Abstract: An apparatus, system, and method are disclosed for the non-intrusive monitoring of business events on a middleware server. The steps to non-intrusively monitor business events on a middleware server include: monitoring business event traffic on a middleware server based on at least one business process probe that specifies an event and at least one business object attribute to be monitored; extracting data values associated with the specified attributes from the specified business event; storing the data values in a persistent data store; and present the data to the user. The monitoring does not alter the flow of existing business processes associated with the specified business event.

Abstract: A system and method are disclosed for graphically building business rule conditions. The method of graphically building business rule conditions comprises displaying a menu of function icons for the user, and a menu of business rule attribute icons for the user. The method allows the user to freely drag and drop functions and attributes onto a staging canvas, and relate the functions and attributes to build a graphical depiction of the desired business rule condition. The method generates source code directly from the graphical depiction such that the user does not have to understand the specific syntax and nuances of the development environment or runtime environment for the business rule.

Abstract: A system and apparatus are disclosed for graphically building business rule conditions. The apparatus of graphically building business rule conditions comprises an expression icon module that displays a menu of function icons for the user, and a business attribute module that displays a menu of business rule attribute icons for the user. A user interface module allows the user to freely drag and drop functions and attributes onto a staging canvas, and relate the functions and attributes to build a graphical depiction of the desired business rule condition. A source code module generates source code directly from the graphical depiction such that the user does not have to understand the specific syntax and nuances of the development environment or runtime environment for the business rule.

Abstract: A method is disclosed for graphically building business rule conditions. The method of graphically building business rule conditions comprises displaying a menu of function icons for the user, and a menu of business rule attribute icons for the user. The method allows the user to freely drag and drop functions and attributes onto a staging canvas, and relate the functions and attributes to build a graphical depiction of the desired business rule condition. The method generates source code directly from the graphical depiction such that the user does not have to understand the specific syntax and nuances of the development environment or runtime environment for the business rule.

Abstract: A system and apparatus are disclosed for graphically building business rule conditions. The apparatus of graphically building business rule conditions comprises an expression icon module that displays a menu of function icons for the user, and a business attribute module that displays a menu of business rule attribute icons for the user. A user interface module allows the user to freely drag and drop functions and attributes onto a staging canvas, and relate the functions and attributes to build a graphical depiction of the desired business rule condition. A source code module generates source code directly from the graphical depiction such that the user does not have to understand the specific syntax and nuances of the development environment or runtime environment for the business rule.

Abstract: A system and method are disclosed for graphically building business rule conditions. The method of graphically building business rule conditions comprises displaying a menu of function icons for the user, and a menu of business rule attribute icons for the user. The method allows the user to freely drag and drop functions and attributes onto a staging canvas, and relate the functions and attributes to build a graphical depiction of the desired business rule condition. The method generates source code directly from the graphical depiction such that the user does not have to understand the specific syntax and nuances of the development environment or runtime environment for the business rule.

Abstract: An enterprise application integration broker for managing a number of applications. The enterprise application integration broker includes a complex event processing engine. The complex event processing engine is adapted to monitor and analyze a first set of events in at least one of the plurality of applications. In addition, the enterprise application integration broker includes an integration engine. The integration engine is connected to the complex event processing engine and is connected to each of the applications. The integration engine is adapted to cause at least one application to react to a first set of events occurring in one or more of the plurality of applications. The integration engine is further adapted to cause at least one application to react to a second set of events generated by the complex event processing engine. The second set of events is correlated with the first set of events.