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lab2.php1 lines ASCII Unix (LF) <?php
/**
* Generate random values to use in lab.
*/
include LAB_INSTALL_DIR . "/config/random.php";
// ################### SECTION ##################
// $s1_numOne = rand_int(10, 500);
// $s1_numTwo = rand_int(10, 500);
//
// while ($s1_numOne % $s1_numTwo == 0) {
// $s1_numTwo = rand_int(10, 500);
// }
//
// $s1_numThree = rand_int(100, 500);
// $s1_numFour = rand_int(10, 99);
//
// $s1_floatOne = rand_float(10, 500, 2);
// $s1_floatTwo = rand_float(10, 500, 2);
// $s1_floatThree = rand_float(50, 100, 2);
// $s1_floatFour = rand_float(10, 100, 2);
//
// $s1_modOne = rand_int(500, 1000);
// $s1_modTwo = rand_int(10, 99);
// ################### SECTION ##################
$floatNumber = rand_float(50, 100, 2);
$intNumber = rand_int(10, 500);
$s1_wordList1 = ["ice", "earth", "fire", "wind"];
$s1_wordList2 = ["kitten", "mouse", "chicken", "puppy", "rabbit"];
$s1_singleWord1 = $s1_wordList1[rand_int(0, count($s1_wordList1)-1)];
$s1_singleWord2 = $s1_wordList2[rand_int(0, count($s1_wordList2)-1)];
$s1_wordRand1 = rand_int(0, count($s1_wordList1)-1);
$s1_wordRand2 = rand_int(0, count($s1_wordList2)-1);
$s1_sentence = "There are $intNumber $s1_singleWord2's doing some $s1_singleWord1.";
// ################### SECTION ##################
$s2_numOne = rand_int(10, 500);
$s2_numTwo = rand_int(10, 500);
$s2_numThree = rand_int(10, 500);
$s2_numFour = rand_int(10, 500);
$s2_smallCompare = rand_int(20, 40);
$s2_smallIf1 = rand_int(22, 28);
$s2_smallIf2 = rand_int(32, 38);
$s2_small1 = rand_int(2, 10);
$s2_small2 = rand_int(2, 10);
$s2_small3 = rand_int(2, 10);
$s2_small4 = rand_int(2, 10);
$s2_small5 = rand_int(2, 10);
$s2_smallSum = $s2_small1+$s2_small2+$s2_small3+$s2_small4+$s2_small5;
// ################### SECTION ##################
$s3_wordList1 = ["bank", "beam", "duck", "foot", "hood", "iron", "routing", "seal", "letter", "pound"];
$s3_wordList2 = ["alligator", "elephant", "badger", "baboon", "cattle", "camel", "dolphin", "crocodile", "ferret", "monkey"];
$s3_word1 = $s3_wordList1[rand_int(0, count($s3_wordList1)-1)];
$s3_word2 = $s3_wordList2[rand_int(0, count($s3_wordList2)-1)];
$s3_sub1 = rand_int(0, strlen($s3_word1)-1);
$s3_sub2 = $s3_word2[2] . $s3_word2[3];
$s3_word3 = $s3_wordList2[rand_int(0, count($s3_wordList2)-1)];
$s3_strpos1 = $s3_word3[rand_int(0, strlen($s3_word3)-1)];
$s3_numserie1 = [rand_int(-100, 100), rand_int(-100, 100), rand_int(-100, 100), rand_int(-100, 100), rand_int(-100, 100)];
$s3_numserie2 = [rand_int(-100, 100), rand_int(-100, 100), rand_int(-100, 100), rand_int(-100, 100), rand_int(-100, 100)];
$s3_numserie1Print = implode(",",$s3_numserie1);
$s3_numserie2Print = implode(",",$s3_numserie2);
$s3_parse1 = (string)rand_int(-100, -1) . ".78Xyt56" . "&%";
// ################### SECTION ##################
$s4_addNum = rand_int(3, 9);
$s4_addTo = rand_int(10, 100);
$s4_addTimes = rand_int(20, 80);
$s4_subFrom = rand_int(500, 1000);
$s4_toSub = rand_float(4, 8, 2);
$s4_toReachLow = rand_int(20, 50);
$s4_toReachHigh = $s4_toReachLow+10;
$s4_forSmall = rand_int(10, 20);
$s4_numserie1 = [rand_int(10, 100), rand_int(10, 100), rand_int(10, 100), rand_int(10, 100), rand_int(10, 100), rand_int(10, 100), rand_int(10, 100), rand_int(10, 100), rand_int(10, 100), rand_int(10, 100)];
$s4_numserie1Print = implode(",",$s4_numserie1);
return [
"author" => ["lew"],
"passPercentage" => 16/19,
"passDistinctPercentage" => 19/19,
/**
* Titel and introduction to the lab.
*/
"title" => "Lab 2 - htmlphp",
"intro" => <<<EOD
If you need to peek at examples or just want to know more, take a look at the [PHP manual](http://php.net/manual/en/langref.php).
Here you will find everything this lab will go through and much more.
EOD
,
"sections" => [
/** ===================================================================================
* New section of exercises.
*/
[
"title" => "Strings and basic string operations",
"intro" => <<<EOD
The foundation for strings.
EOD
,
"shuffle" => false,
"questions" => [
/** -----------------------------------------------------------------------------------
* A question.
*/
[
"text" => <<<EOD
Create a variable called `wordOne` and assign the word `"$s1_singleWord1"` to it.
Create another variable called `wordTwo` and assign the word `"$s1_singleWord2"` to it.
Concatenate the two strings, and separate them by a hyphen `-`, into a new variable called `result`.
Answer with the result-variable.
EOD
,
"points" => 1,
"answer" => function () use ($s1_singleWord1, $s1_singleWord2) {
return $s1_singleWord1 . '-' . $s1_singleWord2;
},
],
/** -----------------------------------------------------------------------------------
* A question.
*/
[
"text" => <<<EOD
Create a variable, `floatNumber`, and assign the value $floatNumber. Concatenate your variable `wordOne` with your variable `floatNumber`, separate the words with a `=`. Answer with the result.
EOD
,
"points" => 1,
"answer" => function () use ($s1_singleWord1, $floatNumber) {
return $s1_singleWord1 . '=' . $floatNumber;
},
],
/** -----------------------------------------------------------------------------------
* A question.
*/
[
"text" => <<<EOD
Create a variable, `intNumber`, and assign the value $intNumber. Concatenate your variable `intNumber` with your variable `wordTwo`, separate the words with a space. Answer with the result.
EOD
,
"points" => 1,
"answer" => function () use ($intNumber, $s1_singleWord2) {
return $intNumber . ' ' . $s1_singleWord2;
},
],
/** -----------------------------------------------------------------------------------
* A question.
*/
[
"text" => <<<EOD
Create the string: `"$s1_sentence"` by combining pure text with the values of your variables `wordOne`, `wordTwo` and `intNumber`. Store the resulting text in a variable `sentence`. Answer with the variable.
EOD
,
"points" => 1,
"answer" => function () use ($s1_sentence) {
return $s1_sentence;
},
],
/** -----------------------------------------------------------------------------------
* A question.
*/
[
"text" => <<<EOD
Use `strlen()` to find the length of the variable `sentence`. Answer with the result.
EOD
,
"points" => 1,
"answer" => function () use ($s1_sentence) {
return strlen($s1_sentence);
},
],
/** -----------------------------------------------------------------------------------
* A question.
*/
[
"text" => <<<EOD
Use `substr()` to find the character at index $s3_sub1 in the word `"$s3_word1"`. Answer with the result.
EOD
,
"points" => 1,
"answer" => function () use ($s3_word1, $s3_sub1) {
return substr($s3_word1, $s3_sub1, 1);
},
],
/** -----------------------------------------------------------------------------------
* A question.
*/
[
"text" => <<<EOD
Use `substr()` to find the two characters at index 3 and 4 in the word `"$s3_word2"`. Answer with the result.
EOD
,
"points" => 1,
"answer" => function () use ($s3_word2) {
return substr($s3_word2, 3, 2);
},
],
/** -----------------------------------------------------------------------------------
* A question.
*/
[
"text" => <<<EOD
Use `strpos()` to find the first matching index of the character `$s3_strpos1` in the word `"$s3_word3"`. Answer with the result.
EOD
,
"points" => 1,
"answer" => function () use ($s3_word3, $s3_strpos1) {
return strpos($s3_word3, $s3_strpos1);
},
],
/** -----------------------------------------------------------------------------------
* A question.
*/
[
"text" => <<<EOD
Use `strpos()` to find the first matching, (if any), index of the characters `xyz` in the word `"$s3_word3"`. Answer with the result.
EOD
,
"points" => 1,
"answer" => function () use ($s3_word3) {
return strpos($s3_word3, "xyz");
},
],
/**
* Closing up this section.
*/
], // EOF questions
], // EOF section
/** ===================================================================================
* New section of exercises.
*/
[
"title" => "Conditions, booleans, if, else and else if",
"intro" => <<<EOD
EOD
,
"shuffle" => false,
"questions" => [
/** -----------------------------------------------------------------------------------
* A question.
*/
[
"text" => <<<EOD
Store the boolean result of the test: `$s2_numOne is less than $s2_numTwo` in a variable. Answer with the variable.
EOD
,
"points" => 1,
"answer" => function () use ($s2_numOne, $s2_numTwo) {
return $s2_numOne < $s2_numTwo;
},
],
/** -----------------------------------------------------------------------------------
* A question.
*/
[
"text" => <<<EOD
Answer with the boolean value of: `$s2_numThree is larger than $s2_numFour`.
EOD
,
"points" => 1,
"answer" => function () use ($s2_numThree, $s2_numFour) {
return $s2_numThree > $s2_numFour;
},
],
/** -----------------------------------------------------------------------------------
* A question.
*/
[
"text" => <<<EOD
Sum up the numbers: $s2_small1, $s2_small2, $s2_small3, $s2_small4 and $s2_small5. Save the result in a variable called `totalSum`.
Create an if/elseif-statement to see if `totalSum` is higher, lower or equal to $s2_smallCompare.
Answer with the corresponding result as a string: `"higher"`, `"lower"`, `"equal"`.
EOD
,
"points" => 1,
"answer" => function () use ($s2_smallSum, $s2_smallCompare) {
$res = "equal";
if($s2_smallSum < $s2_smallCompare) {
$res = "lower";
}
else if($s2_smallSum > $s2_smallCompare) {
$res = "higher";
}
return $res;
},
],
/** -----------------------------------------------------------------------------------
* A question.
*/
[
"text" => <<<EOD
Create an if-statement that checks if a value is between (or equal to) $s2_smallIf1 and $s2_smallIf2. Use the variable `totalSum` from last exercise to test the if-statement. Answer with a boolean `true` if the value is between the values, otherwise respond with `false`.
EOD
,
"points" => 1,
"answer" => function () use ($s2_smallSum, $s2_smallIf1, $s2_smallIf2) {
$res = false;
if ($s2_smallSum >= $s2_smallIf1 && $s2_smallSum <= $s2_smallIf2) {
$res = true;
}
return $res;
},
],
/**
* Closing up this section.
*/
], // EOF questions
], // EOF section
/** ===================================================================================
* New section of exercises.
*/
[
"title" => "Iteration and loops",
"intro" => <<<EOD
For-loops and while-loops.
EOD
,
"shuffle" => false,
"questions" => [
/** -----------------------------------------------------------------------------------
* A question.
*/
[
"text" => <<<EOD
Create a while-loop that adds $s4_addNum to the number $s4_addTo, $s4_addTimes times. Use variables to store the numbers. Answer with the result.
EOD
,
"points" => 1,
"answer" => function () use ($s4_addNum, $s4_addTo, $s4_addTimes) {
$result = $s4_addTo;
$i = 0;
while($i < $s4_addTimes) {
$result += $s4_addNum;
$i+=1;
}
return $result;
},
],
/** -----------------------------------------------------------------------------------
* A question.
*/
[
"text" => <<<EOD
Create a while-loop that subtracts $s4_toSub from the number $s4_subFrom until the number is between (not equal to) $s4_toReachLow and $s4_toReachHigh. Answer with the final result as a float, rounded to 2 decimals.
EOD
,
"points" => 1,
"answer" => function () use($s4_subFrom, $s4_toSub, $s4_toReachLow, $s4_toReachHigh) {
$result = $s4_subFrom;
$i = 0;
while(! ($result > $s4_toReachLow && $result < $s4_toReachHigh) ) {
$result -= $s4_toSub;
}
return round($result, 2);
},
],
/** -----------------------------------------------------------------------------------
* A question.
*/
[
"text" => <<<EOD
Create a for-loop that iterates from 0 to (including) $s4_forSmall. Add the integer value for each iteration to a string and separate each item with a `,` (comma). Answer with the final string without an ending `,`.
EOD
,
"points" => 1,
"answer" => function () use($s4_forSmall) {
$result = "";
for($i=0;$i<=$s4_forSmall;$i++) {
$result .= $i . ',';
}
return rtrim($result, ',');
},
],
/**
* Closing up this section.
*/
], // EOF questions
], // EOF section
/** ===================================================================================
* New section of exercises.
*/
[
"title" => "Extra assignments",
"intro" => <<<EOD
These questions are worth 3 points each. Solve them for extra points.
EOD
,
"shuffle" => false,
"questions" => [
/** -----------------------------------------------------------------------------------
* A question.
*/
[
"text" => <<<EOD
Create a for-loop that goes through (and including) the numbers $s4_toReachLow to $s4_toReachHigh. If the current number is even, you should multiply it with PI and add it to a variable `res`. If the current number is odd, you should subtract the square root of it, from the variable `res`. If the current number ends with a zero, then ignore it. Answer with the final result of `res` and round it to the nearest higher integer value.
EOD
,
"points" => 3,
"answer" => function () use($s4_toReachLow, $s4_toReachHigh) {
$i = $s4_toReachLow;
$max = $s4_toReachHigh;
$res = 0;
for($i = $s4_toReachLow; $i <= $max; $i++) {
if ($i % 10 != 0) {
if ($i % 2 === 0) {
$res += $i * pi();
} else {
$res -= sqrt($i);
}
}
}
return intval(ceil($res));
},
],
/**
* Closing up this section.
*/
], // EOF questions
], // EOF section
/** -----------------------------------------------------------------------------------
* Closing up all sections.
*/
] // EOF sections
/**
* Closing up this lab.
*/
]; // EOF the entire lab