from ._bit_string import BitString
from ._cell import Cell
class Builder:
def __init__(self):
self.bits = BitString(1023)
self.refs = []
self.is_exotic = False
def __repr__(self):
return "<Builder refs_num: %d, %s>" % (len(self.refs), repr(self.bits))
def store_cell(self, src: Cell):
self.bits.write_bit_string(src.bits)
self.refs += src.refs
return self
def store_ref(self, src: Cell):
self.refs.append(src)
return self
def store_maybe_ref(self, src):
if src:
self.bits.write_bit(1)
self.store_ref(src)
else:
self.bits.write_bit(0)
return self
def store_bit(self, value):
self.bits.write_bit(value)
return self
def store_bit_array(self, value):
self.bits.write_bit_array(value)
return self
def store_uint(self, value, bit_length):
self.bits.write_uint(value, bit_length)
return self
def store_uint8(self, value):
self.bits.write_uint8(value)
return self
def store_int(self, value, bit_length):
self.bits.write_int(value, bit_length)
return self
def store_string(self, value):
self.bits.write_string(value)
return self
def store_bytes(self, value):
self.bits.write_bytes(value)
return self
def store_bit_string(self, value):
self.bits.write_bit_string(value)
return self
def store_address(self, value):
self.bits.write_address(value)
return self
def store_grams(self, value):
self.bits.write_grams(value)
return self
def store_coins(self, value):
self.bits.write_coins(value)
return self
def end_cell(self):
cell = Cell()
cell.write_cell(self)
return cell
def begin_cell():
return Builder()
