/**
* @param Replay $replay
* @param BinaryReader $br
* @param Actor $actor
* @return ActorProperty
*/
public static function deserialize($replay, $br, $actor)
{
$id = bindec(strrev($br->readBits($actor->getPropertyBits())));
$class = $actor->properties[$id];
$property = new self($id, $class);
return new self();
}
/**
* @param Replay $replay
* @param BinaryReader $br
* @param int $number
* @return Frame
*/
public static function deserialize($replay, $br, $number)
{
$frame = new self($number);
$frame->time = $br->readFloat();
$frame->diff = $br->readFloat();
while ($br->readBit() == 1) {
$frame->replications[] = Replication::deserialize($replay, $br, $frame->number);
}
print "end\n";
print $br->readBits(200);
print "\n";
return $frame;
}
/**
* @param Replay $replay
* @param BinaryReader $br
* @param int $frameNumber
* @return Replication
*/
public static function deserialize($replay, $br, $frameNumber)
{
$r = new self();
$r->actorId = bindec(strrev($br->readBits(10)));
$r->channelState = $br->readBit();
if (!$r->channelState) {
$replay->closeActor($r->actorId, $frameNumber);
return $r;
}
$r->actorState = $br->readBit();
if ($r->actorState) {
// New actor
$r->propertyFlag = $br->readBit();
// seems to always be 0 since we are creating a new actor
$r->actorObjectId = bindec(strrev($br->readBits(8)));
$actor = $replay->createActor($r->actorId, $r->actorObjectId, $frameNumber);
$actor->deserializeInit($br);
print "Actor #{$actor->id} {$actor->class} R:{$actor->rotator} P:{$actor->position} O:{$actor->orientation}\n";
} else {
// Existing actor
print "existing actor\n";
$actor = $replay->getActor($r->actorId);
while ($br->readBit()) {
$actor->updateProperty(ActorProperty::deserialize($replay, $br, $actor));
}
}
return $r;
}
/**
* @param BinaryReader $br
* @return Vector
*/
public static function deserializeOrientation($br)
{
$p = 0;
$y = 0;
$r = 0;
if ($br->readBit()) {
$p = bindec(strrev($br->readBits(8)));
}
if ($br->readBit()) {
$y = bindec(strrev($br->readBits(8)));
}
if ($br->readBit()) {
$r = bindec(strrev($br->readBits(8)));
}
return new self($p, $y, $r);
}
public function testReaders()
{
$dataBig = fopen(__DIR__ . '/asset/testfile-big.bin', 'rb');
$brBig = new BinaryReader($dataBig, Endian::ENDIAN_BIG);
$this->assertInstanceOf('\\PhpBinaryReader\\Type\\Bit', $brBig->getBitReader());
$this->assertInstanceOf('\\PhpBinaryReader\\Type\\Byte', $brBig->getByteReader());
$this->assertInstanceOf('\\PhpBinaryReader\\Type\\Int16', $brBig->getInt16Reader());
$this->assertInstanceOf('\\PhpBinaryReader\\Type\\Int32', $brBig->getInt32Reader());
$this->assertInstanceOf('\\PhpBinaryReader\\Type\\Int8', $brBig->getInt8Reader());
$this->assertInstanceOf('\\PhpBinaryReader\\Type\\String', $brBig->getStringReader());
}
/**
* @param resource $handle
* @param int $length
* @return int
*/
public static function readInt($handle, $length = 4)
{
$formats = [1 => 'C', 2 => 'v', 4 => 'V', 8 => 'H*'];
if (!array_key_exists($length, $formats)) {
throw new \Exception('No int format found for length: ' . $length);
}
$format = $formats[$length];
$value = unpack($format, fread($handle, $length))[1];
if ($format == 'H*') {
return bindec(strrev(BinaryReader::asBits($value)));
}
return $value;
}