def test_array_set_initialized_container(): b = ptype.clone(parray.type,_object_=pint.uint8_t,length=4) a = parray.type(_object_=pint.uint8_t,length=4).a a.set((b,)*4) if sum(x.size() for x in a) == 16: 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_value(): a = parray.type(_object_=pint.uint32_t,length=4).a a.set((10,10,10,10)) if sum(x.int() for x in a) == 40: raise Success
def test_array_set_initialized_type(): a = parray.type(_object_=pint.uint8_t,length=4).a a.set((pint.uint32_t,)*4) if sum(x.size() for x in a) == 16: raise Success
def test_array_append_getoffset(): x = parray.type(length=2, _object_=pint.uint32_t, offset=0x10).a offset = x.append(pint.uint16_t) if offset == x.getoffset() + x[0].size() * 2: 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
def test_array_set_initialized_container(): b = ptype.clone(parray.type,_object_=pint.uint8_t,length=4) a = parray.type(_object_=pint.uint8_t,length=4).a a.set((b,)*4) if sum(x.size() for x in a) == 16: raise Success
def test_array_set_initialized_type(): a = parray.type(_object_=pint.uint8_t,length=4).a a.set((pint.uint32_t,)*4) if sum(x.size() for x in a) == 16: raise Success
def test_array_set_initialized_value(): a = parray.type(_object_=pint.uint32_t,length=4).a a.set((10,10,10,10)) if sum(x.int() for x in a) == 40: raise Success