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// CS212 Homework 4 // Due: Mon. March 7, 2011 // Author: Lonnie Millard // Professor: John Wang // // Compile: g++ assignment4.cpp // Run: ./a.out // // Goal: Read strings from a file then // output then output them in a list; then // output the strings #include <iostream> using namespace std; const int MAX = 500; class List { string data[MAX]; int length; public: List() { length = 0; } int Length() const { return length; } void Insert(string item) { data[length] = item; length ++; } void Print() const { for(int i=0; i<length; i++) cout << data[i] << " "; cout << "\n"; } bool IsPresent(string item) const { bool found = false; for(int i=0; i<length && !found; i++) if(data[i] == item) found = true; return found; } void SelectionSort() // ascending { string temp; int passCount; int minIndex; for(passCount=0; passCount<length-1; passCount ++) { minIndex = passCount; for(int k=passCount+1; k<length; k++) { if( data[minIndex] < data[k]) minIndex = k; } temp = data[minIndex]; data[minIndex] = data[passCount]; data[passCount] = temp; } } void SelectionSort_D() // descending { string temp; int passCount; int maxIndex; for(passCount=0; passCount<length-1; passCount++) { maxIndex = passCount; for(int k=passCount+1; k<length; k++) { if(data[maxIndex] > data[k]) maxIndex = k; } temp = data[maxIndex]; data[maxIndex] = data[passCount]; data[passCount] = temp; } } void menu() { char op; cout << " List Operations\n"; cout << "============================================\n"; cout << "I Insert an item.\n"; cout << "F Find out if the item is in the list.\n"; cout << "S Sort the list in ascending order.\n"; cout << "R Sort the list in descending order.\n"; cout << "D Display the string list.\n"; cout << "Q Quit the operation.\n"; cout << "--------------------------------------------\n"; cout << "Your operation choice is: "; cin >> op; } }; int main() { List real; char op; string item; cout << " List Operations\n"; cout << "=================================================\n"; cout << "I Insert an Item.\n"; cout << "F Find out if the item is in the list.\n"; cout << "S Sort the list to ascending order.\n"; cout << "R Sort the list to descending order.\n"; cout << "D Display the string list.\n"; cout << "Q Quit the operation.\n"; cout << "---------------------------------------------------\n"; cout << "Your option is: "; cin >> op; while(toupper(op) != 'Q') { if(toupper(op) == 'I') { cout << "Input the item: "; cin >> item; real.Insert(item); cout << "The current list is - "; real.Print(); } else if(toupper(op) == 'F') { cout << "Input an item to be found: "; cin >> item; if(real.IsPresent(item)) cout << item << " is in the list.\n"; else cout << item << " is not in the list.\n"; } else if(toupper(op) == 'S') { real.SelectionSort(); cout << "The list is - "; real.Print(); } else if(toupper(op) == 'R') { real.SelectionSort_D(); cout << "The list is - "; real.Print(); } else if(toupper(op) == 'D') { cout << "The list is - "; real.Print(); } cout << " List Operations\n"; cout << "========================================\n"; cout << "I Insert an Item.\n"; cout << "F Find out if the item is in the list.\n"; cout << "S Sort the list to ascending order.\n"; cout << "R Sort the list to descending order.\n"; cout << "D Display the string list.\n"; cout << "Q Quit the operation.\n"; cout << "------------------------------------------\n"; cout << "Your option is: "; cin >> op; } return 0; }