Abstract: An automated system displays enables a user to observe the activities in a system based on information in the display. From this display, the user can quickly identify the source of problems for the purpose of troubleshooting without the need to manually determine the source and nature of the problem. In this system, data about the system is gathered through a plurality of agents positioned throughout the network. This data is analyzed and a system monitor deployment configuration is developed. This monitor deployment information along with information about the various devices in the system and any relationships of devices in the system are imported to the display system. The display system then displays this information showing the present relationships of the devices in the system.

Abstract: An automated system displays enables a user to observe the activities in a system based on information in the display. From this display, the user can quickly identify the source of problems for the purpose of troubleshooting without the need to manually determine the source and nature of the problem. In this system, data about the system is gathered through a plurality of agents positioned throughout the network. This data is analyzed and a system monitor deployment configuration is developed. This monitor deployment information along with information about the various devices in the system and any relationships of devices in the system are imported to the display system. The display system then displays this information showing the present relationships of the devices in the system.

Abstract: An automated system displays enables a user to observe the activities in a system based on information in the display. From this display, the user can quickly identify the source of problems for the purpose of troubleshooting without the need to manually determine the source and nature of the problem. In this system, data about the system is gathered through a plurality of agents positioned throughout the network. This data is analyzed and a system monitor deployment configuration is developed. This monitor deployment information along with information about the various devices in the system and any relationships of devices in the system are imported to the display system. The display system then displays this information showing the present relationships of the devices in the system.

Abstract: An automated system displays enables a user to observe the activities in a system based on information in the display. From this display, the user can quickly identify the source of problems for the purpose of troubleshooting without the need to manually determine the source and nature of the problem. In this system, data about the system is gathered through a plurality of agents positioned throughout the network. This data is analyzed and a system monitor deployment configuration is developed. This monitor deployment information along with information about the various devices in the system and any relationships of devices in the system are imported to the display system. The display system then displays this information showing the present relationships of the devices in the system.

Abstract: A system, method and program for troubleshooting a problem with an application. An application server which is supposed to be executing the application and a database or a server which manages the database are identified. The application, when executing, obtains data from the database to respond to a client request. The application server, database or database server, and a connection between the application server and the database or database server are generated and displayed or printed. Also, one or more hyperlinks to automatically send a hardware, software, or network status inquiry to the application server to test operability of the application server and/or a connection to the application server and automatically send a hardware, software, or network status inquiry to the database server to test operability of the database server and/or a connection to the database server are generated and displayed or printed.

Abstract: An automated system displays enables a user to observe the activities in a system based on information in the display. From this display, the user can quickly identify the source of problems for the purpose of troubleshooting without the need to manually determine the source and nature of the problem. In this system, data about the system is gathered through a plurality of agents positioned throughout the network. This data is analyzed and a system monitor deployment configuration is developed. This monitor deployment information along with information about the various devices in the system and any relationships of devices in the system are imported to the display system. The display system then displays this information showing the present relationships of the devices in the system.

Abstract: A system, method and program for troubleshooting a problem with an application. An application server which is supposed to be executing the application and a database or a server which manages the database are identified. The application, when executing, obtains data from the database to respond to a client request. The application server, database or database server, and a connection between the application server and the database or database server are generated and displayed or printed. Also, one or more hyperlinks to automatically send a hardware, software, or network status inquiry to the application server to test operability of the application server and/or a connection to the application server and automatically send a hardware, software, or network status inquiry to the database server to test operability of the database server and/or a connection to the database server are generated and displayed or printed.