14) Imagine a circular linked list of integers that are sorted into ascending order, as Figure 5-33a illustrates. The external reference list references the last node, which contains the largest integer. Write a method that revises the list so that its data elements are sorted into descending order, as Figure 5-33b illustrates. Do not allocate new nodes. (a) 2 G 6 Ona 8 list

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14) Imagine a circular linked list of integers that are sorted into ascending order, as
Figure 5-33a illustrates. The external reference list references the last node,
which contains the largest integer. Write a method that revises the list so that its
data elements are sorted into descending order, as Figure 5-33b illustrates. Do not
allocate new nodes.
(a)
(b)
2
回
list
FIGURE 5-33
4
Two circular linked lists
[
6
子
8
6
00
日
2
8
日照仓
list
Transcribed Image Text:14) Imagine a circular linked list of integers that are sorted into ascending order, as Figure 5-33a illustrates. The external reference list references the last node, which contains the largest integer. Write a method that revises the list so that its data elements are sorted into descending order, as Figure 5-33b illustrates. Do not allocate new nodes. (a) (b) 2 回 list FIGURE 5-33 4 Two circular linked lists [ 6 子 8 6 00 日 2 8 日照仓 list
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