Method for making JCombo Box assembly have behaviour perceptive ability

Abstract

The present invention provides a method for making the JComboBox component have behavior perception ability. The method is to enable the original component to perceive the user's behavior habits, and make corresponding adjustments to itself according to the accumulated knowledge. The specific implementation steps are as follows: (1) Swing Add a hotpoint attribute to each drop-down option in JComboBox, which is used to treat each drop-down option differently; (2) Use the event mechanism to add a listener to monitor the change of the JComboBox option, and the hotpoint of the drop-down option will be increased every time the user chooses; (3) Provide a right-click menu for the user to set the currently used algorithm for adjusting the sequence. Including adjusting in reverse order according to hotpoints, recent visits first, and specified order. The default is the reverse order of hotpoint, and the most recent access is the priority. You can also set other options, such as persistent storage location, etc. (4) According to the user's algorithm setting, respond to the user's behavior, and adjust the order of the JComboBox drop-down options at runtime; (5) Automatically store the setting persistently.

Description

Technical field [0001] The invention belongs to the field of Java Swing application development, can be used for all Swing-based application development, specifically a method for enabling the drop-down list component JComboBox extension component to have behavior awareness Background technique [0002] Currently, Java-based desktop application development is based on Java Swing technology or extensions to Swing. Its ease of use and good design patterns make development highly efficient. In order to develop Swing-based desktop applications more efficiently Whether it is Sun or other Swing component manufacturers, Wuliang has extended it a lot, providing more component models such as TreeTable, data-aware capabilities, etc., but the content provided in all these components is defined at design time. After initialization, the runtime will not automatically adjust according to the user's behavior. For example, the order of the drop-down menu options in the drop-down list compon...

AI Technical Summary

Problems solved by technology

[0003] For the current desktop applications, more and more emphasis is placed on user experience and user-friendliness. Traditional technologies are obviously not suitable or the implementation cost is relatively high and complicated. If Swing components can have behavior perception capabilities, self-learning The user's operating habits will inevitably reduce the complexity of development and improve the usability of desktop applications.

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