public function __construct($path, $siteId = null)
{
parent::__construct($path, $siteId);
}
protected function assertOutputZipfileOK($files, $options)
{
if (0 < sizeof($files)) {
// php5.3 does not combine empty arrays
$files = array_combine(array_map(function ($element) {
return $element->filename;
}, $files), $files);
}
$output = $this->getOutput();
$eocdrec = EndOfCentralDirectoryRecord::constructFromString($output);
$this->assertEquals(strlen($output) - 1, $eocdrec->end, "EOCDR last item in file");
if ($options['zip64']) {
$eocdrec->assertValues(array("numberDisk" => 0xffff, "numberDiskStartCD" => 0xffff, "numberEntriesDisk" => 0xffff, "numberEntriesCD" => 0xffff, "size" => 0xffffffff, "offsetStart" => 0xffffffff, "lengthComment" => 0, "comment" => ''));
$z64eocdloc = Zip64EndOfCentralDirectoryLocator::constructFromString($output, strlen($output) - ($eocdrec->begin + 1));
$this->assertEquals($z64eocdloc->end + 1, $eocdrec->begin, "Z64EOCDL directly before EOCDR");
$z64eocdloc->assertValues(array("numberDiskStartZ64EOCDL" => 0, "numberDisks" => 1));
$z64eocdrec = Zip64EndOfCentralDirectoryRecord::constructFromString($output, strlen($output) - ($z64eocdloc->begin + 1));
$this->assertEquals(Count64::construct($z64eocdrec->begin), $z64eocdloc->offsetStart, "Z64EOCDR begin");
$this->assertEquals($z64eocdrec->end + 1, $z64eocdloc->begin, "Z64EOCDR directly before Z64EOCDL");
$z64eocdrec->assertValues(array("size" => Count64::construct(44), "madeByVersion" => pack16le(self::ATTR_MADE_BY_VERSION), "versionToExtract" => pack16le($this->getVersionToExtract($options['zip64'], False)), "numberDisk" => 0, "numberDiskStartCDR" => 0, "numberEntriesDisk" => Count64::construct(sizeof($files)), "numberEntriesCD" => Count64::construct(sizeof($files))));
$sizeCD = $z64eocdrec->sizeCD->getLoBytes();
$offsetCD = $z64eocdrec->offsetStart->getLoBytes();
$beginFollowingRecord = $z64eocdrec->begin;
} else {
$eocdrec->assertValues(array("numberDisk" => 0, "numberDiskStartCD" => 0, "numberEntriesDisk" => sizeof($files), "numberEntriesCD" => sizeof($files), "lengthComment" => 0, "comment" => ''));
$sizeCD = $eocdrec->size;
$offsetCD = $eocdrec->offsetStart;
$beginFollowingRecord = $eocdrec->begin;
}
$cdheaders = array();
$pos = $offsetCD;
$cdhead = null;
while ($pos < $beginFollowingRecord) {
$cdhead = CentralDirectoryHeader::constructFromString($output, $pos);
$filename = $cdhead->filename;
$pos = $cdhead->end + 1;
$cdheaders[$filename] = $cdhead;
$this->assertArrayHasKey($filename, $files, "CDH entry has valid name");
$cdhead->assertValues(array("madeByVersion" => pack16le(self::ATTR_MADE_BY_VERSION), "versionToExtract" => pack16le($this->getVersionToExtract($options['zip64'], File::DIR == $files[$filename]->type)), "gpFlags" => File::FILE == $files[$filename]->type ? pack16le(GPFLAGS::ADD) : pack16le(GPFLAGS::NONE), "gzMethod" => File::FILE == $files[$filename]->type ? pack16le($options['compress']) : pack16le(COMPR::STORE), "dosTime" => pack32le(ZipStreamer::getDosTime($files[$filename]->date)), "lengthFilename" => strlen($filename), "lengthComment" => 0, "fileAttrInternal" => pack16le(0x0), "fileAttrExternal" => File::FILE == $files[$filename]->type ? pack32le(self::EXT_FILE_ATTR_FILE) : pack32le(self::EXT_FILE_ATTR_DIR)));
if ($options['zip64']) {
$cdhead->assertValues(array("sizeCompressed" => 0xffffffff, "size" => 0xffffffff, "lengthExtraField" => 32, "diskNumberStart" => 0xffff, "offsetStart" => 0xffffffff));
$cdhead->z64Ext->assertValues(array("sizeField" => 28, "size" => Count64::construct($files[$filename]->getSize()), "diskNumberStart" => 0));
} else {
$cdhead->assertValues(array("size" => $files[$filename]->getSize(), "lengthExtraField" => 0, "diskNumberStart" => 0));
}
}
if (0 < sizeof($files)) {
$this->assertEquals($cdhead->end + 1, $beginFollowingRecord, "CDH directly before following record");
$this->assertEquals(sizeof($files), sizeof($cdheaders), "CDH has correct number of entries");
$this->assertEquals($sizeCD, $beginFollowingRecord - $offsetCD, "CDH has correct size");
} else {
$this->assertNull($cdhead);
}
$first = True;
foreach ($cdheaders as $filename => $cdhead) {
if ($options['zip64']) {
$sizeCompressed = $cdhead->z64Ext->sizeCompressed->getLoBytes();
$offsetStart = $cdhead->z64Ext->offsetStart->getLoBytes();
} else {
$sizeCompressed = $cdhead->sizeCompressed;
$offsetStart = $cdhead->offsetStart;
}
if ($first) {
$this->assertEquals(0, $offsetStart, "first file directly at beginning of zipfile");
} else {
$this->assertEquals($endLastFile + 1, $offsetStart, "file immediately after last file");
}
$file = FileEntry::constructFromString($output, $offsetStart, $sizeCompressed);
$this->assertEquals($files[$filename]->data, $file->data);
$this->assertEquals(crc32($files[$filename]->data), $cdhead->dataCRC32);
if (GPFLAGS::ADD & $file->lfh->gpFlags) {
$this->assertNotNull($file->dd, "data descriptor present (flag ADD set)");
}
if ($options['zip64']) {
$file->lfh->assertValues(array("sizeCompressed" => 0xffffffff, "size" => 0xffffffff));
$file->lfh->z64Ext->assertValues(array("sizeField" => 28, "size" => Count64::construct(0), "sizeCompressed" => Count64::construct(0), "diskNumberStart" => 0));
} else {
$file->lfh->assertValues(array("sizeCompressed" => 0, "size" => 0));
}
$file->lfh->assertValues(array("versionToExtract" => pack16le($this->getVersionToExtract($options['zip64'], File::DIR == $files[$filename]->type)), "gpFlags" => File::FILE == $files[$filename]->type ? GPFLAGS::ADD : GPFLAGS::NONE, "gzMethod" => File::FILE == $files[$filename]->type ? $options['compress'] : COMPR::STORE, "dosTime" => pack32le(ZipStreamer::getDosTime($files[$filename]->date)), "dataCRC32" => 0x0, "lengthFilename" => strlen($filename), "filename" => $filename));
$endLastFile = $file->end;
$first = False;
}
if (0 < sizeof($files)) {
$this->assertEquals($offsetCD, $endLastFile + 1, "last file directly before CDH");
} else {
$this->assertEquals(0, $beginFollowingRecord, "empty zip file, CD records at beginning of file");
}
}
/**
* Serialize a single file.
*
* @param FileEntry $file The file to serialize.
*
* @return StreamWriter
*/
private function serializeFile(FileEntry $file)
{
$result = new StreamWriter('php://temp');
$fileName = $file->getFilename();
$metaData = $file->getMetadata();
if (!empty($metaData)) {
$metaData = serialize($metaData);
}
$result->writeUint32le(strlen($fileName))->write($fileName)->writeUint32le($file->getSizeUncompressed())->writeUint32le($file->getTime()->getTimestamp())->writeUint32le($file->getSizeCompressed())->writeUint32le($file->getCrc())->writeUint32le($file->getFlags())->writeUint32le(strlen($metaData))->write($metaData)->seek(0);
$this->bins->write($file->getCompressedContent());
return $result;
}
</script>
<div class="row page_title_icon_container">
<h2>Outlines By Student</h2>
</div>
<!-- Last Names -->
<div class="row">
<?php
//Alphabet
$array_alphabet = array_merge(range('A', 'Z'));
foreach ($array_alphabet as $item) {
#$query = DB::table('file_entries')->where('submitting_user_last_name', 'like', ''.$item.'%')->get();
$query = FileEntry::where('submitting_user_last_name', 'like', '' . $item . '%')->where('submitting_user_reveal_id', '=', 'yes')->get();
$array_alphabet_2 = [];
echo '<div class="browse_by_student_row">';
echo '<div class="col-md-4">';
echo '<h1 class="last_name_initial">' . $item . '</h1>';
echo '</div>';
foreach ($query as $letter[$item]) {
#print_r($letter['B']);
echo '<div class="col-md-8 last_names">';
$array_alphabet_2[] = $query;
echo '<div class="row">';
foreach ($array_alphabet_2 as $item2) {
foreach ($item2 as $item3) {
echo '<p class="lead"><a data-toggle="modal" data-target="#ModalStudentOutlines' . $item3->submitting_user_id . '">' . $item3->submitting_user_last_name . ', ' . $item3->submitting_user_first_name . '</a> (Class of ' . $item3->submitting_user_projected_graduation_year . ')</p>';
break;
}
/**
* Read a file entry from the file.
*
* @param int $fileBinaryOffset The offset in the file to start reading from.
*
* @return FileEntry
*
* @throws \RuntimeException When the file name length in the dictionary is zero (corrupted dictionary).
*/
private function readFile($fileBinaryOffset)
{
$filenameLength = $this->file->readUint32le();
if (0 === $filenameLength) {
throw new \RuntimeException('Unnamed file found.');
}
$filename = $this->file->read($filenameLength);
$fileSizeUncompressed = $this->file->readUint32le();
$timestamp = new \DateTime('@' . $this->file->readUint32le());
$fileSizeCompressed = $this->file->readUint32le();
$crc = $this->file->readUint32le();
$flags = $this->file->readUint32le();
if (0 < ($fileMetadataLength = $this->file->readUint32le())) {
$metadata = unserialize($this->file->read($fileMetadataLength));
}
$this->file->savePosition();
$this->file->seek($fileBinaryOffset);
$content = $this->file->read($fileSizeCompressed);
$this->file->loadPosition();
$file = FileEntry::createFromPhar($filename, $fileSizeUncompressed, $fileSizeCompressed, $timestamp, $crc, $flags, isset($metadata) ? $metadata : null, $content);
// Ensure the crc is correct and the data can be decompressed.
$file->getContent();
$this->phar->addFile($file);
return $file;
}
public function __construct($path)
{
parent::__construct($path);
}
