Microsoft Technology Licensing, LLC

Other

William S Jack

Nathan Daniel Muggli

William Birkin Lees

Gregory C Johnson

Colin Harrison Brace

Martin VanAssche

William James Whalen

Mashuri R Libman

Qi Cao

Khushru M Irani

Gokay Hurmali

Umit Akkus

Greg Johnson

A domain controller hierarchy in accordance with implementations of the present invention involves one or more local domain controllers, such as one or more read-only local domain controllers in communication with one or more writable hub domain controllers. The local domain controllers include a resource manager, such as a Security Account Manager ('SAM'), that manages resources and/or other accounts information received from the writable hub domain controller. When a local user attempts to change the resource at the local domain controller, however, the resource manager chains the request, along with any appropriate identifiers for the request, to the writable hub domain controller, where the request is processed. If appropriate, the hub domain controller sends a response that the resource has been updated as requested and also sends a copy of the updated resource to be cached at the local domain controller.

Transparent resource administration using a read-only domain controller

A domain controller hierarchy includes one or more hub domain controllers in communication with one or more local domain controllers, such as local domain controllers at a branch office. The hub domain controller(s) is writable, while the local domain controller(s) is typically read-only. Non-secure and secure information is partitioned to specific local domain controllers at the one or more hub domain controllers. The non-secure and secure information is then passed from the hub domain controller only to the local domain controller associated with the given partition at the hub domain controller on request. For example, a user requests a logon at a client computer system at a local branch office, and the logon is passed from the local domain controller to the hub domain controller. If authenticated, the user logon account is passed to the local domain controller, where it can be cached to authenticate subsequent requests.

Replicating selected secrets to local domain controllers

Dynamically associating an attribute and an associated value to an object includes dynamically associating attribute-value sets to an object, but is not so limited. An exemplary system includes a directory component that can be configured to dynamically assign different values, for a set attributes, to an object. An exemplary directory application can be configured to select an attribute-value set for an object based in part on a group membership determination, and a precedence parameter associated with an attribute-value, set, or other grouping. Other embodiments are available.

Dynamically associating attribute values with objects

A domain controller hierarchy in accordance with implementations of the present invention involves one or more local domain controllers, such as one or more read-only local domain controllers in communication with one or more writable hub domain controllers. The local domain controllers includes a resource manager, such as a Security Account Manager ('SAM'), that manages resources and/or other accounts information received from the writable hub domain controller. When a local user attempts to change the resource at the local domain controller, however, the resource manager chains the request, along with any appropriate identifiers for the request, to the writable hub domain controller, where the request is processed. If appropriate, the hub domain controller sends a response that the resource has been updated as requested and also sends a copy of the updated resource to be cached at the local domain controller.

Communicating with a distributed service in the network computing environment. A method for communicating with a distributed service includes referencing a configuration registry to determine resources and permissions in a potential distributed service entry. A potential distributed service entry identifies a distributed service corresponding to the potential distributed service entry that is authorized to exist by virtue of an entry in the configuration registry for the potential distributed service entry specifying that the distributed service may exist, whether or not the distributed service corresponding to the potential distributed service entry exists. The method further includes using the resource information, attempting to contact the distributed service corresponding to the potential distributed service entry. Permissions of the distributed service corresponding to the potential distributed service entry are verified to match permissions of the potential distributed service entry.

Decomposing installation of distributed services

An apparatus for mooring watercraft to a dock makes use of a mooring clamp with at least one rearward-pointing teeth. The tooth and other inner surfaces of the clamp define a serpentine path for engaging a mooring arm from the watercraft to a docking member attached to the edge of the dock. The docking member is mounted substantially vertically and is sized to engage the serpentine path of the clamp lying substantially in the horizontal plane, the mooring apparatus permits the craft to rise and fall vertically without subjecting the mooring clamp to undue stress. At the same time, the features of the serpentine path inhibit accidental unmooring of the craft from natural forces until manually released.

Watercraft mooring apparatus

An apparatus for mooring watercraft to a dock makes use of a mooring clamp with a pair of rearward-pointing teeth. The teeth and other inner surfaces of the clamp define a serpentine path for engaging a corresponding pole mounted to the watercraft. Because the pole is mounted substantially vertically and the serpentine path lies substantially in the horizontal plane, the mooring apparatus permits the craft to rise and fall vertically without subjecting the mooring clamp to undue stress. At the same time, the features of the serpentine path inhibit accidental unmooring of the craft from natural forces.

A protective device for covering and protecting golf clubs in a golf bag comprises an inflatable body portion, the body portion comprising a tubular sleeve having a closed end and an open end for slipping over the golf clubs, and a valve for inflating the body portion wherein the inner body portion is shaped to the contour of the clubs for enveloping and resiliently securing the head and upper shaft portions of the golf clubs against movement. The inner and outer walls of the body portion are sealed together at their peripheral edges, and at a plurality of points over their respective areas forming a plurality of fluid chambers, preferably in fluid communication with each other, for conforming to the clubs. The golf club protective device may also be secured to the inside of a conventional golf bag cover, whether the cover is of the travel bag type fully enclosing the golf bag, or a hood enclosing only the club heads and the upper end of the golf bag.

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Redmond, WA, United States of America

William S Jack