Abstract: Systems, methods, and other embodiments associated with reconfiguring applications and monitoring exceptions are described. In one embodiment, a computer implemented method analyzes executable code of an application and identifies an exception handling clause. The method modifies the executable code by reconfiguring the exception handling clause to call a monitoring agent and pass information associated with an exception that occurs during execution of the executable code.

Abstract: Systems, methods, and other embodiments associated with monitoring business transactions are described. In one embodiment, a computer-implemented method comprises tracking calls made from a first component to other components in a distributed application wherein the calls are part of processing a business transaction. Aggregate metrics are collected and instance metrics are collected for each of the calls made and a time spent for processing the calls. The method identifies and selects N calls that consumed the most time based on the time spent for processing each call. The instance metrics for the selected N calls and the aggregate metrics are reported to a monitoring server, while the instance metrics from unselected calls are discarded.

Abstract: Systems, methods, and other embodiments associated with modifying applications and monitoring exceptions are described. In one embodiment, a computer implemented method searches an executable code for code representing a database procedure call within the executable code. At a location in the executable code prior to the database procedure call, exception capturing code is inserted into the executable code that is configured to cause information to be collected about an exception when the exception occurs during execution of the database procedure call. After the database procedure call, termination code is inserted in the executable code, wherein the termination code is configured to terminate the collection of the information caused by the exception capturing code.

Abstract: Systems, methods, and other embodiments associated with monitoring business transactions are described. In one embodiment, a computer-implemented method comprises tracking calls made from a first component to other components in a distributed application wherein the calls are part of processing a business transaction. Aggregate metrics are collected and instance metrics are collected for each of the calls made and a time spent for processing the calls. The method identifies and selects N calls that consumed the most time based on the time spent for processing each call. The instance metrics for the selected N calls and the aggregate metrics are reported to a monitoring server, while the instance metrics from unselected calls are discarded.

Abstract: Systems, methods, and other embodiments associated with modifying applications and monitoring exceptions are described. In one embodiment, a computer implemented method searches an executable code for code representing a database procedure call within the executable code. At a location in the executable code prior to the database procedure call, exception capturing code is inserted into the executable code that is configured to cause information to be collected about an exception when the exception occurs during execution of the database procedure call. After the database procedure call, termination code is inserted in the executable code, wherein the termination code is configured to terminate the collection of the information caused by the exception capturing code.

Abstract: Systems, methods, and other embodiments associated with reconfiguring applications and monitoring exceptions are described. In one embodiment, a computer implemented method analyzes executable code of an application and identifies an exception handling clause. The method modifies the executable code by reconfiguring the exception handling clause to call a monitoring agent and pass information associated with an exception that occurs during execution of the executable code.

Abstract: A system and method for prefabricating information pages is disclosed, in which the necessary steps to retrieve and package information requested by a user are preemptively performed by the computer system. When the user later makes an explicit request for information, the desired information can be immediately displayed to the user without the delays associated with contemporaneous retrieval and packaging of the information. The prefabrication system of the invention can be configured to automatically tune its processing to the changing conditions that exist in the computer system, which can be used to maximize use of available system resources. The present invention can be scalably deployed to perform coordinated prefabrication services on multiple, distributed computing nodes. In an embodiment, the invention is completely non-intrusive, in which no changes to existing application are required to implement prefabrication of pages.

Abstract: A system and method for prefabricating information pages is disclosed, in which the necessary steps to retrieve and package information requested by a user are preemptively performed by the computer system. When the user later makes an explicit request for information, the desired information can be immediately displayed to the user without the delays associated with contemporaneous retrieval and packaging of the information. The prefabrication system of the invention can be configured to automatically tune its processing to the changing conditions that exist in the computer system, which can be used to maximize use of available system resources. The present invention can be scalably deployed to perform coordinated prefabrication services on multiple, distributed computing nodes. In an embodiment, the invention is completely non-intrusive, in which no changes to existing application are required to implement prefabrication of pages.