Abstract: A management application implemented in a computational device maintains priorities corresponding to a plurality of resources coupled to the computational device. Indications for actions to be performed corresponding to occurrences of events are stored to a calendar, wherein the calendar is configurable by a user. A selected indication for an action to be performed is stored to the calendar. In response to an occurrence of an event associated with a selected resource, a priority of the selected resource is determined. The action is performed, based on at least the determined priority of the selected resource and the selected indication for the action stored in the calendar, wherein different actions are performed in response to occurrences of a selected event at different times.

Abstract: A management application implemented in a computational device maintains priorities corresponding to a plurality of resources coupled to the computational device. Indications for actions to be performed corresponding to occurrences of events are stored to a calendar, wherein the calendar is configurable by a user. A selected indication for an action to be performed is stored to the calendar. In response to an occurrence of an event associated with a selected resource, a priority of the selected resource is determined. The action is performed, based on at least the determined priority of the selected resource and the selected indication for the action stored in the calendar, wherein different actions are performed in response to occurrences of a selected event at different times.

Abstract: A method in a data processing system for monitoring for errors on a network. Responsive to detecting a change in a state of the network, determine whether the change in state is a loss of a communications link to a remote data processing system. If the change in state is a loss of the communications link, determine whether the communications link was established for at least a first period of time to be considered an acceptable connection to the remote data processing system; and create a new serviceable event, if a second period of time passes without reestablishing the communications link to the selected data processing system. Repeat occurrences of identical outages are tracked and multiple detected instances of an outage for different partitions are counted as a single failure in the examples.

Abstract: A method in a data processing system for monitoring for errors on a network. Responsive to detecting a change in a state of the network, determine whether the change in state is a loss of a communications link to a remote data processing system. If the change in state is a loss of the communications link, determine whether the communications link was established for at least a first period of time to be considered an acceptable connection to the remote data processing system; and create a new serviceable event, if a second period of time passes without reestablishing the communications link to the selected data processing system. Repeat occurrences of identical outages are tracked and multiple detected instances of an outage for different partitions are counted as a single failure in the examples.

Abstract: A method in a data processing system for monitoring for errors on a network. Responsive to detecting a change in a state of the network, determine whether the change in state is a loss of a communications link to a remote data processing system. If the change in state is a loss of the communications link, determine whether the communications link was established for at least a first period of time to be considered an acceptable connection to the remote data processing system; and create a new serviceable event, if a second period of time passes without reestablishing the communications link to the selected data processing system. Repeat occurrences of identical outages are tracked and multiple detected instances of an outage for different partitions are counted as a single failure in the examples.

Abstract: A method in a data processing system for monitoring for errors on a network. Responsive to detecting a change in a state of the network, determine whether the change in state is a loss of a communications link to a remote data processing system. If the change in state is a loss of the communications link, determine whether the communications link was established for at least a first period of time to be considered an acceptable connection to the remote data processing system; and create a new serviceable event, if a second period of time passes without reestablishing the communications link to the selected data processing system. Repeat occurrences of identical outages are tracked and multiple detected instances of an outage for different partitions are counted as a single failure in the examples.