Homework 5 SOlution

Files to submit: all files need to compile connectn.out, a Makefile for connectn.out

Time it took Matthew to Complete: 50 mins




All programs must compile without warnings when using the -Wall and -Werror options
Submit only the files requested

Do NOT submit folders or compressed files such as .zip, .rar, .tar, .targz, etc
Your program must match the output exactly to receive credit.

Make sure that all prompts and output match mine exactly.
Easiest way to do this is to copy and paste them
All input will be valid unless stated otherwise
Print all real numbers to two decimal places unless otherwise stated
The examples provided in the prompts do not represent all possible input you can receive.
All inputs in the examples in the prompt are underlined

You don't have to make anything underlined it is just there to help you differentiate between what you are supposed to print and what is being given to your program
If you have questions please post them on Piazza



Restrictions




No global variables are allowed
Your main function may only declare variables, call other functions, and assign variables values.
Your submission must consist of at least 2 .c files and 1 .h file.
 
Write a program to implement the game connect-n. Connect-n is like Connect-4 except instead of having the board be a constant 6 X 7 we will allow the user to enter the size of the board they would like to play on. In addition we will also allow the user to choose how many pieces in a row are necessary to win. The game is played as follows. Two players take turns dropping their pieces into a column until either player gets N of their pieces in a row either horizontally, vertically, or diagonally, or until their or no more spaces to play.
Your program must accept 3 command line parameters in this order: number of rows, number of columns, number of pieces in a row to win

If the user does not enter enough arguments or enters too many arguments your program should tell them the proper usage of your program and terminate.

You may find the exit function helpful
The user should be allowed to create an unwinable game

For example a board that is 3 X 3 but requires 4 pieces in a row to win
Your program should not allow the user to make an impossible play but should continue to ask the user for a play until a valid play is entered

Invalid plays consist of plays made outside the board or in to columns that are already full
The token used to represent Player 1 is X
The token used to represent Player 2 is O, a capitol oh and not a zero
After the game is over the winner should be declared or if there is no winner a tie should be declared
You must split your code up into at least 2 files.

I personally had 4 separate c files
You must submit a make file named Makefile that when run compiles your program
The executable created by your make file should be named connectn.out



Hints

This is your first “large” program. It took me around 300 lines of code to complete. You will want to break your problem down into many small manageable functions to make the problem easier to deal with

I also recommend testing each function your write as you go along to help you locate your errors early
I had the following functions defined in my solution and they give a pretty good ordering of how you should write you should solve this problem



read_args
create_board, print_board, destroy board
play_game, get_play, play_is_valid
game_over, game_won, row_win, col_win, diag_win, right_diag_win, left_diag_win.
Files to submit: primes.c

Time it took Matthew to Complete: 15 mins




All programs must compile without warnings when using the -Wall and -Werror options



Submit only the files requested



Do NOT submit folders or compressed files such as .zip, .rar, .tar, .targz, etc



Your program must match the output exactly to receive credit.



Make sure that all prompts and output match mine exactly.



Easiest way to do this is to copy and paste them



All input will be valid unless stated otherwise



Print all real numbers to two decimal places unless otherwise stated



The examples provided in the prompts do not represent all possible input you can receive.



All inputs in the examples in the prompt are underlined



You don't have to make anything underlined it is just there to help you differentiate between what you are supposed to print and what is being given to your program
If you have questions please post them on Piazza



Restrictions




No global variables are allowed



Your main function may only declare variables, call other functions, and assign variables values.
The array you create to store your variables should only be long enough to fit only the primes that you are displaying
You should not have a limit on how large N can go for this problem
For this program you will be finding all of the prime numbers between 2 and N (inclusive). Remember that a number is prime if it is only evenly divisible by itself and 1.



Assumptions

1. Input may not be valid




Hints

1. It might be easier to consider what make a number not prime for this problem.




Examples

Enter a number greater than 1: 25 The primes between 2 and 25 are: 2 3 5 7 11 13 17 19 23




































Enter a number greater than 1: cat
Enter a number greater than 1: dog

Enter a number greater than 1: 1

Enter a number greater than 1: -2

Enter a number greater than 1: 100 The primes between 2 and 100 are: 2 3 5 7 11 13 17 19 23 29 31 37 41 43

47

53

59

61

67

71

73

79

83

89

97

10.Examples

./connectn.out

Not enough arguments entered
Usage connectn.out num_rows num_columns number_of_pieces_in_a_row_needed_to_win



./connectn.out 1 2 3 4 5

Too many arguments entered
Usage connectn.out num_rows num_columns number_of_pieces_in_a_row_needed_to_win



./connectn.out 3 3 3
2***

1***

0***

0 1 2

Enter a column between 0 and 2 to play in: 0 2***




1***

0X**

0 1 2




Enter a column between 0 and 2 to play in: 1 2***




1***

0XO*

0 1 2

Enter a column between 0 and 2 to play in: 0 2***




1X**

0XO*

0 1 2




Enter a column between 0 and 2 to play in: 0 2O**




1X**

0XO*

0 1 2

Enter a column between 0 and 2 to play in: 0

Enter a column between 0 and 2 to play in: 0

Enter a column between 0 and 2 to play in: -2

Enter a column between 0 and 2 to play in: 4

Enter a column between 0 and 2 to play in: 1 2O**




1XX*




0XO*

0 1 2

Enter a column between 0 and 2 to play in: 2 2O**




1XX*

0XOO

0 1 2




Enter a column between 0 and 2 to play in: 2 2O**




1XXX

0XOO

0 1 2

Player 1 Won!




./connectn.out 1 2 3 0 * *



0 1

Enter a column between 0 and 1 to play in: 0 0 X *




0 1

Enter a column between 0 and 1 to play in: 1 0 X O




0 1 Tie game!