CN109542442A - A kind of display interface edit methods based on ARINC661 standard - Google Patents
A kind of display interface edit methods based on ARINC661 standard Download PDFInfo
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- G06F—ELECTRIC DIGITAL DATA PROCESSING
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- G06F8/38—Creation or generation of source code for implementing user interfaces
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Abstract
The disclosure provides a kind of display interface edit methods based on ARINC661 standard, and display interface includes one or more figure layers, wherein the display interface edit methods include: the XML script for defining display interface；The management of one or more of figure layers is realized by XML script using visual editor；The XML script of display interface is saved, the executable binary system DF file that can be parsed by target machine is converted into.The display interface edit methods meet growing, the complicated graphical demand of cockpit display system, significantly reduce the difficulty of DF designer.
Description
Technical field
The present invention relates to the visualizing editing method for the display interface for meeting ARINC661 standard and system, by using can
Depending on the edit methods and XML extensible markup language changed, the target machine that cooperation can parse DF file forms a set of general meet
The display interface generation method and system of ARINC661 standard, thus solve graphical interfaces Visual Creating, editor and generation
The problem of.
Background technique
SCADE is the major product series of French Ace Te Er Technology Co., Ltd..It grinds for aviation electronics display system
Unit processed provides a set of total solution for meeting ARINC661 standard.Although function is more powerful, expense compares
Height, early investment is bigger, and late maintenance cost is also higher.For this purpose, developing a kind of display interface editor of ARINC661 standard
Method has saved resource to avoid the high cost at project experimental development initial stage, additionally it is possible to improve the efficiency of experiment.
Currently, there are one the ARINC661 developing instrument java arrinc661 to increase income, the function of this tool also compares
It is relatively complete, but tool editing interface is simple, and data is fewer, some functions be not easy using, it is therefore desirable to develop a set of
Powerful, easy-to-use, highly integrated arinc661 editing machine, to meet the growing, complicated graphical of cockpit display system
The difficulty of DF designer is greatly reduced in demand.
Summary of the invention
The display interface edit methods based on ARINC661 standard through the invention realize above-mentioned purpose, wherein showing boundary
Face includes one or more figure layers, and the display interface edit methods include: the XML script for defining display interface；Using visual
Change the management that editing machine realizes one or more of figure layers by XML script；The XML script of display interface is saved, conversion
At the executable binary system DF file that can be parsed by target machine.
In above-mentioned display interface edit methods, it can be realized by XML script using tree construction one or more of
The management of figure layer, to adjust the Z order of figure layer in the display interface.
In above-mentioned display interface edit methods, each figure layer may include one or more graphic elements (widgets),
Visual editor can be used doubly linked list and carry out to the graphic element in a figure layer in one or more of figure layers
Management.
In above-mentioned display interface edit methods, being managed to graphic element may include shared category to graphic element
Property carry out batch modification.
In above-mentioned display interface edit methods, the management to one or more of figure layers may include carrying out to figure layer
It hides, duplication, delete.
Above-mentioned display interface edit methods can also include that the binary system DF running paper converted is had parsing energy
On the target machine of power, to verify display interface edited result.
In above-mentioned display interface edit methods, it can star the UA client of visual editor, pass through UA client
Send the communications protocol based on ARINC661 to target machine, modification graphic element at runtime can Alternative Attribute, it is dynamic to generate
Draw effect.
Above-mentioned display interface edit methods, can satisfy that cockpit display system is growing, complicated graphical demand, greatly
Width reduces the development difficulty of DF designer, improves development efficiency.
By the present invention in that cooperation can parse DF file with visual edit methods and XML extensible markup language
Target machine forms a set of general display screen generating method and system based on ARINC661 standard, to solve visual
Change the problem of display picture generates.
User can use visualizing editing method editor of the invention, modification and save display picture figure, then
Display is run on the target machine that can parse DF file.Solve display interface be not easy to edit to DF executable file, modify,
The problems such as addition.
The present invention can create any figure layer, can be hidden, replicate, delete to figure layer, can to figure layer Z order into
Any adjustment of row.
The present invention can carry out batch modification to the shared attribute of widgets object；
According to another aspect of the present invention, propose the visualizing editing method of display interface, comprising: define figure layer and
The XML tag of widgets；Actual cockpit display interface is drawn by visual editor；According in visual editor circle
Display interface is drawn in face and generates general XML script, and the conversion of XML script is generated into the analysable DF text in target machine
Part.
The display interface edit methods, wherein affiliated widgets attribute includes: public attribute and privately owned attribute.
The display interface edit methods, wherein forming one by drawing the widgets in figure layer and figure layer
The process of a display interface XML file includes:
Create a figure layer；
Figure layer is drawn using basic figure widgets；
Wdgets in figure layer and figure layer is preserved, XML script is formed；
A figure layer is created again, repeats above step
The z-order of each figure layer is preserved；
According to the z-order of each figure layer, the XML script of All Layers is combined, forms the corresponding XML file of display interface；
The display interface edit methods further include being criticized using public attribute of the visual editor to widgets
Amount modification, in which:
Distinguish the public attribute and privately owned attribute of widgets；
It for the public attribute to be modified, is searched by doubly linked list, then batch modification；
Widgets after modification attribute is repainted out.
The display interface edit methods further include that visual editor contains a UA client, when client with
After operation can parse the target machine connection of DF file, the communications protocol of ARINC661 standard, modification can be met by sending
It can Alternative Attribute when the operation of the widgets drawn by editing machine.
Using display interface edit methods of the invention, development efficiency is also improved while cost is reduced.
Detailed description of the invention
The present invention will be described in detail with reference to the attached drawings, in which:
Fig. 1 describes the flow chart of display interface visualizing editing method according to an embodiment of the invention；
Fig. 2 shows the schematic diagram of the hierarchical relationship of display interface；
Fig. 3 shows the flow chart of the edit methods of the display interface using visual editor；
Fig. 4 shows the schematic diagram of visual editor editing interface according to an embodiment of the invention.
Specific embodiment
XML language is widely used extensible markup language, and the subset of standard generalized markup language is a kind of for marking
Note electronic document makes it have structural markup language.It provides unified method to describe and exchange independently of application program
Institutional data.It is the effective of technology and processing structure information cross-platform, dependent on content in Internet environment
Tool.
Fig. 1 describes the visualizing editing method of display interface according to an embodiment of the invention, including passing through can
Depending on changing editing machine editor actual displayed interface；The XML tag of map data mining platform based on definition and basic widgetsXML label,
XML file corresponding with actual displayed interface is generated according at the actual displayed interface of visual edit, and utilizes XML file
Convert thereof into the analysable DF file of target machine；And the UA client by visual editor, when client connects energy
After the target machine for enough parsing DF file, the communications protocol of ARINC661 standard can be met by sending, modification passes through visualization
It can Alternative Attribute when the operation for the widgets that editing machine is drawn.
Specifically, method and system of the invention a set of general XML tag definition especially set out, these labels can
It is accurate to describe figure layer, the relationship between widgets and multi-layer image in figure layer.The figure layer of definition and the attribute packet of widgets
Include figure layer ID, widgets title, multiple attributes of type widgets of widgets etc..Show the general XML mark of graphical interfaces
One specific embodiment of label is as follows:
<a661_Display>... ... ... ... ... ... ... defines a display interface
<A661_Layer>... ... ... ... ... ... ... defines a figure layer
<model>
<prop LayerId>... ... ... ... ... define the id of figure layer
<prop ContextNumber>... ... ... ... define the context relation of figure layer
<prop Height>... ... ... ... ... ... define the height of figure layer
<prop Width>... ... ... ... ... ... define the width of figure layer
</model>
<A661_widget name=" " type=" ">... ... defines the name and type of a widget
<model>
<prop name="PosX"value="5800"/>define the attribute and the corresponding value of attribute of widget
……………………
</A661_widget>... ... ... ... terminate the definition of a widget
</A661_Layer>... ... ... ... terminate the definition of a figure layer
……………………
Define other figure layers
</a661_Display>... ... ... terminate the definition of a display interface
By taking a circle as an example, the XML script of corresponding display interface is as follows:
<a661_Display library_version="0"supp_version="2">... define a display circle
Face
<model>
<prop name="ApplicationId"value="1"/>... draw the application program ID of display interface
</model>
<A661_Layer name=" a661_layer ">... defines a figure layer
<model>
<prop LayerId="0"/>... ... define a figure layer id
<prop ContextNumber="0"/>... ... define the context relation of figure layer
<prop Height="768"/>... ... ... define the width attribute of figure layer
<prop Width="1024"/>... ... ... define the length attribute of figure layer
</model>
<A661_widgetname=" GPArcCircle_1 " type=" A661_GP_ARC_CIRCLE ">... definition
One widget
<model>
<prop name="WidgetIdent"value="1"/>... define the ID of a widget
<prop name="Anonymous"value="A661_TRUE"/>... define circular ARINC661 standard
Attribute
<prop name="Visible"value="A661_TRUE"/>... ibid
<prop name="PosX"value="7780"/>... ibid
<prop name="PosY"value="10260"/>... ibid
<prop name="StartAngle"value="0"/>... ibid
<prop name="EndAngle"value="360"/>... ibid
<prop name="Radius"value="2260"/>... ibid
<prop name="StyleSet"value="0"/>... ibid
<prop name="ColorIndex"value="132"/>... ibid
<prop name="Filled"value="A661_TRUE"/>... ibid
<prop name="FillIndex"value="67"/>... ibid
<prop name="Halo"value="A661_TRUE"/>... ibid
</model>
</A661_widget>... ... ... ... terminate the definition of a widget
</A661_Layer>... ... ... ... terminate the definition of a figure layer
</a661_Display>... ... ... ... terminate the definition of a display interface
By above-mentioned definition, the XML tag of available display interface.Display interface can be infinite layering.Fig. 2 is aobvious
Show between layers, the tree-shaped relationship between layer and widgets is described as follows with XML language:
Next, method application visual editor of the invention.Visual editor is the visualization of XML script and parsing
Platform.In this way, the mapper of display interface does not have to the specific semantical definition for being concerned about XML, and value needs patterned
Display interface is designed, energy concentration can be helped to be placed on design interface, without paying close attention to low-level details.
Visual editor is realized using C# language.Fig. 3 shows visual editor is how to draw display interface
It produces and, be then converted into XML file, then reconvert is at executable df file.It includes step S301 building Layer figure layer
Object is managed, the newly-built of figure layer, deletion, duplication, visibility management are responsible for；Construct the public affairs of all ARINC661 Widget objects
Cobasis class defines the attribute and method of base class；Construct all ARINC661Widget objects subclass include Container,
Graphics, Interactive, Maps, Utilites define the attribute and method of subclass, create figure layer, in newly-built figure layer
The corresponding attribute of upper addition widgets, setting widgets, saves figure layer；S302 draw display interface need All Layers and
Doubly linked list can also can be used to the widgets object of each figure layer to the visibility of figure layer and Z sequence modification in widgets
It is managed, realizes that object shares the operations such as the quick lookup of attribute, modification, if you do not need to editor can jump to S303 step；
S303 will draw display interface and carry out XML serialization；XML file is converted to binary system DF file by S304；S305 starting editor
Device UA client, the communications protocol defined according to ARINC661 are communicated with having the target machine of parsing function, can be modified
When the operation of widgets can Alternative Attribute, simulation animation effect.
Above-described embodiment is for illustrating the principle of the present invention and its effect, and is not intended to limit the present invention.It is any
Person skilled in the art can without prejudice to spirit and under the scope of, modify to embodiment.Therefore of the invention
Protection scope, should be as listed by claims of the present invention.
Claims (7)
1. a kind of display interface edit methods based on ARINC661 standard, display interface includes one or more figure layers, wherein
The display interface edit methods include:
Define the XML script of display interface；
The management of one or more of figure layers is realized by XML script using visual editor；
The XML script of display interface is saved, the executable binary system DF file that can be parsed by target machine is converted into.
2. display interface edit methods according to claim 1, wherein realizing described one using tree construction by XML script
The management of a or multiple figure layers, to adjust the Z order of figure layer in the display interface.
3. display interface edit methods according to claim 1, wherein each figure layer includes one or more graphic elements,
Visual editor is managed the graphic element in a figure layer in one or more of figure layers using doubly linked list.
4. display interface edit methods according to claim 3, wherein being managed graphic element including to pattern primitive
The shared attribute of element carries out batch modification.
5. display interface edit methods according to claim 1, wherein including to the management of one or more of figure layers
Figure layer is hidden, replicate, is deleted.
6. display interface edit methods according to claim 1, further include, the binary system DF running paper converted is existed
On target machine with analytic ability, to verify display interface edited result.
7. display interface edit methods according to claim 6, wherein the UA client of starting visual editor, passes through
UA client to target machine send the communications protocol based on ARINC661, modification graphic element at runtime can Alternative Attribute,
To generate animation effect.
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