
FORMAT_VERSION = 131

NEW_FLOAT_EXT = 'F'     # 70  [Float64:IEEE float]
BIT_BINARY_EXT = 'M'    # 77  [UInt32:Len, UInt8:Bits, Len:Data]
SMALL_INTEGER_EXT = 'a' # 97  [UInt8:Int]
INTEGER_EXT = 'b'       # 98  [Int32:Int]
FLOAT_EXT = 'c'         # 99  [31:Float String] Float in string format (formatted "%.20e", sscanf "%lf"). Superseded by NEW_FLOAT_EXT
ATOM_EXT = 'd'          # 100 [UInt16:Len, Len:AtomName] max Len is 255
REFERENCE_EXT = 'e'     # 101 [atom:Node, UInt32:ID, UInt8:Creation]
PORT_EXT = 'f'          # 102 [atom:Node, UInt32:ID, UInt8:Creation]
PID_EXT = 'g'           # 103 [atom:Node, UInt32:ID, UInt32:Serial, UInt8:Creation]
SMALL_TUPLE_EXT = 'h'   # 104 [UInt8:Arity, N:Elements]
LARGE_TUPLE_EXT = 'i'   # 105 [UInt32:Arity, N:Elements]
NIL_EXT = 'j'           # 106 empty list
STRING_EXT = 'k'        # 107 [UInt32:Len, Len:Characters]
LIST_EXT = 'l'          # 108 [UInt32:Len, Elements, Tail]
BINARY_EXT = 'm'        # 109 [UInt32:Len, Len:Data]
SMALL_BIG_EXT = 'n'     # 110 [UInt8:n, UInt8:Sign, n:nums]
LARGE_BIG_EXT = 'o'     # 111 [UInt32:n, UInt8:Sign, n:nums]
NEW_FUN_EXT = 'p'       # 112 [UInt32:Size, UInt8:Arity, 16*Uint6-MD5:Uniq, UInt32:Index, UInt32:NumFree, atom:Module, int:OldIndex, int:OldUniq, pid:Pid, NunFree*ext:FreeVars]
EXPORT_EXT = 'q'        # 113 [atom:Module, atom:Function, smallint:Arity]
NEW_REFERENCE_EXT = 'r' # 114 [UInt16:Len, atom:Node, UInt8:Creation, Len*UInt32:ID]
SMALL_ATOM_EXT = 's'    # 115 [UInt8:Len, Len:AtomName]
FUN_EXT = 'u'           # 117 [UInt4:NumFree, pid:Pid, atom:Module, int:Index, int:Uniq, NumFree*ext:FreeVars]
COMPRESSED = 'P'        # 80  [UInt4:UncompressedSize, N:ZlibCompressedData]
