic diagram of an interface of a first rapid development platform for data management according to the present invention;
FIG. 3 is a schematic diagram of an interface of a second fast development platform for data management according to the present invention;
FIG. 4 is a schematic diagram of an interface of a third fast development platform for data management according to the present invention;
FIG. 5 is a schematic diagram of an interface of a fourth fast development platform for data management according to the present invention;
FIG. 6 is a schematic diagram of an interface of a fifth fast development platform for data management according to the present invention;
FIG. 7 is a schematic diagram of an interface of a sixth fast development platform for data management according to the present invention;
FIG. 8 is a schematic diagram of an interface of a seventh fast development platform for data management according to the present invention;
FIG. 9 is a schematic diagram of an eighth interface of a fast development platform for data management according to the present invention;
FIG. 10 is a schematic diagram of an interface of a ninth fast development platform for data management according to the present invention;
FIG. 11 is a schematic diagram of an interface of a tenth fast development platform for data management according to the present invention;
FIG. 12 is a schematic interface diagram of an eleventh rapid development platform for data management according to the present invention;
FIG. 13 is a schematic diagram of an interface of a twelfth rapid development platform for data management according to the present invention;
FIG. 14 is a schematic diagram of an interface of a thirteenth rapid development platform for data management according to the present invention.
Detailed Description
The following description of the embodiments of the present invention will be made clearly and completely with reference to the accompanying drawings, in which it is apparent that the embodiments described are only some embodiments of the present invention, but not all embodiments. The components of the embodiments of the present invention generally described and illustrated in the figures herein may be arranged and designed in a wide variety of different configurations. Thus, the following detailed description of the embodiments of the invention, as presented in the figures, is not intended to limit the scope of the invention, as claimed, but is merely representative of selected embodiments of the invention. All other embodiments, which can be made by a person skilled in the art without making any inventive effort, are intended to be within the scope of the present invention.
In the description of the invention, it should be noted that, unless explicitly specified and limited otherwise, the terms "connected," "connected," and "connected" are to be construed broadly, and may be, for example, fixedly connected, detachably connected, or integrally connected; can be mechanically or electrically connected; can be directly connected or indirectly connected through an intermediate medium, and can be communication between two elements. The specific meaning of the above terms in the creation of the present invention can be understood by those of ordinary skill in the art in a specific case.
Referring to fig. 1, fig. 1 is a schematic structural diagram of a fast development platform for data management according to the present invention, where the system includes: the system comprises a system management module, a rapid development module and at least one data management module.
Specifically, the system management module is used for managing enterprise information, and managing department information, job information and user information corresponding to the enterprise information based on different enterprise information.
Taking a car business as an example, the car business information may include business type, address, contact, etc. Further, the automobile enterprise may include different departments of production, maintenance, and purchasing, and each department includes a variety of different roles.
In addition, the system management module is also used for distributing the use permission for the login user based on the user information of the login user.
And the rapid development module is used for locally creating a new form on the rapid development platform based on the form field attribute information input by the user and synchronizing the new form into the database.
Specifically, the above forms may include a plurality of fields, where the number of fields included in each form is not limited, and if the field attribute information input by the user includes attribute information of 10 fields, the newly added form includes 10 fields. The field attributes may further define the data format, data type, display mode, etc. of the field, and the specific implementation is described in the subsequent embodiments, which will not be described in detail herein.
The newly added form is stored locally on the rapid development platform by default, and the user can synchronize the newly added form into the database. And then determining a target data management module in each data management module and determining a target form in a database, and configuring a new data management menu for the target data management module based on the target form and the control component.
For example, a target form for managing material information is determined in a database, and then a material management module is determined in each data management module, and a material management menu is configured for the material management module based on the target form for managing material information. It is also possible to determine a target form for managing the unit of measure of the material in the database, then determine a material management module in each data management module, and configure a unit of measure menu for the material management module based on the target form for managing the unit of measure of the material, as shown in fig. 2.
For each data management module, the data management menu in the data management module performs data management according to the form configuring the data management menu. The traditional design is presented as a single module in the form of an application, cannot be flexibly configured under a catalog, and cannot be flexibly configured in any menu level under any catalog. In the invention, any data management module can be flexibly selected, a menu is configured for the data management module, and the business scene of a customer can be flexibly adapted. In addition, the menu catalogue in the traditional design data management module is fixed, when new service demands exist, a development team needs to be re-created to configure the menu catalogue corresponding to the new service for the data management module, and the whole period is long in time consumption. The invention can use the quick development module to create the form corresponding to the new service and configure the menu catalogue based on the form, thereby realizing quick opening.
Taking a material information menu in the material management module as an example, as shown in fig. 3, the material information menu displays material information in a form of a table, and the header of the table is a field of a table configuring the material information menu. The method comprises the steps of determining a target form for managing material information in a database, determining a material management module in each data management module, configuring a material management menu for the material management module based on the target form for managing the material information, and enabling staff to execute operations of adding material data, editing the material data, deleting the material data and the like in the material management menu to manage the material data.
Types of control components include: at least one of a new component, an edit component, a delete component, a bulk delete component, an export component, an import component, a submit flow component, a log component, and a print component. As shown in fig. 3, the material information menu shown in fig. 3 includes an editing component, a deleting component, and a printing component.
From the above, when a worker has a new type of data management requirement, a form for managing the new type of data can be created through the rapid development module, and a data management menu is created under the data management module based on the form, so that the new type of data can be managed through the data management menu. Therefore, according to the rapid development platform provided by the invention, when a new data management menu needs to be developed, rapid development and deployment can be realized through the rapid development module, so that the software development efficiency is greatly improved, and the problem of long development period is solved.
In addition, the staff can complete the related operation only by configuring the form field attribute information, and even if the staff has no related development experience, the rapid development of the enterprise item can be realized.
In a second embodiment, the form includes a fill-in field and a non-fill-in field. The unnecessary field is used for representing basic information of the form, such as a primary key field, creator, creation time, etc., and the unnecessary field is used for representing data information for management, such as non-necessary fields of the purchase-related form are vendor and material number, etc., and non-necessary fields of the material-related form are material name and material stock quantity, etc.
The attributes of the fill-in and not fill-out fields of the form include: database attributes, front end display attributes, verification attributes, index attributes, and query attributes.
The database attributes of the fields include field name, field remarks, field length, decimal point, default values of the fields, data type of the fields, primary key, allowed null values, syncing to the database, encoding rules are defined, and template fields are imported. For example, referring to fig. 4, attributes such as field name, field remark, field length, decimal point, default value of field, and field type of field are shown in fig. 4 by way of example only.
The front display attributes of the fields include form display, list display, whether to sort, whether to read only, control type, data source, table name/code, item, and value, for example, referring to fig. 5, fig. 5 illustrates only the form display, list display, whether to sort, and whether to read only. The form display attribute is used for controlling whether the front-end form displays the field, and a user can select which fields are displayed in the form through the form display attribute so as to adapt to the requirements and design of a user interface. The list display attribute is used for controlling whether the table in the data management menu configured based on the table displays the field or not, so that the user can carry out self-defined management, and the user can define the checked list display information according to the requirement. The ordering attribute is used for controlling whether the fields in the front-end table can be ordered, so that a user can browse the data according to the specific order of the fields, and the readability and operability of the data are enhanced. Whether the read-only attribute is used for controlling whether the fields in the front-end table can be modified or not, protecting the data from misoperation, especially for some sensitive or read-only fields, and ensuring the integrity and accuracy of the data. The control type controls the field component type in the front-end form, selects the most suitable user input mode according to the nature of the field, improves the user experience, and the selectable control types include text boxes, input boxes and the like. The data source is used for the data source referenced by the field in the front-end form, and supports dynamic loading of data, so that the field can be filled according to the specific data source, and flexibility and instantaneity of the data are improved. If the referenced data source is a dictionary, the table name/code attribute value is the name value of the referenced dictionary, the item attribute and the value attribute are null, if the referenced data source is a form already synchronized to the database, the table name/code attribute is null, the item attribute is the id of the form, and the value attribute is the field name of the changed form.
Referring to fig. 6, the check attributes of the fields include a check rule and whether a check rule is added. Referring to fig. 7, the index attribute of a field includes an index field for determining a field using an index, and an index type including a nomal type for improving query efficiency and an unique type for unique value verification.
Referring to FIG. 8, the search query configuration includes whether a query type is enabled and not. If the inquiry attribute is selected to be started, the field is inquired in the data management menu, and the corresponding inquiry types are common inquiry, left matching inquiry and range inquiry respectively. Through the search query setting, the data integrity can be ensured in data management, the query efficiency can be improved, and a plurality of different types of query operations can be supported.
Third embodiment the fast development module configures the third embodiment of the new management menu specifically in the following manner.
After receiving an instruction for configuring the newly-added data management menu, sending a route address of the newly-added data management menu which is configured in advance to the rear end, and inquiring and synchronizing the route address to a target form in a database by the rear end based on the route parameter of the route address.
In one implementation, the fast developing platform may manage the routing addresses of the pre-configured add-on data management menu through a menu, as shown in fig. 9.
The following describes a specific method of using the quick development module to create a form by a worker.
Firstly, a new form is created through the rapid form opening function of the rapid development module, then a database attribute, a front end display attribute, a verification attribute, an index attribute and a query attribute are configured for the new form, and the new form is stored locally.
Then, the staff synchronizes the newly added form to the database, clicks a configuration menu button to configure the newly added data management menu at the target data management module, for example, as shown in fig. 10, and can configure the equipment ledger menu under the equipment management module. The control component is configured for the newly added data management menu by clicking a configuration button, such as shown in fig. 11.
In a fourth embodiment, the fast development module is further configured to create a coding rule for a target field in the form, such that the target field is numbered based on the coding rule.
Wherein the target field in the form is a field for setting a definition encoding rule. If field a in the form sets the definition encoding rule attribute, an encoding rule may be created for field a, and if field a in the form does not set the definition encoding rule attribute, an encoding rule cannot be created for field a.
Taking a material information form as an example, by creating a coding rule for coding fields in the material information form, each material can have a unique code.
In one implementation, the fast development module includes a system coding rules menu through which a worker creates coding rules. As shown in fig. 12, the staff member may first determine a form in the database through the table name option field, and then select a field in the form in the field name option field to create a coding rule for the field. The encoding rule may be created by a method of adding a serial number to a date, for example, setting the serial number bit number to 2 bits, and the resulting encoding rule is "YYMMDDXX", where "YYMMDD" is the current date and "XX" represents a 2-bit serial number.
In a fifth embodiment, the fast developing module is further configured to create a verification rule for a target field in the form, so that whether a value corresponding to the target field meets a rule is verified based on the verification rule.
It can be understood that taking the number-related field in the form as an example, the value of the field can only be a number, and by checking the rule, the value corresponding to the target field can be ensured to conform to the rule.
As shown in fig. 6, when the worker inputs the form field attribute, if the check attribute is checked, a check rule may be selected for the target field.
In one implementation, the quick development module includes a system check rule menu through which a worker enters regular expressions to create check rules, as shown in fig. 13.
The sixth embodiment further comprises a visualization module configured to add a data source, wherein the data source includes at least one of an API data source, an SQL data source, and a Json data source.
And carrying out data analysis on the data source based on the data analysis component corresponding to the data source type to obtain report parameters or visual parameters.
For an API data source, a worker adds the API data source by inputting the correct interface address of the API data source, then clicks an API analysis button, and an API analysis component corresponding to the API data source performs data analysis on the API data source. After the analysis is successful, the interface address returns field information and automatically analyzes the field information into a field detail list, and a worker can perform corresponding parameter configuration according to the analyzed field name so as to obtain report parameters or visual parameters.
For the SQL data source, a worker adds the SQL data source by inputting a correct SQL statement, then clicks an SQL analysis button, and an SQL analysis component corresponding to the SQL data source performs data analysis on the SQL data source. After the analysis is successful, the field information is displayed in a field detail list; the staff can carry out corresponding parameter configuration according to the analyzed field names so as to obtain report parameters or visual parameters.
Aiming at the Json data source, a worker adds the JSON data source by inputting a correct JSON statement, then clicks a JSON analysis button, and a JSON analysis component corresponding to the JSON data source performs data analysis on the JSON data source. After the analysis is successful, the field information is displayed in a field detail list; the staff can carry out corresponding parameter configuration according to the analyzed field names so as to obtain report parameters or visual parameters. In addition, the JSON is a static data source, and the data in the JSON data source can be updated only by replacing corresponding values in the JSON data source, so that the flexibility of using the predefined data in different scenes can be provided for users.
Personnel in the work can conveniently configure report parameters or visual parameters according to the analyzed field information, and a more flexible data processing and displaying mode is provided for the personnel
After the report parameters or the visual parameters are obtained, a list report and a graphic report can be generated according to the report parameters, or a visual large screen can be generated according to the visual parameters.
As one implementation, the user can use different types of data sources in the same report, which provides the possibility to comprehensively analyze and compare different data. For example, the real-time data returned by the API can be compared with the historical data in the SQL database in the same report. For a JSON data source, a user can generate a corresponding static report by replacing numerical values in the JSON data. This provides the user with the flexibility to use the predefined data in different scenarios.
From the above, the API data source, the SQL data source and the JSON data source are integrated into the visualization module, so that the staff can acquire the data from different sources, and process and display the data on one platform. By providing the parsing component to implement parsing operations, user interaction with different types of data sources is simplified. The user only needs to provide interface addresses, SQL sentences or JSON data, and then the analysis of the fields can be completed through the corresponding analysis components, so that the technical threshold of the user is reduced.
In addition, the API analysis component corresponding to the API data source and the SQL analysis component corresponding to the SQL data source have dynamic analysis functions;
when the data in the API data source is updated, the API analysis component automatically carries out data analysis again on the API data source so as to obtain new report parameters or visual parameters; or,
when the data in the SQL data source is updated, the SQL analysis component automatically re-analyzes the data of the SQL data source to obtain new report parameters or visual parameters. Therefore, the user does not need to manually input fields, and the possibility of configuration errors is reduced.
And collecting data based on a data source, and generating a list report or a graph report according to the data. In one implementation, the rapid development platform provided by the invention further comprises an element design module, wherein the element design module is pre-configured with a visualization component to be capable of setting the format of a graphic report, for example, setting a histogram report or a pie chart report.
Based on the data source collected data, the visual large screen can be edited and the data can be generated. The visualization large screen comprises a visualization component, such as a chart component, an information component, a decoration small component and the like. The chart component can generate a histogram, a line graph, a pie chart, a scatter plot, a map, and the like, and the information component can be utilized to generate some text.
In a sixth embodiment, the message center module determines, in order to avoid exposure of all the forms in the database, a message alert form among the forms in the database, so that only the message alert form is subjected to message alert. The message reminding forms which can be determined by the users with different use rights are different.
When the information reminding condition is triggered, a reminding message is sent to the front-end interface within a preset time period.
Wherein the information reminding condition comprises at least one of the following conditions: the new data of the message reminding form, the updated data of the message reminding form and the current date are the previous day, the current day or the next day of the date field in the message reminding form.
In one implementation, a worker may fill in custom message alert form configuration information alert conditions. As shown in fig. 14, the staff member may select a message alert form, select a trigger condition, among all forms in the database. The data range can be reminded or SQL is written to trigger custom message reminding. The staff can also set the frequency of repeated reminding: once, daily, weekly, monthly, quarterly, annually, whether immediate, etc.
A seventh embodiment, the system further comprises a flow engine module; the flow engine module is used for creating and issuing a flow form of a specified workflow based on a pre-packaged flow component so that a user works based on the flow specified by the flow form.
In an eighth embodiment, the fast development platform is a b\s architecture, and includes a front-end browser and a back-end server.
The programming language of the front-end browser is as follows: html5, js, es6; the basic frame is: vue 2.0.0, vue 3.0.3.0 and aliqiankun micro-service; the application set is as follows: echarts, lucksheet, element-plus, element-Ui.
The programming language of the back-end server is JAVA, and the basic structure is as follows: spring boot, spring Web MVC, and Mybatis-plus. The back-end server comprises the following basic components: rights authentication, flow engine, task debugging, database, messaging service, file storage and caching service.
The foregoing is merely a preferred embodiment of the present invention, and is not intended to limit the scope of the present invention. Any modification, equivalent replacement, improvement, etc. made within the spirit and principle of the present invention are included in the protection scope of the present invention.
Claims (10)
1. A rapid development platform for data management, comprising: the system management module, the rapid development module and at least one data management module;
the system management module is used for managing enterprise information, and managing department information, job information and user information corresponding to the enterprise information based on different enterprise information;
the rapid development module is used for locally creating a new form based on the form field attribute information input by a user and synchronizing the new form into a database; determining a target data management module in each data management module and determining a target form in a database, and configuring a new data management menu for the target data management module based on the target form and a control component;
for each data management module, the data management menu in the data management module performs data management according to a form for configuring the data management menu.
2. The rapid development platform for data management of claim 1, wherein the form comprises a mandatory field and a non-mandatory field, the attributes of the mandatory field and the non-mandatory field comprising: database attributes, front end display attributes, verification attributes, index attributes, and query attributes.
3. The rapid development platform for data management of claim 1, wherein the types of control components include: at least one of a new component, an edit component, a delete component, a bulk delete component, an export component, an import component, a submit flow component, a log component, and a print component.
4. The rapid development platform for data management of claim 1, wherein configuring a new data management menu for the target data management module based on the target form and control component comprises:
after receiving an instruction for configuring the newly-added data management menu, sending a route address of the newly-added data management menu which is configured in advance to the rear end; and the back end queries a target form synchronized to the database based on the path parameters of the routing address.
5. The rapid development platform for data management of claim 1, wherein the rapid development module is further configured to create encoding rules for target fields in the form such that the target fields are numbered based on the encoding rules; or,
and creating a check rule for a target field in the form, so that whether a value corresponding to the target field accords with the rule is verified based on the check rule.
6. The rapid development platform for data management of claim 1, wherein the system comprises a visualization module;
the visualization module is used for adding data sources, wherein the types of the data sources comprise at least one of API data sources, SQL data sources and Json data sources; based on a data analysis component corresponding to the data source type, carrying out data analysis on the data source to obtain report parameters or visual parameters; generating a list report and a graphic report according to the report parameters, or generating a visual large screen according to the visual parameters.
7. The rapid development platform for data management according to claim 6, wherein the API parsing component corresponding to the API data source and the SQL parsing component corresponding to the SQL data source have a dynamic parsing function;
when the data in the API data source is updated, the API analysis component automatically carries out data analysis again on the API data source so as to obtain new report parameters or visual parameters; or,
when the data in the SQL data source is updated, the SQL analysis component automatically carries out data analysis again on the SQL data source so as to obtain new report parameters or visual parameters.
8. The rapid development platform for data management of claim 1, wherein the system comprises a message center module; the system management module is also used for recording user information based on the login user and distributing use permission for the login user;
the message center module is used for determining a message reminding form in the forms in the database; the user with different use rights can confirm different message reminding forms;
when the information reminding condition is triggered, a reminding message is sent to a front-end interface in a preset time period; wherein the information reminding condition comprises at least one of the following conditions: the new data of the message reminding form, the updated data of the message reminding form and the current date are the previous day, the current day or the next day of the date field in the message reminding form.
9. The rapid development platform for data management of claim 1, wherein the rapid development module is specifically configured to:
when the data management requirement of the new type exists, a new form for managing the data of the new type is created based on the form field attribute information input by a user, a new data management menu is created in the data management module based on the new form, and the data of the new type is managed through the new data management menu, so that quick development and deployment are realized.
10. The rapid development platform for data management of any one of claims 1-9, wherein the rapid development platform is a b\s architecture comprising a front-end browser and a back-end server.
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