public function oneSerialization($path)
{
$in = \OpenPGP\Message::parse(file_get_contents(dirname(__FILE__) . '/data/' . $path));
$mid = $in->to_bytes();
$out = \OpenPGP\Message::parse($mid);
$this->assertEquals($in, $out);
}
function read()
{
$this->algorithm = ord($this->read_byte());
$this->data = $this->read_bytes($this->length);
switch ($this->algorithm) {
case 0:
$this->data = \OpenPGP\Message::parse($this->data);
break;
case 1:
$this->data = \OpenPGP\Message::parse(gzinflate($this->data));
break;
case 2:
$this->data = \OpenPGP\Message::parse(gzuncompress($this->data));
break;
case 3:
$this->data = \OpenPGP\Message::parse(bzdecompress($this->data));
break;
default:
throw new Exception("Bad value for Compression Algorithm (decompress)");
}
}
public function oneFingerprint($path, $kf)
{
$m = \OpenPGP\Message::parse(file_get_contents(dirname(__FILE__) . '/data/' . $path));
$this->assertEquals($m[0]->fingerprint(), $kf);
}
static function convert_key($packet, $private = false)
{
if (!is_object($packet)) {
$packet = \OpenPGP\Message::parse($packet);
}
if ($packet instanceof \OpenPGP\Message) {
$packet = $packet[0];
}
$mod = $packet->key['n'];
$exp = $packet->key['e'];
if ($private) {
$exp = $packet->key['d'];
}
if (!$exp) {
return NULL;
}
// Packet doesn't have needed data
$rsa = self::crypt_rsa_key($mod, $exp);
if ($private) {
if ($packet->key['p'] && $packet->key['q']) {
$rsa->primes = array($packet->key['p'], $packet->key['q']);
}
if ($packet->key['u']) {
$rsa->coefficients = array($packet->key['u']);
}
}
return $rsa;
}
