#include<stdio.h>
#include <string.h>
#include <stdbool.h>

const char *cards[52] = { "AC","AD","AH","AS","2C","2D","2H","2S","3C","3D","3H","3S","4C","4D","4H","4S","5C","5D","5H","5S","6C","6D","6H","6S","7C","7D","7H","7S"
,"8C","8D","8H","8S","9C","9D","9H","9S","10C","10D","10H","10S","JC","JD","JH","JS","QC","QD","QH","QS","KC","KD","KH","KS" };
bool win;
bool fold;
int P1Chips = 100;
int CPUChips = 100;
char P1handType[100];
char CPUhandType[100];
int main()
{
	printf("**Welcome to 5-card stud poker!**\n");
	printf(" \n");
	printf("Note: the cards have as suffix the initial of their suit\n");
	printf("Eg:AC(Ace of Clubs)\n");
	printf("   KH(King of Hearts)\n");
	printf(" \n");
	printf("1. Start new game (Player 1 vs cpu)(Press Enter)");
	while (getchar() != '\n');
	TheGame();


	getchar();
	return 0;
}

int TheGame()
{
	char PayAnte;
	printf(" \n");
	printf("You have %d", P1Chips);
	printf(" chips           ");
	printf("CPU has %d", CPUChips);
	printf(" chips \n\n");
	printf("To play you must pay 2 chips as ante, do you wish to pay?(Y/N) \n");
	scanf("%c", &PayAnte);
	if (PayAnte == 'N' || PayAnte == 'n')
	{
		printf("You must be broke, CPU wins");
		getchar();
		return 0;
	}
	else if (PayAnte == 'Y' || PayAnte == 'y')
	{
		P1Chips = P1Chips - 2;
		CPUChips = CPUChips - 2;
		printf("\nYou have %d", P1Chips);
		printf(" chips           ");
		printf("CPU has %d", CPUChips);
		printf(" chips \n\n");

		srand(time(NULL));
		int P1RandomCard = rand() % 52;
		//printf("%s\n", cards[P1RandomCard]);

		int P1RandomCard2 = rand() % 52;
		//printf("%s\n", cards[P1RandomCard2]);

		int P1RandomCard3 = rand() % 52;
		// printf("%s\n", cards[P1RandomCard3]);
		int P1RandomCard4 = rand() % 52;
		//printf("%s\n", cards[P1RandomCard4]);

		int P1RandomCard5 = rand() % 52;
		//printf("%s\n", cards[P1RandomCard5]);

		//Player 1 set of 5 random cards
		char *P1cards[5] = { cards[P1RandomCard],cards[P1RandomCard2],cards[P1RandomCard3], cards[P1RandomCard4],cards[P1RandomCard5] };

		char P1Cardslastchar1 = cards[P1RandomCard][strlen(cards[P1RandomCard]) - 1];
		char P1Cardslastchar2 = cards[P1RandomCard2][strlen(cards[P1RandomCard2]) - 1];
		char P1Cardslastchar3 = cards[P1RandomCard3][strlen(cards[P1RandomCard3]) - 1];
		char P1Cardslastchar4 = cards[P1RandomCard4][strlen(cards[P1RandomCard4]) - 1];
		char P1Cardslastchar5 = cards[P1RandomCard5][strlen(cards[P1RandomCard5]) - 1];





		printf("\n Your random selected cards are:  ");
		int elements = sizeof(P1cards) / sizeof(P1cards[0]);

		for (int i = 0; i < elements; i++) {
			char *p = P1cards[i];
			while (*p)
				putchar(*p++);
			putchar(' ');
		}

		srand(time(NULL) - 1);
		int CPURandomCard = rand() % 52;
		// printf("%s\n", cards[CPURandomCard]);

		int CPURandomCard2 = rand() % 52;
		// printf("%s\n", cards[CPURandomCard2]);

		int CPURandomCard3 = rand() % 52;
		// printf("%s\n", cards[CPURandomCard3]);
		int CPURandomCard4 = rand() % 52;
		//  printf("%s\n", cards[CPURandomCard4]);

		int CPURandomCard5 = rand() % 52;
		//  printf("%s\n", cards[CPURandomCard5]);

		//CPU's set of 5 random cards
		char *CPUcards[5] = { cards[CPURandomCard],cards[CPURandomCard2],cards[CPURandomCard3], cards[CPURandomCard4],cards[CPURandomCard5] };
		char CPUCardslastchar1 = cards[CPURandomCard][strlen(cards[CPURandomCard]) - 1];
		char CPUCardslastchar2 = cards[CPURandomCard2][strlen(cards[CPURandomCard2]) - 1];
		char CPUCardslastchar3 = cards[CPURandomCard3][strlen(cards[CPURandomCard3]) - 1];
		char CPUCardslastchar4 = cards[CPURandomCard4][strlen(cards[CPURandomCard4]) - 1];
		char CPUCardslastchar5 = cards[CPURandomCard5][strlen(cards[CPURandomCard5]) - 1];

		//Determining hand types
		if (P1Cardslastchar1 == P1Cardslastchar2 && P1Cardslastchar2 == P1Cardslastchar3 && P1Cardslastchar3 == P1Cardslastchar4 && P1Cardslastchar4 == P1Cardslastchar5)
			P1handType[5] = "Flush";
		if (CPUCardslastchar1 == CPUCardslastchar2 && CPUCardslastchar2 == CPUCardslastchar3 && CPUCardslastchar3 == CPUCardslastchar4 && CPUCardslastchar4 == CPUCardslastchar5)
			CPUhandType[5] = "Flush";

		getchar();
	}
}