48 results about "Vector Markup Language" patented technology

A system, method, and software product provide a wireless communications device with a markup language based man-machine interface. The man-machine interface provides a user interface for the various telecommunications functionality of the wireless communication device, including dialing telephone numbers, answering telephone calls, creating messages, sending messages, receiving messages, establishing configuration settings, which is defined in markup language, such as HTML, and accessed through a browser program executed by the wireless communication device. This feature enables direct access to Internet and World Wide Web content, such as Web pages, to be directly integrated with telecommunication functions of the device, and allows Web content to be seamlessly integrated with other types of data, since all data presented to the user via the user interface is presented via markup language-based pages. The browser processes an extended form of HTML that provides new tags and attributes that enhance the navigational, logical, and display capabilities of conventional HTML, and particularly adapt HTML to be displayed and used on wireless communication devices with small screen displays. The wireless communication device includes the browser, a set of portable components, and portability layer. The browser includes protocol handlers, which implement different protocols for accessing various functions of the wireless communication device, and content handlers, which implement various content display mechanisms for fetching and outputting content on a screen display.

A system, method, and software product provide a wireless communications device with a markup language based man-machine interface. The man-machine interface provides a user interface for the various telecommunications functionality of the wireless communication device, including dialing telephone numbers, answering telephone calls, creating messages, sending messages, receiving messages, establishing configuration settings, which are defined in markup language, such as HTML, and accessed through a browser program executed by the wireless communication device. This feature enables direct access to Internet and World Wide Web content, such as Web pages, to be directly integrated with telecommunication functions of the device, and allows Web content to be seamlessly integrated with other types of data, since all data presented to the user via the user interface is presented via markup language-based pages. The browser processes an extended form of HTML that provides new tags and attributes that enhance the navigational, logical, and display capabilities of conventional HTML, and particularly adapt HTML to be displayed and used on wireless communication devices with small screen displays. The wireless communication device includes the browser, a set of portable components, and portability layer. The browser includes protocol handlers, which implement different protocols for accessing various functions of the wireless communication device, and content handlers, which implement various content display mechanisms for fetching and outputting content on a screen display.

According to an aspect of the present invention, device descriptions specified using different device description (DD) specifications are converted (represented) into a single format. In an embodiment, the single format corresponds to extended markup language (XML). The device description in the single format is then examined to provide a user interface for management of the corresponding field devices. Due to such use of a common format, integration of field devices (into a management system) having device description defined according to a new device description specification, may be simplified.

The present invention is directed towards representing the native document settings of an application in a markup language such as XML. Applications that are capable of parsing the markup language are then able to parse the saved document settings and handle the document accordingly. Document settings saved in XML are human-readable, which simplifies maintenance of the document by humans.

Disclosed is an embedded WEB MVC development framework based on a Fast CGI and an HTML template. The operation of the framework depends on a Fast CGI process manager and a web page server downward and provides service for a Web App Plug in business logic processing module upward. The framework comprises a Fast CGI sub-process module, a request distribution control module, a listener management module, a business plug-in management module, a Session control module, an encoding and decoding module, a data receiving module, a data response output module and an HTML template module. The embedded WEB MVC development framework based on the Fast CGI and an HTML template is applicable to small embedded devices, small and exquisite, efficient and good in structure, and the framework is small and exquisite in volume and accounts for about 100K of flash space.

The invention provides a hypertext markup language (HTML) template visualization manufacturing and compiling method and system. The method includes conducting visualization manufacturing on an HTML template to obtain an HTML visualization template, compiling the HTML visualization template to obtain a compiled HTML visualization template. The system comprises a manufacturing module and a compiling module. The method and system is used for solving the problem in the prior art users cannot manufacture the webpage template or conduct later compiling if the users are not familiar with webpage compiling languages like HTML codes.

The invention proposes a device which makes it possible to generate a description of a structure of a multimedia content, for example of a video. In accordance with the invention an initial imperfect structure is generated using an automatic extraction algorithm known per se. The device includes means of displaying a visual representation of the structure obtained, and graphical manipulation means for modifying it. The description of the structure is updated in order to take account of these modifications. Application: MPEG-7 ; video description Reference: FIG. 1.

Techniques for providing and using schema data for markup languages are disclosed. A schema model can be used to generate signed (or verifiable) schema data (e.g., XML schema data). The model can be used as a standard model that provides enhanced security and better performance. As a result, schema data can be verified more efficiently. A base class for XML schema data is provided. The base class can be instantiated to generate an XML schema file (or document). A digital signature can then be applied to the XML schema file to generate a signed XML schema file (or document). Furthermore, the resolution of data can be achieved more efficiently for markup languages because the resolution of data can be achieved systematically. In addition, techniques for storing and using signed schema data for markup languages are disclosed. An XML library can be used to store XML schema data that has been verified (or authenticated).

A system for testing software modules is provided. A user enters parameter values that will be tested into a spreadsheet. The spreadsheet application generates an XML data file including the parameter values arranged into a table. A test shell extracts test cases from the XML data file and converts the data into a testing object for use by a test engine.

The invention relates to a visualization plotting method based on a geographic information system (GIS). The visualization plotting method comprises the steps of: obtaining all currently-plotted VML (Vector Markup Language) statements; processing the VML statements, converting screen coordinates of plotted patterns corresponding to the VML statements into map geographic coordinates; reconstructing the VML statements to form and associate as well as store map-visualization VML statements, and replacing the screen coordinates with the map geographic coordinates; when a reference position and / or screen plotting scale of a map changes, extracting all map-visualization VML statements associated with a selected VML identifier, extracting the map geographic coordinates of the map-visualization VML statements, and converting a map geographic position into new screen coordinates; reconstructing the map-visualization VML statements to form new VML statements, replacing the map geographic coordinates in the new VML statements with the screen coordinates; and executing the new VML statements to display a corresponding plotted pattern. Through conversion and associating-storage of the VML statements, the invention ensures that the proper plotted patterns can be dynamically shown with the change of the map when the map is subjected to various operations.

A request to view statistic data of a system is received. One or more forms are generated to carry the statistic data. The one or more forms are to carry the statistic data pulled from the system. Based on data fields on the one or more forms, the requested statistic data is pulled from the system. The one or more forms are filled with the pulled requested statistic data. The pulled requested statistic data on the one or more forms is converted to a generalized markup language (GML) format.

A software tool for selecting products and a method of generating pages in a markup language for selecting products. The method includes: inputting attribute groups (2) into a databank (1), inputting attributes (3) into the databank, each attribute being assigned to one of the attribute groups, inputting product information (4) into the databank, each item of product information being assigned to at least one of the attributes, generating a page (41; 51) in the markup language for each of the attribute groups, wherein representations of the attributes are assigned to the relevant attribute group and input fields for a user to specify the attributes are generated on the page belonging to that attribute group, and storing of the pages in the markup language for access using a browser program (57).

A multimedia player and method is disclosed for displaying multimedia content on a video screen. A video stream and a markup language segment associated with the video stream are received, wherein the markup language segment comprising a time stamp identifying a target segment of the video stream, and at least one keyword associated with the time stamp. The keyword is transmitted over a network to a search engine, and related content is received from the search engine over the network, wherein the related content is related to the keyword. When the target segment of the video stream is displayed on the video screen, the related content is concurrently displayed on the video screen.

Embodiments of the present invention address deficiencies of the art in respect to user interface navigation and provide a method, system and computer program product for content navigational shortcuts for portal environments. In one embodiment of the invention, a content navigational shortcut method can be provided. The method can include associating anchors with corresponding user interface elements in a markup language defined display. The method further can include listing references to a subset of the user interface elements in a quicklink list in the markup language defined display. Finally, the method can include setting focus in the markup language defined display to a corresponding one of the user interface elements at an associated one of the anchors in response to an activation of one of the references in the quicklink list.

An intelligent switching method and system for a browser kernel at least including a first browser kernel unsupportive to a first page markup language and a second browser kernel unsupportive to a second page markup language. The method may include: determining which one of the first and the second browser kernels is the currently used browser kernel, determining whether or not a webpage adopts the first page markup language if the currently used browser kernel is the first browser kernel, if so, switching to the second browser kernel for processing, or determining whether or not a webpage adopts the second page markup language if the currently used browser kernel is the second browser kernel, if so, transferring an access via a cloud server or determining, by the cloud server, whether or not to switch to the first browser kernel for processing, otherwise, opening the page using the second browser kernel.

The invention discloses a webpage generation method and device. The method comprises obtaining a plurality of webpage content blocks preset in a server according to a received webpage access request, filling the plurality of webpage content blocks into one webpage interface in a preset filling mode to obtain a target webpage. In the prior art, the server of a traditional WAP (wireless application protocol) website usually prestores static VML (vector markup language) pages, WAP webpages generated according to the VML pages contain small amount of information and has low access efficiencies. The webpage generation method and device can dynamically generate a target webpage according to multiple webpage content blocks, wherein the target webpage contains at least two webpage content blocks, thereby being rich in information amount; further, the number of interactions between a client and a server can be reduced and the access efficiency can be improved.

The embodiment of the invention discloses a hypertext markup language (HTML) based mobile application generating method and device. The method comprises the following steps: according to web presentation requirement of to-be-developed mobile application, making a data interaction interface; determining a web presentation scheme of the mobile application, and making a display effect picture; based on HTML, making the display effect picture into a static web, and making dynamic control JS script of the mobile application; based on the data interaction interface, developing related front-end and background functions of the mobile application; based on a business process of the mobile application, carrying out logical cohesion on the front-end and background functions of the mobile application, so as to form a development file; and uploading the development file to a compiling platform and publishing the development file.

According to an aspect of the present invention, device descriptions of different DD specifications are converted (represented) into a single format. In an embodiment, the single format corresponds to extended markup language (XML). The device description in the single format is then examined to provide a user interface for management of the corresponding field devices. Due to such use of a common format, integration of field devices (into a management system) having device description defined according to a new DD specification, may be simplified.

The invention discloses an information broadcasting system based on an HTML 5, which comprises a positioning module, a route receiving module, a system broadcasting module and the like. The system is characterized in that a WEB page is provided through a system end in the HTML 5 manner; position information of a user is collected through a geographic position function of the HTML 5, and data broadcasting system service of the system end is demanded; the user position is mapped to be a corresponding logic area after obtained by the system; an inferior data broadcasting channel list of the corresponding area is provided; a user access request is routed to a corresponding channel address in an automatic or user manual selecting manner; and a user side receives various data of a corresponding regional broadcasting system immediately, and position updating and channel switching processes are triggered with the movement of the user. According to the invention, a dynamic data broadcasting business based on the HTML 5 is provided for the user through the broadcasting channel which collects the user position information based on the HTML 5 and is matched with the system end automatically.

Transforming source data in a source markup language to target data in a target markup language using transformation rules mapping source tags to corresponding target tags. In an embodiment, the transformation rules (e.g., in an XSL) are preprocessed to identify and store source tags (“referenced tags”), which need to be processed to apply the transformation rules of other source tags. The source tags in the source data (e.g., XML) are retrieved sequentially (e.g., by SAX parser) and the contents are stored in memory if the source tag is one of the identified referenced tags. The target tags are generated (e.g., as XML) using the contents stored in memory for another source tag matching a transformation rule immediately upon reading the source tag. Only a few of the contents of source tags and the identifiers of the referenced tags may need to be stored in memory. As a result, the memory requirements may be reduced.

The invention discloses a method and a device for publishing spatial data, which relate to the field of geographic information systems and aim to solve the problem that the data is easy to lose due to interaction performed by adopting a storage medium among different GIS software platforms. The technical scheme provided by the invention comprises the following steps: acquiring the spatial data; converting the spatial data into a uniform form of expression; and publishing the spatial data of the uniform form of expression on the Internet with a vector markup language. The technical scheme provided by the embodiment of the invention is applied to the geographic information system and a geographic information system software platform.

The invention discloses a method for drawing chemical micro molecules on Web based on Java Script. The method includes the following steps: S11 capturing molecule drawing action of a user on a drawing interface; S12 analyzing the captured molecule drawing action into characteristic attribute of a molecule image to be displayed on the drawing interface; S13 analyzing the characteristic attribute of the molecule image to be displayed on the drawing interface and calculating a route coordinate and the rendering style of the molecule image to be mapped based on chemical reasonability; S14 generating scalable vector graphic (SVG) or vector markup language (VML) character strings required by page display according to the obtained route coordinate and the rendering style and displaying the molecule image on the drawing interface; S15 exporting the molecule image displayed on the drawing interface into a text of a machine-oriented language (MOL) format. A system for drawing the chemical micro molecules on the Web based on the Java Script is further disclosed.