Method and device for editing target texts based on keyboard keys

Abstract

The invention aims to provide a method and a device for editing target texts based on keyboard keys. Specifically, an editing device 1 obtains a keyboard key operation of a user on target texts in an input window; according to the keyboard key operation, an editing operation corresponding to the keyboard key operation is determined; the editing operation is performed on the target texts in order to generate edited texts corresponding to the target texts; and the edited texts are provided to the user. Compared with the prior art, the method or the device provided by the invention solves the problem that a current text editing application field is single, which cannot meet the diversification and individuation needs of text editing of the users, has various application fields, performs editing according to the user needs, saves time cost and learning cost of the text editing of the users, improves user experience, and is particularly suitable for intelligent devices with limited screen size and limited text input, and for text editing in internet interactive application.

Description

technical field [0001] The invention relates to the technical field of text editing, in particular to a computer-implemented technology for editing target text based on keyboard keys. Background technique [0002] With the rapid development of computer technology and network technology, the penetration rate of intelligent electronic devices with computing and networking functions is getting higher and higher, such as various computers, smart home appliances, set-top boxes, and intelligent machine tools. Operation control and some networked interactive applications often need to input text with a certain format by means of an input device, and people often have certain requirements for the readability and aesthetics of the text. However, usually not all text editing methods of intelligent electronic devices can meet the above requirements. For example, inputting a form through a remote controller on an IPTV device is almost helpless for current IPTV devices. Therefore, desig...

AI Technical Summary

Problems solved by technology

However, implementing this method usually requires the development of software that occupies a large storage space, which is often not applicable to some intelligent electronic devices with limited computing and storage space. In addition, commonly used text editing software is often only applicable to specific operating systems. For example, the text editing software specially developed for the Windows system cannot be directly installed on the Unix system, which leads to the need for users of the Windows system to reinstall the corresponding text software when using the Unix system, or to relearn the text editing software of the Unix system. Further increase the user's time and learning costs, and reduce the user experience

Using text editing software with menus on smartphones with limited screen size will also bring some problems. For example, the menu will occupy a certain display space. If the display space occupied is large, the space occupied by the text display will be reduced. , if the display space occupied is small, it will make it more difficult for users to select and click the corresponding menu. In addition, if a lot of menus are designed, the above problems will be further aggravated

With the rapid development of the Internet and Web2.0 technology, various network applications with interactive functions have grown explosively, especially social applications such as SNS (Social Network Service) / MSNS (Mobile Social Network Service), users use various network applications to conduct The frequency of interaction has also increased sharply, and users have higher and higher requirements for the format, appearance and personalization of network interactive texts. However, at present, users edit network texts mainly through the simple text editing tools provided by corresponding applications. , and this method cannot meet the individual needs of users

In addition, the current text editing methods do not support user-defined functions such as shortcut keys and text specifications.

Obviously, the cost of making it applicable to different application scenarios is relatively high by using the existing methods. The existing methods are used on smart devices with limited screens. The efficiency of text editing is not high, and the user experience is not high. At present, the simple text editing methods provided by more and more Internet Web 2.0 applications and interactive applications such as SNS / MSNS cannot meet the user's requirements for text editing diversification and individualization.

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