def _literal(node, state):
val = node[0].data
try:
val = float(val)
except ValueError:
pass
return SpoofInterpreterValue(val)
def _greater(node, state):
a = node[0].generate(state).get(state)
b = node[1].generate(state).get(state)
if type(a) != type(b):
raise InternalError("LHS and RHS of logic expression not of same type, in line: " + str(node[0].line))
return SpoofInterpreterValue(a > b)
def _addition(node, state):
a = node[0].generate(state).get(state)
b = node[1].generate(state).get(state)
if type(a) != type(b):
if type(a) == type("string"):
b = str(b)
elif type(b) == type("string"):
a = str(a)
return SpoofInterpreterValue(a + b)
def _modulo(node, state):
a = node[0].generate(state).get(state)
b = node[1].generate(state).get(state)
if type(a) != type(b):
raise InternalError(
"LHS and RHS of arithmetic expression not of same type, in line: "
+ str(node[0].line))
if type(a) != type(0.2) or type(b) != type(0.3):
raise InternalError(
"Arithmetic expression requires operands to be of type number, in line: "
+ str(node[0].line))
return SpoofInterpreterValue(a % b)