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ONGP-104 - # 1.3 # public static String removeDuplicates(String str) { char[] chars = str.toCharArray(); int[] idx = IntStream.range(0, chars.length).toArray(); String[] chars = str.toCharArray(); int[] idx = IntStream.range(0, chars.length).toArray(); int finalLength = 0; for (int i = 0; i < chars.length; i++) { } return "}The function reverseWords takes the input string s and performs the following steps:First, the string is split into words and stored in the list words.Then, the list is reversed, and the reversed list is joined into a final string with single spaces between consecutive words.The function returns the final string.# public static void main(String[] args) { int[] input = {1,2,3,4,5,6,7,8,9,10}; findSmallNumbers(input);}Each of these algorithms is defined with a simple formula (that specifies how the sequence will be marked) and a simple design to ensure its correctness. The values are defined with a simple formula which specifies the initial data type of each value. The values are then transformed into a valid input from which the final sequence is marked. After an algorithm is marked, the function is defined to obtain the final result. The values are then transformed into a valid input from which the final sequence is marked.public static void main(String[] args) { int[] input = {1,3,2,4,5,6,7,8,9,10}; findSmallNumbers(input);}public static int findSmallNumbers(int[] input) { return input.length;}public static int findSmallNumbers(int[] input) { return input.length;}public static int findSmall(Parent[] input) { return input.length;}public static int findSmall(Parent[] input) { return input.length;}public static int findSmall(Parent[] input) { return input.length;}public static int findSmall(Parent[] input) { return input.length;}public static int findSmall(Parent[] input) { return input.length;}public static int findSmall(Parent[] input) { return input.length;}public static int findSmall(Parent[] input) { return input.length;}public static int findSmall(Parent� PUBLIC int findSmall(Parent[] input) { return input.length;}public static int findSmall(Parent[] input) { return input.length;}public static int findSmall(Parent[] input) { return input.length;}public static int findSmall(Parent[] input) { return input.length;}public static int findSmall(Parent[] input) { return input.length;}public static int findSmall(Parent[] input) { return input.length;}public static int findSmall(Parent[] input) { return input.length;}public static int findSmall(Parent[] input) { return input.length;}public static int findSmall(Parent[] input) { return input.length;}public static int findSmall(Parent[] input) { return input.length;}public static int findSmall(Parent[] input) { return input.length;}public static int findSmall(Parent[] input) { return input.length;}public static int findSmall(Parent[] input) { return input.length;}public static int findSmall(Pparent[] input) { return input.length;}public static int findSmall(Pparent[] input) { return input.length;}public static int findSmall(Pparent[] input) { return input.length;}public static int findSmall(Pparent[] input) { public static int findSmall(Pparent[] input) { return input.length;}public static int findSmall(Pparent[] input) { return input.length;}public static int findSmall(Pbranch[] input) { return input.length;}public static int findSmall(Pbranch[] input) { return input.length;}public static int findSmall(Pbranch[] input) { return input.length;}public static int findSmall(Pbranch[] input) { return input.length;}public static int findSmall(Pbranch[] input) { return input.length;}public static int findSmall(Pbranch[] input) { return input.length;}public static int findSmall(Pbranch[] input) { return input.length;}public static int findSmall(Pbranch[] input) { return input.length;}public static int findSmall(Pbranch[] input) 1`public static int findSmall(Pbranch[] input) 2��public static int findSmall(Pbranch[] input) 3public static int findSmall(Pbranch[] input) 4system) [ static int findSmall(Pbranch[] input) 5public static int findSmall(Pbranch[] input) 6public static int findSmall(Pbranch[] input) 7public static int findSmall(Pbranch[] input) 8public static int findSmall(Pbranch[] input) 9public static int findSmall(Pbranch[] input) 10public static int findSmall(Pbranch[] input) 11public static int findSmall(Pbranch[] input) 12public static int findSmall(Pbranch[] input) 13public static int findSmall(Pbranch� PUBLIC return input.length;}public static int findSmall(Pbranch[] input) { return input.length;}public static int findSmall(Pbranch[] input) { return input.length;}public static int findSmall(Pbranch[] input) { public static int findSmall(Pbranch[] input) { public static int findSmall(Pbranch[] input) { return input.length;}public static int findSmall(Pbranch[] input) { public static int findSmall(Pbranch[] input) { public static int findSmall(Pbranch[] input) { return input.length;}public static int findSmall(Pbranch[] input) { public static int findSmall(Pbranch[] input) { public static int findSmall(Pbranch[] input) { public static int findSmall(Pbranch[] input) { return input.length;}public static int findSmall(Pbranch[] input) { public static int findSmall(Pbranch[] input) { public static int findSmall(Pbranch[] input) { public static int findSmall(Pbranch[] input) { public static int findSmall(Pbranch[] input) { return input.length;}public static int findSmall(Pbranch[] input) { public static int findSmall(Pbranch[] input) { public static int findSmall(Pbranch[] input) <R return input.length;}public static int findSmall(Pbranch[] input) { public static int findSmall(Pbranch[] input) { public static int findSmall(Pbranch[] input) { return input.length;}public static int findSmall(Pbranch[] input) { public static int findSmall(Pbranch[] input) { public static int findSmall(Pbranch[] input) { return input.length;}public static int findSmall(Pbranch[] input) <## 1.
2017年1月12日
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