def confprol_range(start_expr,end_expr):
start = start_expr.value
end = end_expr.value
if not type(start)==int:
raise ConfprolValueError(f"The start value in range() must be an integer.")
if not type(end)==int:
raise ConfprolValueError(f"The end value in range() must be an integer.")
range_ = range(start,end)
list_ = map(lambda x: BasicExpression(ConfprolObject(x),x,ValueType.NUMBER),range_)
return ListExpression(ConfprolObject(list_),f"range({start},{end})")
def has_attribute(args):
expr = args[0]
attr = args[1].value
if type(attr)!= str:
raise ConfprolValueError("The second argument of the function 'has_attribute' must be a string")
return BasicExpression(ConfprolObject(expr.has_attribute(attr)),f"has_attribute({expr}{attr})",ValueType.BOOLEAN)
def evaluate_quantic_y(expression):
raise ConfprolValueError(f"Cannot evaluate a non quantic value.")
def to_float(expression):
raise ConfprolValueError(f"Cannot transform an object of type {expression.type} to float.")
def to_float(expression):
try:
float_value = float(expression.value)
return BasicExpression(ConfprolObject(float_value), f"int({expression.value})", ValueType.NUMBER)
except ValueError:
raise ConfprolValueError(f"The string/variable '{expression.name}' can't be transformed to float.")
def to_integer(expression):
raise ConfprolValueError(f"Cannot transform an object of type {expression.type} to integer.")
def to_integer(expression):
try:
int_value = int(float(expression.value)) # First to float to allow strings like "3.2"
return BasicExpression(ConfprolObject(int_value), f"int({expression.value})", ValueType.NUMBER)
except ValueError:
raise ConfprolValueError(f"The string/variable '{expression.name}' can't be transformed to integer.")
def confprol_range(start,end):
raise ConfprolValueError(f"The start and end in range() must be integers.")