/**
* Decodes filenames given in the content-disposition header according
* to RFC5987, such as filename*=utf-8''filename.png. Note that the
* language sub-component is defined in RFC5646, and that the filename
* is URL encoded (in the charset specified)
*/
function decodeRfc5987($filename)
{
$match = array();
if (preg_match("/([\\w!#\$%&+^_`{}~-]+)'([\\w-]*)'(.*)\$/", $filename, $match)) {
// XXX: Currently we don't care about the language component.
// The encoding hint is sufficient.
return Charset::utf8(urldecode($match[3]), $match[1]);
} else {
return $filename;
}
}
/**
* Perform simple operations to make data consistent between JSON and
* XML data types
*/
function fixup($current)
{
global $cfg;
if ($current['ticket']) {
$current = $current['ticket'];
}
if (!is_array($current)) {
return $current;
}
foreach ($current as $key => &$value) {
if ($key == "phone" && is_array($value)) {
$value = $value[":text"];
} else {
if ($key == "alert") {
$value = (bool) (strtolower($value) === 'false' ? false : $value);
} else {
if ($key == "autorespond") {
$value = (bool) (strtolower($value) === 'false' ? false : $value);
} else {
if ($key == "message") {
if (!is_array($value)) {
$value = array("body" => $value, "type" => "text/plain");
} else {
$value["body"] = $value[":text"];
unset($value[":text"]);
}
if (isset($value['encoding'])) {
$value['body'] = Charset::utf8($value['body'], $value['encoding']);
}
if (!strcasecmp($value['type'], 'text/html')) {
$value = new HtmlThreadBody($value['body']);
} else {
$value = new TextThreadBody($value['body']);
}
} else {
if ($key == "attachments") {
if (!isset($value['file'][':text'])) {
$value = $value['file'];
}
if ($value && is_array($value)) {
foreach ($value as &$info) {
$info["data"] = $info[":text"];
unset($info[":text"]);
}
unset($info);
}
} else {
if (is_array($value)) {
$value = $this->fixup($value);
}
}
}
}
}
}
}
unset($value);
return $current;
}
/**
* Read a single typed value from the current input stream. The type is
* a 16-bit number receved as an argument which should be one of the
* Type* constants defined in this class.
*
* According to the TNEF spec, all types regardless of their actual
* size, must be rounded up in size to the next multiple of four (4)
* bytes. Therefore 16-bit values and a strings will need to have extra
* padding consumed to keep the stream on track.
*/
protected function readPhpValue($type)
{
switch ($type) {
case self::TypeUnspecified:
case self::TypeNull:
case self::TypeError:
return null;
case self::TypeInt16:
// Signed 16-bit value = INT16.
$int16 = unpack('v', $this->_getx(4));
$sign = $int16 & 0x8000;
if ($sign) {
// Use two's compliment
$int16 = -((~$int16 & 0xffff) + 1);
}
return $int16;
case self::TypeInt32:
// Signed 32-bit value = INT32.
// FIXME: Convert to signed value
return $this->_geti(32);
case self::TypeBoolean:
// 16-bit Boolean (non-zero = TRUE)
list($bool) = unpack('v', $this->_getx(4));
return 0 != $bool;
case self::TypeFlt32:
// Signed 32-bit floating point= FLOAT.
list($f) = unpack('f', $this->_getx(4));
return $f;
case self::TypeFlt64:
// 64-bit floating point= DOUBLE.
list($d) = unpack('d', $this->_getx(8));
return $d;
case self::TypeCurency:
// Signed 64-bit int = OLE CURRENCY type.
// FIXME: Convert to PHP double
return $this->_getx(8);
case self::TypeInt64:
// 8-byte signed integer= INT64.
$x = $this->_getx(8);
if (phpversion() >= '5.6.3') {
list($x) = unpack('P', $x);
}
return $x;
case self::TypeAppTime:
list($d) = unpack('d', $this->_getx(8));
// Application time= OLE DATE type.
// Thanks, http://stackoverflow.com/a/10443946/1025836
// Convert to UNIX timestamp, UTC timezone is assumed
return ($d - 25569) * 86400;
case self::TypeSystime:
$a = unpack('Vl/Vh', $this->_getx(8));
// return FileTimeToU64(f) / 10000000 - 11644473600
$ft = $a['l'] / 10000000.0 + $a['h'] * 429.4967296;
return $ft - 11644473600;
case self::TypeString8:
case self::TypeUnicode:
case self::TypeBinary:
$length = $this->_geti(32);
/* Pad to next 4 byte boundary. */
$datalen = $length + (4 - $length % 4) % 4;
// Chomp null terminator
if ($type == self::TypeString8) {
--$length;
} elseif ($type == self::TypeUnicode) {
$length -= 2;
}
/* Read and truncate to length. */
$text = substr($this->_getx($datalen), 0, $length);
if ($type == self::TypeUnicode) {
// TNEF spec says encoding is UTF-16LE
$text = Charset::utf8($text, 'UTF-16LE');
}
return $text;
case self::TypeObject:
$length = $this->_geti(32);
$oid = $this->_getx(16);
if (bin2hex($text) == "0703020000000000c000000000000046") {
// TODO: Create stream parser for embedded TNEF stream
}
$this->skip($length - 16);
$this->skip((4 - $length % 4) % 4);
return null;
case self::TypeCLSID:
return $this->_getx(16);
default:
throw new TnefException(sprintf('0x%04x: Bad data type', $type));
}
}
static function buildHashFile($mofile, $outfile = false, $return = false)
{
if (!$outfile) {
$stream = fopen('php://stdout', 'w');
} elseif (is_string($outfile)) {
$stream = fopen($outfile, 'w');
} elseif (is_resource($outfile)) {
$stream = $outfile;
}
if (!$stream) {
throw new InvalidArgumentException('Expected a filename or valid resource');
}
if (!$mofile instanceof FileReader) {
$mofile = new FileReader($mofile);
}
$reader = new parent($mofile, true);
if ($reader->short_circuit || $reader->error) {
throw new Exception('Unable to initialize MO input file');
}
$reader->load_tables();
// Get basic table
if (!($table = $reader->cache_translations)) {
throw new Exception('Unable to read translations from file');
}
// Transcode the table to UTF-8
$header = $table[""];
$info = array();
preg_match('/^content-type: (.*)$/im', $header, $info);
$charset = false;
if ($content_type = $info[1]) {
// Find the charset property
$settings = explode(';', $content_type);
foreach ($settings as $v) {
@(list($prop, $value) = explode('=', trim($v), 2));
if (strtolower($prop) == 'charset') {
$charset = trim($value);
break;
}
}
}
if ($charset && strcasecmp($charset, 'utf-8') !== 0) {
foreach ($table as $orig => $trans) {
$table[Charset::utf8($orig, $charset)] = Charset::utf8($trans, $charset);
unset($table[$orig]);
}
}
// Add in some meta-data
$table[self::META_HEADER] = array('Revision' => $reader->revision, 'Total-Strings' => $reader->total, 'Table-Size' => count($table), 'Build-Timestamp' => gmdate(DATE_RFC822), 'Format-Version' => 'A', 'Encoding' => 'UTF-8');
// Serialize the PHP array and write to output
$contents = sprintf('<?php return %s;', var_export($table, true));
if ($return) {
return $contents;
} else {
fwrite($stream, $contents);
}
}