This assignment moves us past simple single-file programs into more interesting

Question

This assignment moves us past simple single-file programs into more interesting multi-file program:s We also write a game that, if not a viable League of LegendsTM competitor, is at least reasonably enjoyable at the Extreme Bonus level. Along the way, we'll utilize a Makefile, either the ddd or gdb debugger, and Umbrello to design our class and use case diagrams Full Credit Requirements Boom is a classic word or phrase guessing game with limited tries and something catastrophic if the word is missed - a firecracker goes (you guessed it) "Boom!". A game in progress looks something like the screen shot to the right. Below is a simple UML class diagram of the Full Credit version of the game. Note that Main isn't actually a class it's simply the usual main function. This time around, implement a h and cpp for each class ain + main): int izzl use - solution : string - quesses 2551: bool + Puzzle(solution : string) + guess(c: char): boo + solve(proposed solution: string): string + to_string): string + get solution(): strin - time: int + Fuse(time: int + burn(): bool + to string): strin The Puzzle class represents the game. The solution field is the string that is the word or phrase the player is trying to guess. The guesses array (like a vector, but without methods) holds a Boolean for each ASCII character. For example, guesses[a is true if 'a' has been guessed, false if not. The Puzzle constructor accepts the solution, which should be stored in _solution. The guess method accepts a single character (the player's guess), and returns true if the character is valid (between 'a' and

Explanation / Answer

my code so far

#include <iostream>

#include <string>

using namespace std;

//Robin Brust

//CS 161/Homework 5

void welcome()

{

cout<<"Welcome to Robin's guessing game."<<endl;

cout<<"The object of the game is to be the user with the"<<endl;

cout<<"least points. Player 1 will enter a word that"<<endl;

cout<<"player 2 must guess. For every incorrect guess 1 point will"<<endl;

cout<<"be added to player ones score. For every correct guess a point"<<endl;

cout<<"will be added to player twos score. If you think you know the"<<endl;

cout<<"solution you may enter it at anytime. Good luck"<<endl<<endl;

cin.get();

}

string player_one()

{

char player_one[20];

cout<<"Player 1 please enter your name"<<endl;

cin>>player_one;

cin.get();

return (player_one);

}

  

void game_play()

{

char word[25];//Creates memory for the word that is to be guessed

char blank[25];//creates blank spaces

char guess;

cout<<player_one()<<" please enter a word or phrase with 25 or less characters"<<endl;

int counter=0; //simple counter

int correct=0;//1=correct answer, 0=wrong answer

cin.getline (word,25);

strlen(word);

cout<<"The word is "<<strlen(word)<<" characters long!"<<endl;

int length=strlen(word); //stores the length of the word or phrase

for (counter = 0; counter < length; counter++)//converts the letters to uppercase

{

word[counter] = toupper(word[counter]);

}

strcpy(blank,word);//Copies the word to the 'blank' array

for (counter = 0; counter < length; counter++)

{

if (isalnum(word[counter])) blank[counter] = '_'; //converts characters to _'s to represent blanks

else blank[counter] = word[counter];

}

char player_two[20];

cout<<"Player 2 please enter your name"<<endl;

cin>>player_two;

cin.get();

//play game until the 'blank' puzzle becomes the 'right' answer

do {

cout<<"The current blank puzzle is: "<<blank<<"."<<endl;

cout<<player_two<<" enter a guess."<<endl;

cin>>guess;

guess = toupper(guess);

for (counter = 0; counter <= length; counter++) //check guess

{

if (guess == word[counter])

{

blank[counter] = guess; //fill in the puzzle with the letter

}

}

}

while (strcmp (word,blank) != 0);

cout<<"Winner!"<<endl;

cin.get();

}

bool play_again()

{

char again;

cout<<"Would you like to play again? y/n "<<endl;

cin>>again;

cin.get();

return (again == 'y' || again == 'Y');

}

int main()

{

welcome();

do{

game_play();

}while (play_again());

return 0;

}

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