图的深度优先遍历算法java普通实现
正如您所见到的，该文件是深度优先遍历，但不一定在任何目录内按字母顺序来进行。
As you can see, the file traversal is depth first but not necessarily in any alphabetical order within a directory.
这会产生广度优先遍历（与优先处理首先找到的第一个链接不同，后者是一种深度优先遍历）。
This results in breadth-first traversal (compared to digging down into the first link found, which would result in depth-first behavior).
在此基础上，采用深度优先遍历的递归理论和数据库技术，实现了流域节点间关系的计算机存储。
In these foundations, the recursion theory of depth first traversal, database technology and visual programming technology are employed to computer memory, which is expressed to node relations.
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