def hacerUnSoloCambio(func, entry_lower, temps_array, contador_funciones):
newString = '' #viendo nada mas como queda armado
if func in entry_lower:
type_return = Procedures().getReturnType(func)
#separando string
split = entry_lower.split(func, 1)
#recibiendo retorno de la funcion
temp = temps_array[contador_funciones]
newValue = temp
#aumentando contador para obtener el temporal correspondiente
contador_funciones += 1
temp_ant = ''
for idx, val in enumerate(split):
#Quitando parametros
if idx > 0 and "(" in val and ")" in val:
i = val.index("(")
j = val.index(")")
str1 = val[:i]
str2 = val[j + 1:]
val = str1 + str2
if (idx < len(split) - 1):
temp_ant = temp
temp = ThreeAddressCode().newTemp()
# newValue = temp
#METIENDO COMILLAS
if type_return == ColumnsTypes.TEXT or type_return == ColumnsTypes.VARCHAR:
ThreeAddressCode().addCode(
f"{temp} = \"{val}\" + \'\\\"\'")
temp = ThreeAddressCode().newTemp()
ThreeAddressCode().addCode(
f"{temp} = str({temp_ant}) + \'\\\"\'")
else:
ThreeAddressCode().addCode(
f"{temp} = \"{val}\" + str({temp_ant})")
newString += f"{val}"
if len(split) > 1:
print("val", val)
contiene_reemplazo = True
funciones = Procedures().getProceduresIDs()
for func in funciones:
if func in val:
contiene_reemplazo = False
break
if contiene_reemplazo:
temp = ThreeAddressCode().newTemp()
ThreeAddressCode().addCode(f"{temp} = \"{val}\"")
return hacerUnSoloCambio(func, val, temps_array,
contador_funciones)
return contador_funciones
def compile(self, environment):
params = len(self.params)
if self.isNew:
self.environment = environment # TODO verificar
if Procedures().saveProcedure(self.id, self, None, self.line, self.column):
var_array = self.print(environment)
self.setVariables(var_array, environment)
else:
var_array = Procedures().getProcedure(self.id, params, self.line, self.column)
if var_array:
self.setVariables(var_array, environment)
fun = ThreeAddressCode().searchFunction(self.id)
if fun:
self.setVariables(fun['variables'], environment)
def process(self, environment):
for name in self.id:
name = name['value']
drop = Procedures().dropProcedure(name, self.line, self.column)
if not drop and not self.ifExists:
desc = f": Function {name} does not exist"
ErrorController().add(39, 'Execution', desc, self.line,
self.column)
def putVarValues(entry: str, temps_array: list, environment: Ambito):
# entry = entry.replace("))", ")")
variables = environment.getAllVarIds()
temp = None
entry_lower = entry
diccionario = {}
hay_variables = False
for variable in variables:
if variable in entry_lower:
first_letter = entry_lower.index(variable)
next_last_letter = first_letter + len(variable)
if first_letter - 1 > 0:
if entry_lower[first_letter - 1].isalpha():
continue
if next_last_letter < len(entry_lower):
if entry_lower[next_last_letter].isalpha():
continue
hay_variables = True
print(f"variable: {variable}")
newValue = environment.getVar(variable)
#OBTENIENDO VALOR Y PASARLO A UN TEMPORAL
temp = ThreeAddressCode().newTemp()
ThreeAddressCode().addCode(f"{temp} = Stack[{newValue.position}]")
diccionario[variable] = temp
if hay_variables:
contador_temporales = ThreeAddressCode().tempCounter
for variable in variables:
cambiarVariable(variable, entry_lower, diccionario)
numbers = int(temp[1:])
temp = f"t{numbers+1}"
for r in range(contador_temporales,
ThreeAddressCode().tempCounter - 1):
temp_ant = temp
temp = ThreeAddressCode().newTemp()
if temp_ant is None:
ThreeAddressCode().addCode(f"{temp} = t{r} + t{r+1}")
else:
ThreeAddressCode().addCode(f"{temp} = {temp_ant} + t{r+1}")
if temp is None:
dif = ThreeAddressCode().tempCounter - contador_temporales
if dif > 0:
temp = f"t{contador_temporales + 1}"
if len(temps_array) > 0:
funciones = Procedures().getProceduresIDs()
contador_funciones = 0
for func in funciones:
print(f"funcion: {func}")
# func = func.lower()
if func in entry_lower:
contador_temporales = ThreeAddressCode().tempCounter
#separando string
contador_funciones = hacerUnSoloCambio(func, entry_lower,
temps_array,
contador_funciones)
for r in range(contador_temporales,
ThreeAddressCode().tempCounter - 1):
temp_ant = temp
temp = ThreeAddressCode().newTemp()
if temp_ant is None:
ThreeAddressCode().addCode(f"{temp} = t{r} + t{r+1}")
else:
ThreeAddressCode().addCode(
f"{temp} = {temp_ant} + t{r+1}")
if temp is None:
dif = ThreeAddressCode().tempCounter - contador_temporales
if dif > 0:
temp = f"t{contador_temporales + 1}"
if temp is None: return entry
else: return temp
def putVarValues(entry: str, temps_array: [], environment: Ambito):
entry = entry.replace("))", ")")
variables = environment.getAllVarIds()
temp = None
entry_lower = entry
for variable in variables:
print(f"variable: {variable}")
# variable = f" {variable} "
if variable in entry_lower:
first_letter = entry_lower.index(variable)
next_last_letter = first_letter + len(variable)
if first_letter - 1 > 0:
if entry_lower[first_letter - 1].isalpha():
continue
if next_last_letter < len(entry_lower):
if entry_lower[next_last_letter].isalpha():
continue
split = entry_lower.split(variable)
newValue = environment.getVar(variable)
temp = ThreeAddressCode().newTemp()
newString = ''
#OBTENIENDO VALOR Y PASARLO A UN TEMPORAL
ThreeAddressCode().addCode(f"{temp} = Stack[{newValue.position}]")
temp_ant = ''
for idx, val in enumerate(split):
if (idx < len(split) - 1):
temp_ant = temp
temp = ThreeAddressCode().newTemp()
ThreeAddressCode().addCode(
f"{temp} = \"{val}\" + str({temp_ant})")
newString += f"{val}{newValue.value}"
temp_ant = temp
temp = ThreeAddressCode().newTemp()
ThreeAddressCode().addCode(f"{temp} = {temp_ant} + \";\"")
newString += ';'
print("valor nuevo string: ", newString)
if len(temps_array) > 0:
funciones = Procedures().getProceduresIDs()
contador_funciones = 0
for func in funciones:
print(f"funcion: {func}")
# func = func.lower()
if func in entry_lower:
contador_temporales = ThreeAddressCode().tempCounter
#separando string
contador_funciones = hacerUnSoloCambio(func, entry_lower,
temps_array,
contador_funciones)
for r in range(contador_temporales,
ThreeAddressCode().tempCounter - 1):
temp_ant = temp
temp = ThreeAddressCode().newTemp()
if temp_ant is None:
ThreeAddressCode().addCode(f"{temp} = t{r} + t{r+1}")
else:
ThreeAddressCode().addCode(
f"{temp} = {temp_ant} + t{r+1}")
if temp is None:
dif = ThreeAddressCode().tempCounter - contador_temporales
if dif > 0:
temp = f"t{contador_temporales + 1}"
# temp_ant = temp
# temp = ThreeAddressCode().newTemp()
# ThreeAddressCode().addCode(f"{temp} = {temp_ant} + \";\"")
# newString += f"{val}"
# entry_lower = newString.lower()
# print("valor nuevo string: ", newString)
if temp is None: return entry
else: return temp