7 results about "Root element" patented technology

The invention discloses an XML-based video template language definition method and device, and the method comprises the steps: creating a VTL video template, and setting a plurality of XML attributes for a template element for definition; embedding one or more scene elements in the template element through a parent-child relationship of XML (Extensible Markup Language); various content elements are nested in each scene element; and introducing a plurality of logic elements with the same level as the template element, wrapping the template element and the plurality of logic elements by using a root element, and realizing dynamic logic processing and data binding in cooperation with a dynamic calculation expression so as to generate the VTL video template capable of being analyzed and rendered. Through the method provided by the invention, the VTL completely, accurately and flexibly defines a complex video item as a standardized text file by utilizing the structuralization, extensibility and self-description characteristics of the XML, so that comprehensive description from static layout to dynamic content generation is realized; standardized description of the video content is achieved, high dynamic performance is achieved, secondary editing and cross-terminal unified construction are easy, and the efficiency and flexibility of video production are improved.

The invention discloses an icon-related XML format recognition method, an icon format recognition method and a server, and the method comprises the steps: obtaining an XML document according to an icon file path in an installation package, and extracting a tag name of a root element; when the tag name is identified as a vector graph type or an adaptive icon type, reading attribute information or child node information of a root element, and executing structural integrity verification; and finally determining the icon format type according to the structure verification result and the tag name. According to the method and the device, through a dual detection mechanism of extension shunting and content deep analysis, and in cooperation with a main and standby analysis fault-tolerant strategy, accurate identification in an environment without Android running is realized, the problem of misjudgment of an XML icon format is effectively solved, and the consistency of icon display is ensured.

The application provides a cross-page information pushing method and device, relates to the technical field of cloud computing, and can be applied to the technical field of finance or other technical fields.The cross-page information pushing method comprises the following steps: obtaining a root element of a corresponding page as a root node according to a monitored visibility change event of the page, mounting an outer layer node of an information floating window to the root node, and then mounting a page element corresponding to acquired cross-page information to the outer layer node, so that cross-page information pushing can be realized, and user demands can be met.The application can realize cross-page information pushing, and meet user demands.

Described are methods and systems for graphically organizing words and their meanings. The words, in an input language such as English, are added as nodes to a graph. Synonyms of each input word taken from a second language, such as Sanskrit, are likewise added as nodes to the graph and connected to the corresponding input-word nodes via synonym edges. Root elements of the synonyms, semantic meanings, are also added to the graph as meaning nodes. The resulting graph depicts linguistic and semantic interrelations between input words, their second-language synonyms, and the meanings derived therefrom.

The invention relates to an XML storage method and device based on a relational database and a medium, and relates to the technical field of data storage, and the XML storage method based on the relational database comprises the following steps: S1, analyzing a hierarchical structure of an XML document, and mapping a root element into a main table in the relational database; s2, recursively mapping the sub-elements into an associated sub-table, and establishing a foreign key relationship; s3, storing attributes of the elements as table fields, and storing text contents of the elements in independent content fields; s4, generating a complete XPath path for each element node and storing the XPath path in a path field; and S5, automatically matching the database field type according to the data type of the attribute value. The method has the effect of efficient data storage and management.

The application relates to a script recording method and device for automated testing, computer equipment and a medium. When a recording start instruction is acquired, the method listens to a trigger event of a current page, determines an element corresponding to the trigger event as a target element when the trigger event meets a preset condition, extracts a document object model of the target element, uses a recursive algorithm to perform upward searching on the document object model until a root element label corresponding to the current page is found, determines access path and position information corresponding to the target element, extracts attribute information of the access path, determines a target selector corresponding to the access path according to the attribute information, acquires a recording end instruction, generates an executable script according to the access path, the position information and the target selector, obtains the script by triggering page information recording, has high automation and strong operability, does not need to understand the attributes of page elements, thereby reducing the ability requirement on a recording personnel and improving the generation efficiency of a test script.

A system (100) and a method (400) for detecting a target element in a Java application is disclosed. The system (100) comprises one or more user devices (110) in communication with a server (40). The user device comprises a processor configured to receive a selection of a target element via a user interface of the Java application. The processor is configured to traverse from the target element to a root element along a traversal path. The traversal path comprises elements. The processor is configured to determine one or more neighboring elements of the target element. The processor is configured to capture and store the elements and attributes of each of the elements on the traversal path and the one or more neighboring elements on the server (40), thereby creating reference data for enabling detection of the target element.