Abstract: As things happen on a volume, the file system forwards events to an event list manager. The event list manager stores the events and associates them with epochs that were active at the time the event occurred. Event consumers can independently declare epochs at any time. When event consumers end an epoch, they can request events that occurred during the epoch, which are reported to the event consumer using the event list manager.

Abstract: Upon receiving a request for access to a resource, a current clock value is determined. Based on information including the resource, the identity of the user requesting the access, and the current clock value, the system identifies applicable access controls. If the applicable access controls indicate that the user can be granted access to the resource at the current time, the request is granted. Otherwise, the request is denied.

Abstract: As things happen on a volume, the file system forwards events to an event list manager. The event list manager stores the events and associates them with epochs that were active at the time the event occurred. Event consumers can independently declare epochs at any time. When event consumers end an epoch, they can request events that occurred during the epoch, which are reported to the event consumer using the event list manager.

Abstract: As things happen on a volume, the file system forwards events to an event list manager. The event list manager stores the events and associates them with epochs that were active at the time the event occurred. Event consumers can independently declare epochs at any time. When event consumers end an epoch, they can request events that occurred during the epoch, which are reported to the event consumer using the event list manager.

Abstract: A time domain server includes a version storage. The time domain server declares epochs for a source server, then requests events from the source server. As the time domain server receives events, it uses the events to update the version storage to store versions of files from the source server.

Abstract: As things happen on a volume, the file system forwards events to an event list manager. The event list manager stores the events and associates them with epochs that were active at the time the event occurred. Event consumers can independently declare epochs at any time. When event consumers end an epoch, they can request events that occurred during the epoch, which are reported to the event consumer using the event list manager.

Abstract: As things happen on a volume, the file system forwards events to an event list manager. The event list manager stores the events and associates them with epochs that were active at the time the event occurred. Event consumers can independently declare epochs at any time. When event consumers end an epoch, they can request events that occurred during the epoch, which are reported to the event consumer using the event list manager.

Abstract: Upon receiving a request for access to a resource, a current clock value is determined. Based on information including the resource, the identity of the user requesting the access, and the current clock value, the system identifies applicable access controls. If the applicable access controls indicate that the user can be granted access to the resource at the current time, the request is granted. Otherwise, the request is denied.

Abstract: A time domain server includes a version storage. The time domain server declares epochs for a source server, then requests events from the source server. As the time domain server receives events, it uses the events to update the version storage to store versions of files from the source server.

Abstract: A file containing a transformation template allows a user to access system data. The transformation template can include multiple data streams for accessing different system data, or the same data in different ways. The transformation template can format system data both on read and write commands. The transformation template is accessed using the six basic file system APIs. The transformation template instructs the system as to how the system data is to be manipulated. The transformation template is saved on the file system using a write API and writing a virtual I/O command. The transformation template is then accessed. The transformation template generates the data dynamically either from a memory location or from a generating function, and formats it according to the active data stream.