def test_structure_alloc_instance():
class st(pstruct.type):
_fields_ = [(pint.uint16_t, 'a'), (pint.uint32_t, 'b')]
a = st().alloc(a=pint.uint32_t().set(0x0d0e0a0d), b=0x0d0e0a0d)
if a['a'].int() == 0x0d0e0a0d and a['b'].int() == 0x0d0e0a0d:
raise Success
def test_structure_set_initialized_instance():
class st(pstruct.type):
_fields_ = [
(pint.int_t, 'a'),
]
a = st().a.set(a=pint.uint32_t().set(20))
if a['a'].size() == 4 and a['a'].int() == 20:
raise Success
def test_structure_set_initialized_instance():
class st(pstruct.type):
_fields_ = [
(pint.int_t, 'a'),
]
a = st().a.set(a=pint.uint32_t().set(20))
if a['a'].size() == 4 and a['a'].int() == 20:
raise Success
def test_int_revert_littleendian_uint32_load():
pint.setbyteorder(config.byteorder.littleendian)
a = pint.uint32_t(source=provider.string(string2)).l
if a.int() == 0x0abcdef0 and a.serialize() == string2:
raise Success
print a, a.serialize().encode('hex')
def test_int_revert_littleendian_uint32_load():
pint.setbyteorder(config.byteorder.littleendian)
a = pint.uint32_t(source=provider.bytes(string2)).l
if a.int() == 0x0abcdef0 and a.serialize() == string2:
raise Success
print(a, tohex(a.serialize()))
def test_structure_alloc_instance():
class st(pstruct.type):
_fields_ = [(pint.uint16_t,'a'),(pint.uint32_t,'b')]
a = st().alloc(a=pint.uint32_t().set(0x0d0e0a0d),b=0x0d0e0a0d)
if a['a'].int() == 0x0d0e0a0d and a['b'].int() == 0x0d0e0a0d:
raise Success
def test_array_set_initialized_instance():
b = ptype.clone(parray.type,_object_=pint.uint8_t,length=4)
a = parray.type(_object_=pint.uint8_t,length=4).a
a.set(tuple(pint.uint32_t().set(0x40) for x in six.moves.range(4)))
if sum(x.int() for x in a) == 256:
raise Success
def test_array_set_initialized_instance():
b = ptype.clone(parray.type,_object_=pint.uint8_t,length=4)
a = parray.type(_object_=pint.uint8_t,length=4).a
a.set(tuple(pint.uint32_t().set(0x40) for x in range(4)))
if sum(x.int() for x in a) == 256:
raise Success