To support this, I created a little recursive traversal function that walks all the nodes of a gnosis.xml.objectify object.
为此我创建了一个小型的递归便利函数来遍历gnosis . xml . objectify对象中的所有节点。
Another difference is that, internally, the zipper version USES a linear tail-recursive traversal of the data structure instead of a recursive traversal.
另外一项差异在于，在zippers版本内部使用的是数据结构的线性尾递归遍历，而非递归遍历。
The recursive traversal method can be fooled by placing garbage data after a conditional jump instruction and programmatically ensuring that the jump condition always succeeds.
通过在一个有条件跳转指令之后放置无用数据、并且有规划地确保跳转条件总是跳转成功，能够欺骗递归遍历方法。
This traversal is interesting because it is iterative, not recursive, which is a key difference between zipper traversal and the prior clojure.walk implementation.
这种遍历非常有趣，因为它是迭代的，而不是递归的，这是zippers 遍历与之前的 clojure.walk 实现之间的主要差别。
Recursive and non recursive implementation of binary tree traversal, the use of queues to achieve the level of binary tree traversal.
利用递归和非递归实现二叉树的中序遍历，利用队列实现二叉树的层次遍历。
Recursive and non recursive implementation of binary tree traversal, the use of queues to achieve the level of binary tree traversal.
利用递归和非递归实现二叉树的中序遍历，利用队列实现二叉树的层次遍历。
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