def _parseTypeSuffix(s):
if s is None:
return IntType(True, 2)
sign = s[0].lower() == 's'
s = s[1:]
if len(s) > 0:
width = int(s) // 8
else:
width = 2
return IntType(sign, width)
def sizeof_type(self, t):
if self._transformCast:
type = t.children[0]
return _const(Position.fromAny(t), IntType(False, 2),
type.getReserveSize())
else:
return t
def char(self, t):
l = Position.fromAny(t)
try:
value = str(t.children[0])
return _const(l, IntType(False, 1),
ord(unescapeString(value, "'", False)[0]))
except ValueError as e:
raise exceptions.LiteralError(l, str(e))
def lnot(self, tree):
a = tree.children[0]
if isinstance(a, Tree):
return tree
elif not a.isConstNumber():
return tree
else:
return _const(Position.fromAny(tree), IntType(False, 1),
1 if a.getSource() == 0 else 0)
def land(self, tree):
a, b = tree.children
if isinstance(a, Tree) or isinstance(b, Tree):
return tree
elif a.isConstNumber():
if bool(a.getSource()):
return b
else:
return _const(Position.fromAny(tree), IntType(False, 1), 0)
else:
return tree
def sizeof_expr(self, t):
child = t.children[0]
if isinstance(child, Tree):
try:
type = TypeofTransformer().transform(child)
except VisitError as e:
raise e.orig_exc
else:
type = child.getType()
return _const(Position.fromAny(t), IntType(False, 2),
type.getReserveSize())
def ne(self, tree):
return binary(tree, operator.ne, IntType(False, 1))
def eq(self, tree):
return binary(tree, operator.eq, IntType(False, 1))
def gt(self, tree):
return binary(tree, operator.gt, IntType(False, 1))