function printObject(Object $object, $depth = 0)
{
$treeSymbol = '';
$depthString = str_repeat('─', $depth);
if ($depth > 0) {
$treeSymbol = '├';
}
$name = Identifier::getShortName($object->getType());
echo "{$treeSymbol}{$depthString}{$name} : ";
echo $object->__toString() . PHP_EOL;
$content = $object->getContent();
if (is_array($content)) {
foreach ($object as $child) {
printObject($child, $depth + 1);
}
}
}
function printObject(Object $object, $depth = 0)
{
$treeSymbol = '';
$depthString = str_repeat('━', $depth);
if ($depth > 0) {
$treeSymbol = '┣';
}
$name = strtoupper(Identifier::getShortName($object->getType()));
echo "{$treeSymbol}{$depthString}<b>{$name}</b> : ";
echo $object->__toString() . '<br/>';
$content = $object->getContent();
if (is_array($content)) {
foreach ($object as $child) {
printObject($child, $depth + 1);
}
}
}
function printObject(Object $object, $depth = 0)
{
$name = strtoupper(Identifier::getShortName($object->getType()));
$treeSymbol = '';
$depthString = str_repeat('━', $depth);
if ($depth > 0) {
$treeSymbol = '┣';
$name = ' ' . $name;
}
echo "{$treeSymbol}{$depthString}{$name} : ";
echo $object->__toString() . PHP_EOL;
$content = $object->getContent();
if ($content instanceof Object) {
printObject($content, $depth + 1);
} elseif (is_array($content)) {
foreach ($object as $child) {
printObject($child, $depth + 1);
}
}
}
function printarray($array)
{
if (is_object($array)) {
return printObject($array);
}
if (!is_array($array)) {
return;
}
while (list($key, $value) = each($array)) {
if (is_array($value)) {
echo $key . '(array):<blockquote>';
printarray($value);
//recursief!!
echo '</blockquote>';
} elseif (is_object($value)) {
echo $key . '(object):<blockquote>';
printobject($value);
echo '</blockquote>';
} else {
echo $key . '==>' . $value . '<br />';
}
}
}
function printarray($array)
{
if (is_object($array)) {
return printObject($array);
}
if (!is_array($array)) {
return;
}
while (list($key, $value) = each($array)) {
if (is_array($value)) {
echo $key . "(array):<blockquote>";
printarray($value);
//recursief!!
echo "</blockquote>";
} elseif (is_object($value)) {
echo $key . "(object):<blockquote>";
printobject($value);
echo "</blockquote>";
} else {
echo $key . "==>" . $value . "<br />";
}
}
}
function main_func($name, $department)
{
$MAX_Classes = Department::where('code', $department->code)->first()->total_rooms;
//Thana kawaye nashi file read yaye ta kha
/*$inputData=CSV2Array($name);//CSV2Array is a function defined inside the file functions.php and this file returns an array
$i=0;
foreach($inputData as $temp){//this loop will unwrap the two layered array which was stored in previous variable $inputvariable by the function CSV2Array in functions.php
${"data".$i}=$temp;//Array ko array lai unwrap gari ra cha
$i++;
}
$courseName=$data0;
$start=$data1;
$end=$data2;
unset($courseName[0]);//unset array na 0th item of array ta hate yana bi
unset($start[0]);//This chaye yanyu dhasa tho ma yata dhasa ASP algorithm le taye mau pani chau first pseudo class miss jui so tho object yu data kha
unset($end[0]);//THisis for the first column of the csv file chaye choya tayu pani mile maju
$courseName=arrangeArray($courseName);//tho arrangeArray userdefined function kha... thake yo 0th item maru ta hana milaya yana bi.... ie ..A[0] delete jui hanji so A[1] ta A[0] yana bi and A[2] ta A[1] and so on
$start=arrangeArray($start);
$end=arrangeArray($end);
*/
$scheduledata = Schedule::where('day', $name)->where('department_code', $department->code)->get();
$courseName = array();
$start = array();
$end = array();
foreach ($scheduledata as $schedule) {
$courseName[count($courseName)] = $schedule->course_code;
$start[count($start)] = $schedule->stime;
$end[count($end)] = $schedule->etime;
//array_push($courseName,$schedule->course_code);
//array_push($start,$schedule->stime);
//array_push($end,$schedule->etime);
}
//File read yayau pati sidhala
//For initializing the objects.... i.e. one object for one class
$classes = array();
$i = 1;
foreach ($start as $a) {
$foo = new myClass();
$foo->set_Data($a, $end[$i - 1], $courseName[$i - 1], $i);
$i++;
array_push($classes, $foo);
}
if (count($classes)) {
echo "<h2>Routine for: " . $name . "</h2><br>";
echo "The classes mentioned below are the classes that you want to arrange for <strong>" . $name . "</strong> is as below.";
printObject($classes, 0, $name, $department->code);
CustSort($classes);
//Sorting accourding to the start time
//This is the addition of A0 object at the first
$temp = new myClass();
$temp->set_Data(9999, 0, "A0", 0);
array_unshift($classes, $temp);
//array_unshift() inserts passed elements to the front of the array
//End of the A0 object addition
$i = 1;
while (sizeof($classes) != 1) {
${"abc" . $i} = AC_Object($classes);
//$abc.$i is the array which stores the object of the classes that is being taught in the room
$classes = array_udiff($classes, ${"abc" . $i}, 'compare_objects');
//This will call the functions compare_objects defined in the function functions.php so in this case the remaining classes to be arranged is ordered back
$classes = arrangeArray($classes);
//This will arrange the items in an array. After the removal the array will empty on certain slots for eg if array element A[7] is arranged and now it empty this gap will be arranged by this function and the new sequential function will be arranged.
$i++;
}
//end of while for room.
$i--;
//this is fdone for counting the nof rooms required for the class rookm.
$number_of_classes = $i;
if ($number_of_classes <= $MAX_Classes && $number_of_classes > 0) {
echo "You will require " . $i . " rooms for arranging this no of classes.";
} else {
echo "This above schedule cant be operated with existing no of classes. You will either require " . ($i - $MAX_Classes) . " additional classes or reschedule the following classes";
}
$a = 1;
if ($i > $MAX_Classes) {
while ($a <= $MAX_Classes) {
echo "<br><strong>Room: " . $a . "</strong>";
printObject(${"abc" . $a}, $a, $name, $department->code);
$a++;
}
}
//end of if($i>3
if ($number_of_classes > $MAX_Classes) {
echo "The schedule you wish to prepare cant be arranged with " . $MAX_Classes . " classes. Please try to arrange the following classes in the empty slot for this day.";
}
while ($a <= $i) {
echo "<br><strong>Room: " . $a . "</strong>";
printObject(${"abc" . $a}, $a, $name, $department->code);
$a++;
}
}
//end of if(count)
}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';
try {
echo 'Input 1:' . PHP_EOL;
printObject(Object::fromBinary(base64_decode($input1)));
} catch (Exception $exception) {
echo "ERROR: " . $exception->getMessage();
}
echo PHP_EOL;
try {
echo 'Input 2:' . PHP_EOL;
printObject(Object::fromBinary(base64_decode($input2)));
} catch (Exception $exception) {
echo "ERROR: " . $exception->getMessage();
}
echo PHP_EOL;
try {
echo 'Input 3:' . PHP_EOL;
printObject(Object::fromBinary(base64_decode($input3)));
} catch (Exception $exception) {
echo "ERROR: " . $exception->getMessage();
}
JTFmp4S3WFqkszKvaxBIT+jV0XKTNDwnO+dpExwU4jZUh18CdEFkIUuQb0gFF8B7
WJFVpNdsRqZRPBz83BW1Kjo0yAmaoTrGNmG0p6Qf3K2zbk1+Jik3VZq4rvKoTi20
6RvLA2//cMNfkYPsuqvoHGe2e0GOLtIB63wJzloWROpb72ohEHsvCKullIJVSuiS
9sfTBAenHCyndgAEd4T3npTUdaiNumVEm5ilZId7LAYekJhkgFu3vlcl8blBJKjE
skVTp7JpBmdXCL/G/6H2SFjca4JMOAy3DxwlGdgneIaXazHs5nBK/BgKPIyPzZ4w
secxBTTCNgI48YezK3GDkn65cmlnkt6F6Mf0MwoDaXTuB88Jycbwb5ihKnHEJIsO
draiRBZruwMPwPIP';
$binaryData = base64_decode($base64String);
$asnObject = Object::fromBinary($binaryData);
?>
<!doctype html>
<html lang="en">
<head>
<meta charset="utf-8">
<title>PHPASN1 Examples</title>
<meta name="description" content="How to parse binary ASN.1 data with PHPASN1">
<meta name="author" content="Friedrich Große">
</head>
<body>
<p>Got <?php
echo strlen($binaryData);
?>
byte of binary data: </p>
<pre><?php
printObject($asnObject);
?>
</pre>
</body>
</html>
<?php /* * This file is part of the PHPASN1 library. * * Copyright © Friedrich Große <*****@*****.**> * * For the full copyright and license information, please view the LICENSE * file that was distributed with this source code. */ use FG\ASN1\Object; require_once __DIR__ . '/../vendor/autoload.php'; require_once 'shared.php'; $hex = 'a02b302906092a864886f70d01090e311c301a30180603551d110411300f820d636f72766573706163652e6465'; $asn = Object::fromBinary(hex2bin($hex)); printObject($asn);
// this should contain a sequence of extensions
$certExtensions = $certExtensions->getFirstChild();
assert($certExtensions->getType() == Identifier::SEQUENCE);
// now check all extensions and search for the SAN
/** @var \FG\ASN1\Object $extensionSequence */
foreach ($certExtensions as $extensionSequence) {
assert($extensionSequence->getType() == Identifier::SEQUENCE);
assert($extensionSequence->getNumberofChildren() >= 2);
$extensionSequenceChildren = $extensionSequence->getChildren();
$objectIdentifier = $extensionSequenceChildren[0];
/* @var ObjectIdentifier $objectIdentifier */
assert($objectIdentifier->getType() == Identifier::OBJECT_IDENTIFIER);
if ($objectIdentifier->getContent() == OID::CERT_EXT_SUBJECT_ALT_NAME) {
// now we have the wanted octet string
$octetString = $extensionSequenceChildren[1];
/* @var OctetString $octetString */
$octetStringBinary = $octetString->getBinaryContent();
// At this point you may want to create the sequence from the binary value of
// the octet string and parse its structure like we did so far.
// However a more general approach would be to understand the format of the
// contained SAN fields and implement them in SubjectAlternativeNames.
$sequence = Sequence::fromBinary($octetStringBinary);
echo 'This is the parsed content of the SAN certificate extension field so far:' . PHP_EOL;
printObject($sequence);
// The following does not work yet because PHPASN1 SAn does only support DNS and IP
//SubjectAlternativeNames::fromBinary($octetStringBinary);
}
}
} catch (\Exception $exception) {
echo '[ERROR] Caught exception:' . PHP_EOL . $exception->getMessage() . PHP_EOL;
}
