def attributes(cls):
''' 표 33 문단 번호 '''
yield ARRAY(NumberingLevel, 7), 'levels'
yield UINT16, 'starting_number'
yield dict(type=ARRAY(UINT32, 7),
name='unknown',
version=(5, 0, 3, 0))
def attributes():
yield UINT16, 'byteorder'
yield UINT16, 'format'
yield UINT16, 'osversion'
yield UINT16, 'os'
yield ARRAY(BYTE, 16), 'clsid'
yield N_ARRAY(UINT32, MSOLEPropertySectionDesc), 'sections'
def test_typed_struct_attributes(self):
class SomeRandomStruct(Struct):
@staticmethod
def attributes():
yield INT32, 'a'
yield BSTR, 'b'
yield ARRAY(INT32, 3), 'c'
attributes = dict(a=1, b=u'abc', c=(4, 5, 6))
typed_attributes = typed_struct_attributes(SomeRandomStruct,
attributes, dict())
typed_attributes = list(typed_attributes)
expected = [
dict(name='a', type=INT32, value=1),
dict(name='b', type=BSTR, value='abc'),
dict(name='c', type=ARRAY(INT32, 3), value=(4, 5, 6))
]
self.assertEqual(expected, typed_attributes)
class ParaCharShapeList(list):
__metaclass__ = ArrayType
itemtype = ARRAY(UINT16, 2)
def read(cls, f, context):
bytes = f.read()
return cls.decode(bytes, context)
read = classmethod(read)
def decode(payload, context=None):
import struct
fmt = 'II'
unitsize = struct.calcsize('<' + fmt)
unitcount = len(payload) / unitsize
values = struct.unpack('<' + (fmt * unitcount), payload)
return list(
tuple(values[i * 2:i * 2 + 2]) for i in range(0, unitcount))
decode = staticmethod(decode)
def attributes():
''' 표 56 문단의 글자 모양 '''
yield dict(name='charshapes',
type=X_ARRAY(ARRAY(UINT32, 2),
ref_parent_member('charshapes')))
def attributes():
yield ARRAY(BYTE, 16), 'formatid'
yield UINT32, 'offset'
def attributes():
yield UINT16, 'byteOrder'
yield UINT16, 'version'
yield UINT32, 'systemIdentifier'
yield ARRAY(BYTE, 16), 'clsid'
yield N_ARRAY(UINT32, PropertySetDesc), 'propsetDescList'
def attributes():
yield INT32, 'a'
yield BSTR, 'b'
yield ARRAY(INT32, 3), 'c'
def test_new(self):
t1 = ARRAY(INT32, 3)
t2 = ARRAY(INT32, 3)
assert t1 is t2
assert N_ARRAY(INT32, INT32) is N_ARRAY(INT32, INT32)