def indxByEq(self, valu):
if isinstance(valu, str) and valu.endswith('*'):
valu = valu.rstrip('*')
norm = s_chop.hexstr(valu)
return (('pref', self.indx(norm)), )
return Type.indxByEq(self, valu)
def _normPyStr(self, valu):
valu = s_chop.hexstr(valu)
if self._size and len(valu) != self._size:
raise s_exc.BadTypeValu(valu=valu,
reqwidth=self._size,
name=self.name,
mesg='invalid width')
return valu, {}
def test_chop_hexstr(self):
testvectors = [('0C', '0c'), ('10', '10'), ('0xffff', 'ffff'),
('0x0001', '0001'), ('C', s_exc.BadTypeValu),
('0xfff', s_exc.BadTypeValu),
('10001', s_exc.BadTypeValu), ('', s_exc.BadTypeValu),
('0x', s_exc.BadTypeValu), ('newp', s_exc.BadTypeValu)]
for v, e in testvectors:
if isinstance(e, str):
self.eq(s_chop.hexstr(v), e)
else:
self.raises(e, s_chop.hexstr, v)
def test_chop_hexstr(self):
testvectors = [
('0C', '0c'),
('10', '10'),
('0xffff', 'ffff'),
('0x0001', '0001'),
('C', s_exc.BadTypeValu),
('0xfff', s_exc.BadTypeValu),
('10001', s_exc.BadTypeValu),
('', s_exc.BadTypeValu),
('0x', s_exc.BadTypeValu),
('newp', s_exc.BadTypeValu)
]
for v, e in testvectors:
if isinstance(e, str):
self.eq(s_chop.hexstr(v), e)
else:
self.raises(e, s_chop.hexstr, v)
