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Onwards to part two, and the next task is to start the game by explaining the rules, all you have

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to do is print the rules.

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So I'm going to make eight print statements.

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I'm going to apply the new lines where it's necessary, so here, in here.

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And where you see a vertical line, we're going to you scan the next line to get the user to press enter

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when they're ready.

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And for the sake of running the task, I'm going to remove this function call and then I'll compile

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and run the code.

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Seems like we're off to a good start, the game starts by explaining the rules.

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All right, so now once the user is ready, I have to present them and the computer with a card.

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This is as simple as calling the random card function twice, so I'll set a variable string, your card

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is equal to a random card and string computer card is equal to another random card.

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What I'll do now is I'll print each result according to the instructions I left you in Task three,

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so I'll print here's your card.

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Then I'll print the user's card.

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Then I'll print the new line, as mentioned in the instructions.

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And I'll continue printing everything according to the instructions.

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OK, you're running my code once more.

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Presents me with a card and it presents the computer with a card as well.

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I'm going to rerun my code multiple times to make sure the computer and I keep getting random cards.

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And everything seems to be working perfectly.

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All right, it's time for task, for the next task is to get the dealer to draw five cards.

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All this means is that we need to create a for loop that runs exactly five times.

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And every time it runs, it's going to call the random card function.

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So first, I'm going to print the message now the dealer will draw five cards, press enter to continue.

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And then I'll create a for a loop that started equals zero.

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Keeps running till I'm less than five I a plus plus in this loop is going to run five times and we want

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each card in the river to show every time the user presses enter.

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So it only makes sense that we write scan the next line at the beginning of every run.

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And after the user presses enter at the beginning of every run, I'm going to draw a random card and

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print it.

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So that gives me and the computer recovered card, and now we're inside the loop, and every time I

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press enter, it draws a new card and it's going to do that five times.

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Now, before drawing each card, I want to print the order that it appears in.

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So what I can do is print card.

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And connect the current value of the counter I during each run.

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And now, every time I press enter, it draws a new card and it prints the order that the card appears

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in, but it starts at zero and it ends at four, which is kind of weird.

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But that's to be expected because the loop starts with equaling zero and it's going to keep running

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until it is less than five four, so it's going to run five times.

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And during each run, it is going to equal zero one, two or three.

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And then the fifth run, it's going to equal four.

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But what I can do is have the counters started I equals one and make sure it keeps running as long as

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I is less than or equal to five.

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So this time, given our starting point and the stop condition, the loop is still going to run five

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times, but the counter starts at 1:00 and it keeps coming up until it equals five, beyond which the

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condition turns false and the loop breaks.

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So here we enter the for loop, the counter starts at one and the loop keeps running until I equals

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five and that is perfect.

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That is all for task for.

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I'm just going to zoom in a little bit.

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But as you can see, the only hard part was really creating the random card function, the whole code.

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Up to this point, I just been calling the function in different places.

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OK, so we're done task for moving on to Task five, we need to determine the winner.

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So if you remember in TASC three, the user was given a card and so was the computer.

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I need to determine how many times the user's card matches with the river and how many times the computer's

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card matches with the river.

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And so you'll notice that I left you to integer variables.

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They should already be in your workbook.

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So inside the loop, as the dealer draws the river, I'm going to compare the user's card against the

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card that's currently being drawn.

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And if the user's card equals draw the card that's being drawn.

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It means the user has a match, and in which case I'll increase the number of matches by one.

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And if it matches the computers card.

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I'll increase the number of computer matches.

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And so now I'm going to print your number of matches is and I'll conduct your matches.

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Then I'm going to print the computer number of matches.

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Connecting the number of computer matches.

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OK, so I got a king and the computer got a 10.

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Hopefully I can get more matches than the computer and it seems that none of us match with the ace or

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the three or the seven or the four.

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And we both have zero matches.

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Try this again.

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Now I have a six and the computer has an eight.

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But when it seems the computer has a match with eight oh and I match with a six boy, this is exciting,

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seven nine and it's a tie, OK, whatever.

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But in the end, it reflects an accurate score of one and one.

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I have one match and the computer has one match.

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And now for the last step, after the dealer dragged the river, we need to determine the winner.

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So if your number of matches, the users matches, is bigger than computer matches.

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We're going to print Ewin.

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But if the computer ends up having more matches.

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Print the computer wens.

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And if they're equal.

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Everyone wins.

86
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So it seems I have three.

87
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The computer has a J.

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It's a tie and everyone wins.

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Let's try and test a scenario where one of us wins.

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And it's a tie again.

91
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Oh, I think the computer is going to win this one, and it does.

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Let's try and test the scenario where I would win.

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So I have a 10.

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The computer has a niece and it matches with two other aces in the river, so it wins once again.

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And I'm just really unlucky at these Jova games.

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But anyways, I'm confident that everything works the way it should.

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That is all.

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I hope you had fun building poker, Rido, and I hope the solution clarifies any doubts you were having,

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because your big challenge is going to require you to build a similar project, blackjack.

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So I hope you're ready.