我们的Spark“智能ASCII”解析器需要做的第一件事就是将输入文本分成相关的部件。
The first thing our Spark "smart ASCII" parser needs to do is break an input text into its relevant parts.
第一个小部件是一个标签，第二个小部件是用户可在其中输入搜索条件的一个文本框，第三个小部件是一个按钮。
The first widget is a label, the second is a text box where the user enters a search term, and the last widget is a button.
Dojo小部件接受像文本输入框这样的条目并会添加一些函数来获得更具用户友好性的对象，比如一个便于选择日期的图形日历。
Dojo widgets take an item like a text input box and add functions for a more user-friendly object, such as a graphical calendar to choose a date.
最后，Tk：PathEntry窗口小部件是非常简单的：它具有一个输入路径名的文本输入域——但是用到了一个技巧！
Finally, the Tk: : PathEntry widget is very simple: it provides a text input field for path names — but with a twist!
窗口小部件上有一个文本输入域以及一个紧挨着的按钮。
通讯细节部件节省输入一个文本文件，你可以把它自己的通讯系统。
The newsletter widget saves input details in a text file, you can link it to your own newsletter system.
本文面向手写字符序列输入信号连续识别研究，分析了汉字及联机手写文本的特点，提出并构建了手写汉字部件集。
The paper introduces a handwritten Chinese character radical set which is established oriented for the research on continuous handwritten character sequence recognition.
本文面向手写字符序列输入信号连续识别研究，分析了汉字及联机手写文本的特点，提出并构建了手写汉字部件集。
The paper introduces a handwritten Chinese character radical set which is established oriented for the research on continuous handwritten character sequence recognition.
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