Abstract: A computer-implemented system and method for providing a dynamic execution environment. In an embodiment, the system and method comprises receiving a base user interface from a server, creating and storing one or more intermediate representations (IRs) which represent a mapping between the base user interface and a modified user interface, executing the one or more IRs to intercept network communication from the server, map between the base user interface and the modified user interface, and send the modified user interface to one or more clients, and executing the one or more IRs to intercept network communication from the one or more clients to the server with user data, map between the modified user interface and the base user interface, and send the base user interface and the user data to the server.

Abstract: A network device monitors communications between a server and a client. The network device simulates certain types of required responses from the client to the server to maintain a persistent session between a client and the server when the actual session may be intermittent. The network device condenses application screens from the server to streamline user interaction between the client and the server. The network device stores required records for a transaction and provides them to a client for offline processing and then synchronizes stored offline transaction data from the client with the server.

Abstract: A network device monitors communications between a server and a client. The network device simulates certain types of required responses from the client to the server to maintain a persistent session between a client and the server when the actual session may be intermittent. The network device condenses application screens from the server to streamline user interaction between the client and the server. The network device stores required records for a transaction and provides them to a client for offline processing and then synchronizes stored offline transaction data from the client with the server.

Abstract: A computer-implemented system and method for providing a dynamic execution environment. In an embodiment, the system and method comprises receiving a base user interface from a server, creating and storing one or more intermediate representations (IRs) which represent a mapping between the base user interface and a modified user interface, executing the one or more IRs to intercept network communication from the server, map between the base user interface and the modified user interface, and send the modified user interface to one or more clients, and executing the one or more IRs to intercept network communication from the one or more clients to the server with user data, map between the modified user interface and the base user interface, and send the base user interface and the user data to the server.

Abstract: A network device monitors communications between a server and a client. The network device simulates certain types of required responses from the client to the server to maintain a persistent session between a client and the server when the actual session may be intermittent. The network device condenses application screens from the server to streamline user interaction between the client and the server. The network device stores required records for a transaction and provides them to a client for offline processing and then synchronizes stored offline transaction data from the client with the server.

Abstract: A network device monitors communications between a server and a client. The network device simulates certain types of required responses to the server to maintain a persistent session between a client and the server when the actual connection may be intermittent. The network device condenses application screens from the server to streamline user interaction between the client and the server. The network device stores required records for a transaction and provides them to a client for offline processing and then synchronizes stored offline transaction data from the client with the server.

Abstract: A computer-implemented system and method for providing a dynamic execution environment. In an embodiment, the system and method comprises receiving a base user interface from a server, creating and storing one or more intermediate representations (IRs) which represent a mapping between the base user interface and a modified user interface, executing the one or more IRs to intercept network communication from the server, map between the base user interface and the modified user interface, and send the modified user interface to one or more clients, and executing the one or more IRs to intercept network communication from the one or more clients to the server with user data, map between the modified user interface and the base user interface, and send the base user interface and the user data to the server.

Abstract: A computer-implemented system and method for providing a dynamic execution environment. In an embodiment, the system and method comprises receiving a base user interface from a server, creating and storing one or more intermediate representations (IRs) which represent a mapping between the base user interface and a modified user interface, executing the one or more IRs to intercept network communication from the server, map between the base user interface and the modified user interface, and send the modified user interface to one or more clients, and executing the one or more IRs to intercept network communication from the one or more clients to the server with user data, map between the modified user interface and the base user interface, and send the base user interface and the user data to the server.

Abstract: A terminator node is provided that acts as termination on one end of the communication channel and links to the SAP server on the other end. A server device is also provided that monitors communications between the SAP server and a client. The server device condenses SAP application screens to streamline user interaction with the SAP server. The server device simulates certain types of required responses to the SAP server to allow for a persistent session between a client and the SAP server when the actual connection may be intermittent. The server device stores required records for a transaction and provides them to a client for offline processing and then synchronizes stored offline transaction data from the client with the SAP server. The system may include a client device that optionally implements the terminator node to communicate either with the server device or directly to the SAP server.

Abstract: A terminator node is provided that acts as termination on one end of the communication channel and links to the SAP server on the other end. A server device is also provided that monitors communications between the SAP server and a client. The server device condenses SAP application screens to streamline user interaction with the SAP server. The server device simulates certain types of required responses to the SAP server to allow for a persistent session between a client and the SAP server when the actual connection may be intermittent. The server device stores required records for a transaction and provides them to a client for offline processing and then synchronizes stored offline transaction data from the client with the SAP server. The system may include a client device that optionally implements the terminator node to communicate either with the server device or directly to the SAP server.

Abstract: A terminator node is provided that acts as termination on one end of the communication channel and links to the SAP server on the other end. A server device is also provided that monitors communications between the SAP server and a client. The server device condenses SAP application screens to streamline user interaction with the SAP server. The server device simulates certain types of required responses to the SAP server to allow for a persistent session between a client and the SAP server when the actual connection may be intermittent. The server device stores required records for a transaction and provides them to a client for offline processing and then synchronizes stored offline transaction data from the client with the SAP server. The system may include a client device that optionally implements the terminator node to communicate either with the server device or directly to the SAP server.

Abstract: A terminator node is provided that acts as termination on one end of the communication channel and links to the SAP server on the other end. A server device is also provided that monitors communications between the SAP server and a client. The server device condenses SAP application screens to streamline user interaction with the SAP server. The server device simulates certain types of required responses to the SAP server to allow for a persistent session between a client and the SAP server when the actual connection may be intermittent. The server device stores required records for a transaction and provides them to a client for offline processing and then synchronizes stored offline transaction data from the client with the SAP server. The system may include a client device that optionally implements the terminator node to communicate either with the server device or directly to the SAP server.

Abstract: A computer-implemented system and method for providing a dynamic execution environment. In an embodiment, the system and method comprises receiving a base user interface from a server, creating and storing one or more intermediate representations (IRs) which represent a mapping between the base user interface and a modified user interface, executing the one or more IRs to intercept network communication from the server, map between the base user interface and the modified user interface, and send the modified user interface to one or more clients, and executing the one or more IRs to intercept network communication from the one or more clients to the server with user data, map between the modified user interface and the base user interface, and send the base user interface and the user data to the server.

Abstract: Example implementations disclosed herein are directed to systems and methods for providing an event-trapping mechanism in a dynamic execution environment. The systems and methods can include creating one or more execution blocks, each associated with a sequence of screen events of a user interface, from a function stored in a script; storing the one or more execution blocks as handlers; and executing the one or more handlers independently from each other, when the associated sequence of screen events for the handler is detected in network traffic.

Abstract: A method and apparatus for accessing an enterprise resource planning system via a mobile device is described. In one embodiment, the method includes parsing data from a host application access application into at least one object in an application-specific format, converting the data into an intermediate format that is compatible with a mobile device and communicating the converted data to the mobile device.

Abstract: A method and apparatus for accessing an enterprise resource planning system via a mobile device is described. In one embodiment, the method includes parsing data from a host application access application into at least one object in an application-specific format, converting the data into an intermediate format that is compatible with a mobile device and communicating the converted data to the mobile device.

Abstract: A method and apparatus for accessing an enterprise resource planning system via a mobile device is described. In one embodiment, the method includes parsing data from a host application access application into at least one object in an application-specific format, converting the data into an intermediate format that is compatible with a mobile device and communicating the converted data to the mobile device.

Abstract: A method and apparatus for accessing an enterprise resource planning system via a mobile device is described. In one embodiment, the method includes parsing data from a host application access application into at least one object in an application-specific format, converting the data into an intermediate format that is compatible with a mobile device and communicating the converted data to the mobile device.

Abstract: A method and apparatus for updating a web-based user interface. The method comprises generating a user interface for a host application, accessing the user interface in a web browser, and modify the user interface within the web browser during run-time of the application. The apparatus comprises a user interface, a user interface updater, a web browser, and a host application. The web browser provides a way to display, access, and modify the user interface for communicating with the host application. The user interface updater generates the user interface and modifies the user interface in response to command information received from the web browser.

Abstract: A method and apparatus for accessing an enterprise resource planning system via a mobile device is described. In one embodiment, the method includes parsing data from a host application access application into at least one object in an application-specific format, converting the data into an intermediate format that is compatible with a mobile device and communicating the converted data to the mobile device.