def calc_operands_len(operands):
opr_len = 0
for opr in take_n(operands, 2):
optype, opsize = opr
opr_len += opr_lens[opsize]
return opr_len
def main(level_header, out):
out.write("%d %d\n" % (level_header.width, level_header.height))
tilemap_data = decompress_data(chunk.read_chunk(level_header.tilemap_chunk))
for row in take_n(tilemap_data, level_header.width * 2):
out.write(' '.join(str(read_word(row, i)) for i in xrange(0, len(row), 2)))
out.write('\n')
def main(level_header, out):
out.write("%d %d\n" % (level_header.width, level_header.height))
tilemap_data = decompress_data(chunk.read_chunk(
level_header.tilemap_chunk))
for row in take_n(tilemap_data, level_header.width * 2):
out.write(' '.join(
str(read_word(row, i)) for i in xrange(0, len(row), 2)))
out.write('\n')
def decode(self, state, rom, obj, ram_symbols):
ip = state.ip + 1
next_states = []
operands = []
for i, opr in enumerate(take_n(self.operands, 2)):
tag = self.operand_tags and self.operand_tags[i]
new_operands, operand_size, added_next_states = self.decode_operand(opr, tag, state, rom, ip, ram_symbols)
ip += operand_size
operands += new_operands
next_states += added_next_states
if self.flow != self.FLOW_NORETURN:
next_states.append(state.jumped(ip))
return self, operands, next_states
def decode(self, state, rom, obj, ram_symbols):
ip = state.ip + 1
next_states = []
operands = []
for sprite_i in xrange(obj.num_sprites):
for opr in take_n(self.operands, 2):
tag = self.operand_tags and self.operand_tags[i]
new_operands, operand_size, added_next_states = self.decode_operand(opr, tag, state, rom, ip, ram_symbols)
ip += operand_size
operands += new_operands
next_states += added_next_states
assert (ip - state.ip) == 1 + obj.num_sprites * calc_operands_len(self.operands)
if self.flow != self.FLOW_NORETURN:
next_states.append(state.jumped(ip))
return self, operands, next_states
