Abstract: An example method facilitates modification and generation of User Interface (UI) display screens for webpages and web applications, such as process-based software applications. The example method includes receiving a first signal to access a webpage that includes a static UI display screen for a web application; serving the webpage in response to the signal; detecting the dynamic configuration functionality associated with the webpage, wherein the configuration functionality includes code and UI metadata provided in or with a dynamic layout file, the code and UI metadata including one or more rules and specifications for configuring schema used to generate rendering instructions for the dynamic part of the webpage.

Abstract: An example method facilitates modification and generation of User Interface (UI) display screens for webpages and web applications, such as process-based software applications. The example method includes receiving a first signal to access a webpage that includes a static UI display screen for a web application; serving the webpage in response to the signal; detecting the dynamic configuration functionality associated with the webpage, wherein the configuration functionality includes code and UI metadata provided in or with a dynamic layout file, the code and UI metadata including one or more rules and specifications for configuring schema used to generate rendering instructions for the dynamic part of the webpage.

Abstract: An example method facilitates modification and generation of User Interface (UI) display screens for webpages and web applications, such as process-based software applications. The example method includes receiving a first signal to access a webpage that includes a static UI display screen for a web application; serving the webpage in response to the signal; detecting the dynamic configuration functionality associated with the webpage, wherein the configuration functionality includes code and UI metadata provided in or with a dynamic layout file, the code and UI metadata including one or more rules and specifications for configuring schema used to generate rendering instructions for the dynamic part of the webpage.

Abstract: An example system and method facilitates operation of a networked software application that communicates with a network resource during periods of intermittent network connectivity and includes determining when a networked software application is offline and when it is online; selectively intercepting one or more request messages from the networked software application addressed to a network resource when the software application is offline, resulting in a store of intercepted request messages; detecting when the networked software application transitions from being offline to being online; and selectively issuing the one or more request messages to the network resource in a sequence in which the one or more request messages were stored in the store of intercepted request messages.

Abstract: An example system and method facilitates operation of a networked software application during periods of intermittent network connectivity, by selectively intercepting and shredding and/or unshredding service response messages. In a specific embodiment, the example system includes one or more pluggable shredders and unshredders to explode a payload into its constituent structured primitive objects for ease of consumption by the User Interface (UI) of the client application. The exploded payloads are stored in local cache, where the cached data is structured as compared to the received payload. One or more unshredders selectively reconstruct one or more response message payloads if client reissues the corresponding request message while offline. The client may operate as if it is online, and the system will provide one or more mock responses containing the last known data set for the scenario wherein the server cannot be reached.

Abstract: An example system and method facilitates operation of a networked software application that communicates with a network resource during periods of intermittent network connectivity and includes determining when a networked software application is offline and when it is online; selectively intercepting one or more request messages from the networked software application addressed to a network resource when the software application is offline, resulting in a store of intercepted request messages; detecting when the networked software application transitions from being offline to being online; and selectively issuing the one or more request messages to the network resource in a sequence in which the one or more request messages were stored in the store of intercepted request messages.

Abstract: An example system and method facilitates operation of a networked software application that communicates with a network resource during periods of intermittent network connectivity and includes determining when a networked software application is offline and when it is online; selectively intercepting one or more request messages from the networked software application addressed to a network resource when the software application is offline, resulting in a store of intercepted request messages; detecting when the networked software application transitions from being offline to being online; and selectively issuing the one or more request messages to the network resource in a sequence in which the one or more request messages were stored in the store of intercepted request messages.

Abstract: An example system and method facilitates operation of a networked software application, i.e., client application which communicates with a network resource (e.g., web service) during periods of intermittent network connectivity, by selectively intercepting and shredding and/or unshredding service response messages. In a specific embodiment, the example system includes one or more pluggable shredders and unshredders that are used to explode a complex REpresentational State Transfer (REST) payload into its constituent structured primitive objects for ease of consumption by the User Interface (UI) of the client application. The exploded, i.e., shredded response message payloads are stored in local cache, where the cached data is strategically structured as compared to the received REST payload. One or more unshredders selectively reconstruct one or more REST response message payloads if client reissues the corresponding REST request message while offline.

Abstract: An example system and method facilitates operation of a networked software application, i.e., client application which communicates with a network resource (e.g., web service) during periods of intermittent network connectivity, by selectively intercepting and shredding and/or unshredding service response messages. In a specific embodiment, the example system includes one or more pluggable shredders and unshredders that are used to explode a complex REpresentational State Transfer (REST) payload into its constituent structured primitive objects for ease of consumption by the User Interface (UI) of the client application. The exploded, i.e., shredded response message payloads are stored in local cache, where the cached data is strategically structured as compared to the received REST payload. One or more unshredders selectively reconstruct one or more REST response message payloads if client reissues the corresponding REST request message while offline.

Abstract: An example system and method facilitates operation of a networked software application, i.e., client application which communicates with a network resource (e.g., web service) during periods of intermittent network connectivity, by selectively intercepting and shredding and/or unshredding service response messages. In a specific embodiment, the example system includes one or more pluggable shredders and unshredders that are used to explode a complex REpresentational State Transfer (REST) payload into its constituent structured primitive objects for ease of consumption by the User Interface (UI) of the client application. The exploded, i.e., shredded response message payloads are stored in local cache, where the cached data is strategically structured as compared to the received REST payload. One or more unshredders selectively reconstruct one or more REST response message payloads if client reissues the corresponding REST request message while offline.

Abstract: An example method facilitates modification and generation of User Interface (UI) display screens for webpages and web applications, such as process-based software applications. The example method includes receiving a first signal to access a webpage that includes a static UI display screen for a web application; serving the webpage in response to the signal; detecting the dynamic configuration functionality associated with the webpage, wherein the configuration functionality includes code and UI metadata provided in or with a dynamic layout file, the code and UI metadata including one or more rules and specifications for configuring schema used to generate rendering instructions for the dynamic part of the webpage.

Abstract: An example system and method facilitates operation of a networked software application that communicates with a network resource during periods of intermittent network connectivity and includes determining when a networked software application is offline and when it is online; selectively intercepting one or more request messages from the networked software application addressed to a network resource when the software application is offline, resulting in a store of intercepted request messages; detecting when the networked software application transitions from being offline to being online; and selectively issuing the one or more request messages to the network resource in a sequence in which the one or more request messages were stored in the store of intercepted request messages.

Abstract: An atomic multiple-file upload from a client to a server requires only a single Java Server Faces (JSF) lifecycle to process the multiple files uploaded. Progress and other upload status indicators are displayed at the client and individual files can be deleted, canceled or added prior to committing the multiple-file upload at the server.