public function read(NBT $nbt)
{
$this->value = [];
$this->tagType = $nbt->getByte();
$size = $nbt->getInt();
for ($i = 0; $i < $size and !$nbt->feof(); ++$i) {
switch ($this->tagType) {
case NBT::TAG_Byte:
$tag = new Byte("");
$tag->read($nbt);
$this->{$i} = $tag;
break;
case NBT::TAG_Short:
$tag = new Short("");
$tag->read($nbt);
$this->{$i} = $tag;
break;
case NBT::TAG_Int:
$tag = new Int("");
$tag->read($nbt);
$this->{$i} = $tag;
break;
case NBT::TAG_Long:
$tag = new Long("");
$tag->read($nbt);
$this->{$i} = $tag;
break;
case NBT::TAG_Float:
$tag = new Float("");
$tag->read($nbt);
$this->{$i} = $tag;
break;
case NBT::TAG_Double:
$tag = new Double("");
$tag->read($nbt);
$this->{$i} = $tag;
break;
case NBT::TAG_ByteArray:
$tag = new ByteArray("");
$tag->read($nbt);
$this->{$i} = $tag;
break;
case NBT::TAG_String:
$tag = new String("");
$tag->read($nbt);
$this->{$i} = $tag;
break;
case NBT::TAG_Enum:
$tag = new TagEnum("");
$tag->read($nbt);
$this->{$i} = $tag;
break;
case NBT::TAG_Compound:
$tag = new Compound("");
$tag->read($nbt);
$this->{$i} = $tag;
break;
case NBT::TAG_IntArray:
$tag = new IntArray("");
$tag->read($nbt);
$this->{$i} = $tag;
break;
}
}
}
public function read(NBT $nbt)
{
$this->value = $nbt->getInt();
}
public function read(NBT $nbt)
{
[];
$size = $nbt->getInt();
$this->value = array_values(unpack($nbt->endianness === NBT::LITTLE_ENDIAN ? "V*" : "N*", $nbt->get($size * 4)));
}