32 results about "Style sheet language" patented technology

Methods, systems, computer program products, and methods of doing business by adapting audio renderings of non-audio messages (for example, e-mail messages that are processed by a text-to-speech translator) to reflect various nuances of the non-audio information. Audio cues are provided for this purpose, which are sounds that are “mixed” in with the audio rendering as a separate (background) audio stream. Audio cues may reflect information such as the topical structure of a text file, or changes in paragraphs. Or, audio cues may be used to signal nuances such as changes in the color or font of the source text. Audio cues may also be advantageously used to reflect information about the translation process with which the audio rendering of a text file was created, such as using varying background tones to convey the degree of certainty in the accuracy of translating text to audio using a text-to-speech translation system, or of translating audio to text using a voice recognition system, or of translating between languages, and so forth. Stylesheets, such as those encoded in the Extensible Stylesheet Language (“XSL”), may optionally be used to customize the audio cues. For example, a user-specific stylesheet customization may be performed to override system-wide default audio cues for a particular user, enabling her to hear a different background sound for messages on a particular topic than other users will hear.

Mapping of a first native data type instance to a second native data type instance is performed in three stages: the first native data type instance is converted into a first programming language and platform independent representation conforming to a first schema capable of defining base and derived data types; the first programming language and platform independent representation is transformed into a second programming language and platform independent representation conforming to a second schema capable of defining base and derived data types; and the second programming language and platform independent representation is converted into the second native data type instance. The programming language and platform independent representations may be event-based extensible Markup Language (XML) representations implemented according to the Simple API for XML (SAX). The transformation may be governed by an extensible Stylesheet Language Transform (XSLT) stylesheet.

Methods, frameworks and systems for validating DICOM (Digital Imaging and Communications in Medicine) SR (Structured Reporting) XML (Extensible Markup Language) documents against DICOM SR templates, using XSLT (Extensible Stylesheet Language Transformations) technology alone or as a complement to XML Schema, are disclosed. A framework of generating XSLT stylesheets from XML representation of DICOM SR templates is developed. Also a mechanism and method of automatic generating XSLT stylesheets for validating SR document contents are provided. In addition, a mechanism and method of flexibly adapting in different DICOM SR XML formats is provided.

In a wireless portal system having a wireless server, a client aware Extensible Markup Language (XML) content integration and transformation method and system. The client aware XML content integration and transformation system includes logic for identifying wireless client devices connecting to the wireless server by using particular characteristics of the client in presenting XML content formatted in response to connection requests from the client to the server. In one embodiment of the present invention, the client aware XML content transformation system receives an indication of a client type and uses this information to automatically search for XML content from a plurality of back-end resource servers on the Internet and transforms the content into a format suitable for delivery to the client. The means of formatting the XML content uses a style sheet such as an Extensible Style sheet Language (XSL) specific to the client type of the client requesting the XML content to transform the XML content into an appropriate markup to the client.

A method for producing a Portable Document Format (PDF) document from data in an Extensible Markup Language (XML) includes the steps of providing an Extensible Stylesheet Language Template (XSLT) transformer having an input and an output and being adapted to respond to XSLT instructions to vary the format of data received at the input. The XML data is introduced to the XSLT transformer at the input while XSLT instructions are provided to the transformer. Responding to the XSLT instructions, the XSLT transformer varies the format of the XML data at the input and provides at the output data in a Form Document Format (FDF) format. This data can be merged into a PDF form to produce the PDF document. The PDF form can be produced by scanning in order to further facilitate this process. An associated apparatus includes the XSLT template, XSLT transformer, a PDF form reader and a printer. A scanner can be used to scan a particular form and thereby produce the PDF form.

Systems and methods are provided for style sheet language coding that maintains a desired relationship between display elements. An authoring tool receives a desired attribute for a first display element, and the authoring tool generates style sheet language code for defining attributes of at least one other display element to maintain a predefined relationship between the display elements. Accordingly, as a developer defines (e.g., creates, modifies, etc.) attributes for one of the display elements, the authoring tool autonomously updates the style sheet language code to define the attributes of the other display elements to maintain the predefined relationship therebetween. In certain embodiments, the authoring tool provides an interface that enables a developer to directly define certain attributes of a display element, wherein the authoring tool generates style sheet language code to indirectly define the attributes in a manner that reflects the developer's direct definition thereof.

Identification and correction of rendering problems that occur when a document (e.g., a web page) is displayed by a document viewer (e.g., web browser) are described. In one exemplary embodiment, a web page has a first element written in a markup language and a second element written in a style sheet language. A method includes receiving a command at a development environment, analyzing a structure of an electronic document responsive to the command, the electronic document having a first element written in a first computer language and a second element written in a second computer language, identifying a relationship between the first and second elements, wherein the relationship causes a rendering problem associated with a document viewer, and presenting information to the user about the rendering problem via the development environment.

Computer-implemented methods, computer systems and computer program products are provided for separating and processing layout information and data of a document. The computer system provides a predefined document description. The document description is decomposed into a layout template and a data description. In a preferred embodiment of the invention, decomposition is achieved by using style sheet language transformations. Optionally, the computer system may instantiate a data instance from the data description and merge the data instance with the layout template into an individual document description. The individual document description can be rendered by a conventional browser.

The present invention provides copybook flat data conversion with inline transformation. Specifically, a streaming intermediary formatted data message is generated as a result of converting / transforming a flat file format (non-XML (Extensible Markup Language) format), such as raw fixed-length field COBOL (Common Business-Oriented Language) copybook format or the like. The streaming intermediary format is not fully held in memory, but rather is directly transformed / converted, using XSLT (Extensible Stylesheet Language Transformations) processing, into a target format, such as structured XML or the like. By directly streaming the intermediary format to the XSLT process without holding the entire data message in memory, the present invention utilizes less memory and, as such, less memory is needed to be reclaimed.

The invention includes a label tree action and a generate reference action function. The label tree action can execute a first time a copy of an XML tree is made (or when an XML tree is analyzed and determined not to contain id_attributes). The add id_attribute can add an id_attribute for each element of the XML tree that does not already have an associated id_attribute. This attribute can be set to a value returned by an XSLT generate-id( ) function. The generate reference action can deliver a string that will be used to refer to a given element. When an id_attribute for the given element is present within the XML tree, the generate reference action can return a value of the id_attribute. When no id_attribute is present for the given element, the generate reference action can return a value of the XSLT generate-id( ) function for the element.

The embodiment of the invention discloses a webpage adaptive adjustment method and device. The method comprises the following steps: after receiving a webpage browsing request sent by a client, sending a resolution ratio analysis script to the client; receiving resolution ratio adjustment parameters calculated by the client according to the resolution ratio analysis script; according to the adjustment parameters, adjusting a variable value in a style sheet language LESS file corresponding to a webpage required by the client so that the adjusted LESS file is adaptive to a resolution ratio of a display unit of the client; sending the adjusted LESS file to the client so as to generate the webpage by the client according to the LESS file and then outputting the webpage.

Along with the gradual increasing scale of an XML (Extensive Makeup Language) document and more and more complex structure, the conversion performance problem of XSLT (Extensible Style-sheet Language Transformation) becomes a major problem which limits development. The invention provides a parallel XSLT conversion method and device. An XSLT file is partitioned into a plurality of conversion modules, and parallel XSLT conversion is performed by using a multi-thread environment, so that the conversion efficiency is increased. The XSLT file and the conversion situation of training data by each conversion module are analyzed, and automatic parallel partition of the XSLT file can be realized, so that the defects of manual partition are avoided; and moreover, the quantity optimization and conversion cost of each conversion module obtained by partitioning are balanced, so that the XSLT conversion performance and efficiency of a source document in a multi-thread environment can be improved effectively.

A system and method for signing an electronic document obtains a signing tag and document content from a data base to generate an extensible markup language (XML) file of the electronic document. The system and method further converts the XML file to an extensible stylesheet language formatting objects (XSL-FO) file, and converts the XSL-FO file to a portable document format (PDF) file. Furthermore, the method obtains a signing position of the PDF file according to the signing tag and inserts an electronic signature into the PDF file according to the signing position.

The present invention provides an automated solution for generating a question document and an answer document from a database of questions and answers. The solution utilizes an extensible markup language to define the database. The database is then converted into a first Document Object Model (DOM) tree. The first DOM tree may then be used in prompting a user to enter the number of questions from each section to be generated. Once this input is received, nodes from the first DOM tree are randomly selected using the data received from the input. These randomly selected nodes are then used to create a second DOM tree representing the quiz or test. This second DOM tree may then be converted to a readable or printable format using a transformation, such as an stylesheet language transformation.

A method for partitioning Web pages of a Web site into graphic elements and technical elements to enable efficient updating of the Web site. Graphic elements of a Web page are defined and a plurality of technical page element sets for respectively formatting the Web page in accordance with the technical page element sets are defined. The graphic elements of the Web page are converted into a stylesheet using a content-to-stylesheet generator. The Web page is then processed using the stylesheet in accordance with one of the technical page element sets to obtain a formatted Web page in accordance with the one technical page element set. The stylesheet can be compatible with a version of XSL (extensible stylesheet language). The formatted Web page is subsequently provided to a user via a server application. Efficient updating of the Web site is enabled by partitioning the graphic design elements, which define a look and feel for the Web page, from the technical page elements, which define the technical reliability of the software objects, scripts, macros, and the like. The partitioning allows the graphic design elements and the technical elements to be changed and updated more independently.

A web-based data form enables modifications made to values in the data form to be dynamically implemented in a data source. Form fields of the data form are associated with items in the data source using data binding information. Data from the data source is transformed into intermediate code using Extensible Stylesheet Language Transformation (XSLT) code. Form controls of the data form are instantiated using the intermediate code. Hypertext Markup Language (HTML) is generated from the intermediate code including the form controls.

In a wireless portal system having a wireless server, a client aware Extensible Markup Language (XML) content integration and transformation method and system. The client aware XML content integration and transformation system includes logic for identifying wireless client devices connecting to the wireless server by using particular characteristics of the client in presenting XML content formatted in response to connection requests from the client to the server. In one embodiment of the present invention, the client aware XML content transformation system receives an indication of a client type and uses this information to automatically search for XML content from a plurality of back-end resource servers on the Internet and transforms the content into a format suitable for delivery to the client. The means of formatting the XML content uses a style sheet such as an Extensible Style sheet Language (XSL) specific to the client type of the client requesting the XML content to transform the XML content into an appropriate markup to the client.

A transformer system receives medical status data generated by a monitoring device. The medical status data represents one or more physiological characteristics of a patient. In response to receiving the medical status data, the transformer system applies a transformation to the medical status data. A script file results from the transformation of the medical status data. The transformation is specified by an Extensible Stylesheet Language Transformation (XSLT) document. The transformer system then executes the script file. When the transformer system executes the script file, the transformer system can perform various actions. For example, the transformer system can generate result data and provide the result data to one or more other systems.

A system and method for transforming databases to maintain compatibility with an associated software application. An initial database associated with an application is formatted using a description language that is transformable by a stylesheet language. After modification of the structure or values of the initial database, a translator using a stylesheet language is applied to the database to transform the database so that it retains compatibility with a revised or updated application. When the application itself is modified, the translator can be used to maintain compatibility between existing databases and the revised application. In one embodiment, the application can be used to program an electronic device.

Methods and apparatus, including computer program products, for profile-based optimizations of Extensible Stylesheet Language Transformations (XSLT) transformations. A method includes generating a XSL (Extensible Stylesheet Language) Transformations (XSLT) and Extensible Markup Language (XML) Path Language (XPath) execution tree for an XSLT stylesheet, determining one or more optimizations for the XSLT and XPath execution tree, applying the one or more optimizations to the XSLT and XPath execution tree, verifying the one or more optimizations in the XSLT and XPath execution tree, making the verified one or more optimizations persistent in an optimized XSLT stylesheet, and transforming one or more source XML documents into one or more result documents using the optimized XSLT stylesheet.

A method and system for displaying information in a user interface of a computer program uses documents, such as mark-up language documents and style-sheet language documents, to specify how the user interface is to be rendered on a computer display. The user interface has a variety of possible appearances, or “skins.”

A message routing method and a message routing device are provided, where the message routing method includes: performing Extensible Markup Language (XML) transformation on content of an XML message by using an XML transformation language including a route policy, and obtaining a target message after the XML transformation, where the route policy includes an operation rule for performing the XML transformation on the content of the XML message, and the XML transformation language includes an Extensible Stylesheet Language (XSL); and routing the XML message to a message receiving subject according to the target message. Through the method and the device according to the embodiments of the present invention, various operations performing on the content of the XML message are set in the XML transformation language, so the route policy may be flexibly configured, thereby implementing the routing on the basis of the content of the XML message.

The present invention provides a visual debugger for dynamic XLS transformations. A method for real time debugging of mixed Java and Extensible Stylesheet Language Transform (XSLT) code comprises sending debug events from Java and XSLT debug sub-adapters to a debug super adapter, filtering the debug events received from the Java and XSLT debug sub-adapters, generating debug events representing a consolidated view of the received debug events, and sending the debug events to a debug user interface (UI).

The invention discloses a mass data drawing optimization method based on a maximum triangle three-segment algorithm. The method comprises the steps of firstly performing downsampling on data based on a maximum triangle three-segment algorithm, trying to compress original data and keeping detail features as much as possible; and for locally steep segmented data, the improvement of dynamically adjusting the segments is carried out. Then, the data with the magnitude exceeding a threshold value is sliced, and for each piece of sliced data, the ECharts can independently create an instance for drawing, so that a chart of sub-sliced data is obtained; and finally, positioning the obtained sub-charts to the same position by using a cascading style sheet language, and superposing the sub-charts to form a unique complete graph. By the adoption of the method, data points used for drawing can be greatly reduced on the premise that original data details are not lost as far as possible, and therefore visual drawing can be conducted on industrial mass data efficiently and with high performance.