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Leaves - Alice #39
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Leaves - Alice #39
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Nice work, you hit all the learning goals here. Well done. Take a look at my comments and let me know if you have questions. The methods you have written all work and you've demonstrated an understanding of how to implement a Linked List. It was hard for me to find things to comment on the code was so well done.
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# method to add a new node with the specific data value in the linked list | ||
# insert the new node at the beginning of the linked list | ||
def add_first(value) |
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# method to find if the linked list contains a node with specified value | ||
# returns true if found, false otherwise | ||
def search(value) |
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# method to return the max value in the linked list | ||
# returns the data value and not the node | ||
def find_max |
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# method to return the min value in the linked list | ||
# returns the data value and not the node | ||
def find_min |
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# method that returns the length of the singly linked list | ||
def length |
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# method to reverse the singly linked list | ||
# note: the nodes should be moved and not just the values in the nodes | ||
def reverse |
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## Advanced Exercises | ||
# returns the value at the middle element in the singly linked list | ||
def find_middle_value |
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# find the nth node from the end and return its value | ||
# assume indexing starts at 0 while counting to n | ||
def find_nth_from_end(n) |
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# checks if the linked list has a cycle. A cycle exists if any node in the | ||
# linked list links to a node already visited. | ||
# returns true if a cycle is found, false otherwise. | ||
def has_cycle |
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👍 Nicely done
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# method that returns the value of the last node in the linked list | ||
# returns nil if the linked list is empty | ||
def get_last |
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