CN108647026B - Visual interface integration method and system based on dynamic grid - Google Patents
Visual interface integration method and system based on dynamic grid Download PDFInfo
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- CN108647026B CN108647026B CN201810460603.8A CN201810460603A CN108647026B CN 108647026 B CN108647026 B CN 108647026B CN 201810460603 A CN201810460603 A CN 201810460603A CN 108647026 B CN108647026 B CN 108647026B
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Abstract
The invention discloses a visual interface integration method and a visual interface integration system based on dynamic grids, wherein the method comprises the following steps: loading an interface module to be integrated, and constructing an optional interface content list, wherein the interface module to be integrated is generated according to the interface preview content of the compiled independent interface module, and the independent interface module is an interface unit packaged according to standard software interface specifications; setting an interface grid layout; setting a mapping relation between grid cells and interface contents; generating a preview interface; and generating an application software publishing package. According to the invention, the WYSIWYG software interface integration capability is realized through the technical approaches of interface gridding layout, modular assembly, preview display and the like, and the flexibility, the agility and the visibility of software interface development are enhanced.
Description
Technical Field
The invention relates to a software integration technology, in particular to a visual integration method and a visual integration system based on dynamic grids, aiming at a module level interface unit to be integrated.
Background
In recent years, software modularization development is widely accepted, a large number of general (such as tables, trees, Gantt charts and the like) or special (such as an equipment structure chart, a user relation chart and the like) interface modules are accumulated in the development process of each business field, and the software interface development is based on the existing interface result, adopts a mode of combining multiplexing, transformation and new research, and forms a final interface through integrated development. The software developer and the user directly interact with each other, and the requirement confirmation and the interface development are completed in a WYSIWYG mode, so that a more efficient mode is formed. However, the current visualization tool only solves the development process from the control to the module level interface unit, the visualization tool integrating the module level interface unit into the software is lacked, and a software developer lacks an interface integration method supporting flexible and reconfigurable interface layout, quick replaceable interface content and visual interface effect.
Disclosure of Invention
The technical problem to be solved by the invention is as follows: aiming at the problems in the prior art, a visual interface integration method and a visual interface integration system based on dynamic grids are provided, the visible-to-the-details software interface integration capability is realized through technical approaches such as interface gridding layout, modular assembly, preview display and the like, and the flexibility, the agility and the visibility of software interface development are enhanced.
The invention provides a visual interface integration method based on dynamic grids, which comprises the following steps:
loading an interface module to be integrated, and constructing an optional interface content list, wherein the interface module to be integrated is generated according to the interface preview content of the compiled independent interface module, and the independent interface module is an interface unit packaged according to standard software interface specifications;
setting an interface grid layout;
setting a mapping relation between grid cells and interface contents;
generating a preview interface;
and generating an application software publishing package.
Further, the method for compiling the interface preview content of the independent interface module comprises a static picture mode and/or a dynamic object mode;
the still picture mode includes: acquiring an interface preview static picture of an independent interface module, compiling a configuration file and setting an association relation between interface preview content and the interface preview static picture;
the dynamic object mode includes: the interface display element object acquisition interface is realized according to the interface specification, and interface access paths and parameter information of dynamic objects to be loaded for interface preview are specified by a configuration file;
the interface module to be integrated corresponding to the static picture mode comprises a software execution body, a configuration file and an interface preview static picture, and the interface module to be integrated corresponding to the dynamic object mode comprises a software execution body, a configuration file and a dynamic object interface export file.
Further, the interface module to be integrated can be added, deleted and/or updated as required.
Further, the method for setting the interface grid layout comprises grid segmentation and position dragging;
the grid segmentation comprises: segmenting the interface into m multiplied by n grid units with equal areas through regular division or segmenting the interface into m multiplied by n grid units with unequal areas through user-defined segmentation, wherein m and n are positive integers;
the position drag includes: dragging the separation lines to change the size of the grid cells; dragging the selected grid cell to stop at the upper, lower, left and right positions of other grid cells so as to change the position layout.
Further, the method for setting the mapping relation between the grid unit and the interface content comprises selecting, filling, dragging and/or deleting,
the selecting and filling comprises the following steps: selecting a grid unit, selecting and setting corresponding interface content in a pop-up menu form, and directly constructing a mapping relation between the grid unit and the interface content;
the dragging includes: selecting interface content from the constructed selectable list, placing the interface content into a corresponding grid unit in a dragging mode, and constructing a mapping relation between the interface content and the grid unit by taking a coordinate relation as a medium;
the deleting includes: and selecting a grid unit, clicking a delete button on the upper right corner of the interface preview or selecting and deleting interface contents in a pop-up menu mode, and removing the mapping relation between the grid unit and the interface contents.
Another aspect of the present invention provides a dynamic grid-based visual interface integration system, including:
the loading unit is used for loading an interface module to be integrated and constructing an optional interface content list, the interface module to be integrated is generated according to the interface preview content of the compiled independent interface module, and the independent interface module is an interface unit packaged according to the standard software interface specification;
the grid layout unit is used for setting interface grid layout;
the mapping relation setting unit is used for setting the mapping relation between the grid unit and the interface content;
the preview interface generating unit is used for generating a preview interface;
and the software release package generating unit is used for generating the application software release package.
Further, the method for compiling the interface preview content of the independent interface module comprises a static picture mode and/or a dynamic object mode;
the still picture mode includes: acquiring an interface preview static picture of an independent interface module, compiling a configuration file and setting an association relation between interface preview content and the interface preview static picture;
the dynamic object mode includes: the interface display element object acquisition interface is realized according to the interface specification, and interface access paths and parameter information of dynamic objects to be loaded for interface preview are specified by a configuration file;
the interface module to be integrated corresponding to the static picture mode comprises a software execution body, a configuration file and an interface preview static picture, and the interface module to be integrated corresponding to the dynamic object mode comprises a software execution body, a configuration file and a dynamic object interface export file.
Further, the method for setting the interface grid layout comprises grid segmentation and position dragging;
the grid segmentation comprises: segmenting the interface into m multiplied by n grid units with equal areas through regular division or segmenting the interface into m multiplied by n grid units with unequal areas through user-defined segmentation, wherein m and n are positive integers;
the position drag includes: dragging the separation lines to change the size of the grid cells; dragging the selected grid cell to stop at the upper, lower, left and right positions of other grid cells so as to change the position layout.
Further, the method for setting the mapping relation between the grid unit and the interface content comprises selecting, filling, dragging and/or deleting,
the selecting and filling comprises the following steps: selecting a grid unit, selecting and setting corresponding interface content in a pop-up menu form, and directly constructing a mapping relation between the grid unit and the interface content;
the dragging includes: selecting interface content from the constructed selectable list, placing the interface content into a corresponding grid unit in a dragging mode, and constructing a mapping relation between the interface content and the grid unit by taking a coordinate relation as a medium;
the deleting includes: and selecting a grid unit, clicking a delete button on the upper right corner of the interface preview or selecting and deleting interface contents in a pop-up menu mode, and removing the mapping relation between the grid unit and the interface contents.
Another aspect of the present invention provides a computer readable storage medium having a computer program stored thereon, wherein the computer program, when executed by a processor, implements the steps of the method as described above.
Compared with the prior art, the invention realizes that:
dynamic variability of gridding layout, which accords with a software development mode of interface comprehensive design and content partitioning development, mainly combines interface gridding layout with dynamic variability of grid positions, and has flexible, concise, efficient and visual operation mode.
Interface layout modularization replaceability-decoupling between interface layout and specific interface module realization is realized through the mapping relation between grids and interface contents, so that the dynamic replaceability of the interface contents is supported, and the independent developability and the inheritability of the interface modules are met.
The interface effect is visible in real time, namely a visual integrated tool has the interface effect rendering capability of what you see is what you get through the interface preview mode, the influence caused by the deviation between the software interface design and the specific implementation can be reduced, and the interestingness of the interface development can be enhanced.
Drawings
The invention will now be described, by way of example, with reference to the accompanying drawings, in which:
FIG. 1 is a flow chart of a dynamic grid-based visualization interface integration method of the present invention;
FIG. 2 is a schematic view of an interface grid layout;
FIG. 3 is a visualization interface integration tool interface schematic.
Detailed Description
All of the features disclosed in this specification, or all of the steps in any method or process so disclosed, may be combined in any combination, except combinations of features and/or steps that are mutually exclusive.
Any feature disclosed in this specification may be replaced by alternative features serving equivalent or similar purposes, unless expressly stated otherwise. That is, unless expressly stated otherwise, each feature is only an example of a generic series of equivalent or similar features.
The invention provides an interface integration method, which is used for realizing visual preview and integration of an interface unit by associating and mapping grid content and an interface object based on a dynamic gridding and splitting process of an interface, and comprises the following steps as shown in figure 1:
step S11: developing interface modules according to a unified interface specification
According to the standard interface specification, software developers package each interface unit into an independent interface module which can be uniformly loaded and scheduled.
Step S12: interface preview content of programming interface module
Compiling an interface preview style of the interface module and setting a preview object. The interface preview style and the compiling method of the preview object comprise two modes:
the first mode is as follows: still picture mode
And acquiring an interface preview static picture (BMP, JPG, PNG, GIF format) of the interface module by an interface screenshot tool or other means. And compiling a configuration file to set the association relationship between the interface preview content and the interface static preview picture. And packaging the software executer, the configuration file and the interface preview static picture included by the interface module to generate the interface module to be integrated.
And a second mode: dynamic object mode
And realizing an interface display element object acquisition interface according to the interface specification. And compiling a configuration file to specify an interface access path and parameter information of the dynamic object to be loaded for interface preview. And packaging the software executive body, the configuration file and the dynamic object interface export file included by the interface module to generate the interface module to be integrated.
The still picture mode and the dynamic object mode can be used independently or in combination between the respective modules. The static picture mode is the final operation effect of a software interface through picture simulation, the dynamic object mode is a real interface created through the software interface, and the dynamic object mode is recommended to be preferentially adopted.
Step S13: on-demand loading interface module
And starting and running the visualization integration tool, wherein a visualization interface integration tool interface schematic diagram is shown in fig. 3, selecting the interface module finished in the step S12, loading the interface module into the visualization integration tool, and constructing the selectable interface content list in the step S15. In some embodiments, interface modules may be added, deleted, updated as needed.
Step S14: setting interface grid layout
And performing gridding layout on the interface, wherein a schematic diagram of the interface gridding layout is shown in FIG. 2, wherein S21-S25 are grid cells. The specific operation method comprises the following steps:
1. grid segmentation
The interface is segmented into m multiplied by n grid units with equal areas through regular division or into m multiplied by n grid units with unequal areas through self-defined segmentation, wherein m and n are positive integers.
2. Position drag
The size and position of the grid cell are changed by dragging the dividing line with the mouse.
The grid cell is selected through mouse dragging to realize the stop in the upper, lower, left and right four position directions of other grid cells, thereby changing the position layout.
Step S15: setting mapping relation between grid cells and interface content
And setting the interface content of the grid unit to complete the construction of the corresponding relation between the grid unit and the interface module. The setting mode includes:
1. selective filling
The method takes grid cells as a main body and takes interface contents as an object to be selected. The specific operation mode is that a grid cell is selected through a mouse, corresponding interface content is selected and set in a pop-up menu mode, and the mapping relation between the grid cell and the interface content is directly constructed.
2. Drag and drop
The method takes an interface module as a main body and takes a grid unit as an object to be selected. The specific operation mode is to select an interface module from the selectable list constructed in step S13, place the interface module into the corresponding grid cell in a mouse dragging manner, and construct the mapping relationship between the interface module and the grid cell by using the coordinate relationship as a medium.
3. Deleting
And selecting a grid cell by a mouse, clicking a delete button on the upper right corner of the interface preview or selecting and deleting interface contents in a pop-up menu mode, and removing the mapping relation between the grid cell and the interface contents.
Step S16: generating a software preview interface
The interface content in each network element is based on the preview content preset in step S12, and the visualization interface tool automatically renders the interface preview content and directly presents the interface effect to the software developer. And the software developer can confirm and judge according to the interface effect, if the requirements are met, the next step is carried out by selecting the storage setting, and if the requirements are not met, the software developer can return to the previous step for adjustment and modification.
Step S17: publishing software packages
And generating an application software distribution package according to the compiled interface module integration attribute, the confirmed interface layout and the grid content preview effect. A software user can install and operate the application software through the application software publishing package, and the fact that the actual operation interface of the software is consistent with the preview interface in the integration process is confirmed, namely the original requirements of the user are met.
In another aspect of the present invention, a visual interface integration system based on dynamic grid is provided, which includes:
the loading unit is used for loading an interface module to be integrated and constructing an optional interface content list, the interface module to be integrated is generated according to the interface preview content of the compiled independent interface module, and the independent interface module is an interface unit packaged according to the standard software interface specification;
the grid layout unit is used for setting interface grid layout;
the mapping relation setting unit is used for setting the mapping relation between the grid unit and the interface content;
the preview interface generating unit is used for generating a preview interface;
and the software release package generating unit is used for generating the application software release package.
The invention is not limited to the foregoing embodiments. The invention extends to any novel feature or any novel combination of features disclosed in this specification and any novel method or process steps or any novel combination of features disclosed.
Claims (8)
1. A visual interface integration method based on dynamic grids is characterized by comprising the following steps:
loading an interface module to be integrated, and constructing an optional interface content list, wherein the interface module to be integrated is generated according to the interface preview content of the compiled independent interface module, and the independent interface module is an interface unit packaged according to standard software interface specifications;
setting an interface grid layout;
setting a mapping relation between grid cells and interface contents;
generating a preview interface;
generating an application software publishing package;
the method for compiling the interface preview content of the independent interface module comprises a static picture mode and/or a dynamic object mode;
the still picture mode includes: acquiring an interface preview static picture of an independent interface module, compiling a configuration file and setting an association relation between interface preview content and the interface preview static picture;
the dynamic object mode includes: the interface display element object acquisition interface is realized according to the interface specification, and interface access paths and parameter information of dynamic objects to be loaded for interface preview are specified by a configuration file;
the interface module to be integrated corresponding to the static picture mode comprises a software executive body, a configuration file and an interface preview static picture, and the interface module to be integrated corresponding to the dynamic object mode comprises a software executive body, a configuration file and a dynamic object interface export file;
the method for setting the interface grid layout comprises grid segmentation and position dragging;
the grid segmentation comprises: segmenting the interface into m multiplied by n grid units with equal areas through regular division or segmenting the interface into m multiplied by n grid units with unequal areas through user-defined segmentation, wherein m and n are positive integers;
the position drag includes: dragging the separation lines to change the size of the grid cells; dragging the selected grid cell to stop at the upper, lower, left and right positions of other grid cells so as to change the position layout.
2. A dynamic grid-based visual interface integration method as claimed in claim 1, wherein the interface module to be integrated can be added, deleted and/or updated as required.
3. A dynamic grid-based visual interface integration method as claimed in claim 1, wherein the method for setting the mapping relationship between the grid cells and the interface content comprises selecting, filling, dragging and/or deleting,
the selecting and filling comprises the following steps: selecting a grid unit, selecting and setting corresponding interface content in a pop-up menu form, and directly constructing a mapping relation between the grid unit and the interface content;
the dragging includes: selecting interface content from the constructed selectable list, placing the interface content into a corresponding grid unit in a dragging mode, and constructing a mapping relation between the interface content and the grid unit by taking a coordinate relation as a medium;
the deleting includes: and selecting a grid unit, clicking a delete button on the upper right corner of the interface preview or selecting and deleting interface contents in a pop-up menu mode, and removing the mapping relation between the grid unit and the interface contents.
4. The system for implementing the dynamic grid-based visual interface integration method of claim 1, comprising:
the loading unit is used for loading an interface module to be integrated and constructing an optional interface content list, the interface module to be integrated is generated according to the interface preview content of the compiled independent interface module, and the independent interface module is an interface unit packaged according to the standard software interface specification;
the grid layout unit is used for setting interface grid layout;
the mapping relation setting unit is used for setting the mapping relation between the grid unit and the interface content;
the preview interface generating unit is used for generating a preview interface;
and the software release package generating unit is used for generating the application software release package.
5. A visual interface integration system based on dynamic grids as claimed in claim 4, characterized in that, the method for composing the interface preview content of the independent interface module comprises a static picture mode and/or a dynamic object mode;
the still picture mode includes: acquiring an interface preview static picture of an independent interface module, compiling a configuration file and setting an association relation between interface preview content and the interface preview static picture;
the dynamic object mode includes: the interface display element object acquisition interface is realized according to the interface specification, and interface access paths and parameter information of dynamic objects to be loaded for interface preview are specified by a configuration file;
the interface module to be integrated corresponding to the static picture mode comprises a software execution body, a configuration file and an interface preview static picture, and the interface module to be integrated corresponding to the dynamic object mode comprises a software execution body, a configuration file and a dynamic object interface export file.
6. The dynamic grid-based visual interface integration system of claim 4, wherein the method for setting the interface grid layout comprises grid slicing and position dragging;
the grid segmentation comprises: segmenting the interface into m multiplied by n grid units with equal areas through regular division or segmenting the interface into m multiplied by n grid units with unequal areas through user-defined segmentation, wherein m and n are positive integers;
the position drag includes: dragging the separation lines to change the size of the grid cells; dragging the selected grid cell to stop at the upper, lower, left and right positions of other grid cells so as to change the position layout.
7. A dynamic grid-based visual interface integration system according to claim 4, wherein the method for setting the mapping relationship between the grid cells and the interface contents comprises selecting, filling, dragging and/or deleting,
the selecting and filling comprises the following steps: selecting a grid unit, selecting and setting corresponding interface content in a pop-up menu form, and directly constructing a mapping relation between the grid unit and the interface content;
the dragging includes: selecting interface content from the constructed selectable list, placing the interface content into a corresponding grid unit in a dragging mode, and constructing a mapping relation between the interface content and the grid unit by taking a coordinate relation as a medium;
the deleting includes: and selecting a grid unit, clicking a delete button on the upper right corner of the interface preview or selecting and deleting interface contents in a pop-up menu mode, and removing the mapping relation between the grid unit and the interface contents.
8. A computer-readable storage medium, on which a computer program is stored, which, when being executed by a processor, carries out the steps of the method of any one of claims 1 to 3.
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| CN109783089A (en) * | 2019-01-10 | 2019-05-21 | 北京智融网络科技有限公司 | Data drawing list dynamic interaction system, calculates equipment and readable storage medium storing program for executing at method |
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