Abstract: In an example method, a device presents a user interface on a touch sensitive surface of the device. The user interface includes a first portion for displaying a sequence of code and a second portion for displaying suggested segments of code. The device receives one or more character inputs in the first portion of the user interface, and determines, based on the one or more character inputs, one or more suggested segments of code. The device presents the one or more suggested segments of code in the second portion of the user interface, and receives a touch input selecting a particular suggested segment of code. The device inserts the selected suggested segment of code into the first portion of the user interface.

Abstract: In an example method, a user interface is presented by a device on a touch sensitive surface of the device. The device presents a keyboard image on a touch sensitive surface of the device. The device then receives a first touch input selecting a key of the keyboard image and responsive to receiving the first touch input, displays a primary character associated with the selected key. While maintenance of physical contact is detected by the touch sensitive surface, the device receives a touch gesture starting at the key of the keyboard image and continuing in a diagonal direction along a face of the key. Responsive to receiving the touch gesture, the device displays an alternative character associated with the selected key.

Abstract: In an example method, a device presents a user interface on a touch sensitive surface of the device. The user interface includes a first portion for displaying a sequence of code and a second portion for displaying suggested segments of code. The device receives one or more character inputs in the first portion of the user interface, and determines, based on the one or more character inputs, one or more suggested segments of code. The device presents the one or more suggested segments of code in the second portion of the user interface, and receives a touch input selecting a particular suggested segment of code. The device inserts the selected suggested segment of code into the first portion of the user interface.

Abstract: In an example method, a user interface is presented by a device on a touch sensitive surface of the device. The user interface includes a first portion for displaying a sequence of code and a second portion for displaying suggested bracketed functions. The device receives a first touch gesture dragging a suggested bracketed function from the second portion to the first portion of the user interface. Responsive to receiving the first touch gesture, the suggested bracketed function is inserted into the sequence of code. The bracketed function encloses at least a portion of the sequence of code. The device receives a second touch gesture dragging an end bracket associated with the inserted bracketed function. Responsive to receiving the second touch gesture, the sequence of code is modified such that the bracketed function encloses an additional portion of the sequence of code.

Abstract: In an example method, a device presents a user interface on a touch sensitive surface of the device. The user interface includes a first portion for displaying a sequence of code and a second portion for displaying suggested segments of code. The device receives one or more character inputs in the first portion of the user interface, and determines, based on the one or more character inputs, one or more suggested segments of code. The device presents the one or more suggested segments of code in the second portion of the user interface, and receives a touch input selecting a particular suggested segment of code. The device inserts the selected suggested segment of code into the first portion of the user interface.

Abstract: In an example method, a user interface is presented by a device on a touch sensitive surface of the device. The user interface includes a first portion for displaying a sequence of code and a second portion for displaying suggested bracketed functions. The device receives a first touch gesture dragging a suggested bracketed function from the second portion to the first portion of the user interface. Responsive to receiving the first touch gesture, the suggested bracketed function is inserted into the sequence of code. The bracketed function encloses at least a portion of the sequence of code. The device receives a second touch gesture dragging an end bracket associated with the inserted bracketed function. Responsive to receiving the second touch gesture, the sequence of code is modified such that the bracketed function encloses an additional portion of the sequence of code.

Abstract: In an example method, a user interface is presented by a device on a touch sensitive surface of the device. The user interface includes a first portion for displaying a sequence of code and a second portion for displaying suggested bracketed functions. The device receives a first touch gesture dragging a suggested bracketed function from the second portion to the first portion of the user interface. Responsive to receiving the first touch gesture, the suggested bracketed function is inserted into the sequence of code. The bracketed function encloses at least a portion of the sequence of code. The device receives a second touch gesture dragging an end bracket associated with the inserted bracketed function. Responsive to receiving the second touch gesture, the sequence of code is modified such that the bracketed function encloses an additional portion of the sequence of code.

Abstract: In an example method, a user interface is presented by a device on a touch sensitive surface of the device. The device presents a keyboard image on a touch sensitive surface of the device. The device then receives a first touch input selecting a key of the keyboard image and responsive to receiving the first touch input, displays a primary character associated with the selected key. While maintenance of physical contact is detected by the touch sensitive surface, the device receives a touch gesture starting at the key of the keyboard image and continuing in a diagonal direction along a face of the key. Responsive to receiving the touch gesture, the device displays an alternative character associated with the selected key.

Abstract: In an example method, a user interface is presented by a device on a touch sensitive surface of the device. The device receives a first touch input selecting a numeral presented in the user interface. Responsive to receiving the first touch input, a numeric keypad interface and a display element are presented. The device receives a second touch input selecting the display element. Responsive to receiving the second touch input, a rotary interface including the display element is presented. While the user is maintaining physical contact with the touch sensitive surface, the device receives a rotational touch gesture dragging the display element about the rotary interface. Responsive to receiving the rotational touch gesture, the numeral is modified.

Abstract: In one embodiment, non-transitory computer-readable medium stores instructions for implementing a source code editor within an integrated development environment. The instructions to cause one or more processors to implement a method comprising receiving data at a source code editor, the data representing a data value to be used by source code displayed by the source code editor, inserting the data representing the data value into the source code, and displaying a graphical representation of the data value in the source code editor, the graphical representation displayed within a program code statement associated with the data value.

Abstract: In an example method, a graphical user interface (GUI) is displayed to a user on a display device of a computer system. The GUI includes a first game portion visually depicting a first game element and second game elements disposed within a game environment. A position of the first game element, a position of each of the second game elements, and/or a number of second game elements is randomized. The first GUI also includes a control portion visually depicting commands for manipulating the first game element within the game environment, and a first code portion. The computer system receives an indication that the user selected one of the commands depicted in the control portion. In response, the game element is manipulated within the game environment in accordance with the selected command. A first sequence of software code associated with the selected command is displayed in the first code portion.

Abstract: In one embodiment, non-transitory computer-readable medium stores instructions for implementing a source code editor within an integrated development environment. The instructions to cause one or more processors to implement a method comprising receiving data at a source code editor, the data representing a data value to be used by source code displayed by the source code editor, inserting the data representing the data value into the source code, and displaying a graphical representation of the data value in the source code editor, the graphical representation displayed within a program code statement associated with the data value.

Abstract: A visual debugger provides a three-dimensional view of a user interface of an application. The application's user interface is built from a hierarchy of view objects. The hierarchy of view objects can be displayed as a three-dimensional representation of the view. A set of layers is created, with each layer corresponding to a level in the hierarchy of view objects. The display device on which the application runs has a view area in which the user interface (“UI”) of the application can be displayed. The visual debugger presents a visual representation of the view area for the UI to the application developer. The view bounds are shown as an outline on one or more layers of the three-dimensional representation of the view. Objects outside of the view bounds are highlighted. The visual debugger allows the application developer to select the layer or layers on which the outline appears.

Abstract: In an example method, a user interface is presented by a device on a touch sensitive surface of the device. The user interface includes a first portion for displaying a sequence of code and a second portion for displaying suggested bracketed functions. The device receives a first touch gesture dragging a suggested bracketed function from the second portion to the first portion of the user interface. Responsive to receiving the first touch gesture, the suggested bracketed function is inserted into the sequence of code. The bracketed function encloses at least a portion of the sequence of code. The device receives a second touch gesture dragging an end bracket associated with the inserted bracketed function. Responsive to receiving the second touch gesture, the sequence of code is modified such that the bracketed function encloses an additional portion of the sequence of code.

Abstract: In an example method, a device presents a user interface on a touch sensitive surface of the device. The user interface includes a first portion for displaying a sequence of code and a second portion for displaying suggested segments of code. The device receives one or more character inputs in the first portion of the user interface, and determines, based on the one or more character inputs, one or more suggested segments of code. The device presents the one or more suggested segments of code in the second portion of the user interface, and receives a touch input selecting a particular suggested segment of code. The device inserts the selected suggested segment of code into the first portion of the user interface.

Abstract: In an example method, a user interface is presented by a device on a touch sensitive surface of the device. The device receives a first touch input selecting a numeral presented in the user interface. Responsive to receiving the first touch input, a numeric keypad interface and a display element are presented. The device receives a second touch input selecting the display element. Responsive to receiving the second touch input, a rotary interface including the display element is presented. While the user is maintaining physical contact with the touch sensitive surface, the device receives a rotational touch gesture dragging the display element about the rotary interface. Responsive to receiving the rotational touch gesture, the numeral is modified.

Abstract: In an example method, a graphical user interface (GUI) is displayed to a user on a display device of a computer system. The GUI includes a first game portion visually depicting a first game element and second game elements disposed within a game environment. A position of the first game element, a position of each of the second game elements, and/or a number of second game elements is randomized. The first GUI also includes a control portion visually depicting commands for manipulating the first game element within the game environment, and a first code portion. The computer system receives an indication that the user selected one of the commands depicted in the control portion. In response, the game element is manipulated within the game environment in accordance with the selected command. A first sequence of software code associated with the selected command is displayed in the first code portion.

Abstract: A visual debugger provides a three-dimensional view of a user interface of an application. The application's user interface is built from a hierarchy of view objects. The hierarchy of view objects can be displayed as a three-dimensional representation of the view. A set of layers is created, with each layer corresponding to a level in the hierarchy of view objects. The display device on which the application runs has a view area in which the user interface (“UI”) of the application can be displayed. The visual debugger presents a visual representation of the view area for the UI to the application developer. The view bounds are shown as an outline on one or more layers of the three-dimensional representation of the view. Objects outside of the view bounds are highlighted. The visual debugger allows the application developer to select the layer or layers on which the outline appears.

Abstract: A handheld electronic device transitionable between different configurations includes a keyboard panel having a slot, a display panel, a coupler that rotary couples the keyboard panel and the display panel and slidingly engages the slot of the keyboard panel. The display panel is positioned such that is substantially parallel with the keyboard panel in a compact configuration. When the device is transitioned from the compact to translated configuration, the coupler engages the slot. When the device is transitioned from the translated to expanded configuration, the display panel is rotated about the coupler such that the centerpoint of the display panel is closer to the centerpoint of the keyboard panel in the expanded configuration as compared to the translated configuration. The coupler can comprise a rotation control mechanism coupled to a biasing member or can have teeth that engages a track or can be a cam that engages a t-shaped slot.

Abstract: A gesture based headphone for controlling a media player device and method for using thereof. The headphone comprises a cord with a gesture sensitive region in the cord, and an interface for connecting to the media player device. A user gesture interacts with the gesture sensitive region and generates a control input for controlling the media player device, wherein the user gesture includes at least one gesture generating a control input.