Abstract: Example systems and methods of facilitating multiple mode messaging are presented. In one example involving a first communication device, a user selection of one of a plurality of message input modes including a text input mode, a graphical input mode, and an audio input mode is received. A user input interface for the selected message input mode is presented. User messaging input is received via the user input interface for the selected message input mode. A user command is received to send the user messaging input as at least one communication service message to a second communication device. In response to the user command, the at least one communication service message is transmitted via a communication network to the second communication device.

Abstract: This disclosure relates to methods, systems, and software for GUI modeling of at least one contextual help object, potentially representing a knowledgebase, in a modeling environment. For example, software for utilizing contextual help may be operable to identify a business object for an application and associate a contextual help object in a knowledgebase repository to the identified business object. The software may be further operable to automatically configure the front-end of the application using the modeling environment and based on the business object and the contextual help object and, upon activation of the business object, to display just-in-time help to a user of the application via the front-end.

Abstract: Various techniques and components are provided for managing data between a client and server. In one example embodiment, software is operable to receive an updated business object property at a server, process the updated property with a business object residing on the server, and communicate an updated business object from the server to the client. In certain implementations, this allows for the server to update a complete business object, including properties requiring recalculation based on the updated business object property, through a targeted communication from the client, namely, the single updated business object property. Additionally, the software may provide for the identification and automatic updated of server-side business objects or business object properties related to the received updated business object property.

Abstract: The disclosure provides various embodiments of systems and methods for GUI modeling of web services. One method is a computer implemented method including presenting a plurality of web services to a user through a graphical user interface, with each web service comprising at least one web method. A first graphical model of a first web method of one of the plurality of web services is then presented based on a selection by the user. Next, a second graphical model of a second web method of one of the plurality of web services is then presented based on another selection by the user. The method further includes graphically correlating the first and second graphical models into a new graphical model of a new web service method.

Abstract: Various techniques and components are provided for managing data between a client and server. In one example embodiment, software is operable to receive an updated business object property at a server, process the updated property with a business object residing on the server, and communicate an updated business object from the server to the client. In certain implementations, this allows for the server to update a complete business object, including properties requiring recalculation based on the updated business object property, through a targeted communication from the client, namely, the single updated business object property. Additionally, the software may provide for the identification and automatic updated of server-side business objects or business object properties related to the received updated business object property.

Abstract: This disclosure relates to methods, systems, and software for GUI modeling of at least one contextual help object, potentially representing a knowledgebase, in a modeling environment. For example, software for utilizing contextual help may be operable to identify a business object for an application and associate a contextual help object in a knowledgebase repository to the identified business object. The software may be further operable to automatically configure the front-end of the application using the modeling environment and based on the business object and the contextual help object and, upon activation of the business object, to display just-in-time help to a user of the application via the front-end.

Abstract: This disclosure relates to methods, systems, and software for Graphical User Interface (GUI) modeling of deep hierarchical data in a modeling environment without typically requiring a nearly flat hierarchy. For example, a modeling (or development) environment comprising computer-readable instructions can be operable when executed to present a modeling interface to a developer. The modeling environment identifies a hierarchical data element in response to an indication by the developer via the modeling interface and can automatically generate a model of the identified hierarchical data element. In some cases, the modeled hierarchical data element comprises three or more levels.

Abstract: Methods and systems for providing sponsored content based on user information are provided. A method for providing sponsored content for use with a business application includes obtaining a user profile of a user of a business application. The user profile is used to provide sponsored content for use with the business application.

Abstract: Methods and systems for providing context based content for computer applications are provided. A method for providing sponsored content for use with a computer application includes obtaining a business context for a user of a computer application. The business context is used to provide sponsored content for use with the computer application.

Abstract: The disclosure provides generally systems and methods for efficiently providing or managing dynamic files involving discovery of web services. Example software for dynamic web service discovery is operable to identify a first web service associated with a first entity. The software may be further operable to identify a second web service associated with a second entity and to store information associated with the first and second web services in an extensible file. This file often comprises a hierarchical data structure associated with a plurality of web services. In another aspect, a computer implemented method presents a hierarchical file to a plurality of remote clients over a network, with the hierarchical file storing information associated with a plurality of web services. The method may further include communicating information associated with at least one web service based on an HTTP (HyperText Transfer Protocol) request from one of the clients.

Abstract: The disclosure provides various embodiments of systems and methods for GUI modeling of web services. One method is a computer implemented method including presenting a plurality of web services to a user through a graphical user interface, with each web service comprising at least one web method. A first graphical model of a first web method of one of the plurality of web services is then presented based on a selection by the user. Next, a second graphical model of a second web method of one of the plurality of web services is then presented based on another selection by the user. The method further includes graphically correlating the first and second graphical models into a new graphical model of a new web service method.