CN101276275A - Software development visualizing editing method aiming at set top box - Google Patents
Software development visualizing editing method aiming at set top box Download PDFInfo
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Abstract
The present invention provides a software development visualization editing method aiming at the set-top box, adopting SDF application protocol, mainly including two parts: (1) a method of background service system operation SDF application program existing in the set-top box; (2) a preparation method of SDF application program. The invention adopts the SDF application program protocol, reading and explaining produced SDF application program by utilizing a background explanation program, capable of processing development by utilizing component mode, and realizing a cross-platform in real meaning, reducing the difficulty of the set-top box development, improving the develop efficiency and safety at the same time.
Description
Technical field
The present invention relates to the digital television decoder technical field, relate in particular to a kind of software development visualizing editing method at set-top box.
Background technology
Continuous development and improvement along with Digital Television, the user has not only proposed requirement to the efficient of set-top box, aesthetic property, ease for use to operation interface also proposed more and more higher requirement simultaneously, need the developer can develop attractive in appearance, stable interface fast, thereby proposed bigger challenge for the set-top box developer.And the method that tradition is used as shown in Figure 1, is at first to make the interface, carries out the cross compile of a series of complexity then, downloads to then and just can use in the set-top box, all has obvious defects on personalized and ease for use.
And along with the continuous development of computer technology, the reusable technology is more and more accepted by the software developer.Member wherein just is meant to have relatively independent function and reusable software module.The use of member not only can be avoided repetitive operation, and is the prerequisite of middleware Technology utilization.
But the transplantability of existing method has been subjected to tangible obstruction always.As shown in Figure 2, Embedded platform and desktop computer are different, and how a lot of more than desktop computer, so different platforms just must be developed targetedly, are on the efficient or all very unfavorable on the convenience.Therefore, but, travelling speed little with platform-neutral and quick Fabrication, memory capacity just becomes a very important technology soon.For example, denomination of invention is the Chinese patent application of " implementation method of digital television system receiving end graphic presentation standard package " (publication number is CN1510918A), solved development interface directly towards the shortcoming of bottom graph function, improve the degree of modularity of software, reduced code development repeatability and system upgrade difficulty.But the use of its assembly is to finish in development environment, still will rely on numerous and diverse bottom compiling work, still can't realize the quick upgrading of system.And for example, denomination of invention is the Chinese patent application of " set-top box EPG application transplanting development interface system " (publication number is CN1949824A), and as shown in Figure 3, this system has adopted operating system to load the mode that multiple hardwares drives, systematic comparison is huge, and maintenance work is cumbersome.
Summary of the invention
The objective of the invention is to overcome the deficiencies in the prior art, provide a kind of at set-top box, adopt the SDF application protocol, utilize the backstage interpretive routine to read the software development visualizing editing method of the SDF application program that explanation generates, so that utilizing the mode of member fast develops, and realize truly cross-platform, the set-top box development difficulty is reduced, improve the efficient and the security of exploitation simultaneously.
As far back as the html epoch, people have just proposed the notion of soluble text, fact proved that this scheme is that irreplaceable effect has been played in the live raising of quality of the development of computing machine and people.And the pattern that this foreground shows the backstage service is suitable for for set-top box too.For this reason, the present invention has introduced SDF (set-top box visual edit) background service system, in set-top box, carry out consistency operation, and other parts have kept the function of original operating system, little and convenient upgrading with the assurance system at GUI (graphic user interface of computing machine).
Purpose of the present invention is achieved by the following technical programs:
A kind of software development visualizing editing method at set-top box provided by the invention adopts the SDF application protocol, mainly comprises two parts: (1) is present in the method for the background service system operation SDF application program in the set-top box; (2) method for making of SDF application program; Wherein,
The described method that is present in the background service system operation SDF application program in the set-top box may further comprise the steps:
Initialization SDF background service system mainly is provided with visual scope, border, hardware parameter behind the step 1. starter motor top box;
Step 4.SDF background service system search input port obtains SDF lastest imformation file from input port;
Step 5.SDF background service system deposits the SDF application program in file system, and adds SDF the application list, if conflict with original file generation, the SDF background service system will point out the user to handle;
Step 6.SDF background service system is analyzed the operational order in the SDF lastest imformation file, and downloads the SDF application program according to instruction;
Step 7.SDF background system is in update mode, and the SDF background service system withdraws from, and gives back the user with control authority and upgrades operation; Go to step 3;
Step 8.SDF background service system is common use pattern, and the SDF background service system reads SDF the application list from file system, and carries out acquiescence startup file wherein;
Step 9.SDF background service system is decoded to the SDF application program, and shows; The API monitoring user input of SDF background service system system call this moment operating system;
Step 10.SDF background service system is imported the change interfacial state according to the user, and the corresponding operating order is reached operating system;
Step 11. system moves to that set-top box is closed or accident withdraws from;
The method for making of described SDF application program uses SDF application program visual editor to come complete operation, may further comprise the steps:
Step 1.SDF application program visual editor starts;
Step 2.SDF application program visual editor generates the SDF application program according to the path and the filename of user's input;
Step 3.SDF application program visual editor is exported " #Start File " text in the SDF application program;
Step 4.SDF application program visual editor multithreading operation, whether thread 1 monitoring user starts visual design aids, and carries out corresponding operating, withdraws from until end of SDF application program visual editor or accident; Thread 2 carries out the SDF application program to be made;
Step 5.SDF application program visual editor receives the user and imports login interface information;
Step 6.SDF application program visual editor receives the user and imports resource file folder path;
Step 7.SDF application program visual editor receives the user and imports the resource language;
Step 8.SDF application program visual editor receives the user and imports the VOD language;
Step 9.SDF application program visual editor receives the user and selects palette;
Step 10.SDF application program visual editor generates Start Head text;
Step 11.SDF application program visual editor receives the user and generates new scene;
Step 12.SDF application program visual editor is according to the scene identity that generates in proper order in the scene information;
Step 13.SDF application program visual editor receives the user and selects scene type;
Step 14.SDF application program visual editor receives the user and imports call address;
Step 15.SDF application program visual editor receives the user and imports picture, and notes pictorial information;
Step 16.SDF application program visual editor waits for that the user carries out the element setting, when the user operates element, SDF application program visual editor calculates component identification automatically according to order, calculates positions of elements, size according to the scale computational algorithm of system itself;
Step 17.SDF application program visual editor receives scene hop or the system operation instruction that the user selects the element correspondence;
Step 18.SDF application program visual editor receives the user and imports respective color;
Step 19. goes to next scene and makes.
The SDF background service system is primarily aimed at the operating mechanism of SDF system in Application in Set Top Box among the present invention, and the principle that it has used middleware has encapsulated figure output details, and graphical member and interface are provided.Other are used the original operating system of reservation call, to reach the purpose that system high efficiency is conveniently simplified.And the method for making of SDF application program is primarily aimed at SDF application program generation method and form.The present invention helps the visual programming of embedded development personnel realization based on member, support the customization of the integrated and user oriented personalized service of set-top box operation flow and integrated, thereby improved the efficient of interface development, shortened the interface development cycle, and then saved cost of development.
The development environment of SDF application program visual editor of the present invention comprises following ingredient:
1) the total body interface of visual edit
The various functional module plug-in units that are used for integrated this editing machine of support, the mode of employing multiwindow is conveniently finished various settings; Interface element can satisfy attribute, view/code handoff functionality;
2) the Scene interpolation/deletion at code interface, Element interpolation/deletion, parameter modification
Described editing machine supports many scenes to make, this instrument scene method for making efficiently that is used to provide convenience promptly by automatic allocation scenarios identification number, can be provided with different elements in different scenes, element can carry out scene and switch, and its identification number is also by system assignment; In addition, editing machine is noted the component information of scene in CodeWindow, and to each element, CodeWindow is noted the association attributes and the parameter of element, and works out at the SDF application format;
3) visual design aids
Be used to the layout of various elements to facilitate, mainly comprise measuring scale system, grid capture system, quick positioning layout instrument, when these functions were performed, editing machine carried out computing to its positional information; Wherein,
Measuring scale system-be used for dynamically showing the alignment line of current scale when moving dynamically shows big or small alignment line in the time of scaling, help the developer better to control position and the size of Element;
Grid capture system-be used for accurate layout interface design is accurately controlled the size of each element;
Quick positioning layout's instrument-be used for a great number of elements is alignd by certain mode fast and evenly distributes therebetween spacing distance.
The present invention has following beneficial effect:
(1) need not virtual all operations.
(2) GUI is used middleware Technology, the convenient transplanting and exploitation.
(3) other application are still kept original system and call, give full play to the advantage of other manufacturer's operating systems.
(4) upgrading and correcting are convenient and safe.
(5) the SDF file is easily understood, and SDF making flow process is simple and easy.
(6) provide support to greatest extent to member, reusable.
Description of drawings
The present invention is described in further detail below in conjunction with embodiment and accompanying drawing:
Fig. 1 is a prior art set-top box interface development approach schematic block diagram;
Fig. 2 is a prior art set-top box application configuration diagram;
Fig. 3 is a prior art set-top box EPG application architecture synoptic diagram;
Fig. 4 is an embodiment of the invention SDF background service system application architecture synoptic diagram;
Fig. 5 is a SDF background service system operational scheme block diagram embodiment illustrated in fig. 4;
Fig. 6 is a SDF application program method for making FB(flow block) embodiment illustrated in fig. 4;
Fig. 7 is the total body interface synoptic diagram of visual edit of its development environment of SDF application program visual editor embodiment illustrated in fig. 4;
Fig. 8 is the program run interface synoptic diagram of its development environment of SDF application program visual editor embodiment illustrated in fig. 4;
Fig. 9 is the basic function synoptic diagram of SDF application program visual editor embodiment illustrated in fig. 4;
Figure 10 is the drag operation synoptic diagram under its measuring scale system of SDF application program visual editor embodiment illustrated in fig. 4 is opened;
Figure 11 is the operation chart of its grid capture system of SDF application program visual editor embodiment illustrated in fig. 4;
Figure 12 be SDF application program visual editor embodiment illustrated in fig. 4 its laterally divide equally the effect synoptic diagram fast;
Figure 13 be SDF application program visual editor embodiment illustrated in fig. 4 its vertically divide equally the effect synoptic diagram fast.
Embodiment
Fig. 4～Figure 13 shows that embodiments of the invention.A kind of software development visualizing editing method of present embodiment at set-top box, (SDF is for being discerned and move by the SDF background service system to adopt the SDF application protocol, file layout by the generation of SDF visual editor), mainly comprise two parts: (1) is present in the method for the background service system operation SDF application program in the set-top box; (2) method for making of SDF application program; Wherein,
As shown in Figure 4, the SDF background service system is present in the set-top box, and the method for its operation SDF application program may further comprise the steps as shown in Figure 5:
Initialization SDF background service system mainly is provided with visual scope, border, hardware parameter behind the step 1. starter motor top box.Visual scope and border are stored in the range structure, and this structure has been stored upper left corner x, y value and lower right corner x, y value.System itself installs relevant with platform, so the application of back need not to consider the platform factor.Hardware parameter is mainly used in some special applications, and information is kept in the HardwareInformation structure, includes Arm CPU parameter, Flash size, Ram size etc.Void_Initint_module_Init () function call SysInit () function carries out in the initial work.Part uses the C language compilation in full.
Step 4.SDF background service system search input port obtains SDF lastest imformation file from input port;
Step 5.SDF background service system deposits the SDF application program in file system, and adds SDF the application list, if conflict with original file generation, the SDF background service system will point out the user to handle;
Step 6.SDF background service system is analyzed the operational order in the SDF lastest imformation file, and downloads the SDF application program according to instruction;
Step 7.SDF background system is in update mode, and the SDF background service system withdraws from, and gives back the user with control authority and upgrades operation; Go to step 3;
Step 8.SDF background service system is common use pattern, and the SDF background service system reads SDF the application list from file system, and carries out acquiescence startup file wherein;
Step 9.SDF background service system is decoded to the SDF application program, and shows; The API monitoring user input of SDF background service system system call this moment operating system;
Step 10.SDF background service system is imported the change interfacial state according to the user, and the corresponding operating order is reached operating system;
Step 11. system moves to that set-top box is closed or accident withdraws from.
The method for making of SDF application program uses SDF application program visual editor to come complete operation, as shown in Figure 6, may further comprise the steps:
Step 1.SDF application program visual editor starts.
Step 2.SDF application program visual editor generates the SDF application program according to the path and the filename of user's input.
Step 3.SDF application program visual editor is exported " #Start File " text in the SDF application program.
Step 4.SDF application program visual editor multithreading operation, whether thread 1 monitoring user starts visual design aids, and carries out corresponding operating, withdraws from until end of SDF application program visual editor or accident.Thread 2 carries out the SDF application program to be made.Function is respectively Threat_Assist () and Threat_SDF ().
Step 5.SDF application program visual editor receives the user and imports login interface information startatlogon.
Step 6.SDF application program visual editor receives the user and imports resource file folder path HotelFolder.
Step 7.SDF application program visual editor receives the user and imports resource language HotelLanguage.
Step 8.SDF application program visual editor receives the user and imports VOD language VODLanguage.
Step 9.SDF application program visual editor receives the user and selects palette Palette.
Step 10.SDF application program visual editor generates Start Head text.
Step 11.SDF application program visual editor receives the user and generates new scene.
Step 12.SDF application program visual editor is according to the scene identity sceneID that generates in proper order in the scene information
Step 13.SDF application program visual editor receives the user and selects scene type SceneType.
Step 14.SDF application program visual editor receives the user and imports call address CallUrl.
Step 15.SDF application program visual editor receives the user and imports picture, and notes pictorial information sceneArgs.
Step 16.SDF application program visual editor waits for that the user carries out the element setting, when the user operates element, SDF application program visual editor calculates component identification automatically according to order, calculates positions of elements, size according to the scale computational algorithm of system itself.
Step 17.SDF application program visual editor receives scene hop or the system operation instruction that the user selects the element correspondence.
Step 18.SDF application program visual editor receives the user and imports respective color.
Step 19. goes to next scene and makes.
The development environment of SDF application program visual editor comprises following three ingredients:
(1) the total body interface of visual edit
The various functional module plug-in units that are used for integrated this editing machine of support, the mode of employing multiwindow is conveniently finished various settings; Interface element can satisfy attribute, view/code handoff functionality.
As shown in Figure 7 and Figure 8, the overall interface element of visual edit comprises menu bar, tool bar, tool box, workspace, engineering structure district and attributes edit district.Menu bar comprises: file, editor, option and help.Toolbar from left to right is respectively new construction, opens engineering, preserves engineering, saves as, generates the SDF application program, closes engineering.The tool box comprises SDF element case and SDF template case.The workspace can be carried out editing files and be switched, and changeable code view and interface view.In the engineering structure district, shown project file with tree structure.In the attributes edit district, mainly be divided into be subordinate to, attribute, property value.In test function, the triangle arrow button in the click tools hurdle will begin to test current code.
At the total body interface of visual edit, system's display properties editing machine, the user only need revise corresponding attribute, and the corresponding code in the main workspace is also made amendment.And at explorer, the user can understand the tree structure of present engineering.Working interface is decomposed into a total code/code/minute scene code with a SDF application program.
(2) the Scene interpolation/deletion at code interface, Element interpolation/deletion, parameter modification
As shown in Figure 9, editing machine supports many scenes to make, this instrument scene method for making efficiently that is used to provide convenience, promptly by automatic allocation scenarios identification number, in different scenes different elements can be set, element can carry out scene and switch, and its identification number is also by system assignment; In addition, editing machine is noted the component information of scene in CodeWindow, and to each element, CodeWindow is noted the association attributes and the parameter of element, and works out at the SDF application format.
In the operation of adding Scene, click right button in explorer, as the mouse-pointing latter, system reads the XML file " closing this engineering " and " adding new Scene " to have occurred, go out tabulation side by side, also can be by adding the renewal that node corresponding realizes the XML file.
In Scene place click right, " deletion Scene " and " adding Scene " appear, and as the mouse-pointing latter, system reads the Element of corresponding Scene, and shows the selection for the user.
System also provides color support and font size support, is divided into the word of Three Estate size altogether.In the NextScene operation, adopt the form of combobox user-friendly.
(1) working interface decomposes a SDF application program for a total code/code/each SCENE, several tab of formation.
Click in the tab of on the left side or the upper right explorer and all switch to corresponding SCENE or Element, and can make amendment to the attribute of this SCENE or Element in the attributes edit device of bottom right, software will be automatically according to revising the analog value that changes the code in the main workspace.
SCENE can be deleted/be added to the click right popup menu on the respective nodes of explorer, deletion/interpolation SCENE, software can be finished automatically to the on-the-fly modifying of SceneID, ElementID during deletion was added, and finish automatically to the modification of the value of the respective attributes of deleting associated other Scene of Scene or Element and Element.The developer will need not carry out any operation to SceneID and ElementID fully.
(2) in adding the Scene function, carry out Scene tabulation in the menu of this function according to an XML file dynamic load.If want to add new SCENE, just can realize that software can be revised as long as in this XML file, add node corresponding.After adding new Scene, can give SceneID for it automatically.
(3) in deletion and interpolation element function, Element dynamically adds according to the ELEMENT that selects current Scene to support in the XML document.After adding new ELEMENT, can give ELEMENTID for it automatically.
(4) the code interface editing of Scene, Element parameter, click the SCENE1 tab or click the tree-like node of SCENE1 in the explorer, if select the SceneID hurdle of attributes edit device editor form this moment, code line corresponding in the then main working interface will highlightedly show.If this value is changed into 102, then the value at code interface will become 102, other and the like.
Parameter value input modes such as (5) software provides drop-down list, the color choice box are assisted developer's input so that provide according to the different characteristics of each Element/Scene value.
In the auxiliary input of color, 16 system RGB numerical value of ForeColor and BackColor attribute specification input respective color, double-click the ForeColor option of editing machine, to eject Color Chooser Dialog, can exempt trouble and the issuable mistake of calculating the color rgb value in the mode of selecting color.
The legal parameters value of Size attribute has only three kinds in the auxiliary input of font size: " 1 (little), 2 (in), 3 (greatly) ", the input of drop-down list formula promptly makes things convenient for and avoids input error again.
(6) the NextScene attribute only allows to import the SceneID of the current Scene that has had in the auxiliary input of NextScene, manual input will be remembered SceneID, very inconvenience provides dynamic drop-down list, gives the SceneID property value of corresponding Scene after the selection automatically.Moveup, movedown, four attributes of moveleft, moveright are also imported auxiliary in the same way in addition.
(7) input of picture name and size is auxiliary.Change/constant value attribute specification input picture name, change/constant dimensional requirement input dimension of picture, manual input makes mistakes easily, can be in change/constant attribute form hurdle with the corresponding picture node drag and drop under the picture directory, and two attributes just can obtain the value that needs automatically.
(8) picture resource management (interpolation/deletion/rename/modification size).Can import the picture resource that all are used under the newSDF_PIC node in explorer, click thumbnail and sizing specification that each child node also can demonstrate them, can pull picture in corresponding editor's form attributes hurdle into by the mode that pulls, editor's form attributes hurdle can obtain all parameters that need automatically.
Double-click node and can open picture with the Windows default program, the right button popup menu can also be selected other third party's tool to open picture.For example use PhotoShop to adjust dimension of picture, after revising end, software can be employed new size certainly and rewrite the element that all have used this picture.
(3) visual design aids
Be used to the layout of various elements to facilitate, mainly comprise measuring scale system, grid capture system, quick positioning layout instrument, when these functions were performed, editing machine carried out computing to its positional information.Wherein,
(1) measuring scale system (software default unlatching)-be the imagery instrument of location/size, be used for when moving, dynamically showing the alignment line of current scale, dynamically show big or small alignment line in the time of scaling, help the developer better to control position and the size of Element, this system default is opened.The minimum scale of scale is 10 pixels, and the scale size is regulated automatically according to the size of background element.Be provided with the measuring scale system shift knob at the 7th button of toolbar, as shown in figure 10, after the open system, have the position that dynamic alignment line marks present place in dragging, operate more visual in image.
(2) grid capture system (software default is closed)-for visual accurate orientation tool, be used for accurate layout interface design is accurately controlled the size of each element.As shown in figure 11, be the grid capture system, press this button, system shows input frame, and content is that grid setting, convergent-divergent are caught and mobile capture.The size of grid and size can be self-defined.Mobile grid is caught, and must choose one of upper left corner seizure, lower left corner seizure, lower right corner seizure, upper right corner seizure.Convergent-divergent is caught and is then judged support automatically.Mobile capture and convergent-divergent are caught and can be opened simultaneously simultaneously or not.
(3) quick positioning layout's instrument-be used for a great number of elements is alignd by certain mode fast and evenly distributes therebetween spacing distance.Have quick alignment and quick equal distribution function, a great number of elements that allows that alignment function can be very easy aligns by certain mode fast fast; Fast equal distribution function then can allow evenly distribute apace therebetween spacing distance of a great number of elements.
Fast the alignment function button from left to right is followed successively by the left side aligns fast in alignment, middle part fast, aliging fast in the right side, aligns fast in the top, lateral middle is alignd fast, align fast in the bottom, clicks it and will align fast and choose element.If use Ctrl to append to choose, then with first element alignment of choosing; If choose, then align with first non-background Element with the mouse frame.
Fast equal distribution function can be laterally or vertically divide equally current all choose the distance between the most left and the rightest or the highest and minimum in the element, its effect such as Figure 12 and shown in Figure 13.
Claims (2)
1, a kind of visualizing editing method at set-top box is characterized in that: adopt the SDF application protocol, mainly comprise two parts: (1) is present in the method for the background service system operation SDF application program in the set-top box; (2) method for making of SDF application program; Wherein,
The described method that is present in the background service system operation SDF application program in the set-top box may further comprise the steps:
Initialization SDF background service system mainly is provided with visual scope, border, hardware parameter behind the step 1. starter motor top box;
Step 2. starts background service system, and the Graph API of call operation system shows output;
Step 3. start-up mode is judged, if be more new model of file, is transferred step 4 to, if common use pattern transfers step 8 to;
Step 4.SDF background service system search input port obtains SDF lastest imformation file from input port;
Step 5.SDF background service system deposits the SDF application program in file system, and adds SDF the application list, if conflict with original file generation, the SDF background service system will point out the user to handle;
Step 6.SDF background service system is analyzed the operational order in the SDF lastest imformation file, and downloads the SDF application program according to instruction;
Step 7.SDF background system is in update mode, and the SDF background service system withdraws from, and gives back the user with control authority and upgrades operation; Go to step 3;
Step 8.SDF background service system is common use pattern, and the SDF background service system reads SDF the application list from file system, and carries out acquiescence startup file wherein;
Step 9.SDF background service system is decoded to the SDF application program, and shows; The API monitoring user input of SDF background service system system call this moment operating system;
Step 10.SDF background service system is imported the change interfacial state according to the user, and the corresponding operating order is reached operating system;
Step 11. system moves to that set-top box is closed or accident withdraws from;
The method for making of described SDF application program uses SDF application program visual editor to come complete operation, may further comprise the steps:
Step 1.SDF application program visual editor starts;
Step 2.SDF application program visual editor generates the SDF application program according to the path and the filename of user's input;
Step 3.SDF application program visual editor is exported " #Start File " text in the SDF application program;
Step 4.SDF application program visual editor multithreading operation, whether thread 1 monitoring user starts visual design aids, and carries out corresponding operating, withdraws from until end of SDF application program visual editor or accident; Thread 2 carries out the SDF application program to be made;
Step 5.SDF application program visual editor receives the user and imports login interface information;
Step 6.SDF application program visual editor receives the user and imports resource file folder path;
Step 7.SDF application program visual editor receives the user and imports the resource language;
Step 8.SDF application program visual editor receives the user and imports the VOD language;
Step 9.SDF application program visual editor receives the user and selects palette;
Step 10.SDF application program visual editor generates Start Head text;
Step 11.SDF application program visual editor receives the user and generates new scene;
Step 12.SDF application program visual editor is according to the scene identity that generates in proper order in the scene information;
Step 13.SDF application program visual editor receives the user and selects scene type;
Step 14.SDF application program visual editor receives the user and imports call address;
Step 15.SDF application program visual editor receives the user and imports picture, and notes pictorial information;
Step 16.SDF application program visual editor waits for that the user carries out the element setting, when the user operates element, SDF application program visual editor calculates component identification automatically according to order, calculates positions of elements, size according to the scale computational algorithm of system itself;
Step 17.SDF application program visual editor receives scene hop or the system operation instruction that the user selects the element correspondence;
Step 18.SDF application program visual editor receives the user and imports respective color;
Step 19. goes to next scene and makes.
2, the software development visualizing editing method at set-top box according to claim 1 is characterized in that: the development environment of described SDF application program visual editor comprises following ingredient:
1) the total body interface of visual edit
The various functional module plug-in units that are used for integrated this editing machine of support, the mode of employing multiwindow is conveniently finished various settings; Interface element can satisfy attribute, view/code handoff functionality;
2) the Scene interpolation/deletion at code interface, Element interpolation/deletion, parameter modification
Described editing machine supports many scenes to make, this instrument scene method for making efficiently that is used to provide convenience promptly by automatic allocation scenarios identification number, can be provided with different elements in different scenes, element can carry out scene and switch, and its identification number is also by system assignment; In addition, editing machine is noted the component information of scene in CodeWindow, and to each element, CodeWindow is noted the association attributes and the parameter of element, and works out at the SDF application format;
3) visual design aids
Be used to the layout of various elements to facilitate, mainly comprise measuring scale system, grid capture system, quick positioning layout instrument, when these functions were performed, editing machine carried out computing to its positional information; Wherein,
Measuring scale system-be used for dynamically showing the alignment line of current scale when moving dynamically shows big or small alignment line in the time of scaling, help the developer better to control position and the size of Element;
Grid capture system-be used for accurate layout interface design is accurately controlled the size of each element;
Quick positioning layout's instrument-be used for a great number of elements is alignd by certain mode fast and evenly distributes therebetween spacing distance.
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| CN101937352A (en) * | 2010-09-20 | 2011-01-05 | 福建新大陆通信科技股份有限公司 | Realization method of set-top box application program system |
| CN103069383A (en) * | 2010-06-02 | 2013-04-24 | 艾伦智能科技公司 | Device having graphical user interfaces and method for developing multimedia computer applications |
| CN103150153A (en) * | 2011-12-06 | 2013-06-12 | 阿里巴巴集团控股有限公司 | Design method and device of user interface |
| CN104317587A (en) * | 2014-10-22 | 2015-01-28 | 中国人民解放军国防科学技术大学 | Automatic android mobile device oriented application generation method |
| CN104584016A (en) * | 2012-08-14 | 2015-04-29 | 皇家飞利浦有限公司 | Method and system for visualization of algorithmic guidelines |
| CN105354023A (en) * | 2015-10-20 | 2016-02-24 | 四川华控图形科技有限公司 | Visual logic editing runtime engine |
| CN105530290A (en) * | 2015-11-27 | 2016-04-27 | 努比亚技术有限公司 | Device and method for downloading application installation package |
| CN109086047A (en) * | 2018-08-13 | 2018-12-25 | 南京星邺汇捷网络科技有限公司 | EPG page visual data manager and device based on EUL |
| CN109714620A (en) * | 2018-12-27 | 2019-05-03 | 山东浪潮商用系统有限公司 | A kind of interface visualization editor and display methods and system based on set-top box |
| CN112965713A (en) * | 2021-04-07 | 2021-06-15 | 北京有竹居网络技术有限公司 | Development method, device and equipment of visual editor and storage medium |
| CN116916051A (en) * | 2023-06-09 | 2023-10-20 | 北京医百科技有限公司 | Method and device for updating layout scene in cloud director client |
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2008
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Cited By (18)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103069383B (en) * | 2010-06-02 | 2016-09-28 | 艾伦智能科技公司 | There is device and the method for exploitation multimedia computer application program of graphic user interface |
| CN103069383A (en) * | 2010-06-02 | 2013-04-24 | 艾伦智能科技公司 | Device having graphical user interfaces and method for developing multimedia computer applications |
| US10139995B2 (en) | 2010-06-02 | 2018-11-27 | Allen Learning Technologies | Device having graphical user interfaces and method for developing multimedia computer applications |
| CN101937352B (en) * | 2010-09-20 | 2013-05-01 | 福建新大陆通信科技股份有限公司 | Realization method of set-top box application program system |
| CN101937352A (en) * | 2010-09-20 | 2011-01-05 | 福建新大陆通信科技股份有限公司 | Realization method of set-top box application program system |
| CN103150153A (en) * | 2011-12-06 | 2013-06-12 | 阿里巴巴集团控股有限公司 | Design method and device of user interface |
| CN104584016A (en) * | 2012-08-14 | 2015-04-29 | 皇家飞利浦有限公司 | Method and system for visualization of algorithmic guidelines |
| CN104317587A (en) * | 2014-10-22 | 2015-01-28 | 中国人民解放军国防科学技术大学 | Automatic android mobile device oriented application generation method |
| CN105354023A (en) * | 2015-10-20 | 2016-02-24 | 四川华控图形科技有限公司 | Visual logic editing runtime engine |
| CN105354023B (en) * | 2015-10-20 | 2019-05-14 | 四川华控图形科技有限公司 | Visual logic editing run automotive engine system |
| CN105530290A (en) * | 2015-11-27 | 2016-04-27 | 努比亚技术有限公司 | Device and method for downloading application installation package |
| CN109086047A (en) * | 2018-08-13 | 2018-12-25 | 南京星邺汇捷网络科技有限公司 | EPG page visual data manager and device based on EUL |
| CN109086047B (en) * | 2018-08-13 | 2019-12-10 | 南京星邺汇捷网络科技有限公司 | EPG page visual design method and device based on EUL |
| CN109714620A (en) * | 2018-12-27 | 2019-05-03 | 山东浪潮商用系统有限公司 | A kind of interface visualization editor and display methods and system based on set-top box |
| CN112965713A (en) * | 2021-04-07 | 2021-06-15 | 北京有竹居网络技术有限公司 | Development method, device and equipment of visual editor and storage medium |
| CN112965713B (en) * | 2021-04-07 | 2024-04-23 | 北京有竹居网络技术有限公司 | Development method, device, equipment and storage medium of visual editor |
| CN116916051A (en) * | 2023-06-09 | 2023-10-20 | 北京医百科技有限公司 | Method and device for updating layout scene in cloud director client |
| CN116916051B (en) * | 2023-06-09 | 2024-04-16 | 北京医百科技有限公司 | Method and device for updating layout scene in cloud director client |
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