Abstract: Information systems provide forwards and backwards compatibility when servicing a client's request for data (RFD) via a client interface. The requested data is stored in a native version of a source data schema, and is transformed into an encoding in a version of a target data schema and provided to the client. The systems are enabled to gracefully, transparently, and in real-time service an RFD of any existing version (e.g., previous or current) of the client interface. The requested data may be stored via one or more versions (e.g., previous or current) of a combination of one or more source data schemas. Furthermore, the various embodiments are enabled to provide the requested data encoded in any supported version of the existing target data schemas.

Abstract: A selected location of a design view of a graphical user interface (GUI) generated using a design application may be received and used to identify a corresponding location for the selected location within an implementation view of the GUI. By mapping code of the GUI for the corresponding location to the selected location, using a validation language that relates the code to the design language, a difference between the selected location and the corresponding location may be identified. In this way, design validation may occur in a fast, automated, and reliable manner.

Abstract: Information systems provide forwards and backwards compatibility when servicing a client's request for data (RFD) via a client interface. The requested data is stored in a native version of a source data schema, and is transformed into an encoding in a version of a target data schema and provided to the client. The systems are enabled to gracefully, transparently, and in real-time service an RFD of any existing version (e.g., previous or current) of the client interface. The requested data may be stored via one or more versions (e.g., previous or current) of a combination of one or more source data schemas. Furthermore, the various embodiments are enabled to provide the requested data encoded in any supported version of the existing target data schemas.

Abstract: A selected location of a design view of a graphical user interface (GUI) generated using a design application may be received and used to identify a corresponding location for the selected location within an implementation view of the GUI. By mapping code of the GUI for the corresponding location to the selected location, using a validation language that relates the code to the design language, a difference between the selected location and the corresponding location may be identified. In this way, design validation may occur in a fast, automated, and reliable manner.

Abstract: The present disclosure is directed to providing a webpage design system that facilitates a simple and unified user-experience for users modifying responsive webpages. In general, the webpage design system provides an agnostic framework that allows a user to modify a responsive webpage irrespective of the responsive framework used to create the responsive webpage. For example, the webpage design system can translate one or more responsive frameworks into an agnostic framework. Further, the webpage design system can load a responsive webpage and correlate elements in the responsive webpage with operations of the agnostic framework. Upon correlating the elements with agnostic framework operations, the webpage design system can provide agnostic framework operations to a user when the webpage design system detects that a user selects an element from the responsive webpage.

Abstract: The present disclosure is directed to providing a webpage design system that facilitates a simple and unified user-experience for users modifying responsive webpages. In general, the webpage design system provides an agnostic framework that allows a user to modify a responsive webpage irrespective of the responsive framework used to create the responsive webpage. For example, the webpage design system can translate one or more responsive frameworks into an agnostic framework. Further, the webpage design system can load a responsive webpage and correlate elements in the responsive webpage with operations of the agnostic framework. Upon correlating the elements with agnostic framework operations, the webpage design system can provide agnostic framework operations to a user when the webpage design system detects that a user selects an element from the responsive webpage.