Apple Inc.

Patrick Earl McClaughry

James A Young

Marcel Van Os

Bas Ording

Pavel Cisler

Christopher John Sanders

David Anthony Lyons

Jad Osseiran

Robert M Chinn

Dan Walkowski

Jeffrey L Robbin

Roger N Pantos

Elbert D Chen

Vijay Sundaram

Jano D Banks

Max E McFarland

Peter McInerney

Arnaud P Gourdol

Marshall W Huss

Christopher Jon Kane

Bryan J Follis

Timur O Starobinets

Andrew Nicholas

Craig H Schamp

Ori Gersten

Daniel Walkowski

Wayne Loofburrow

A set of elements, such as, for example, a path, a directory list, a playlist, and a listing of information associated with a file or a song, may be truncated so that a partial set may be generated and displayed. The truncation may be performed in an intelligent manner to produce a meaningful truncated portion. Such a partial set may be beneficial when the space allotted for display of the set is small to begin with or is reduced. In one implementation, a display size of a set is compared with a size of a display area. A data element is selected based on the comparison, and a display space size is determined for the selected data element. A truncated, yet meaningful, portion is determined for the selected data element, the portion fitting within the display space size.

Displaying a set of data elements

A content streaming device includes display mode shift logic that selects a display mode among multiple display modes of the content streaming device. The content streaming device also includes region detection logic that determines a region of the content streaming device. The content streaming device further includes one or more processors that communicatively couples to an electronic display. The one or more processors instruct the display mode shift logic to select a first display mode having a first refresh rate based on the region of the content streaming device and supported display modes of the electronic display.

Dynamic display mode selection

Techniques are disclosed to select display settings for a display device. Device capabilities may be read from a display device and a determination made whether the device capabilities support other display formats than are read from the display, for example, a high dynamic range (HDR) format or a high resolution format. When the device capabilities do not include an format supported by a video source, video may be driven from the video source to the display device in the format and, if confirmation is received that the display device displays the driven video, settings may be stored for the display device identifying the format as a one supported by the display device. Additionally, interconnect may be tested by estimating noise levels generated by the interconnect to a network connection and/or by estimating network throughput both when video is driven over the interconnect and when it is not. Display formats may be selected for the device based on a maximum data rate of a network connection that can be maintained while the interconnect carries video.

Automatic configuration of video output settings for video source

Techniques for automatically configuring and controlling a conference room mode setting of a digital media device are described. A digital media device can be programmed to enter a conference room operating mode upon a trigger event. The trigger event can include a time-based trigger or an event-based trigger. In the conference room mode, the digital media device can provide for display an identifier of the digital media device and an identifier of a network for accessing the digital media device. The identifier of the digital media device and identifier of a network can be used by a mobile device to connect to the digital media device and to submit content to the digital media device. Once configured, the digital media device can enter the conference room mode automatically, without requiring a user to select the conference room mode using a remote control.

Conference room mode of a media device

Methods and apparatuses to manipulate a window during a drag-and-drop operation. In one aspect of the invention, a method to manipulate a window includes: receiving input of dragging an item to a first window in a first state in which the first window is not completely accessible on a first screen; and bringing the first window from the first state to a second state in which the first window is more accessible or completely accessible on the first screen before the item is dropped. In one example according to this aspect, the first window is brought to the second state in response to a first determination that the first window contains a target location for the item. The first determination is in response to a predetermined input which is one of: a) a determination that the item has hovered around a location in the first window for a predetermined amount of time; and b) an input of pressing a key while the item is being dragged in the first window.

Method and apparatus for managing windows

A method and apparatus for generating composite icon images for a foreground icon and background icon is disclosed. An icon reference tag is used to retrieve icon image data and icon mask data for each icon. Once the data is retrieved, logical operations are performed to generate composite icon image data and composite icon mask data. A custom icon badge is disclosed which can be generated and employed on base icons. Also, an icon override mechanism is described which allows replacement of a particular icon for a particular application or document with another icon.

Method and apparatus for generating composite icons and composite masks

A locking scheme is provided to arbitrate thread access to file system objects. This locking scheme allows multiple threads simultaneous access to file system objects for certain concurrently compatible operations, while forbidding concurrently incompatible operations. Separate types of locks are provided for hierarchical relationships between objects and the contents (e.g., data) of the objects themselves.

Arbitrating concurrent access to file system objects

Growing community of inventors

Sunnyvale, CA, United States of America

Patrick Earl McClaughry