Abstract: Methods (100), systems (200), computer program products, and signal bearing mediums for streaming an eXtensible Markup Language (XML)-type document (210) over a communication network (240) are described. A sequence of commands are received and synchronously converted (112) into XML-type fragments (230) for assembling and streaming a single XML-type document for a mobile device (220) in the communication network (240). The size of the XML-type document (210) exceeds the size limit imposed by the available memory on the device but less than the size limit imposed by the transport layer of a communication network (240). A DTD of the XML-type document (210) can be broken up into logically independent elements. The XML-type fragments (230) are assembled (114) in a buffer that is constrained to be smaller in size than the size constraint of the transport layer of the communication network (240).

Abstract: A system and method to synchronize OSGi bundle inventories between an OSGi bundle server and a client are presented. When a server detects that a client requires a bundle update, the server and client proceed through a data synchronization process prior to invoking in a device management session to provide bundles from the server to the client. During the data synchronization process, the client provides manifest information to the server that allows the server to store an up-to-date client manifest. The server uses the locally stored client manifest to select bundles, along with dependent bundles, to provide to the client. After synchronization, the client enters into a device management session with the server, at which time the server provides the selected bundles to the client based upon the locally stored client manifest.

Abstract: Methods (100), systems (200), computer program products, and signal bearing mediums for streaming an eXtensible Markup Language (XML)-type document (210) over a communication network (240) are described. A sequence of commands are received and synchronously converted (112) into XML-type fragments (230) for assembling and streaming a single XML-type document for a mobile device (220) in the communication network (240). The size of the XML-type document (210) exceeds the size limit imposed by the available memory on the device but less than the size limit imposed by the transport layer of a communication network (240). A DTD of the XML-type document (210) can be broken up into logically independent elements. The XML-type fragments (230) are assembled (114) in a buffer that is constrained to be smaller in size than the size constraint of the transport layer of the communication network (240).

Abstract: A system and method to synchronize OSGi bundle inventories between an OSGi bundle server and a client are presented. When a server detects that a client requires a bundle update, the server and client proceed through a data synchronization process prior to invoking in a device management session to provide bundles from the server to the client. During the data synchronization process, the client provides manifest information to the server that allows the server to store an up-to-date client manifest. The server uses the locally stored client manifest to select bundles, along with dependent bundles, to provide to the client. After synchronization, the client enters into a device management session with the server, at which time the server provides the selected bundles to the client based upon the locally stored client manifest.

Abstract: A computer implemented method, data processing system, and computer program product for parsing large extensible markup language (XML) documents transported across networks as XML encapsulated chunks. When a plurality of XML chunks comprising an XML document is received, a payload of a first chunk in the plurality of XML chunks is parsed. Responsive to determining that the payload of the first chunk contains an unmatched event tag, retaining the unprocessed bytes of data associated with the unmatched event tag. The payload of a second chunk in the plurality of XML chunks is then parsed, wherein the unprocessed bytes retained are parsed as a first part of the payload of the second chunk, and wherein the payload of the first chunk and the payload of the second chunk are parsed using a single invocation of a payload parser.