Abstract: A computer implemented method includes receiving a programming language input having a client portion and a server portion, where client symbols of the client input portion are usable in the server input portion and server symbols of the server input portion are usable in the client input portion. The method includes parsing the input to separate the client input portion from the server input portion, identifying the usage of any client symbols in the server input portion and any server symbols in the client input portion, producing at least one communication service between the separated client and server input portions to support the usage of any client symbols in the separated server input portion and any server symbols in the separated client input portion, and translating the client input portion into an executable client application and the server input portion into an executable server application with communication there between.

Abstract: Systems and methods for centrally storing relaying medical messages. A system containing databases related to patients and health care providers receives an electronic communication another computer regarding the patient, the current status of the patient, a health care provider, and a procedure which the patient is undergoing (or preparing to undergo). The system analyzes the electronic communication, looks up data associated with the patient and the physician, and communicates a message regarding the procedure to yet another computing device.

Abstract: Synchronized panel technology is provided. A method illustratively includes receiving indications of a first form factor and a second form factor. Content that is to be shared is identified. A first user interface is generated that includes the content and that is configured to be displayed on a computing device screen having the first form factor. A second user interface is generated that includes the content and that is configured to be displayed on a computing device screen having the second form factor. Indications of a first and second resolution are optionally received and utilized in generating the first and second user interfaces.

Abstract: A system and method receives and stores instant messaging messages, and provides them upon request by one or more programs, such messages containing text, status of other users or other information. Instant messages received from programs may also be provided as instant messages using the system and method. The programs may be validated before allowing them to communicate using the instant messaging network.

Abstract: A method includes generating a graphical user interface for presentation on at least one display device. The graphical user interface includes one or more first screens that display different types of aircraft. The one or more first screens include first controls that allow a user to navigate around both an exterior of each aircraft and an interior of each aircraft within the one or more first screens. The graphical user interface also includes one or more second screens that display at least one airport. The one or more second screens include second controls that allow the user to navigate around each airport within the one or more second screens.

Abstract: A system and method receives and stores instant messaging messages, and provides them upon request by one or more programs, such messages containing text, status of other users or other information. Instant messages received from programs may also be provided as instant messages using the system and method. The programs may be validated before allowing them to communicate using the instant messaging network.

Abstract: A computer implemented method includes receiving a client programming language input and a server programming language input, processing the client and server programming language inputs, and translating the client programming language input into an executable client application and the server programming language input into an executable server application, the executable client and server applications operable to communicate with each other. Processing the client and server programming language inputs includes identifying any invocations of server procedures of the server programming language input in the client programming language input, producing a combined server procedure in the server programming language input for identified server procedures invoked by the client programming language input, and replacing invocations of the identified server procedures in the client programming language input with an invocation of the combined server procedure.

Abstract: A method of displaying social media data is provided. The method includes accessing stored social media data from a plurality of social media outlets and obtaining social media data having associated context information. The obtained social media data includes at least first social media data from a first social media outlet and second social media data from a second social media outlet. The method includes providing a user interface that displays representations of the first and second social media data as a function of the context information.

Abstract: A computer implemented method including receiving an input, translating the input into a compiled application having a client portion and a server portion, receiving a client portion testing location and a server portion testing location, and instantiating a client virtual machine and a server virtual machine according to the respective client portion testing location and the server portion testing location. The method includes executing the compiled client application portion on the client virtual machine instantiated, executing the compiled server application portion on the server virtual machine instantiated, and monitoring execution of the compiled client and server application portions on the respective client and server virtual machines.

Abstract: A computer implemented method includes receiving a programming language input having a client portion and a server portion, where client symbols of the client input portion are usable in the server input portion and server symbols of the server input portion are usable in the client input portion. The method includes parsing the input to separate the client input portion from the server input portion, identifying the usage of any client symbols in the server input portion and any server symbols in the client input portion, producing at least one communication service between the separated client and server input portions to support the usage of any client symbols in the separated server input portion and any server symbols in the separated client input portion, and translating the client input portion into an executable client application and the server input portion into an executable server application with communication there between.

Abstract: Electronic form systems are provided. In at least certain configurations, an electronic form system includes a form definition that is utilized to generate one or more user interfaces corresponding to a form. The form definition specifies a type for each of the fields within the form. The field types may include discrete and/or abstract fields, and data may be stored locally or synchronized with a remote device. Additionally, the form definition can include any other metadata such as, but not limited to location, rendering, and formatting information. These and various other features and advantages that characterize the claimed embodiments will become apparent upon reading the following detailed description and upon reviewing the associated drawings.

Abstract: Systems and methods for managing and sharing electronic medical records are provided. In one embodiment, a method includes receiving health care information from a health care provider or a health care institution. A determination is made as to whether or not a user is registered to receive health care information on a mobile device. The health care information is transmitted to the mobile device based at least in part on a determination that the user is registered. The health care information may also be transmitted to the mobile device based at least in part on an occurrence of a triggering event. The triggering event can occur while a patient is receiving health care or after a patient has received health care. The health care information may be received from an electronic medical record system or from a web portal.

Abstract: Synchronized panel technology is provided. A method illustratively includes receiving indications of a first form factor and a second form factor. Content that is to be shared is identified. A first user interface is generated that includes the content and that is configured to be displayed on a computing device screen having the first form factor. A second user interface is generated that includes the content and that is configured to be displayed on a computing device screen having the second form factor. Indications of a first and second resolution are optionally received and utilized in generating the first and second user interfaces.