def generate_div_code(arg1, arg2, symbol_table, t_temp, instruct):
global text
if not (is_float(arg1) or is_float(arg2)):
if (arg1.isnumeric() or symbol_table[arg1][1] == 'int'
or t_temp[arg1][0] == 'i') and (arg2.isnumeric() or
symbol_table[arg2][1] == 'int'
or t_temp[arg1][0] == 'i'):
if arg1.isnumeric():
text = text + '\tli $t0, ' + arg1 + '\n'
arg1_ = '$t0'
if arg2.isnumeric():
text = text + '\tli $t1, ' + arg2 + '\n'
arg2 = '$t1'
text = text + '\tdiv ' + arg1 + ', ' + arg2 + '\n'
elif (arg2 in symbol_table and symbol_table[arg2][1] == 'int'):
arg2 = '$' + symbol_table[arg2][0]
text = text + '\tdiv ' + arg1 + ', ' + arg2 + '\n'
elif (t_temp[arg2][0] == 'i'):
arg2 = '$' + arg2
text = text + '\tdiv ' + arg1 + ', ' + arg2 + '\n'
elif ((arg1 in symbol_table and symbol_table[arg1][1] == 'int')
or (t_temp[arg1][0] == 'i' and arg1 in t_temp)):
if (arg1 in symbol_table and symbol_table[arg1][1] == 'int'):
arg1 = '$' + symbol_table[arg1][0]
else:
arg1 = '$' + arg1
if arg2.isnumeric():
text = text + '\tli $t1, ' + arg2 + '\n'
text = text + '\tdiv ' + arg1 + ', ' + '$t1' + '\n'
elif (arg2 in symbol_table and symbol_table[arg2][1] == 'int'):
arg2 = '$' + symbol_table[arg2][0]
text = text + '\tdiv ' + arg1 + ', ' + arg2 + '\n'
elif (t_temp[arg2][0] == 'i' and arg2 in t_temp):
arg2 = '$' + arg2
text = text + '\tdiv ' + arg1 + ', ' + arg2 + '\n'
text = text + '\tmflo $' + instruct[3] + '\n'
elif ((arg1 in symbol_table and symbol_table[arg1][1] == 'float')
or (t_temp[arg1][0] == 'f' and arg1 in t_temp)):
if (arg1 in symbol_table and symbol_table[arg1][1] == 'float'):
arg1_ = '$' + symbol_table[arg1][0]
else:
arg1_ = '$f' + str(arg1[1:])
if is_float(arg2):
text = text + '\tli.s $f1, ' + arg2 + '\n'
arg2_ = '$f1'
text = text + '\tdiv.s $f' + instruct[3][
1:] + ', ' + arg1_ + ', ' + arg2_ + '\n'
elif (arg2 in symbol_table and symbol_table[arg2][1] == 'float'):
arg2_ = '$' + symbol_table[arg2][0]
text = text + '\tdiv.s $f' + instruct[3][
1:] + ', ' + arg1_ + ', ' + arg2_ + '\n'
elif (t_temp[arg2][0] == 'f' and arg2 in t_temp):
arg2_ = '$f' + arg2[1:]
text = text + '\tdiv.s $f' + instruct[3][
1:] + ', ' + arg1_ + ', ' + arg2_ + '\n'
else:
print('Error! Неверный тип!')
return
def generate_assigment_code(arg1, arg2, symbol_table, t_temp):
global text, data
if arg1.isnumeric() and (symbol_table[arg2][1] == 'int'
or t_temp[arg2][0] == 'i'):
if (arg2 in t_temp.keys() and t_temp[arg2][0] != arg2):
text = text + '\tli $' + arg2 + ', ' + arg1 + '\n'
else:
text = text + '\tli $' + symbol_table[arg2][0] + ', ' + arg1 + '\n'
elif (is_float(arg1)
and (symbol_table[arg2][1] == 'float' or t_temp[arg2][0] == 'f')):
data = data + '\tdrob' + arg1 + ': .float ' + arg1 + '\n'
if (arg2 in t_temp.keys() and t_temp[arg2][0] != arg2):
text = text + '\tla $' + arg2 + ', drob' + arg1 + '\n'
else:
text = text + '\tli.s $' + symbol_table[arg2][
0] + ', ' + arg1 + '\n'
elif arg1.startswith('\"') and arg1.endswith('\"') and (
symbol_table[arg2][1] == 'str'):
data = data + '\t' + arg2 + ': .asciiz ' + arg1 + '\n'
elif (arg1 in symbol_table.keys()):
if (arg1 in t_temp.keys() and t_temp[arg1][0] != arg1):
if (arg2 in t_temp.keys() and t_temp[arg2][0] != arg2):
if t_temp[arg1][0] == 'f':
text = text + '\tmov.s $f' + arg2[1:] + ', $f' + arg1[
1:] + '\n'
else:
text = text + '\tmove $' + arg2 + ', $f' + arg1 + '\n'
elif arg2 in symbol_table.keys():
if t_temp[arg1][0] == 'f':
text = text + '\tmov.s $' + symbol_table[arg2][
0] + ', $f' + arg1[1:] + '\n'
else:
text = text + '\tmove $' + symbol_table[arg2][
0] + ', $' + arg1 + '\n'
elif (arg1 in symbol_table.keys()):
if (arg2 in symbol_table.keys()):
if symbol_table[arg2][1] == 'float':
text = text + '\tmov.s $' + symbol_table[arg2][
0] + ', $' + symbol_table[arg1][0] + '\n'
else:
text = text + '\tmove $' + symbol_table[arg2][
0] + ', $' + symbol_table[arg1][0] + '\n'
else:
if (arg2 in symbol_table.keys()):
text = text + '\tmove $' + arg2 + ', $' + arg1 + '\n'
elif (arg2 in symbol_table.keys()):
text = text + '\tmove $' + symbol_table[arg2][
0] + ', $' + arg1 + '\n'
else:
text = text + '\tmove $' + arg2 + ', $' + arg1 + '\n'
def genereate_print_code(arg1, symbol_table):
global data, text, str_count
if (arg1.startswith('\"') and arg1.endswith('\"')):
data = data + '\tstr' + str(str_count) + ': .asciiz ' + arg1 + '\n'
str_count = str_count + 1
text = text + '\tli $v0, 4\n'
text = text + '\tla $a0, ' + 'str' + str(str_count - 1) + '\n'
text = text + '\tsyscall\n'
elif (arg1 in symbol_table and symbol_table[arg1][1] == 'str'):
text = text + '\tli $v0, 4\n'
text = text + '\tla $a0, ' + arg1 + '\n'
text = text + '\tsyscall\n'
elif (arg1.isnumeric()):
text = text + '\tli $v0, 1\n'
text = text + '\tla $a0, ' + arg1 + '\n'
text = text + '\tsyscall\n'
if data.find('strinr_w') == -1:
data = data + '\tstrinr_w' + r': .asciiz "\n"' + '\n'
text = text + '\tli $v0, 4\n'
text = text + '\tla $a0, ' + 'strinr_w' + '\n'
text = text + '\tsyscall\n'
elif (is_float(arg1)):
data = data + '\tdrob' + arg1 + ': .float ' + arg1 + '\n'
text = text + '\tli $v0, 2\n'
text = text + '\tlvc1 $f14, drob' + arg1 + '\n'
text = text + '\tsyscall\n'
elif (arg1 in symbol_table and symbol_table[arg1][1] == 'int'):
text = text + '\tli $v0, 1\n'
text = text + '\tla $a0, ' + '($' + symbol_table[arg1][0] + ')\n'
text = text + '\tsyscall\n'
if data.find('strinr_w') == -1:
data = data + '\tstrinr_w' + r': .asciiz "\n"' + " " + '\n'
text = text + '\tli $v0, 4\n'
text = text + '\tla $a0, ' + 'strinr_w' + '\n'
text = text + '\tsyscall\n'
elif (arg1 in symbol_table and symbol_table[arg1][1] == 'float'):
text = text + '\tli $v0, 2\n'
text = text + '\tmov.s $f12, $' + symbol_table[arg1][0] + '\n'
text = text + '\tsyscall\n'
def add_temps(t_temp, symbol_table):
global data, text
for i in range(len(t_temp)):
if t_temp['t' + str(i)][0].isdigit():
t_temp['t' + str(i)] = []
t_temp['t' + str(i)] = 'int'
symbol_table['t' + str(i)] = []
symbol_table['t' + str(i)] = 'int'
elif is_float(t_temp['t' + str(i)][0]):
t_temp['t' + str(i)] = []
t_temp['t' + str(i)] = 'float'
symbol_table['t' + str(i)] = []
symbol_table['t' + str(i)] = 'float'
elif t_temp['t' + str(i)][0] in symbol_table \
and symbol_table[t_temp['t' + str(i)][0]][1] == 'int':
t_temp['t' + str(i)] = []
t_temp['t' + str(i)] = 'int'
symbol_table['t' + str(i)] = []
symbol_table['t' + str(i)] = 'int'
elif t_temp['t' + str(i)][0] in symbol_table and symbol_table[t_temp[
't' + str(i)][0]][1] == 'float':
t_temp['t' + str(i)] = []
t_temp['t' + str(i)] = 'float'
symbol_table['t' + str(i)] = []
symbol_table['t' + str(i)] = 'float'
else:
t_temp['t' + str(i)] = []
t_temp['t' + str(i)] = 'int'
symbol_table['t' + str(i)] = []
symbol_table['t' + str(i)] = 'int'
for symbol in (symbol_table):
if symbol == ('t0'):
break
t_temp[symbol] = []
t_temp[symbol].append(symbol)
def generate_mult_code(arg1, arg2, symbol_table, t_temp, instruct):
global text, data
if not (is_float(arg1) or is_float(arg2)):
if (arg1.isnumeric() or symbol_table[arg1][1] == 'int'
or t_temp[arg1][0] == 'i') and (arg2.isnumeric() or
symbol_table[arg2][1] == 'int'
or t_temp[arg2][0] == 'i'):
if arg1.isnumeric():
text = text + '\tli $t0, ' + arg1 + '\n'
arg1_ = '$t0'
if arg2.isnumeric():
text = text + '\tli $t1, ' + arg2 + '\n'
arg2_ = '$t1'
text = text + '\tmult ' + arg1_ + ', ' + arg2_ + '\n'
elif (arg2 in symbol_table and symbol_table[arg2][1] == 'int'):
arg2_ = '$' + symbol_table[arg2][0]
text = text + '\tmult ' + arg1_ + ', ' + arg2_ + '\n'
elif (t_temp[arg2][0] == 'i'):
arg2_ = '$' + arg2
text = text + '\tmult ' + arg1_ + ', ' + arg2_ + '\n'
elif ((arg1 in symbol_table and symbol_table[arg1][1] == 'int')
or (t_temp[arg1][0] == 'i' and arg1 in t_temp)):
if (arg1 in symbol_table and symbol_table[arg1][1] == 'int'):
arg1_ = '$' + symbol_table[arg1][0]
else:
arg1_ = '$' + arg1
if arg2.isnumeric():
text = text + '\tli $t1, ' + arg2 + '\n'
arg2_ = '$t1'
text = text + '\tmult ' + arg1_ + ', ' + arg2_ + '\n'
elif (arg2 in symbol_table and symbol_table[arg2][1] == 'int'):
arg2_ = '$' + symbol_table[arg2][0]
text = text + '\tmult ' + arg1_ + ', ' + arg2_ + '\n'
elif (t_temp[arg2][0] == 'i' and arg2 in t_temp):
arg2_ = '$' + arg2
print(1)
text = text + '\tmult ' + arg1_ + ', ' + arg2_ + '\n'
text = text + '\tmflo $' + instruct[3] + '\n'
elif ((arg1 in symbol_table and symbol_table[arg1][1] == 'float')
or (t_temp[arg1][0] == 'f' and arg1 in t_temp)):
if (arg1 in symbol_table and symbol_table[arg1][1] == 'float'):
arg1_ = '$' + symbol_table[arg1][0]
else:
ar = arg1[1:]
arg1_ = '$f' + str(ar)
if is_float(arg2):
text = text + '\tli.s $f1, ' + arg2 + '\n'
arg2_ = '$f1'
text = text + '\tmul.s $f' + instruct[3][
1:] + ', ' + arg1_ + ', ' + arg2_ + '\n'
elif (arg2 in symbol_table and symbol_table[arg2][1] == 'float'):
arg2_ = '$' + symbol_table[arg2][0]
ar = instruct[3][1:]
text = text + '\tmul.s $f' + str(
ar) + ', ' + arg1_ + ', ' + arg2_ + '\n'
elif (t_temp[arg2][0] == 'f' and arg2 in t_temp):
ar = arg2[1:]
arg2_ = '$f' + str(ar)
text = text + '\tmul.s $f' + instruct[3][
1:] + ', ' + arg1_ + ', ' + arg2_ + '\n'
else:
print('error неверный тип')
return
elif is_float(arg1):
text = text + '\tli.s $f0, ' + arg1 + '\n'
arg1_ = '$f0'
if is_float(arg2):
text = text + '\tli.s $f1, ' + arg2 + '\n'
arg2_ = '$f1'
text = text + '\tmul.s $f' + instruct[3][
1:] + ', ' + arg1_ + ', ' + arg2_ + '\n'
elif (arg2 in symbol_table and symbol_table[arg2][1] == 'float'):
arg2_ = '$' + symbol_table[arg2][0]
text = text + '\tmul.s $f' + instruct[3][
1:] + ', ' + arg1_ + ', ' + arg2_ + '\n'
elif (t_temp[arg2][0] == 'f' and arg2 in t_temp):
ar = arg2[1:]
arg2_ = '$f' + str(ar)
text = text + '\tmul.s $f' + instruct[3][
1:] + ', ' + arg1_ + ', ' + arg2_ + '\n'
else:
print('Ошибка! Введены неверные типы')
return