Disclosed is technology for generating an accurate and lossless static object model of a dynamic webpage as it is rendered by a browser, including webpages that include a shadow DOM. A method includes receiving, at a computer system, a webpage, instantiating a headless web browser application to render the webpage by creating a document object model (“DOM”) and a cascading style sheet object model (“CSSOM”) in browser memory, the DOM and CSSOM representing dynamic rendered webpage content, injecting a probe script into the headless browser to retrieve the dynamic rendered content, traversing, by the probe script, the DOM, including traversing regular nodes of the DOM and shadow nodes of a shadow DOM, retrieving dynamic information for the regular and shadow nodes, and building a static object model based on the dynamic information.

Disclosed is technology for generating an accurate and lossless static object model of a dynamic webpage as it is rendered by a browser, including webpages that include a shadow DOM. A method includes receiving, at a computer system, a webpage, instantiating a headless web browser application to render the webpage by creating a document object model (“DOM”) and a cascading style sheet object model (“CSSOM”) in browser memory, the DOM and CSSOM representing dynamic rendered webpage content, injecting a probe script into the headless browser to retrieve the dynamic rendered content, traversing, by the probe script, the DOM, including traversing regular nodes of the DOM and shadow nodes of a shadow DOM, retrieving dynamic information for the regular and shadow nodes, and building a static object model based on the dynamic information.

A method, computer readable medium and device that extends a document transformation server to process multiple documents from multiple websites includes obtaining with a document transformation server a document to process based on at least a URL of the document to process in an HTTP request URL. An XML source representing the document to process is generated with the document transformation server. One or more XML processors associated with at least a portion of the HTTP request URL from a plurality of stored associations are identified with the document transformation server. The XML source is transformed by the document transformation server with each of the identified one identified XML processors. The generated document is provided in an HTTP response to the HTTP request URL by the document transformation server.

The present disclosure relates to computer-implemented methods and computer systems for providing user-friendly and understandable presentations of Open Data (OData) Protocol resources through an automatic translation and modification process. The present disclosure provides a user interface tool for presenting and browsing OData fees that can provide a visualization of an OData feed structure to users in an otherwise unavailable format. In particular, developers can view and modify resources outside of the underlying format in which such OData feeds are traditionally presented. The user interface tool can provide an out-of-box user interface with which a developer can view and modify resources associated with a feed, browse related entity sets, set filters, and perform other operations. In essence, the user interface tool can decrease user's efforts and difficult in understanding particular OData feeds and the entities associated therewith.

A method of determining a layout for an electronic document comprising a web object that includes a set of components is provided. The method, for each component of the web object, injects code into a web frame used to retrieve the component of the web object. The program sends a request to a web content retriever to retrieve the web object. The program, for each component of the web object, receives a message at the layout generation application from the injected code in the corresponding web frame indicating the completion of the retrieving of the component. Each message includes the height of the corresponding web object component. The method determines a layout for the web object by using the height of the web object components after the messages received from the injected code indicate that every component of the web object is retrieved.

An advertisement filtering method and device. The method comprises: access a web page by using a browser, acquire a selector of an advertisement element according to a domain name of the web page, and add a rule statement for hiding the advertisement element after the selector to generate a CSS style of a specific category (S10); inject the CSS style of the specific category into the browser (S11); set a cascading priority of the CSS style of the specific category to a highest cascading priority (S12); and the browser performs cascading on the CSS styles according to an order of the cascading priority of the CSS style to enable the CSS style of the specific category to take effect (S13). In this way, in a case in which an author uses a counter advertisement filtering method, an advertisement from the author can still be effectively filtered.

A computer-implemented system and method for managing and visualizing financial transaction data is disclosed. Rows of financial data are managed as data objects with a reorganizable node tree hierarchy. A user interface visualization system supports an interactive user interface with a client device. In some implementations, a user may reorganize the node hierarchy, define dimension, communicate on a node-based basis, and assign directly responsible individuals to nodes.

A computer-implemented system and method for managing and visualizing financial transaction data is disclosed. Rows of financial data are managed as data objects with a reorganizable node tree hierarchy. A user interface visualization system supports an interactive user interface with a client device. In some implementations, a user may reorganize the node hierarchy, define dimension, communicate on a node-based basis, and assign directly responsible individuals to nodes.

A method, non-transitory computer readable medium, and web content server that assists with transforming server side template to client side template includes obtaining a server side template comprising a plurality of Hypertext Markup Language (HTML) and logical instructions responsive to a request for webpage received from a client device. The obtained server side template is parsed to generate a document object model. The parsed document object model is traversed to identify the plurality of HTML and logical instructions. The obtained server side template is transformed to a client side template by replacing each of the identified plurality of HTML and logical instructions during the traversing with an equivalent JavaScript code.

A method, non-transitory computer readable medium, and web content server that assists with transforming server side template to client side template includes obtaining a server side template comprising a plurality of Hypertext Markup Language (HTML) and logical instructions responsive to a request for webpage received from a client device. The obtained server side template is parsed to generate a document object model. The parsed document object model is traversed to identify the plurality of HTML and logical instructions. The obtained server side template is transformed to a client side template by replacing each of the identified plurality of HTML and logical instructions during the traversing with an equivalent JavaScript code.