Abstract: Illustrative embodiments provide a computer-implemented method for a generic data model for event monitoring integration. The computer-implemented method generates monitor application descriptor data for an identified candidate, identifies a target monitor model specification associated with the identified candidate to form an identified target monitor model specification, and responsive to identifying the target monitor model specification, provides the monitor application descriptor data and the identified target monitor model specification, to a monitor model generator. The computer-implemented method further identifies application elements of the identified candidate to be monitored to form identified elements, and generates the identified monitor model for the identified elements to create a monitor-specific output.

Abstract: A method, system and apparatus for breakpoint management and reconciliation for business integration language specified programs. The system includes a business integration language development environment; debug tooling accessible through the environment; and, breakpoint management and reconciliation logic coupled to the debug tooling. The business integration language development environment includes a BPEL development environment cooperatively coupled to a BPEL engine. The debug tooling includes a script display for displaying textual portions of an embedded script; and, at least one other display selected from the group consisting of a graphical process flow display, a debug module display and a breakpoint module display.

Abstract: Software developers working on multi-language systems with various debug tools (BPEL, AE, Java, etc.) can use a common debug adaptor (CDA). The CDA implements a method of debugging in a multi-computer program language environment. The method includes registering various debug tools associated with different programming languages in the multi-computer program language environment, each one of the plurality of debug tools providing suspended threads and stack frames in response to a debug event in the multi-computer program language environment. The method can further include receiving the suspended threads and stack frames from the plurality of debug tools. The method can further include correlating the received suspended threads and stack frames under a common suspended thread; and providing the common suspended thread in a debug view. Such a method can have a number of attributes intended to assist developers facing debugging problems in multi-language systems.

Abstract: A method for automatically propagating refactoring changes across multiple applications is disclosed herein. In one embodiment, such a method may include receiving a primary change for an artifact managed by a first application. The first application may calculate referencing changes necessitated by the primary change for artifacts managed by the first application. The first application may then generate a difference notification documenting the primary and referencing changes. This difference notification may be transmitted to a second application. The second application may analyze the difference notification to determine what refactoring changes are needed for artifacts managed by the second application. The second application may then implement the refactoring changes to the artifacts managed thereby. A corresponding apparatus and computer program product are also disclosed and claimed herein.

Abstract: Illustrative embodiments provide a computer-implemented method for a generic data model for event monitoring integration. The computer-implemented method generates monitor application descriptor data for an identified candidate, identifies a target monitor model specification associated with the identified candidate to form an identified target monitor model specification, and responsive to identifying the target monitor model specification, provides the monitor application descriptor data and the identified target monitor model specification, to a monitor model generator. The computer-implemented method further identifies application elements of the identified candidate to be monitored to form identified elements, and generates the identified monitor model for the identified elements to create a monitor-specific output.

Abstract: A method, system and apparatus for breakpoint management and reconciliation for business integration language specified programs. The system includes a business integration language development environment; debug tooling accessible through the environment; and, breakpoint management and reconciliation logic coupled to the debug tooling. The business integration language development environment includes a BPEL development environment cooperatively coupled to a BPEL engine. The debug tooling includes a script display for displaying textual portions of an embedded script; and, at least one other display selected from the group consisting of a graphical process flow display, a debug module display and a breakpoint module display.

Abstract: A method, system and computer-readable storage for breakpoint management and reconciliation for business integration language specified programs is disclosed. The system includes a business integration language development environment including BPEL development environment cooperatively coupled to a BPEL engine; debug tooling accessible through the environment; and breakpoint management and reconciliation processor coupled to the debug tooling. The debug tooling comprises script display for displaying textual portions of script embedded in source code of a business integration language specified program, and at least one other display selected from a graphical process flow display, a debug display and a breakpoint module display. The breakpoint management and reconciliation processor manages establishing of symbolic breakpoints in the source code and reconciling corresponding breakpoints in an operable form of the source code.

Abstract: Software developers working on multi-language systems with various debug tools (BPEL, AE, Java, etc.) can use a common debug adaptor (CDA). The CDA implements a method of debugging in a multi-computer program language environment. The method includes registering various debug tools associated with different programming languages in the multi-computer program language environment, each one of the plurality of debug tools providing suspended threads and stack frames in response to a debug event in the multi-computer program language environment. The method can further include receiving the suspended threads and stack frames from the plurality of debug tools. The method can further include correlating the received suspended threads and stack frames under a common suspended thread; and providing the common suspended thread in a debug view. Such a method can have a number of attributes intended to assist developers facing debugging problems in multi-language systems.