function read()
{
parent::read();
// All the fields from PublicKey
$this->s2k_useage = ord($this->read_byte());
if ($this->s2k_useage == 255 || $this->s2k_useage == 254) {
$this->symmetric_algorithm = ord($this->read_byte());
$this->s2k = OpenPGP_S2k::parse($this->input);
} else {
if ($this->s2k_useage > 0) {
$this->symmetric_algorithm = $this->s2k_useage;
}
}
if ($this->s2k_useage > 0) {
$this->encrypted_data = $this->input;
// Rest of input is MPIs and checksum (encrypted)
} else {
$this->key_from_input();
$this->private_hash = $this->read_bytes(2);
// TODO: Validate checksum?
}
}
function read()
{
parent::read();
// All the fields from PublicKey
$this->s2k_useage = ord($this->read_byte());
if ($this->s2k_useage == 255 || $this->s2k_useage == 254) {
$this->symmetric_type = ord($this->read_byte());
$this->s2k_type = ord($this->read_byte());
$this->s2k_hash_algorithm = ord($this->read_byte());
if ($this->s2k_type == 1 || $this->s2k_type == 3) {
$this->s2k_salt = $this->read_bytes(8);
}
if ($this->s2k_type == 3) {
$c = ord($this->read_byte());
$this->s2k_count = (int) 16 + ($c & 15) << ($c >> 4) + 6;
}
} else {
if ($this->s2k_useage > 0) {
$this->symmetric_type = $this->s2k_useage;
}
}
if ($this->s2k_useage > 0) {
// TODO: IV of the same length as cipher's block size
$this->encrypted_data = $this->input;
// Rest of input is MPIs and checksum (encrypted)
} else {
$this->data = $this->input;
// Rest of input is MPIs and checksum
$this->key_from_data();
}
}
