CN110673848B - Enterprise information management system configuration device based on JavaWeb - Google Patents

Abstract

The invention provides an enterprise information management system configuration device based on JavaWeb, which comprises a service designer, a service manager and a service manager, wherein the service designer is used for being responsible for defining, executing and monitoring external business logic; the interface designer is used for reading the data source or the external data report designer and realizing report generation through an Excel template, the data display control and the data source; the chart designer is used for carrying out chart design by combining the data source in a visualization mode; the flow designer is used for supporting complex business flow definition; the interface designer is used for interfacing with an external system through the data source; and the import designer designs an Excel template according to the service requirements, and then executes the data source to realize the import of Excel data into the system. The enterprise information management system configuration device based on JavaWeb is low in development cost, self-defined in function selection and high in development efficiency.

Description

Enterprise information management system configuration device based on JavaWeb

Technical Field

The invention relates to the field of enterprise information management systems, in particular to an enterprise information management system configuration device based on JavaWeb.

Background

Most of the existing application software cannot meet the requirements of managing the ever-changing individuality and continuous revolution. In order to obtain the advantages of market survival and competition and adapt to the instantly changing market environment, the method needs to respond to the market demand quickly, continuously adjust the organization mode of the enterprise and recreate the business process of the enterprise, the design, optimization and management of the business process become important means for enterprise competition, and the enterprise urgently needs the support of an information system for supporting the business process recreating.

However, many existing management software are either customized for the requirements of each user in the development of functions, or a universal standard version of information management system is developed, and the customization usually causes too high cost of the customization system, and the universal standard version also means that some functions are not needed at all for the user or cannot meet the requirements of the user.

In view of the above, the present disclosure provides a java web-based enterprise information management system configuration device with low development cost, customizable and selectable functions, and high development efficiency.

Disclosure of Invention

The invention provides the enterprise information management system configuration device based on JavaWeb, which has low development cost, customized selection of functions and high development efficiency.

The invention is realized by the following steps:

an enterprise information management system configuration device based on JavaWeb comprises an interface designer, a service designer and a report designer;

the interface designer is used for defining each design page according to business requirements; the interface designer comprises a layout design module, a control design module and a mapping design module;

the layout design module is used for defining the service information displayed in the design page; the control design module is used for defining control IDs, control types, control titles and binding fields of the primary controls and the secondary controls; the mapping design module is used for quickly binding the primary control or the secondary control through the control ID, carrying out data calling corresponding to the field name of the external service data through the binding field of the secondary control, and displaying the data source corresponding to the control title and the external service data on the design page;

the service designer is used for being responsible for defining, executing and monitoring external service logic and setting a service ID of the external service logic; after the external business logic is executed, a data source is generated and used for direct display or re-calling;

and the report designer realizes report generation through an Excel template and the data source.

As a further improvement, the layout design module may implement packaging of a plurality of the primary controls, and a plurality of the secondary controls are packaged to form one of the primary controls.

As a further improvement, the design page comprises a form area and at least one panel area, and the panel area can display query controls and list information; the layout design module is used for setting controls displayed in the form area and the panel area and managing the attribute or the query effect of the query control.

As a further improvement, the interface designer further includes a script design module and a control design module, the script design module is configured to edit the script logic of the secondary control or the primary control, and to correspondingly execute the script logic configured by the control after the action of the secondary control, and to display a corresponding service effect on the design page; and the control design module is used for binding the script logic through the control ID after the script design module acts on the secondary control, and judging whether the script logic can be executed or not through judging conditions.

As a further improvement, after the user clicks, changes the numerical value, or moves the edit, the script design module correspondingly executes the script logic configured by the first control or the second control by providing the control ID.

As a further improvement, the interface designer further comprises a control service module and a trigger module; the control service module is used for directly providing external business logic to be executed for the secondary control through the control ID; and the trigger module is used for realizing that the corresponding secondary control executes and updates the data after the external service logic runs by binding the control ID after the external service logic is executed.

As a further improvement, an external service logic editing area is arranged in the service designer and used for editing external service logic and inputting service IDs, and each external service logic corresponds to a unique service ID; and the input parameters are processed by the external business logic and finally output to the data source.

As a further improvement, the report designer comprises a design detail module and a data binding module, wherein the design detail module is used for editing a report ID of a report to be exported, a report name of the report to be exported and a template file name of an Excel template to be adopted; the data binding module is used for inputting a service name and a corresponding service ID of a certain external service logic so as to bind the external service logic to be executed in the Excel module to be adopted.

As a further improvement, a plurality of areas to be filled are arranged in the Excel template, each area to be filled comprises a service ID filling area and a data source ID filling area, the service ID filling area is used for filling a service ID of an external service logic to be executed by the area to be filled, and the data source filling area is used for filling a data source ID of a data source to be exported from the area to be filled; and when the report is exported, each area to be filled displays the corresponding data source according to the ID of the data source.

As a further improvement, the configuration apparatus further comprises an interface designer for interfacing with an external system via the data source as a parameter implementation of a request interface.

The beneficial effects of the invention are:

1. the enterprise information management system configuration device based on the JavaWeb can effectively reduce the source code amount greatly by configuring and constructing software, further reduce the development time of business personnel, and effectively reduce the labor cost by reducing the development time.

2. The enterprise information management system configuration device based on JavaWeb is simple and easy in whole operation interface, so that a system developer or system implementers can quickly develop an information management system satisfying users through simple training.

3. The interface designer in the enterprise information management system configuration device based on JavaWeb adopts the cooperation and interaction among a plurality of design modules, almost each design module is related to other design modules in control information flow, working logic and running sequence, the layout design module is used for a user to edit the whole page layout and control architecture hierarchy and firstly determines a rough frame of the page design, the control design module is used for editing specific relevant information of a single control or a plurality of controls in the single control on the basis of the layout design module to form a complete front-end page effect, then the user can realize the rapid import of data at the rear end or the logic editing and execution under different application scenes by combining at least one of the script design module, the control design module, the mapping design module and the trigger module on the basis of the front end, although a part of the independent functional modules are common, the whole interface designer is ingenious and creative through the combination and the collocation of the common functional modules, finally, the design work of each system is simplified, the operation of the interface designer is reproducible, and the development time of the interface designer is greatly reduced, and the code development difficulty is greatly reduced.

4. The service designer in the enterprise information management system configuration device based on JavaWeb can realize direct editing of external business logic, defines the service name and the service ID of the external business logic, is equivalent to packaging three important contents of a source code, the service name and the service ID of each external business logic, can effectively realize that other designers can utilize the service ID to quickly call and execute different external design logics in different application scenes, can greatly reduce the source code amount, avoids repeated development of the source code in the same application environment, and simultaneously can directly call the external business logic by non-professional programmers if the source code of the external business logic is edited so as to quickly configure different devices according to different customer requirements and business requirements.

5. The importing designer in the enterprise information management system configuration device based on the JavaWeb adopts the step-by-step importing method, so that the initial range selection of a table to be imported can be effectively realized, unnecessary data are prevented from being analyzed, the integral importing speed can be effectively accelerated, meanwhile, the column names are used as unique identification marks of corresponding columns which can be identified by a computer, the rapid import of data in a certain column can be effectively realized, meanwhile, the sequencing can be carried out by combining column serial numbers according to different application scenes and the importance degree of column information, the design is ingenious, and compared with the traditional importing development, the importing designer defines an importing format through a visual web interface, and the development difficulty and the efficiency are greatly improved.

6. The report designer in the enterprise information management system configuration device based on JavaWeb can effectively and accurately realize the data source output of each area to be filled by setting the service ID filling area and the data source ID filling area on the Excel template, when the Excel template and the external service logic reach a certain number, the report desired by a user can be generated by rapidly matching the service ID with the corresponding external service logic by providing any Excel template, the problem that each exported traditional report needs to be edited again is solved, the source code amount when the user exports different reports is greatly reduced, the integral operation is simple, the visualization degree is strong, and the report designer can be used by users with only some programming bases.

Drawings

In order to more clearly illustrate the technical solutions of the embodiments of the present invention, the drawings that are required to be used in the embodiments will be briefly described below, it should be understood that the following drawings only illustrate some embodiments of the present invention and therefore should not be considered as limiting the scope, and for those skilled in the art, other related drawings can be obtained according to the drawings without inventive efforts.

FIG. 1 is a system diagram of a JavaWeb-based enterprise information management system configuration device;

fig. 2 is a flowchart of a page configuration method of an interface designer in a java web-based enterprise information management system configuration device.

Detailed Description

In order to make the objects, technical solutions and advantages of the embodiments of the present invention more apparent, the technical solutions of the embodiments of the present invention will be described clearly and completely with reference to the accompanying drawings of the embodiments of the present invention, and it is obvious that the described embodiments are some, but not all embodiments of the present invention. All other embodiments, which can be obtained by a person skilled in the art without inventive efforts based on the embodiments of the present invention, are within the scope of protection of the present invention. Thus, the following detailed description of the embodiments of the present 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 obtained by a person skilled in the art without any inventive step based on the embodiments of the present invention, are within the scope of the present invention.

Furthermore, the terms "first", "second" and "first" are used for descriptive purposes only and are not to be construed as indicating or implying relative importance or implicitly indicating the number of technical features indicated. Thus, a feature defined as "first" or "second" may explicitly or implicitly include one or more of that feature. In the description of the present invention, "a plurality" means two or more unless specifically defined otherwise.

Referring to fig. 1, in an embodiment, an apparatus for configuring an enterprise information management system based on java web of the present invention includes a basic framework layer, a common module layer, a designer layer, and an application layer.

The basic framework layer adopts a service-oriented framework and is divided into a front-end UI (user interface) and a background Web service interface, so that the front-end UI interface is developed and separated from the background, a front-end developer is concentrated on the design of the front-end UI interface, and a background developer is concentrated on the definition and implementation of the service interface. Technically, a standard three-layer Framework is adopted, a server Framework takes Spring Framework as a core, spring MVC as a controller (RESTful Webservice is realized), and Mybatis as a database operation layer. And the client view layer uses the easy UI as a basic UI and sends a request to call a server interface to acquire data through Ajax.

The common module layer is built on the basic framework layer, and is a module or service with a specific function packaged by the basic framework, and specifically comprises the following steps: the system authority, the attachment management, the log management, the basic code, the automatic coding, the process engine, the message center, the short message service, the mail system, the report system and the like are provided with a common module in the project development process through the packaging of the layer, any project can be repeatedly utilized without repeated development, and the development time of the project is saved.

The designer layer is a functional module established on the basic framework layer and the common module layer and is also the most core part of the whole device, in the process of project development, the requirements of projects are always changeable, different customers cannot be sold through unified software products, different and identical requirements among the customers are usually solved through customization, and in order to quickly respond to the change of the requirements of the customers and save the development cost. To this end, a complete set of designers has been developed on the basis of the basic framework layer and the common module layer for software developers or implementers to develop new applications or to modify existing applications to meet ever-evolving business needs.

The application layer is an application system which is established on the basic framework layer, the common module layer and the design layer and is composed of all functional modules. We implement delivery of items by a combination of basic public functions and custom customized functions. Fully satisfy the common and individual needs of the customers, including but not limited to warehousing systems, transportation systems, trading systems, ship generation systems, commodity generation systems, customs clearance systems, order systems, and financial systems.

Specifically, referring to fig. 1, the design layer of the enterprise information management system configuration device based on the java web includes an interface designer, a service designer, a report designer, a chart designer, a message designer, a flow designer, an interface designer, and an import designer.

The cooperation and mutual of a plurality of designers are integrally adopted, so that the whole source code amount can be effectively reduced, the development time of business personnel is further reduced, the labor cost is effectively reduced through the reduction of the development time, and meanwhile, a system developer or a system implementer can quickly develop an information management system satisfying users through simple training.

In an embodiment, the service designer is responsible for defining, executing and monitoring external service logic, and setting a service ID of the external service logic; and after the external business logic is executed, generating a data source, wherein the data source is used for direct display or is called again.

On the other hand, the system puts all the external business logics which can be independently operated into a business rule base for unified management and operation, the business rule base is used as a collection or tool to define the external business logics, and the service designer is mainly used for executing the corresponding external business logics to output data sources for recall or display on a design page or store data into a database after other designers trigger relevant actions.

In a specific implementation mode, an external business logic editing area is arranged in the service designer and used for editing external business logic and inputting service IDs, and each external business logic corresponds to a unique service ID; and the input parameters are processed by the external business logic and finally output to the data source. The external business logic is a business logic which converts business requirements into computer recognizable business logic through SQL, and a user inputs parameters into the external business logic to execute during business execution and returns and outputs the data source to the user.

For example, the following steps are carried out: after the service ID of the external business logic which is required to be executed after triggering the secondary control is configured in the control service module, the control service module triggers the execution of the corresponding external business logic after a user clicks the corresponding secondary control, the external business logic returns to a data source after being executed, and the data source can be directly displayed on a design page.

For another example: the interface designer needs to transmit parameters when calling external data, after configuring a corresponding service ID of an external business logic to be executed in the interface designer, before calling the interface, the interface designer triggers the execution of the corresponding external business logic, the external business logic returns to a data source after executing, and the data source is used as a parameter for requesting the interface, thereby realizing the data transmission of the interface.

By directly editing external business logic in the service designer and defining the service name and the service ID of the external business logic aiming at the external business logic, namely packaging three important contents of a source code, the service name and the service ID aiming at each external business logic, the method can effectively realize that other designers can quickly call and execute different external design logics by using the service ID under different application scenes, can greatly reduce the source code amount, avoid the repeated development of the source code under the same application environment, and simultaneously, if the source code of the external business logic is edited, a nonprofessional programmer can also directly call the external business logic so as to quickly configure different devices according to different customer requirements and business requirements.

And secondly, the external business logic is compiled by using a unified SQL statement and a custom function, so that the learning cost is low, and Java languages and frameworks do not need to be known. In addition, a service rule expression can be further written in the service designer, the service rule expression is further expanded on the basis of the original SQL statement, functions which cannot be met by some SQL statements can be supplemented, and the overall functions are more and stronger.

In an embodiment, the interface designer includes a basic information module, a layout design module, a control design module, a mapping design module, a script design module, a control service module, and a trigger module.

The basic information module is used for defining basic information of a design page; the layout design module is used for defining the service information displayed in the design page; the control design module is used for defining control IDs, control types, control titles and binding fields of the primary controls and the secondary controls; the mapping design module is used for rapidly binding the primary control or the secondary control through the control ID, carrying out data calling corresponding to the field name of external service data through the binding field of the secondary control, and displaying the data source corresponding to the control title and the external service data on the design page; the script design module is used for editing the script logic of the secondary control or the primary control, correspondingly executing the script logic configured by the control after the secondary control acts, and displaying a corresponding service effect on the design page; the control design module is used for binding the script logic through the control ID after the script design module acts on the secondary control, and judging whether the script logic can be executed or not through judging conditions; the control service module is used for directly providing external business logic to be executed for the secondary control through the control ID; and the trigger module is used for realizing that the corresponding secondary control executes and updates the data after the external service logic runs by binding the control ID after the external service logic is executed.

Further, the interface designer further comprises a menu generating module, the menu generating module comprises a hierarchical menu generating unit and a design page display unit, the hierarchical menu generating unit is used for generating a first-level menu and a second-level menu of an interface used by a final user, the second-level menu is generated under the first-level menu in an adding mode, a plurality of design pages can be further added under the second-level menu to meet various requirements of customers, and of course, three-level menus or four-level menus or even more are obtained by analogy. The design page display unit is used for displaying the effect of a subsequently edited design page, such as a form area and related contents in a panel area, such as a toolbar, a tab page, a form and the like.

Meanwhile, the interface designer provides various primary controls and secondary controls, data can use the data source defined in the device and external data, the view type and style can be customized, batch copy of the view controls can be realized, and the definition of the view interface does not need to write any code. Compared with the traditional interface development, the interface designer does not need special front-end developers to realize the interface development through coding, only needs to add interface layout and controls on a web interface of the interface designer in a visual mode, and is easy to implement in function and convenient to use.

The page basic information comprises a page type, a page title and a page ID; the page types comprise six types, namely a query page, a selection frame, a drop-down frame and the like, wherein the selection frame is used for selecting a certain secondary page popped up by clicking a certain action, and the drop-down frame is used for a data source which can be selected by pulling down after clicking and is used when more data appear after re-clicking; the page title is used for defining the name of the interface and displaying the name of the interface on a name column of the interface, and the page ID is used for defining the unique identity of the page and is used as an associated identifier of authority control, namely, an administrator can set the visible page ID under a certain user in the authority management function of the system to transfer and use the page corresponding to the page ID to the user; and meanwhile, whether the state of the interface is visible or not and what the icon style is can be edited.

The module adopting the page basic information is used for defining the related basic information displayed on the interface, so that a user and a user can quickly identify which type of information can be displayed on the interface correspondingly, and which functions are realized.

The control design module is used for defining the control type and the control title of the secondary control.

Further, the primary controls comprise a list control, a tree control and a button group control; the secondary controls include a pop-up control, a date control, a drop-down control, and a text box control, for example, a list control may contain multiple pop-up or drop-down controls.

The design page comprises a form area, a layout area and at least one panel area, the panel area can be further provided with a plurality of sub-panels, the panel area or the sub-panels can display query controls and list information, and the query conditions or the list information respectively comprise at least one primary control or at least one secondary control; the layout design module defines the service information displayed in the design page, namely, sets the window area and the control displayed in the panel area, manages the attribute or the query effect of the query control, and can also define the number of display layers of the design page in a layout area setting mode and define the range size of the design page in a window area setting mode.

Specifically, the layout design module may also set a control ID of the first control or the second control, the layout design module may implement packaging of a plurality of the first-level controls, the plurality of second-level controls are packaged to form one first-level control, the layout design module correspondingly sets a corresponding second-level control or first-level control to be displayed in the panel region through the control ID, the plurality of second-level controls may be packaged as one first-level control for use, specifically, the plurality of second-level controls are packaged into one complete first-level control and given a control name corresponding to the first-level control, the first-level control is only equivalent to a control container and also has the control ID, not only can a user package the required first-level controls according to different customer requirements to meet various requirements of the customer, but also can directly call the first-level controls through the control ID of the first-level control, saves time for packaging the second-level controls for multiple times in the same design page, and can directly use functional combinations of the plurality of second-level controls to perform rapid interface design after subsequent logic and external business logic are bound with the corresponding second-level controls.

For example, the functions of a commonly used menu bar control include refreshing, copying, adding, deleting, modifying, storing, discarding and the like, almost all the secondary controls of each design module and each design page need to be used, the secondary controls of refreshing, copying, adding, deleting, modifying, storing, discarding and the like can be directly packaged into a primary control of a menu bar, and what logic is to be executed after clicking the primary control or the secondary control is set in other design modules. The method and the device can realize automatic packaging of a user according to customer requirements, and meanwhile, if the user wants to directly use the primary control on the design page, the user can input the corresponding control ID of the menu bar for calling.

In addition, similarly, a plurality of primary controls can be further encapsulated, a control name and a control ID are taken from the encapsulated control set, and the primary control or a higher control set can also have script logic and external business logic. The layout design module can further set the display effect or attribute of the secondary control, such as the height and width of the list, the state identifier of the menu button, the authority type, the text content, the font size and the color, and the like.

The layout design module can effectively package the controls to form a control set, after the layout design module is matched with other design modules to endow the control set with relevant logics, a user can directly and rapidly develop and package the primary controls corresponding to functions required by a customer according to different requirements of the customer, meanwhile, the corresponding packaged primary controls can be directly added on the same design page, a plurality of secondary controls are not required to be repeatedly combined into the required primary controls each time, the personalized interfaces and interface relevant functions required by the customer can be rapidly developed, and the redeveloped source code amount and workload are greatly reduced.

The mapping design module can be quickly corresponding to the field name in the external business data by setting the binding field of the secondary control, and the external business data is mapped and imported into the design page and is matched with the secondary control.

The binding fields are used as identification marks corresponding to field names of external data sources, each secondary control has a corresponding binding field, and the binding fields are set to be the same as the field names of the data sources to be called, so that the effect that data are mapped to a design page from the outside is met.

Specifically, the mapping design module comprises a control and external data binding unit and an auxiliary information binding unit, the control and external data binding unit can input a table name and a control ID of a data source to be mapped and can inquire all information of each data source including field names, and meanwhile, a binding field with the same field name of the data source to be displayed by the secondary control is set in the control design module, so that data mapping between the secondary control and the external data source is realized.

For example, the following steps are carried out: the method comprises the steps that the table name of an external data source is execl1, the external data source is a multi-column table, each column of data source comprises a string of data and a field name, a binding field of a secondary control identical to the string of data can be set in a mapping design module at the moment, when the table name of the external data source and the control ID of the secondary control are input into the mapping design module, the system can find the external data source of the table name from a database, the binding field of the corresponding secondary control is locked through the control ID, specific data of the field name in the data source are led into the secondary control of the binding field through the correspondence of the binding field and the field name, and meanwhile, the field name in the external data source is displayed in a replaced mode through the control title of the secondary control.

Besides, the auxiliary information binding unit is used for mapping system default information of a data source of the current design page, such as a creator or a creation date of current data, through relevant content in a form of the external data source, in a direct manner, by binding existing target fields in the form of the external data source with function parameters and directly mapping data in the row of the target fields into the function parameters and displaying the data on the current design page, wherein the target fields of the data source correspond to field names in the data source.

The external data source is a field name which is given with a unique identifier by default, so the mapping design module skillfully utilizes the characteristic to be combined with the binding field of the control, and synchronously exports other information of the control as related display information of the data source through the one-to-one correspondence of the binding field and the control ID, namely, the mapping design module can quickly import data of the external data source according to the one-to-one correspondence of the field name, the binding field and the control ID, the development time can be effectively reduced, and the existing data can be quickly and accurately imported into the control for direct application.

The script design module is used for correspondingly executing script logic configured by the first control or the second control by providing a control ID after a user clicks, changes a numerical value or moves and edits, the script logic can be directly edited in the script design module, the control ID of the primary control or the secondary control of the script logic can be executed after an action is bound after editing, and the designer executes the corresponding script logic after the user clicks the corresponding primary control or the corresponding secondary control in the current design page.

Further, the script design module may further set a method name, a method description, and whether to enable the function, specifically, the method name is a trigger action, and may be a single click, a double click, or another action, the method description is used to note the meaning of each action, for example, the meaning is stored after the single click, or the meaning is deleted after the double click, and whether to enable the function is quickly selected.

The judgment condition in the control design module may include the following conditions: if the information is repeated before clicking the secondary control of the storage function, controlling the design module not to allow the storage action to occur if the information is repeated; and if the inventory is less than the order ordering quantity of the user, the control design module does not allow the order ordering action to occur through the judgment condition.

The control design module can effectively judge the judgment condition before the script logic operates, ensure the legality of the script logic, avoid the relevant problems of the subsequent actions and ensure the accuracy of the actions. Such as: after the order placing action of the user of the client on the client page, whether the inventory quantity is larger than the order placing quantity of the user needs to be judged, and if the inventory quantity is smaller than the order placing quantity of the user, the order placing cannot be carried out.

The control service module is used for directly providing external service logic to be executed for the secondary control, the external service logic is edited and stored in a following service designer for direct calling, a unique service ID function identity is correspondingly set for the external service logic edited in the service designer, the control service module is used for binding the control ID and the service ID of the secondary control to realize the direct execution of the external service logic, and after the script logic is judged to be legal, the designer executes the external service logic bound with the secondary control. The method has the advantages that the external service logic is directly called through the existing calling interface, compared with the script design module, the time and the step for editing the script logic are saved, the elastic requirements of customers can be met through the mode of integrating the control service module, the customers can use the existing external service logic and can also edit the script logic to use, the functions are easy, the use is convenient, and the source program amount and the development time can be effectively reduced.

The trigger module is used for checking whether the running result of the external business logic is correct and updating the data after the external business logic runs simultaneously through the control ID after the external business logic is executed, the running result of the script logic can be rechecked and updated by adopting the functional module, the running result of the script logic is ensured to be correct, and after the stock quantity is greater than the unit quantity of the user and the user successfully places the order, the trigger module can check whether the actual stock quantity is changed or not and the amount can be corresponding, and meanwhile, the actual stock quantity is updated to the stock quantity after the stock is discharged.

The interface designer further comprises an HTML design module and a CSS design module, wherein the HTML design module is used for self-defining page content, such as codes can be directly designed in the HTML design module and used for displaying pages; the CSS design module is used for customizing control styles, such as the color, height, width and the like of the control.

In addition, each function menu bar is arranged in the basic information module, the layout design module, the control design module, the mapping design module, the script design module, the control design module, the trigger module and the control service module, and is used for storing, generating or giving up the content which is edited correspondingly currently, and correspondingly updating the content to the current design page.

Referring to fig. 2, a method for configuring a page of a java web-based interface designer includes the following steps:

s1: entering the menu generating module, and adding a title or a subtitle to generate a user interface list;

s2: clicking a certain design page in a user use interface list to enter a design process;

s3: editing relevant basic information of the current design page in the basic information module for information display on an interface;

s4: setting service information to be displayed in a window region of the current design page in the layout design module;

s5: editing the control ID, the control type, the control title and the binding field of the secondary control of the primary control or the secondary control in the control design module;

s6: setting a control ID and a table name of external data in the mapping design module to realize the rapid import configuration of an external data source, and entering S7, S8 or S10;

s7: editing script logic to be executed before the action of the primary control or the secondary control in a script design module, judging whether the primary control or the secondary control meets the execution requirement, and entering S8 or S10;

s8: setting the external business logic to be executed by the primary control or the secondary control through the binding of the service ID and the control ID in the control design module, and entering S9 or S10:

s9: setting a checking condition in the trigger module, checking a result after the external service logic is executed, and entering S10;

s10: clicking and saving to finish the design of the current design page;

s11, whether other design pages are designed continuously or not is judged, if yes, the step S2 is returned, and if not, the step S12 is executed;

s12: and clicking to generate, and importing all designed design pages into the project basic framework to form a final customer demand system.

Specifically, in the step S2, when the user clicks one of the design pages in the user interface list and enters the design process, the corresponding basic information module, layout design module, control design module, script design module, control design module, trigger module, control service module, HTML design module, and CSS design module may be set for the current design page.

Specifically, in step S4, the setting of the service information to be displayed in the form region of the current design page by the layout design module may specifically be as follows: the layout design module correspondingly sets corresponding secondary controls or primary controls to be displayed in the panel area through the control IDs, a plurality of secondary controls are packaged into a complete primary control, a control name is given to the corresponding primary control, and at the moment, the primary control is only equivalent to a control container and also has the control ID.

In addition, the layout design module is further configured to arrange a panel area in the window area and business information in the layout area, where the business information specifically includes, but is not limited to, a number of display layers of a primary control, a secondary control, a data source, and a design page, and specifically, edit menu hierarchical contents of a form and a panel in the layout design module, and add the packaged primary control or secondary control to the panel area.

Each design module is provided with a menu bar, and the menu bar comprises control buttons such as storage, modification, addition, deletion, generation and the like.

The description of the interface designer is given by taking a customer information storage system as an example of a system to be rapidly developed:

s1: entering the menu generating module, and adding subtitles such as a building company personnel information list title or a building company department personnel information list to generate a user use interface list;

s2, clicking a certain design page in the user use interface list to enter a design process;

s3, editing relevant basic information of the current design page in the basic information module for information display on an interface, if the page is used for inquiring the existing customer information, defining the page type as an inquiry page, defining the page title as a Xiamen company department personnel information inquiry page and defining the page ID of the unique identification of the inquiry page;

s4: the layout design module correspondingly sets a corresponding secondary control or a primary control to be displayed in the panel area through a control ID, a plurality of secondary controls are packaged into a complete primary control and a control name is given to the corresponding primary control, for example, a form input control (secondary control) which can specifically edit or display the detailed information of a client is packaged into a linkage selection drop-down box (primary control), and the specific information is edited or checked by sequentially selecting a company, a department and a specific person to finally pop up the form input control;

s5: editing the control ID, the control type, the control title and the binding field of the secondary control of the primary control or the secondary control in the control design module;

s6: setting a control ID and a table name of external data in the mapping design module to realize rapid import configuration of an external data source, such as directly importing basic information of employee names, contact ways, positions and the like of departments of a company from an external table list;

s7: editing script logic to be executed before the action of the primary control or the secondary control in a script design module, and judging whether the primary control or the secondary control meets the execution requirement, if so, when a save key of a page is clicked after the input of the list is finished, the script design module can execute the edited script logic to judge whether multiple conditions such as a duplicate name, a lack of the number digit of a contact way number or an obvious error of position information and the like exist in the list, if so, the system is not allowed to execute the save action, and corresponding reminding information is popped up;

s8: the external business logic to be executed by the primary control or the secondary control is set in the control design module through binding of a service ID and a control ID, if people need to increase or decrease under the condition of people flow, when an increase key in a page is clicked, the default execution of the external business logic related to people import is equivalent to the mapping import of a single edition, and when a decrease key in the page is clicked, the default execution of the external business logic related to popping up an existing people list is selected to delete the business logic related to the related people:

s9: setting a check condition in the trigger module, wherein the check condition is used for checking a result after external business logic is executed, if the logic of increasing and decreasing the number of the members is executed, checking the number of the members in the system, if the number of the members is increased, adding the number of the members corresponding to the increase of the members to form the final total number of the members, and if the number of the members is decreased, subtracting the number of the members corresponding to the decrease of the members from the recent data to form the final total number of the members;

s10: clicking and saving to complete the design of the current design page;

s11, whether other design pages are designed continuously or not is judged, if yes, the step S2 is returned, and if not, the step S12 is executed;

s12: and clicking to generate, and importing all designed design pages into the project basic framework to form a final customer demand system.

In conclusion, the interface designer integrally adopts the cooperation and interaction of a plurality of design modules, the source code amount can be greatly reduced by a way of quickly configuring an interface by the existing framework, the development time of a user is further reduced, the labor cost is effectively reduced by reducing the development time, and meanwhile, a system developer or a system implementer can quickly develop an information management interface satisfying the user through simple training.

Almost every design module has control information flow, work logic and running sequence relation with other design modules, the layout design module is used for a user to edit the whole page layout and control structure level, firstly, a general frame of the page design is determined, the control design module is used for editing specific relevant information of a single control or a plurality of controls in the single control on the basis of the layout design module to form a complete front-end page effect, then, on the basis of the front end, the user can realize the quick importing of data at the back end or the logic editing and execution under different application scenes by combining at least one of the script design module, the control design module, the mapping design module and the trigger module.

In an embodiment, the report designer generates the report through an Excel template and the data source. The report designer comprises a design detail module and a data binding module, wherein the design detail module is used for editing a report ID of a report to be exported, a report name of the report to be exported and a template file name of an Excel template to be adopted; the data binding module is used for inputting a service name and a corresponding service ID of a certain external service logic so as to bind the external service logic to be executed in the Excel module to be adopted.

The method comprises the steps of defining front-end controls of a report, such as a date control, a drop-down box control and the like, through an interface designer to generate report controls, then defining the format of the report in an Excel template, wherein the format of the report comprises classification and display areas of data sources and the like, and finally filling the report data source in the service designer into the Excel template according to external business logic and a self-defined function to generate and output a final report result.

Specifically, a plurality of areas to be filled are arranged in the Excel template, each area to be filled comprises a service ID filling area and a data source ID filling area, the service ID filling area is used for filling a service ID of an external service logic to be executed by the area to be filled, and the data source filling area is used for filling a data source ID of a data source to be exported from the area to be filled; and when the report is exported, each area to be filled displays the corresponding data source according to the ID of the data source.

The report generated by the report designer comprises information such as data, two-dimensional codes, bar codes and charts. The report designer can further design a report by combining a custom function, wherein the custom function is written in an Excel template in advance and is used for realizing the function which cannot be realized by the conventional external business logic, for example, automatic paging is carried out according to the data source, and when the data source reaches five rows, automatic paging is carried out by taking every five rows as a unit through custom function editing.

By way of example: the user wants to create a purchase and sale contract form, and the contents to be filled in the Excel template include supplier information, demander information, product name, quantity, unit price, total amount, delivery warehouse, settlement period, etc. Taking the product name, on the Excel template, the head-up of the form is the product name, the table to be filled below the product name is a field such as $ { gxht. Product }, the first half part in parentheses, that is, the part before the point number in parentheses, is the service ID filling area, and is used for filling the service ID of the external service logic to be executed, that is, gxht in this example; the second half part in the parentheses, namely the part behind the dot number in the parentheses, is the data source ID filling area, and is used for filling the data source ID of the data source which the form to be filled finally wants to display, namely, the product name in this example, and in the external service logic of gxht, namely, the source code, the execution command of "product name =" is correspondingly edited, so that the display of each data source on the Excel template can be quickly realized, and the design of the whole form is finally completed.

The report designer can effectively and accurately realize the data source output of each area to be filled by setting the service ID filling area and the data source ID filling area on the Excel template, when the Excel template and the external service logic reach a certain number, any Excel template can be provided to generate the report wanted by quickly matching the corresponding external service logic through the service ID, the problem that each part is edited again when the traditional report is exported is solved, the source code amount when the user exports different reports is greatly reduced, the overall operation is simple, the visualization degree is strong, and the report can be used by users with only some programming bases.

In an embodiment, the interface designer is configured to interface with an external system via the data source as a parameter implementation of the request interface. The interface designer comprises a service module and a calling module, wherein the service module is used for providing an interface ID for external input parameters, the calling module is used for calling an external interface by a system, the interface ID and an external interface address are defined in the calling module by the calling outside, and then an action of inquiring the interface address is triggered. The web services supported by the interface designer or the supported interface types include soap web service and rest api. The implementation process includes firstly defining a parameter generation service and a parameter analysis service of an interface in a service designer, then configuring the type of the interface in the interface designer, such as a soap webservice or a rest api, and finally selecting the parameter generation service and the parameter analysis service in the service design in the interface designer to complete the definition of the interface, where the parameter generation service and the parameter analysis service are data sources generated by the service designer.

Specifically, after configuring the service ID corresponding to the external service logic to be executed in the interface designer, before the interface is called, the interface designer triggers execution of the corresponding external service logic, and after the external service logic is executed, the external service logic returns to a data source, and the data source is used as a parameter of the request interface, thereby implementing data transmission of the interface.

The traditional interface development needs a developer to locally compile interface codes by using Java or other server languages, and the interface can be tested after local compiling and publishing, but the interface designer of the scheme only needs to know SQL grammar implementers to realize the definition of the interface without understanding the programming language of the server, defines the interface in the designer, can be directly used without compiling and publishing, and improves the development efficiency of the interface to a great extent.

Compared with the traditional report development, the designer does not need to write Java codes, and only needs to know the designed function expression and the definition of the SQL data source, so that the requirement on report developers is reduced, and the report development efficiency is improved.

In an embodiment, the chart designer is used for designing a chart by combining a visualization form with the data source, the chart designer simplifies the design of the chart by using the visualization form based on the ECharts, and the chart designer supports other common graphs such as pie charts, line charts, column charts, dashboards, thermodynamic diagrams and tree diagrams. The implementation process comprises the following steps of firstly defining the type, the attribute, the name and the chart ID of the chart in a chart designer, then correspondingly calling the chart through the chart ID by a user in an interface designer and defining a display area of the chart for displaying the chart, and finally triggering and executing external business logic and outputting the data source by the chart designer to design the chart. The chart can be designed in the information system in the above mode.

A traditional chart needs professional developers to define chart types and data according to a chart API, development efficiency is low due to thousands of attributes of the chart, compared with traditional chart development, the chart designer provides a concise development mode, a user can design the chart in a web visual interface, and each attribute has rich description and examples, so that the aim of improving development efficiency is fulfilled.

In the embodiment, the flow designer integrates an Activiti workflow engine, adopts and follows BPMN2.0 standard, is mature and stable, and supports the most complex business flow definition. Each BPM business function of the process engine is provided to a developer in a service form. By using these services, developers can build BPM applications that are functionally rich, lightweight, and efficient. The process designer comprises the management of the process model, the process management, the examination and approval of the My, the to-do matters, the already-done matters, the settlement matters and the process monitoring. The implementation process comprises the following steps of defining a submission control and a flow form of the flow in the interface designer, defining a flow process of the flow in the flow model management of the flow designer, distributing the tasks to be handled to a system user for handling after the user initiates the flow, and viewing the handled events and the finished events after the user handles the tasks.

In an embodiment, the import designer is used for generating a final form from data required by a user in external form data and importing the final form into the design page or the system to be developed. Specifically, the import designer includes an import information editing area and a column configuration editing area.

The import information editing area is used for editing the table name and the table ID of the finally generated table, editing the service ID of the external business logic to be called, editing range information such as a starting row, a starting column, a last column and a last row to be imported in the external table, and only analyzing the content range desired by the user.

The column configuration editing area is used for editing the column sequence number of the finally generated table and the column field name and the column name of the corresponding column sequence number. Each column field name corresponds to a column of data, and the field names are used for corresponding to specific data of a corresponding column which is required to be read by external business logic identification and are displayed according to a column serial number and a column name.

The method for importing the data into the form can effectively achieve initial range selection of the form to be imported, avoids unnecessary data analysis, can effectively accelerate the whole importing speed, meanwhile, the column names are used as unique identification marks of corresponding columns which can be identified by a computer, rapid importing of the data of a certain column can be effectively achieved, meanwhile, sequencing can be conducted according to different application scenes and the importance degree of column information in combination with column serial numbers, the design is ingenious, meanwhile, compared with traditional importing development, an importing designer defines an importing format through a visual web interface, and development difficulty and efficiency are greatly improved.

The system configuration device further comprises a message designer, wherein the message designer is used for importing some external document information such as TXT format, the document information only comprises a row sequence number and a row field name, and the importing principle of the message designer is consistent with that of the importing principle of the importing designer.

The above description is only a preferred embodiment of the present invention and is not intended to limit the present invention, and various modifications and changes may be made by those skilled in the art. Any modification, equivalent replacement, or improvement made within the spirit and principle of the present invention should be included in the protection scope of the present invention.

Claims (8)

1. A enterprise information management system configuration device based on JavaWeb is characterized in that: the system comprises an interface designer, a service designer and a report designer;

the interface designer is used for defining each design page according to business requirements; the interface designer comprises a layout design module, a control design module and a mapping design module;

the layout design module is used for defining the service information displayed in the design page; the control design module is used for defining control IDs, control types, control titles and binding fields of the primary controls and the secondary controls; the mapping design module is used for quickly binding the primary control or the secondary control through the control ID, carrying out data calling corresponding to the field name of the external service data through the binding field of the secondary control, and displaying the data source corresponding to the control title and the external service data on the design page;

the interface designer further comprises a script design module and a control design module, wherein the script design module is used for editing the script logic of the secondary control or the primary control, correspondingly executing the script logic configured by the control after the secondary control acts, and displaying a corresponding service effect on the design page; the control design module is used for binding the script logic through the control ID after the script design module acts on the secondary control, and judging whether the script logic can be executed or not through judging conditions;

the interface designer further comprises a control service module and a trigger module; the control service module is used for directly providing external business logic to be executed for the secondary control through the control ID; the trigger module is used for realizing that the corresponding secondary control executes and updates the data after the external service logic runs by binding the control ID after the external service logic is executed;

the service designer is used for being responsible for defining, executing and monitoring external service logic and setting a service ID of the external service logic; after the external business logic is executed, a data source is generated and used for direct display or re-calling;

and the report designer realizes report generation through an Excel template and the data source.

2. The apparatus for configuring java web based enterprise information management system according to claim 1, wherein: the layout design module can realize the packaging of a plurality of the primary controls, and a plurality of the secondary controls are packaged to form one primary control.

3. The apparatus for configuring java web based enterprise information management system according to claim 2, wherein: the design page comprises a form area and at least one panel area, and the panel area can display query controls and list information; the layout design module is used for setting controls displayed in the form area and the panel area and managing the attribute or the query effect of the query control.

4. The apparatus for configuring java web based enterprise information management system according to claim 1, wherein: and the script design module correspondingly executes the script logic configured by the primary control or the secondary control by providing the control ID after a user clicks, changes the numerical value or moves and edits.

5. The JavaWeb-based enterprise information management system configuration device of claim 1, wherein the service designer is provided with an external service logic editing area for editing external service logic and inputting service ID, each external service logic corresponds to a unique service ID; and the input parameters are processed by the external business logic and finally output to the data source.

6. The JavaWeb-based enterprise information management system configuration device of claim 1, wherein the report designer comprises a design detail module and a data binding module, the design detail module is used for editing the report ID of the report to be exported, the report name of the report to be exported and the template file name of the Excel template to be adopted; the data binding module is used for inputting a service name and a corresponding service ID of a certain external service logic so as to bind the external service logic to be executed in the Excel module to be adopted.

7. The device for configuring the enterprise information management system based on the JavaWeb as claimed in claim 1, wherein a plurality of areas to be filled are arranged in the Excel template, each area to be filled comprises a service ID filling area and a data source ID filling area, the service ID filling area is used for filling the service ID of the external service logic to be executed by the area to be filled, and the data source filling area is used for filling the data source ID of a data source to be exported from the area to be filled; and when the report is exported, each area to be filled displays the corresponding data source according to the ID of the data source.

8. The apparatus for configuring java web based enterprise information management system according to claim 1, wherein: the configuration device further comprises an interface designer, wherein the interface designer is used for interfacing with an external system through the data source as a parameter implementation of a request interface.

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