def fill_repeat():
'''Repeat function helper, the control variable is updated'''
false = jump_stack.pop()
ret = jump_stack.pop()
counter = Var('int', quadruples[ret - 2][4], quadruples_addr[ret - 2][4])
one_addr = symbol_table.insert_cte('int', 1)
one_var = Var('int', 1, one_addr)
res = gen_quad_exp('-', counter, one_var)
gen_quad_assig(counter, res)
gen_quad('GOTO', '', '', ret)
mod_quad(false, 4, quad_pos())
def gen_repeat(n):
'''Repeat function is a while that initializes its control variable
with user's input and updates it with every cycle subtracting one'''
global temp_pos
temp = 'temp' + str(temp_pos)
temp_addr = insert_temp('int', temp)
temp_var = Var('int', temp, temp_addr)
temp_pos += 1
gen_quad_assig(temp_var, n)
jump_stack.append(quad_pos())
zero_addr = symbol_table.insert_cte('int', 0)
zero_var = Var('int', 0, zero_addr)
res = gen_quad_exp('>', temp_var, zero_var)
gen_gotof(res)
def p_cte_bool(p):
'''cte_bool : CTE_BOOL'''
addr = symbol_table.insert_cte('bool', bool(p[1]))
p[0] = Var('bool', bool(p[1]), addr)
def p_cte_string(p):
'''cte_string : CTE_STRING'''
p[1] = p[1][1:-1]
addr = symbol_table.insert_cte('string', str(p[1]))
p[0] = Var('string', str(p[1]), addr)
def p_cte_f(p):
'''cte_f : CTE_F'''
addr = symbol_table.insert_cte('float', float(p[1]))
p[0] = Var('float', float(p[1]), addr)
def p_cte_i(p):
'''cte_i : CTE_I'''
addr = symbol_table.insert_cte('int', int(p[1]))
p[0] = Var('int', int(p[1]), addr)