Abstract: A display may include a waveguide that directs image light to an eye box. The waveguide may include an optical coupler that redirects and replicates the light. The coupler may include a surface relief grating (SRG). The SRG may have a pitch that varies continuously along an axis orthogonal its ridges. The pitch may vary sinusoidally, linearly, parabolically, or according to other continuous and differentiable functions of position along the axis. The SRG may diffract the light. Upon diffracting the light, the SRG may impart a phase to the light. The phase may vary continuously as a function of position along a first axis and may, if desired, vary continuously as a function of position along a second axis orthogonal to the first axis. The SRG may prevent formation of coherent light paths after replication, thereby maximizing the efficiency of the system.

Abstract: The present application provides a processing method of a metal composite structure including a first metal layer and a second metal layer stacked on the first metal layer. The processing method includes the steps of defining a first through hole in the first metal layer, and drilling in the first through hole toward the second metal layer to form a traction hole in the second metal layer. Then, hot melt drilling is performed on a surface of the second metal layer away from the first metal layer toward the first through hole, thereby causing the second metal layer to crack under a traction force of the traction hole to form a second through hole, and a portion of the second metal layer to be melted and squeezed to form a bushing which adheres to at least a portion of a sidewall of the first through hole.

Abstract: The present disclosure is related to systems and methods for transformation based on an intra block copy (IBC) mode. The method includes obtaining a set of candidate transformation results by performing a set of candidate transformation modes on a first block in an image. The set of candidate transformation modes include at least one of a first transformation mode, a secondary transformation mode, or a sub-block transformation mode. The method includes determining a target transformation mode for the first block based on the set of candidate transformation results.

Abstract: An instant communication method is disclosed. The method includes receiving an instant communication message sent by a first client terminal, the instant communication message including first identity information and second identity information; obtaining a corresponding self-defined voice message based on the first identity information; adding the instant communication message to the end of the self-defined voice message to form a current message; and sending the current message to a communication device that corresponds to the second identity information. The instant communication method is able to effectively avoid misunderstanding of a message receiving party.

Abstract: A selection of a plurality of graphical user interface (GUI) components of a GUI is received. The selection is received so that the GUI can be tested. Attributes of the selection of GUI components are determined. Using the attributes, a default procedure for testing the GUI is determined. The default procedure includes a first set of input values for GUI components of the plurality of GUI components. The default procedure includes a first sequence in which the first set of input values are provided. Modifications to the default procedure are received. Using the modifications, a final procedure with a second set of input values provided in a sequence is generated. The GUI is tested with the final procedure. Testing the GUI includes providing the second set of input values to respective GUI components in the second sequence.

Abstract: A method, computer program product, and system for testing an application on a GUI are provided. A request to perform a test of an application is received. The test uses a script that includes instructions to perform real actions on a GUI of the application. Execution of the script is initiated. A test recording is generated by capturing a first plurality of screenshots of the GUI during the test. In response to detecting an error during execution of the script, a baseline video is retrieved. The baseline video includes a second plurality of screenshots of the GUI from a successful execution of the script. An error message is issued. The error message includes at least a portion of the test recording and at least a portion of the baseline video.

Abstract: A selection of a plurality of graphical user interface (GUI) components of a GUI is received. The selection is received so that the GUI can be tested. Attributes of the selection of GUI components are determined. Using the attributes, a default procedure for testing the GUI is determined. The default procedure includes a first set of input values for GUI components of the plurality of GUI components. The default procedure includes a first sequence in which the first set of input values are provided. Modifications to the default procedure are received. Using the modifications, a final procedure with a second set of input values provided in a sequence is generated. The GUI is tested with the final procedure. Testing the GUI includes providing the second set of input values to respective GUI components in the second sequence.

Abstract: A selection of a plurality of graphical user interface (GUI) components of a GUI is received. The selection is received so that the GUI can be tested. Attributes of the selection of GUI components are determined. Using the attributes, a default procedure for testing the GUI is determined. The default procedure includes a first set of input values for GUI components of the plurality of GUI components. The default procedure includes a first sequence in which the first set of input values are provided. Modifications to the default procedure are received. Using the modifications, a final procedure with a second set of input values provided in a sequence is generated. The GUI is tested with the final procedure. Testing the GUI includes providing the second set of input values to respective GUI components in the second sequence.

Abstract: A selection of a plurality of graphical user interface (GUI) components of a GUI is received. The selection is received so that the GUI can be tested. Attributes of the selection of GUI components are determined. Using the attributes, a default procedure for testing the GUI is determined. The default procedure includes a first set of input values for GUI components of the plurality of GUI components. The default procedure includes a first sequence in which the first set of input values are provided. Modifications to the default procedure are received. Using the modifications, a final procedure with a second set of input values provided in a sequence is generated. The GUI is tested with the final procedure. Testing the GUI includes providing the second set of input values to respective GUI components in the second sequence.

Abstract: A method, computer program product, and system for testing an application on a GUI are provided. A request to perform a test of an application is received. The test uses a script that includes instructions to perform real actions on a GUI of the application. Execution of the script is initiated. A test recording is generated by capturing a first plurality of screenshots of the GUI during the test. In response to detecting an error during execution of the script, a baseline video is retrieved. The baseline video includes a second plurality of screenshots of the GUI from a successful execution of the script. An error message is issued. The error message includes at least a portion of the test recording and at least a portion of the baseline video.

Abstract: An instant communication method is disclosed. The method includes receiving an instant communication message sent by a first client terminal, the instant communication message including first identity information and second identity information; obtaining a corresponding self-defined voice message based on the first identity information; adding the instant communication message to the end of the self-defined voice message to form a current message; and sending the current message to a communication device that corresponds to the second identity information. The instant communication method is able to effectively avoid misunderstanding of a message receiving party.

Abstract: A method, computer program product, and system for testing an application on a GUI are provided. A request to perform a test of an application is received. The test uses a script that includes instructions to perform real actions on a GUI of the application. Execution of the script is initiated. A test recording is generated by capturing a first plurality of screenshots of the GUI during the test. In response to detecting an error during execution of the script, a baseline video is retrieved. The baseline video includes a second plurality of screenshots of the GUI from a successful execution of the script. An error message is issued. The error message includes at least a portion of the test recording and at least a portion of the baseline video.

Abstract: An electronic device, a method for updating firmware, and a non-transient readable medium are provided. The electronic device includes a processing unit and a NVM memory. The NVM memory is coupled to the processing unit. The NVM memory stores the firm. Identifying information is in a non-file-header area of the firmware. The identifying information includes a firmware image file header, a digital signature and ROM map information.

Abstract: A system and method for sensing image on CMOS. According to an embodiment, the present invention provide a CMOS image sensing pixel. The pixel includes an n-type substrate, which includes a first width and a first thickness. The pixel also includes a p-type epitaxy layer overlying the n-type substrate. The p-type epitaxy layer includes a second width and a second thickness. The second width is associated with one or more characteristics of a colored light. The pixel additionally includes an n-type layer overlying the p-type epitaxy layer. The n-type layer is associated with a third width and a third thickness. Additionally, the pixel includes an pn junction formed between the p-type epitaxy layer and the n-type layer. Moreover, the pixel includes a control circuit being coupled to the CMOS image sensing pixel.