class CLSID(pstruct.type):
from ptypes.pint import littleendian, bigendian
_fields_ = [
(littleendian(pint.uint32_t), 'a'),
(littleendian(pint.uint16_t), 'b'),
(littleendian(pint.uint16_t), 'c'), # 64
(bigendian(pint.uint16_t), 'd'),
(bigendian(dyn.clone(pint.uint_t, length=6)), 'e')
]
def summary(self):
result = []
for k, v in self.items():
count = v.size() * 2
fmt = '%0' + str(count) + 'x'
result.append(fmt % int(v))
return '{' + '-'.join(result) + '}'
class DOUBLE(pfloat.double): pass
## int types
class SI8(pint.int8_t): pass
class SI16(pint.int16_t): pass
class SI24(pint.int_t): length = 3
class SI32(pint.int32_t): pass
class SI64(pint.int64_t): pass
class UI8(pint.int8_t): pass
class UI16(pint.int16_t): pass
class UI24(pint.int_t): length = 3
class UI32(pint.int32_t): pass
class UI64(pint.int64_t): pass
(SI8, UI8, SI16, UI16, SI32, UI32, UI64) = ( littleendian(x) for x in (SI8,UI8,SI16,UI16,SI32,UI32,UI64) )
## fixed-point types
class SI8_8(pfloat.sfixed_t): length,fractional = 2,8
class SI16_16(pfloat.sfixed_t): length,fractional = 4,16
class UI8_8(pfloat.fixed_t): length,fractional = 2,8
class UI16_16(pfloat.fixed_t): length,fractional = 4,16
class FIXED(UI16_16): pass
class FIXED8(SI8_8): pass
class STRING(pstr.szstring): pass
class Empty(ptype.type):
initialized = property(fget=lambda x: True, fset=lambda x,v: None)
value = ''
def test_int_littleendian_set():
b = pint.littleendian(pint.uint32_t)(source=provider.string(string2)).l
b.set(0x0abcdef0)
if b.int() == 0x0abcdef0 and b.serialize() == string2:
raise Success
print b, b.serialize().encode('hex')
def test_int_littleendian_set():
b = pint.littleendian(pint.uint32_t)(source=provider.bytes(string2)).l
b.set(0x0abcdef0)
if b.int() == 0x0abcdef0 and b.serialize() == string2:
raise Success
print(b, tohex(b.serialize()))