Abstract: A facility for replicating offline scheduling transactions directed to a server is provided. The facility is implemented as a client-side application that integrates with and utilizes components of a store-and-forward application, which is operable to execute on a client to guarantee that transactions submitted on the client are replicated and carried out on a service hosted on a remote server even in light of intermittent connectivity between the client, the server, and networks. Records describing transactions intended remote service are written to an outbox of the store-and-forward application on the client. If the item is intended for the scheduling application, the facility is invoked by the store-and-forward application to send the item to the scheduling application. Otherwise, the facility returns the item to the outbox for processing by other components of the store-and-forward application.

Abstract: A facility for replicating offline scheduling transactions directed to a server is provided. The facility is implemented as a client-side application that integrates with and utilizes components of a store-and-forward application, which is operable to execute on a client to guarantee that transactions submitted on the client are replicated and carried out on a service hosted on a remote server even in light of intermittent connectivity between the client, the server, and networks. Records describing transactions intended remote service are written to an outbox of the store-and-forward application on the client. If the item is intended for the scheduling application, the facility is invoked by the store-and-forward application to send the item to the scheduling application. Otherwise, the facility returns the item to the outbox for processing by other components of the store-and-forward application.

Abstract: A facility for replicating offline scheduling transactions directed to a server is provided. The facility is implemented as a client-side application that integrates with and utilizes components of a store-and-forward application, which is operable to execute on a client to guarantee that transactions submitted on the client are replicated and carried out on a service hosted on a remote server even in light of intermittent connectivity between the client, the server, and networks. Records describing transactions intended remote service are written to an outbox of the store-and-forward application on the client. When online, the store-and-forward application first invokes the facility, which processes the items in the outbox by iteratively retrieving the items from the outbox and, for each item, determining whether the item is a transaction intended for the scheduling application. If the item is intended for the scheduling application, the facility sends the item to the scheduling application.

Abstract: A facility for replicating offline scheduling transactions directed to a server is provided. The facility is implemented as a client-side application that integrates with and utilizes components of a store-and-forward application, which is operable to execute on a client to guarantee that transactions submitted on the client are replicated and carried out on a service hosted on a remote server even in light of intermittent connectivity between the client, the server, and networks. Records describing transactions intended remote service are written to an outbox of the store-and-forward application on the client. When online, the store-and-forward application first invokes the facility, which processes the items in the outbox by iteratively retrieving the items from the outbox and, for each item, determining whether the item is a transaction intended for the scheduling application. If the item is intended for the scheduling application, the facility sends the item to the scheduling application.