According to an example embodiment of the present disclosure, an electronic device includes a display that is flexible, has at least a portion located at a first side of the electronic device, and is changeable in size to which the display is exposed to the first side, and a controller configured to display content related to a first application in a first area of the display and display content related to a second application in a second area of the display, wherein when an event related to a notification is identified, the controller displays content related to the notification on one area determined from the first area and the second area based on at least one of the content related to the first application and the content related to the second application.

According to an example embodiment of the present disclosure, an electronic device includes a display that is flexible, has at least a portion located at a first side of the electronic device, and is changeable in size to which the display is exposed to the first side, and a controller configured to display content related to a first application in a first area of the display and display content related to a second application in a second area of the display, wherein when an event related to a notification is identified, the controller displays content related to the notification on one area determined from the first area and the second area based on at least one of the content related to the first application and the content related to the second application.

A focus controlling method that determines, in response to scrolling of a display interface of an electronic device, control information of a first control having focus in a first display interface before the scrolling; and displays, according to the control information of the first control and an interface scrolling direction, a second control to receive focus of a second display interface after the scrolling.

The present disclosure generally relates to contact management and communication with contacts. On a portable electronic device having a display a plurality of affordances associated with a plurality of contacts are displayed. A first user input is received selecting a first affordance of the plurality of affordances for a first contact of the plurality of contacts. In response to receiving the first user input and in accordance with a determination that a first communication application is in a set of communication applications installed on the portable electronic device, a contact information interface is displayed for the first contact. The contact information interface includes a first contact identification field for the first contact. The first contact identification field is associated with the first contact and the first communication application.

The present disclosure generally relates to contact management and communication with contacts. On a portable electronic device having a display a plurality of affordances associated with a plurality of contacts are displayed. A first user input is received selecting a first affordance of the plurality of affordances for a first contact of the plurality of contacts. In response to receiving the first user input and in accordance with a determination that a first communication application is in a set of communication applications installed on the portable electronic device, a contact information interface is displayed for the first contact. The contact information interface includes a first contact identification field for the first contact. The first contact identification field is associated with the first contact and the first communication application.

Examples associated with keyboard emulation are described. One example system includes an input/output controller. The system also includes a remote signal receiver. A control module receives a first signal via the remote signal receiver. Based on the first signal, the control module communicates with the input/output controller to emulate a keyboard input.

A method is provided for obtaining display data. The method includes: obtaining rendering data corresponding to an application program surface; obtaining, in response to detecting an operation of adjusting a dimension of the application program surface, a transformation coefficient corresponding to the application program surface, where the transformation coefficient is a scale value between a dimension of the application program surface after adjustment and a dimension before adjustment; and obtaining display data of a corresponding masking layer of the application program surface according to the transformation coefficient and the rendering data.

An apparatus comprises a switch and nodes coupled to the switch. Each node does not include an integrated video controller and transmits data to the switch via a USB and a serial connection. The switch comprises a controller which stores video output generated based on data received via serial connections. The controller: receives a user selection for a first node; transmits the user selection to a first multiplexer; retrieves a first video output generated based on data received via the corresponding serial connection; and transmits the first video output to a second multiplexer. The first multiplexer transmits USB data received from the first node to the second multiplexer. If the first node is in a pre-boot environment, the second multiplexer selects the first video output for transmission. If the first node is in a post-boot environment, the second multiplexer selects the data received from the first node for transmission.

A system and method for tracking differences between a last state seen by a user and a current state is provided. A user views a graphical user interface (GUI) wind that displays one or more states. Should the user's focus shift from the GUI and return after one or more states displayed therein have been modified, the system highlights the change between the current state and the user's last seen state.

Implementations disclosed herein relate to a device for applying a degree of transparency. The device may comprise a display engine to display a foreground and background area, wherein the background area is associated with a first application and the foreground area is associated with a second application. The device may further comprise a transparency engine to apply a degree of transparency to the foreground area in an overlap area between the foreground area and the background area. The device may further comprise a trigger engine to determine whether a trigger event associated with the first application has occurred, wherein the trigger event is based on a metric value received by the first application, and in response to determining that the triggering event associated with the first application has occurred, cause the display engine to display the first application in front of the second application.