def three_operation_code(p, cl):
p[0] = NoneTerminal(p)
reg = Register('real')
p[0].place = reg.place
temp1 = ''
if p[2].place != '':
temp1 = p[2].place
else:
temp1 = p[2].value
# p[0].code = p[1].code + p[3].code + p[0].place + " = " + p[1].value + " " + p[2] + " " + p[3].value() + ";\n"
p[0].code = p[0].place + " = " + p[1] + temp1 + ";"
# if p[2].value!='':
# if p[1] == '~':
# p[0].value = str(~ int(p[2].value))
# elif p[1] == '-':
# p[0].value = str(- int(p[2].value))
# elif p[1] == '!':
# p2 = int(p[2].value)
# if p2 != 0:
# p[0].value = str(0)
# else:
# p[0].value = str(random.randint(1,30))
# print('++++')
# # print(p[0].value)
cl.append(p[0].code)
def p_exp_false(self, p):
'exp : TOKEN_FALSE'
p[0] = NoneTerminal(p)
p[0].type = 'bool'
# next_quad = len(self.codes)
# p[0].true_list = [next_quad]
# p[0].m = next_quad + 1
# code = "L" + str(next_quad) + ": " + "goto _" + ";"
# self.codes.append(code)
p[0].value = p[1]
print('exp : TOKEN_FALSE')
def p_exp_int(self, p): #handled
'exp : TOKEN_INTEGER'
p[0] = NoneTerminal(p)
p[0].type = 'int'
p[0].value = str(p[1])
# p[0].code = p[1]
print()
print('====int====')
print(p[0].type)
print(p[0].value)
print('===========')
print()
print('exp : TOKEN_INTEGER')
def p_item1(self, p): #handled
'item1 : TOKEN_ID TOKEN_ASSIGNMENT exp'
p[0] = NoneTerminal(p)
# p[0].label = p[1]
# p[0].value = p[3].value
# p[0].place = p[3].place
# p[0].type = p[3].type
p[0].code = p[1] + " = " + p[3].get_value()
p[0].vars = [p[1]]
# p[0].code = p[3].label + ' = ' + p[0].get_value() + ';'
self.codes.append(p[0].code)
print('p0 code')
print(p[0].code)
self.symbol_table.append([p[0].label, p[0].value])
print('item1 -> TOKEN_ID TOKEN_ASSIGNMENT exp')
def p_logical_operation_and(self, p):
'logical_operation : exp TOKEN_AND exp'
p[0] = NoneTerminal(p)
true_label = Label()
print(p[1].code)
print('=====+')
self.back_patch_true(p[1], true_label)
p[0].code = p[
1].code + true_label.label + ": // logical calculation (AND)\n " + p[
3].code
# m = p[1].m
# self.backpatch(p[1].true_list, m)
# p[0].false_list = p[1].false_list + p[3].false_list
# p[0].true_list = p[3].true_list
print('logical_operation : exp TOKEN_AND exp')
def four_boolean_code(p,cl):
p[0] = NoneTerminal(p)
reg = Register('real')
p[0].place = reg.place
temp1 = ''
temp2 = ''
print('this p1')
print(p[1])
if p[1].place != '':
temp1 = p[1].place
else:
temp1 = p[1].value
if p[3].place != '':
temp2 = p[3].place
else:
temp2 = p[3].value
# p[0].code = p[1].code + p[3].code + p[0].place + " = " + p[1].value + " " + p[2] + " " + p[3].value() + ";\n"
p[0].code = 'L' + str(len(cl)) + ': ' + p[0].place + " = " + temp1 + " " + p[2] + " " + temp2 + ";"
def four_operation_code(p, cl):
p[0] = NoneTerminal(p)
reg = Register('real')
p[0].place = reg.place
temp1 = ''
temp2 = ''
print('this p1')
print(p[1].get_value())
temp1 = p[1].get_value()
temp2 = p[3].get_value()
# p[0].code = p[1].code + p[3].code + p[0].place + " = " + p[1].value + " " + p[2] + " " + p[3].value() + ";\n"
p[0].code = p[0].place + " = " + temp1 + " " + p[2] + " " + temp2 + ";"
# if p[3].value!='' and p[1].value!='':
# if p[2] == '*':
# print('sss')
# print(int(p[1].value) * int(p[3].value))
# p[0].value = str(int(p[1].value) * int(p[3].value))
# elif p[2] == '+':
# p[0].value = str(int(p[1].value) + int(p[3].value))
# elif p[2] == '-':
# p[0].value = str(int(p[1].value) - int(p[3].value))
# elif p[2] == '/':
# p[0].value = str(int(p[1].value) / int(p[3].value))
# elif p[2] == '%':
# p[0].value = str(int(p[1].value) % int(p[3].value))
# elif p[2] == '^':
# p[0].value = str(int(p[1].value) ** int(p[3].value))
# elif p[2] == '|':
# p[0].value = str(int(p[1].value) | int(p[3].value))
# elif p[2] == '&':
# p[0].value = str(int(p[1].value) & int(p[3].value))
# elif p[2] == '<<':
# p[0].value = str(int(p[1].value) << int(p[3].value))
# elif p[2] == '>>':
# p[0].value = str(int(p[1].value) >> int(p[3].value))
cl.append(p[0].code)
def p_if_type1(self, p):
'if : TOKEN_IF TOKEN_LP exp TOKEN_RP block %prec TOKEN_IF'
print('if : TOKEN_IF TOKEN_LP exp TOKEN_RP block %prec TOKEN_IF')
print()
print("if ps")
global VARIABLES
p[0] = NoneTerminal(p)
print(p[0].value)
print(p[1])
print(p[2])
print(p[3])
print(p[4])
print(p[5])
print()
print()
def p_assignment(self, p):
'assignment : lvalue TOKEN_ASSIGNMENT exp TOKEN_SEMICOLON'
p[0] = NoneTerminal(p)
if p[3].place != '':
p[0].code = p[1].value + " = " + p[3].place + ";"
p[0].address = len(self.codes)
self.codes.append(p[0].code)
p[0].code = p[3].code + p[0].code
elif p[3].value != '':
p[0].code = p[1].value + " = " + p[3].value + ";"
print(self.codes)
print('assignment : lvalue TOKEN_ASSIGNMENT exp TOKEN_SEMICOLON')
def p_return_type_bool(self, p):
'return_type : TOKEN_BOOL_TYPE'
p[0] = NoneTerminal(p)
p[0].type = 'bool'
print('return_type : TOKEN_BOOL_TYPE')
def p_exp_logical_op(self, p):
'exp : logical_operation'
p[0] = NoneTerminal(p)
p[0].code = p[1].code
p[0].place = p[1].get_value()
print('exp : logical_operation')
def p_exp_string(self, p):
'exp : TOKEN_STRING'
p[0] = NoneTerminal(p)
p[0].type = 'bool'
p[0].value = '"' + p[1] + '"'
print('exp : TOKEN_STRING')
def p_lvalue_id(self, p):
'lvalue1 : TOKEN_ID'
p[0] = NoneTerminal(p)
p[0].value = p[1]
print('lvalue : TOKEN_ID')
def p_program(self, p):
'program : macros classes'
p[0] = NoneTerminal(p)
print('program : macros classes')
def p_var_list_item_id(self, p):
'var_list_item : TOKEN_ID'
p[0] = NoneTerminal(p)
p[0].label = p[1]
print('var_list_item -> TOKEN_ID')
def p_exp_real(self, p):
'exp : TOKEN_REAL'
p[0] = NoneTerminal(p)
p[0].type = 'real'
p[0].value = str(p[1])
print('exp : TOKEN_REAL')
def p_var_list_comma(self, p):
'var_list : var_list TOKEN_COMMA var_list_item'
p[0] = NoneTerminal(p)
print('var_list : var_list TOKEN_COMMA var_list_item')
