Method for rapidly displaying functional control help document of application program

Abstract

The invention provides a method for rapidly displaying a functional control help document of an application program. The method comprises the following steps of: 10, monitoring long-press operation of a user on a functional control through a device; 20, acquiring long-press operation information and generating a corresponding identification code; 30, acquiring the identification code, and generating a corresponding functional identification code; 40, acquiring the functional identification code, and generating a prompt window for displaying the help document on the device; and 50, monitoring the prompt window, and stopping displaying the help document and closing the prompt window when the user performs short-press operation on the prompt window and operates the area beyond the prompt window. The method has the advantages that the method is convenient to operate and can effectively provide operating instructions and help the operator.

Description

【Technical field】 [0001] The invention relates to the field of mobile communication, in particular to a method for quickly displaying help documents for function controls of application programs. 【Background technique】 [0002] With the increasingly powerful functions carried by mobile communication terminals and the development of intelligent operating systems based on mobile communication terminals (such as Windows mobile, Android and iOS, etc.), the functions of mobile communication are not limited to communication functions, such as voice, SMS and MMS, Various programs running on desktop computers, such as multimedia software, navigation, games, etc., can also run on mobile communication devices. Because the mobile device is implemented by operating the touch-sensitive display with fingers, and the display screen size of the mobile device is much smaller than that of a desktop computer, and because the smart operating system of the mobile terminal adopts a single-threade...

AI Technical Summary

Problems solved by technology

Because the mobile device is implemented by operating the touch-sensitive display with fingers, and the display screen size of the mobile device is much smaller than that of a desktop computer, and because the smart operating system of the mobile terminal adopts a single-threaded operation mode, the design enables the user to easily communicate with the application. The user interface for program interaction has become a major challenge

Traditional programs running on smart mobile operating systems implement user interfaces through buttons, such as the Nine Palaces and the bottom slidable button group, and the description of the buttons is usually at the bottom of the menu, so users need to view the function description of a button or use it. Instructions are usually obtained by returning to the main interface and performing multiple operations (including searching in documents), which makes the operation of the application complicated

[0003] In particular, many traditional user interfaces lack an intuitive method of providing instructions to users. For example, they need to be connected to the Internet to provide help documents. This kind of application that does not have the convenience to guide users seriously affects the user's use activity, especially Programs pre-installed on mobile communication devices

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