Abstract: A shared object space in a computer system provides synchronized access to data objects accessible to a plurality of concurrently running applications in the computer system. The shared object space is allocated a portion of memory of the computer system and concurrently running applications are able to connect to the shared object space. The shared object space restricts simultaneous access to data objects by the concurrently running applications by associating locks with the data objects.

Abstract: A shared object space in a computer system provides synchronized access to data objects accessible to a plurality of concurrently running applications in the computer system. The shared object space is allocated a portion of memory of the computer system and concurrently running applications are able to connect to the shared object space. The shared object space restricts simultaneous access to data objects by the concurrently running applications by associating locks with the data objects.

Abstract: A shared object space in a computer system provides synchronized access to data objects accessible to a plurality of concurrently running applications in the computer system. The shared object space is allocated a portion of memory of the computer system and concurrently running applications are able to connect to the shared object space. The shared object space restricts simultaneous access to data objects by the concurrently running applications by associating locks with the data objects.

Abstract: The present invention relates to a system for monitoring an object space shared among plural applications. Objects stored in the shared space are registered for monitoring and the system receives data related to the registered objects that can be utilized to perform statistical analysis, for example, relating to the overall health of the applications.

Abstract: A system for synchronizing shared objects among multiple applications includes a shared object space in which the shared objects are stored and accessible to the multiple applications. In order to properly control access to shared objects, each shared object includes a header that is capable of storing an identification of a sole application that is the only application currently accessing the shared object or a reference into a lock table that stores lock nodes corresponding to a number of applications that are currently seeking access to the shared object.

Abstract: A system for sharing listeners monitoring events occurring in objects shared by multiple applications each running inside its own virtual machine in a computer system.

Abstract: A system for sharing queues among multiple applications each running inside its own virtual machine.

Abstract: A system for synchronizing shared objects among multiple applications each running inside its own virtual machine.

Abstract: The present invention relates to a system for monitoring an object space shared among plural applications.

Abstract: A shared object memory system that includes a shared object memory for storing encapsulated software objects that are directly accessible by plural object application processes. The shared object memory is distinct from the process memories of the object application processes and does not include an execution model. A shared object memory manager provides management of objects within the shared object memory.

Abstract: A system for sharing listeners among multiple applications each running inside its own virtual machine.

Abstract: A system for synchronizing shared objects among multiple applications each running inside its own virtual machine.

Abstract: A system for sharing queues among multiple applications each running inside its own virtual machine.

Abstract: Data sharing between multiple computer processes is made possible by brokering the sharing of the state of data objects of interest between the multiple processes via a shared memory location. A state of a data object of interest is flushed from a memory location local to a one of the multiple processes to a shared memory location wherein the flushed state is visible to the rest of concurrently executing multiple processes. The instruction to flush may be explicit or implicit via data references. Similarly, a state of a data object in a memory location local to a process may be refreshed with an updated state available in the shared memory location. The state of data object in a shared memory location or in a local memory location may be determined via data reflection or if so specified, by serialization methods. The flush and refresh operations may be implemented as function calls exposed to the processes requesting data sharing.

Abstract: The present invention relates to a system for monitoring an object space shared among plural applications.

Abstract: A machine which is capable of cleaning and inspecting motion picture films with respect to splices, tears or breaks, sprocket hole elongation, or the like, includes a supporting frame, a rewind motor assembly and rewind reel, a take up motor assembly and take up reel, and motor control means for controlling the rewind and take up motor assemblies, the motion picture film extending between the rewind reel and take up reel. The machine frame has provision for selectively receiving separate and independent modules along the motion picture film between the rewind and take up reels. Each separate module has a panel which is removably securable to the frame. One of the modules is a motion picture film cleaning module, another is a motion picture film inspecting module, and still another is a capstan module. Each module may differ in construction and operation and be substitutable one for another, although certain modules are preferred.