Given an array where each entry can be another array, and so forth, flatten the array. [4, [3, 6, [9, 1, 9, [5, 1]]], 8] -> [4, 3, 6, 9, 1, 9, 5, 1, 8]
Programador Crestron Interview Questions
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Return the head node of the singly linked list with each pair of nodes swapped. If there is a last odd node leave it in place. Example: Input: 1 -> 2 -> 3 -> 4 -> 5 Output: 2 -> 1 -> 4 -> 3 -> 5
You are given a list of strings (e.g. ["cat", "dog", "hat", "apple", "c"] ). Write a program that would take as input a string containing a wild card character, like "*at", "**t" (could be "cat", "hat", "bat"), "ca*", etc. and return true if there is a corresponding string in the list, and false otherwise.
reverse bits of an integer that is a power of 2 , keeping complexity in mind.
Reverse the words in a sentence. For example, "Have a nice day" becomes "day nice a Have"
How many unique paths are there from B-L point to the T-R point of a chess table? What would be your approach to calculate this?
string compression: aaabbbbcc ->a3b4c2
You have two linked lists that merge at some node. The lists could be billions of nodes long. Find the node where the lists merge in the most optimal time while using a low amount of memory.
Write a function get_hops_from(page1, page2) that will determine the number of hyperlinks that you would need to click on to get from some page1 on the web to some other page2 on the web. For example, if each page below links to the pages that are indented below it, e.g. page 1 links to pages 2 and 5, and page 2 links to pages 3 and 4, and page 5 links to pages 3 and 7, then the get_hops_from(page1, page7) should return 2 (2 hops), since you have to hop once from page 1 to 5 and once more from page 5 to page 7. page1 : distance == 0 page2 : distance == 1 page3 : distance == 2 page4 : distance == 2 page5 : distance == 2 page3 : distance == 2 page7 : distance == 2 Assume that an API is available to: * get_links(a_page) will return an array/list of all pages that a_page links to
Can you optimize the algoritm which you wrote.
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