Abstract: A system and method are provided to inspect memory leaks and copy garbage collection files. In one embodiment, an original garbage collection file is selected from a plurality of garbage collection files at a file system. The original garbage collection file is periodically copied into a duplicate garbage collection file. The duplicate garbage collection file serves as a backup file to the original garbage collection file.

Abstract: A system and method are provided to inspect memory leaks. In one embodiment, a method of inspecting memory leaks is disclosed. The method includes garbage collecting at a virtual machine to generate a garbage collection file having memory leak information identifying dirty objects of an application causing first memory leaks and providing a state of the dirty objects as they existed prior to causing the first memory leaks. The garbage collection file is periodically duplicated into a backup file to the garbage collection file, and, during runtime, the backup file having the memory leak information is analyzed including reviewing the state of the dirty objects as they existed prior to causing the first memory leaks to identify clean objects capable of turning dirty and causing second memory leaks.

Abstract: A method to start enterprise applications on demand using naming references is described. The method matches Enterprise JavaBeans applications to respective naming references, checks if the matched application is running and starts it if it is not.

Abstract: A system method is provided to inspect memory leaks and analyze contents of garbage collection files. In one embodiment, a garbage collection file is selected from a plurality of garbage collection files at a file system. The garbage collection file includes histograms. Each histogram is compared with other histograms in the garbage collection file to identify objects associated with memory leaks The results of such comparison are provided.

Abstract: A system and method is provided to inspect memory leaks and analyze contents of garbage collection files. In one embodiment, a garbage collection file is selected from a plurality of garbage collection files at a file system. The garbage collection file includes histograms. Each histogram is compared with other histograms in the garbage collection file to identify objects associated with memory leaks The results of such comparison are provided.

Abstract: A system and method is provided to inspect memory leaks and analyze contents of garbage collection files. In one embodiment, a garbage collection file is selected from a plurality of garbage collection files at a file system. The garbage collection file includes histograms. Each histogram is compared with other histograms in the garbage collection file to identify objects associated with memory leaks The results of such comparison are provided.

Abstract: A method to start enterprise applications on demand using naming references is described. The method matches Enterprise JavaBeans applications to respective naming references, checks if the matched application is running and starts it if it is not.

Abstract: A method to obtain offline source code is described. The system implementing the method extracts metadata from offline source code an constructs a logical model of the extracted metadata.

Abstract: A system to implement functionality for running Enterprise JavaBeans. The functionality is provided by a set of components. The components include a life cycle manager, a client views manager, a proxy invocation handler, an invocation chain manager, and an invocation context.