Implement the following function, without using any data structure. /* Given two vectors of chars, check if the two vectors are permutations of each other, i.e., they contains same values, in same or different order. e.g., V1=[‘a’,’b’,’a’] and V2=[‘b’,’a’,’a’] stores same multi-set of data points: i.e., both contains two ‘a’, and one ‘b’. e.g., V3=[‘a’,’c’,’t’,’a’] and V4=[‘a’,’c’,’t’] are not same multi-set. V3 contains two ‘a’s, while V4 has only one ‘a’. Note: when considering multiset, the number of occurrences matters. @param list1, list2: two vectors of chars @pre: list1, list2 have been initialized @post: return true if list1 and list2 stores same values (in same or different order); return false, if not. */
 bool SameMultiSet (vector list1, vector list2)

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Implement the following function, without using any data structure.

/* Given two vectors of chars, check if the two vectors are permutations of each other, i.e., they contains same values, in same or different order.
e.g., V1=[‘a’,’b’,’a’] and V2=[‘b’,’a’,’a’] stores same multi-set of data points: i.e., both contains two ‘a’, and one ‘b’.

e.g., V3=[‘a’,’c’,’t’,’a’] and V4=[‘a’,’c’,’t’] are not same multi-set. V3 contains two ‘a’s, while V4 has only one ‘a’.

Note: when considering multiset, the number of occurrences matters. @param list1, list2: two vectors of chars

@pre: list1, list2 have been initialized

@post: return true if list1 and list2 stores same values (in same or different order); return false, if not. */



bool SameMultiSet (vector<char> list1, vector<char> list2)

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