Abstract: Users design and develop a current version of an application to be rendered on different devices. The application is configured and deployed with its current version on a platform server. The application can run on different servers provided from different platforms. A desktop browser displays the current version of the application by loading a Uniform Resource Locator (URL). The current version of the application can be tested both on a desktop browser and on a browser, installed on a remote device. Additionally, a visually encoded dynamic code is generated that is scanned by a remote device to launch the deployed version of the application. The visually encoded dynamic code encrypts dynamic information for locating the deployed application that is dependent on the platform server used for deployment. After displaying the current version on the remote device, further points for improvement of the design and functionality of the application are defined.

Abstract: A subset of a standardized scripting language can be defined, and a tailored grammar for the subset of the standardized scripting language can be created to match the subset language features. The tailored grammar need not be a subset of a grammar of the standardized scripting language. A subset-specific type system can be provided for the subset of the standardized scripting language such that the subset-specific type system sits on top of a defined type system for the standardized scripting language. A user scripting input can be received via a script editor that employs the subset of the standardized scripting language, the tailored grammar, and the subset-specific type system. The user scripting input can include creating a user interface feature accessing data in one or more objects. Related systems, methods, and computer program products are also described.

Abstract: Users design and develop a current version of an application to be rendered on different devices. The application is configured and deployed with its current version on a platform server. The application can run on different servers provided from different platforms. A desktop browser displays the current version of the application by loading a Uniform Resource Locator (URL). The current version of the application can be tested both on a desktop browser and on a browser, installed on a remote device. Additionally, a visually encoded dynamic code is generated that is scanned by a remote device to launch the deployed version of the application. The visually encoded dynamic code encrypts dynamic information for locating the deployed application that is dependent on the platform server used for deployment. After displaying the current version on the remote device, further points for improvement of the design and functionality of the application are defined.

Abstract: A subset of a standardized scripting language can be defined, and a tailored grammar for the subset of the standardized scripting language can be created to match the subset language features. The tailored grammar need not be a subset of a grammar of the standardized scripting language. A subset-specific type system can be provided for the subset of the standardized scripting language such that the subset-specific type system sits on top of a defined type system for the standardized scripting language. A user scripting input can be received via a script editor that employs the subset of the standardized scripting language, the tailored grammar, and the subset-specific type system. The user scripting input can include creating a user interface feature accessing data in one or more objects. Related systems, methods, and computer program products are also described.

Abstract: Methods and apparatus, including computer program products, for developing an application. The development includes the use of a data model (e.g., a metamodel represented using UML) from which an API is derived. The API can include features derived from customizable extensions within the data model.

Abstract: An object-based merge tool for structured object models encapsulates data in files, such as metadata in XML files, as model objects in accordance with an underlying model, all of which can be graphically represented to a user. The model objects may be formed in any structure, such as a tree structure, which makes the semantical structure of the files understandable to the user. Graphical representation of files also allows the user to see how the files have been changed. The differences between files or file sets can be graphically represented to the user, such as through markings of the model objects in the tree structure, and the differences can be explained in an additional view. Related apparatus, computer program products and computer systems are also described.

Abstract: Methods and apparatus, including computer program products, for developing an application. The development includes the use of a data model (e.g., a metamodel represented using UML) from which an API is derived. The API can include features derived from customizable extensions within the data model.