def Resolver(expr, ts, Consola, exception):
if isinstance(expr, Expresion):
exp1 = Expresion.Resolver(expr.iz, ts, Consola, exception)
exp2 = Expresion.Resolver(expr.dr, ts, Consola, exception)
if expr.operador == '=':
return exp1 == exp2
elif expr.operador == '*':
# id = expresion
# id = (x < 9 )
if (isinstance(exp1, float) and isinstance(exp2, float)) or (
isinstance(exp1, int) and isinstance(exp2, int)) or (
isinstance(exp1, float)
and isinstance(exp2, int)) or (isinstance(
exp1, int) and isinstance(exp2, float)):
return exp1 * exp2
return 'error'
elif expr.operador == '/':
if (isinstance(exp1, float) and isinstance(exp2, float)) or (
isinstance(exp1, int) and isinstance(exp2, int)) or (
isinstance(exp1, float)
and isinstance(exp2, int)) or (isinstance(
exp1, int) and isinstance(exp2, float)):
return exp1 / exp2
return 'error'
elif expr.operador == '+':
if (isinstance(exp1, float) and isinstance(exp2, float)) or (
isinstance(exp1, int) and isinstance(exp2, int)) or (
isinstance(exp1, float)
and isinstance(exp2, int)) or (isinstance(
exp1, int) and isinstance(exp2, float)):
return exp1 + exp2
return 'error'
elif expr.operador == '-':
if (isinstance(exp1, float) and isinstance(exp2, float)) or (
isinstance(exp1, int) and isinstance(exp2, int)) or (
isinstance(exp1, float)
and isinstance(exp2, int)) or (isinstance(
exp1, int) and isinstance(exp2, float)):
return exp1 - exp2
return 'error'
elif expr.operador == '^':
if (isinstance(exp1, float) and isinstance(exp2, float)) or (
isinstance(exp1, int) and isinstance(exp2, int)) or (
isinstance(exp1, float)
and isinstance(exp2, int)) or (isinstance(
exp1, int) and isinstance(exp2, float)):
return exp1**exp2
return 'error'
elif expr.operador == '%':
if (isinstance(exp1, float) and isinstance(exp2, float)) or (
isinstance(exp1, int) and isinstance(exp2, int)) or (
isinstance(exp1, float)
and isinstance(exp2, int)) or (isinstance(
exp1, int) and isinstance(exp2, float)):
return exp1 % exp2
return 'error'
elif expr.operador == '==': #comparacion---------------------------------------
boole = exp1 == exp2
return boole
elif expr.operador == '<>':
boole = exp1 != exp2
return boole
elif expr.operador == '>':
boole = exp1 > exp2
return boole
elif expr.operador == '<':
boole = exp1 < exp2
return boole
elif expr.operador == '!=':
boole = exp1 != exp2
return boole
elif expr.operador == '>=':
boole = exp1 >= exp2
return boole
elif expr.operador == '<=':
boole = exp1 <= exp2
return boole
elif isinstance(expr, Id):
if ts.validar_sim(expr.id) == 1:
return expr.id
else:
return 'holamundo'
elif isinstance(expr, Primitivo):
return expr.valor
elif isinstance(expr, Trigonometrica.Trigonometrica):
return Trigonometrica.Trigonometrica.Resolver(
expr, ts, Consola, exception)
elif isinstance(expr, Math.Math_):
print("estoy llegango")
return Math.Math_.Resolver(expr, ts, Consola, exception)
elif isinstance(expr, Time):
return Time.resolverTime(expr)
elif isinstance(expr, Binario):
return Binario.Resolver(expr, ts, Consola, exception)
elif isinstance(expr, Unario):
exp1 = Expresion.Resolver(expr.op, ts, Consola, exception)
if expr.operador == '-':
if isinstance(exp1, int) or isinstance(exp1, float):
return exp1 * -1
elif expr.operador == '+':
if isinstance(exp1, int) or isinstance(exp1, float):
return exp1
elif expr.operador == '!':
return not exp1
def ResolverReturn(expr, ts, entornoFuncion, Consola, exception):
if isinstance(expr, Expresion):
exp1 = ResolverReturn(expr.iz, ts, entornoFuncion, Consola, exception)
exp2 = ResolverReturn(expr.dr, ts, entornoFuncion, Consola, exception)
if expr.operador == '=':
return exp1 == exp2
elif expr.operador == '*':
# id = expresion
# id = (x < 9)
if (isinstance(exp1, float) and isinstance(exp2, float)) or (
isinstance(exp1, int) and isinstance(exp2, int)) or (
isinstance(exp1, float) and isinstance(exp2, int)) or (
isinstance(exp1, int) and isinstance(exp2, float)):
return exp1 * exp2
return 'error'
elif expr.operador == '/':
if (isinstance(exp1, float) and isinstance(exp2, float)) or (
isinstance(exp1, int) and isinstance(exp2, int)) or (
isinstance(exp1, float) and isinstance(exp2, int)) or (
isinstance(exp1, int) and isinstance(exp2, float)):
return exp1 / exp2
return 'error'
elif expr.operador == '+':
if (isinstance(exp1, float) and isinstance(exp2, float)) or (
isinstance(exp1, int) and isinstance(exp2, int)) or (
isinstance(exp1, float) and isinstance(exp2, int)) or (
isinstance(exp1, int) and isinstance(exp2, float)):
return exp1 + exp2
return 'error'
elif expr.operador == '-':
if (isinstance(exp1, float) and isinstance(exp2, float)) or (
isinstance(exp1, int) and isinstance(exp2, int)) or (
isinstance(exp1, float) and isinstance(exp2, int)) or (
isinstance(exp1, int) and isinstance(exp2, float)):
return exp1 - exp2
return 'error'
elif expr.operador == '^':
if (isinstance(exp1, float) and isinstance(exp2, float)) or (
isinstance(exp1, int) and isinstance(exp2, int)) or (
isinstance(exp1, float) and isinstance(exp2, int)) or (
isinstance(exp1, int) and isinstance(exp2, float)):
return exp1 ** exp2
return 'error'
elif expr.operador == '%':
if (isinstance(exp1, float) and isinstance(exp2, float)) or (
isinstance(exp1, int) and isinstance(exp2, int)) or (
isinstance(exp1, float) and isinstance(exp2, int)) or (
isinstance(exp1, int) and isinstance(exp2, float)):
return exp1 % exp2
return 'error'
elif expr.operador == '==': # comparacion---------------------------------------
boole = exp1 == exp2
return boole
elif expr.operador == '<>':
boole = exp1 != exp2
return boole
elif expr.operador == '>':
boole = exp1 > exp2
return boole
elif expr.operador == '<':
boole = exp1 < exp2
return boole
elif expr.operador == '!=':
boole = exp1 != exp2
return boole
elif expr.operador == '>=':
boole = exp1 >= exp2
return boole
elif expr.operador == '<=':
boole = exp1 <= exp2
return boole
elif isinstance(expr, Id):
#VERIFICAMOS SI ES UNA VARIABLE DE LA FUNCION
if ts.validar_sim(expr.id) == 1:
simbolo = ts.buscar_sim(expr.id)
return simbolo.valor
else:
if entornoFuncion.validar_sim(expr.id) == 1:
simbolo = entornoFuncion.buscar_sim(expr.id)
return simbolo.valor
elif isinstance(expr, Primitivo):
if expr.valor == 'TRUE':
return True
elif expr.valor == 'FALSE':
return False
else:
return expr.valor
elif isinstance(expr, Trigonometrica.Trigonometrica):
return Trigonometrica.Trigonometrica.Resolver(expr, ts, Consola, exception)
elif isinstance(expr, Math.Math_):
# print("estoy llegango")
return Math.Math_.Resolver(expr, ts, Consola, exception)
elif isinstance(expr, Time):
return Time.resolverTime(expr)
elif isinstance(expr, Binario):
return Binario.Resolver(expr, ts, Consola, exception)
elif isinstance(expr, Unario):
exp1 = Expresion.Resolver(expr.op, ts, Consola, exception)
if expr.operador == '-':
if isinstance(exp1, int) or isinstance(exp1, float):
return exp1 * -1
elif expr.operador == '+':
if isinstance(exp1, int) or isinstance(exp1, float):
return exp1
elif expr.operador == '!':
return not exp1
def Resolver(expr,ts,Consola,exception):
if isinstance(expr,Expresion):
exp1 = Expresion.Resolver(expr.iz,ts,Consola,exception)
exp2 = Expresion.Resolver(expr.dr,ts,Consola,exception)
if expr.operador == '=':
return exp1 == exp2
elif expr.operador == '*':
# id = expresion
# id = (x < 9 )
if (isinstance(exp1,float) and isinstance(exp2,float)) or (isinstance(exp1,int) and isinstance(exp2,int)) or (isinstance(exp1,float) and isinstance(exp2,int)) or (isinstance(exp1,int) and isinstance(exp2,float)) :
return exp1 * exp2
return 'error'
elif expr.operador == '/':
if (isinstance(exp1,float) and isinstance(exp2,float)) or (isinstance(exp1,int) and isinstance(exp2,int)) or (isinstance(exp1,float) and isinstance(exp2,int)) or (isinstance(exp1,int) and isinstance(exp2,float)) :
return exp1 / exp2
return 'error'
elif expr.operador == '+':
if (isinstance(exp1,float) and isinstance(exp2,float)) or (isinstance(exp1,int) and isinstance(exp2,int)) or (isinstance(exp1,float) and isinstance(exp2,int)) or (isinstance(exp1,int) and isinstance(exp2,float)):
return exp1 + exp2
return 'error'
elif expr.operador == '-':
if (isinstance(exp1,float) and isinstance(exp2,float)) or (isinstance(exp1,int) and isinstance(exp2,int)) or (isinstance(exp1,float) and isinstance(exp2,int)) or (isinstance(exp1,int) and isinstance(exp2,float)):
return exp1 - exp2
return 'error'
elif expr.operador == '^':
if (isinstance(exp1,float) and isinstance(exp2,float)) or (isinstance(exp1,int) and isinstance(exp2,int)) or (isinstance(exp1,float) and isinstance(exp2,int)) or (isinstance(exp1,int) and isinstance(exp2,float)):
return exp1 ** exp2
return 'error'
elif expr.operador == '%':
if (isinstance(exp1,float) and isinstance(exp2,float)) or (isinstance(exp1,int) and isinstance(exp2,int)) or (isinstance(exp1,float) and isinstance(exp2,int)) or (isinstance(exp1,int) and isinstance(exp2,float)):
return exp1 % exp2
return 'error'
elif expr.operador == '==':
boole= exp1 == exp2
return boole
elif expr.operador == '<>':
boole = exp1 != exp2
return boole
elif expr.operador == '>':
boole = exp1 > exp2
return boole
elif expr.operador == '<':
boole = exp1 < exp2
return boole
elif expr.operador == '!=':
boole = exp1 != exp2
return boole
elif expr.operador == '>=':
boole = exp1 >= exp2
return boole
elif expr.operador == '<=':
boole = exp1 <= exp2
return boole
elif isinstance(expr,Id):
if ts.validar_sim(expr.id) == 1:
simvariable = ts.buscar_sim(expr.id)
return simvariable.valor
else:
return 'holamundo' #No deberia de pasar
elif isinstance(expr, Primitivo):
if expr.valor == 'TRUE':
return True
elif expr.valor == 'FALSE':
return False
else:
return expr.valor
elif isinstance(expr, Trigonometrica.Trigonometrica):
return Trigonometrica.Trigonometrica.Resolver(expr,ts,Consola,exception)
elif isinstance(expr, Math.Math_):
return Math.Math_.Resolver(expr,ts,Consola,exception)
elif isinstance(expr,Time):
return Time.resolverTime(expr)
elif isinstance(expr,Binario):
return Binario.Resolver(expr,ts,Consola,exception)
elif isinstance(expr, Unario):
exp1 = Expresion.Resolver(expr.op,ts,Consola,exception)
if expr.operador == '-':
if isinstance(exp1, int) or isinstance(exp1, float):
return exp1 * -1
elif expr.operador == '+':
if isinstance(exp1, int) or isinstance(exp1, float):
return exp1
elif expr.operador == '!':
return not exp1