<?php
/**
* Generate random values to use in lab.
*/
include __DIR__ . "/../random.php";
// CARD ATTRIBUTES
$allValues = [
"2", "3", "4", "5", "6", "7", "8", "9", "10", "Jack", "Queen", "King", "Ace"
];
$allSuits = [
"clubs", "diamonds", "spades", "hearts"
];
$printValues = implode(", ", $allValues);
$printSuits = implode(", ", $allSuits);
// SECTION 1
$randValue = rand_int(0, (count($allValues)-1));
$randSuit = rand_int(0, (count($allSuits)-1));
$randValue2 = rand_int(0, (count($allValues)-1));
$randSuit2 = rand_int(0, (count($allSuits)-1));
$useThisValue = $allValues[$randValue];
$useThisSuit = $allSuits[$randSuit];
$useThisValue2 = $allValues[$randValue2];
$useThisSuit2 = $allSuits[$randSuit2];
class Card {
private $value = "";
private $suit = "";
public function __construct($val, $suit) {
$this->value = $val;
$this->suit = $suit;
}
public function getValue() {
return $this->value;
}
public function getCard() {
return $this->value . " of " . $this->suit;
}
}
class Deck {
private $fullDeck = [];
public function __construct($suits, $values) {
$sCount = count($suits);
$vCount = count($values);
for ($i = 0; $i < $sCount; $i++) {
for ($j = 0; $j < $vCount; $j++) {
array_push($this->fullDeck, new Card($values[$j], $suits[$i]));
}
}
}
public function amountOfCards() {
return count($this->fullDeck);
}
public function drawFive() {
$drawnCards = [];
for ($i = 0; $i < 5; $i++) {
array_push($drawnCards, array_pop($this->fullDeck));
}
}
}
$myCard = new Card($useThisValue, $useThisSuit);
$myDeck = new Deck($allSuits, $allValues);
return [
/**
* Titel and introduction to the lab.
*/
"title" => "Lab 1 - oophp",
"intro" => "
<p>Read more: http://php.net/manual/en/language.oop5.php
</p>
",
"sections" => [
/** ===========================================================================
* New section of exercises.
*/
[
"title" => "Classes and Objects",
"intro" => "
<p>Create a Card-class.</p>
",
"shuffle" => false,
"questions" => [
/** ---------------------------------------------------------------------------
* A question. 1.1
*/
[
"text" => "
<p>Create a class called 'Card'. Create a private member called 'value' which holds the string-value: '$useThisValue'. Create a public function called 'getValue()' that returns the member 'value'. Create an instance of the class and call it 'card1'. Answer with a call to: '$card1->getValue()'.
</p>
",
"answer" => function () use ($myCard){
return $myCard->getValue();
},
],
/** ---------------------------------------------------------------------------
* A question. 1.2
*/
[
"text" => "
<p>Continue with the class 'Card'. Create another private member called 'suit' which holds the string-value: '$useThisSuit'. Create a public function called 'getCard()' that returns a string in the format: '$useThisValue of $useThisSuit'. Create an instance of the class and call it 'card2'. Answer with a call to: '$card2->getCard()'.
</p>
",
"answer" => function () use ($myCard){
return $myCard->getCard();
},
],
/** ---------------------------------------------------------------------------
* A question. 1.3
*/
[
"text" => "
<p>Continue with the class 'Card'. Create a constructor that takes two arguments, value and suit. Create a new instance of 'Card', called 'card3'. Pass the arguments $useThisValue and $useThisSuit. Set the private members and answer with a call to: '$card2->getCard()'.
</p>
",
"answer" => function () use ($myCard){
return $myCard->getCard();
},
],
/** ---------------------------------------------------------------------------
* Closing up this section.
*/
], // EOF questions
], // EOF section
/** ===========================================================================
* New section of exercises.
*/
[
"title" => "Classes and Objects",
"intro" => "
<p>Create a deck of cards.</p>
",
"shuffle" => false,
"questions" => [
/** ---------------------------------------------------------------------------
* A question. 2.1
*/
[
"text" => "
<p>Create a new class called 'Deck' that has a private array called 'fullDeck'. In the constructor, fill 'fullDeck' with new Cards from the Card-class. Create two string arrays containing all values and all suits. Use: suits = [$printSuits] and values = [$printValues]. Pass those arrays as arguments to the contructor in 'Deck'. Create a public function, called 'amountOfCards', that returns the current amount of cards in your deck as an integer. Create an instance of your 'Deck'-class called 'myDeck' and answer with a call to $myDeck->amountOfCards().
</p>
",
"answer" => function () use ($myDeck){
return $myDeck->amountOfCards();
},
],
/** ---------------------------------------------------------------------------
* A question. 2.2
*/
[
"text" => "
<p>Create another function in 'Deck', called 'drawFive', that draws 5 cards. Use the method 'pop()' to solve it. Call the new function and answer with another call to $myDeck->amountOfCards().
</p>
",
"answer" => function () use ($myDeck){
$myDeck->drawFive();
return $myDeck->amountOfCards();
},
],
/** ---------------------------------------------------------------------------
* Closing up this section.
*/
], // EOF questions
], // EOF section
/** ===========================================================================
* Closing up all sections.
*/
] // EOF sections
/**
* Closing up this lab.
*/
]; // EOF the entire lab