def test_map_struct_with_xarray(self):
xarray_type = X_ARRAY(self.BasicStruct, ref_member('count'))
class StructWithXArray(object):
__metaclass__ = StructType
@staticmethod
def attributes():
yield UINT16, 'count'
yield dict(type=xarray_type, name='items')
bin_item = dict(type=StructWithXArray)
events = bintype_map_events(bin_item)
self.assertEquals((STARTEVENT, bin_item), events.next())
self.assertEquals((None, dict(type=UINT16, name='count')),
events.next())
self.assertEquals((STARTEVENT, dict(type=xarray_type, name='items')),
events.next())
self.assertEquals((STARTEVENT, dict(type=self.BasicStruct)),
events.next())
self.assertEquals((None, dict(type=UINT16, name='a')), events.next())
self.assertEquals((None, dict(type=UINT16, name='b')), events.next())
self.assertEquals((ENDEVENT, dict(type=self.BasicStruct)),
events.next())
self.assertEquals((ENDEVENT, dict(type=xarray_type, name='items')),
events.next())
self.assertEquals((ENDEVENT, bin_item), events.next())
def test_resolve_xarray(self):
xarray_type = X_ARRAY(UINT16, ref_member('a'))
class StructWithXArray(object):
__metaclass__ = StructType
@staticmethod
def attributes():
yield UINT16, 'a'
yield dict(name='b', type=xarray_type)
static_events = bintype_map_events(dict(type=StructWithXArray))
static_events = list(static_events)
events = static_to_mutable(iter(static_events))
events = resolve_typedefs(events, dict())
ev, struct = events.next()
self.assertEquals((STARTEVENT, struct), (ev, struct))
self.assertEquals((None, dict(name='a', type=UINT16)), events.next())
struct['value'] = dict(a=0)
self.assertEquals(
(STARTEVENT, dict(name='b', count=0, type=xarray_type)),
events.next())
self.assertEquals(
(ENDEVENT, dict(name='b', count=0, type=xarray_type)),
events.next())
self.assertEquals((ENDEVENT, struct), events.next())
events = static_to_mutable(iter(static_events))
events = resolve_typedefs(events, dict())
ev, struct = events.next()
self.assertEquals((STARTEVENT, struct), (ev, struct))
self.assertEquals((None, dict(name='a', type=UINT16)), events.next())
struct['value'] = dict(a=1)
self.assertEquals(
(STARTEVENT, dict(name='b', count=1, type=xarray_type)),
events.next())
self.assertEquals((None, dict(type=UINT16)), events.next())
self.assertEquals(
(ENDEVENT, dict(name='b', count=1, type=xarray_type)),
events.next())
self.assertEquals((ENDEVENT, struct), events.next())
events = static_to_mutable(iter(static_events))
events = resolve_typedefs(events, dict())
ev, struct = events.next()
self.assertEquals((STARTEVENT, struct), (ev, struct))
self.assertEquals((None, dict(name='a', type=UINT16)), events.next())
struct['value'] = dict(a=2)
self.assertEquals(
(STARTEVENT, dict(name='b', count=2, type=xarray_type)),
events.next())
self.assertEquals((None, dict(type=UINT16)), events.next())
self.assertEquals((None, dict(type=UINT16)), events.next())
self.assertEquals(
(ENDEVENT, dict(name='b', count=2, type=xarray_type)),
events.next())
self.assertEquals((ENDEVENT, struct), events.next())
def attributes(cls):
''' 표 70 표 개체 속성 '''
yield cls.Flags, 'flags'
yield UINT16, 'rows'
yield UINT16, 'cols'
yield HWPUNIT16, 'cellspacing'
# 표 72 안쪽 여백 정보
yield Margin, 'padding'
yield dict(type=X_ARRAY(UINT16, ref_member('rows')), name='rowcols')
yield UINT16, 'borderfill_id'
yield dict(type=N_ARRAY(UINT16, ZoneInfo),
name='validZones',
version=(5, 0, 0, 7))
def attributes(cls):
yield cls.Flags, 'flags'
yield HWPUNIT16, 'spacing'
def not_same_widths(context, values):
''' flags.same_widths == 0 '''
return not values['flags'].same_widths
def n_entries(member_ref):
def n_entries(context, values):
n_columns = member_ref(context, values)
return n_columns - 1
return n_entries
yield dict(name='column0', type=Column0, condition=not_same_widths)
yield dict(name='columns',
type=X_ARRAY(Column,
n_entries(ref_member_flag('flags', 'count'))),
condition=not_same_widths)
yield UINT16, 'attr2'
yield Border, 'splitter'
def attributes(cls):
''' 표 57 문단의 레이아웃 '''
yield dict(name='linesegs',
type=X_ARRAY(LineSeg, ref_parent_member('linesegs')))
def attributes():
yield dict(name='range_tags',
type=X_ARRAY(RangeTag, ref_parent_member('rangetags')))
def attributes():
''' 표 56 문단의 글자 모양 '''
yield dict(name='charshapes',
type=X_ARRAY(ARRAY(UINT32, 2),
ref_parent_member('charshapes')))
def attributes(cls):
''' 표 78 개체 요소 속성 '''
yield dict(type=CHID, name='chid0', condition=parent_must_be_gso)
yield CHID, 'chid'
yield SHWPUNIT, 'x_in_group'
yield SHWPUNIT, 'y_in_group'
yield WORD, 'level_in_group'
yield WORD, 'local_version'
yield SHWPUNIT, 'initial_width'
yield SHWPUNIT, 'initial_height'
yield SHWPUNIT, 'width'
yield SHWPUNIT, 'height'
yield cls.Flags, 'flags'
yield WORD, 'angle'
yield Coord, 'rotation_center'
''' 표 79 Rendering 정보 '''
yield WORD, 'scalerotations_count'
yield Matrix, 'translation'
yield dict(type=X_ARRAY(ScaleRotationMatrix,
ref_member('scalerotations_count')),
name='scalerotations')
#
# Container
#
yield dict(type=N_ARRAY(WORD, CHID),
name='controls',
condition=chid_is_container)
#
# Rectangle
#
''' 표 81 테두리 선 정보 '''
yield dict(type=BorderLine, name='border', condition=chid_is_rect)
''' 표 83 Outline style '''
# TODO: Outline ???
yield dict(type=cls.FillFlags, name='fill_flags',
condition=chid_is_rect)
yield dict(type=UINT16, name='unknown', condition=chid_is_rect)
yield dict(type=UINT8, name='unknown1', condition=chid_is_rect)
yield dict(type=FillColorPattern, name='fill_colorpattern',
condition=chid_is_rect_and_fill_colorpattern)
yield dict(type=FillGradation, name='fill_gradation',
condition=chid_is_rect_and_fill_gradation)
yield dict(type=FillImage, name='fill_image',
condition=chid_is_rect_and_fill_image)
yield dict(type=UINT32, name='fill_shape',
condition=chid_is_rect)
yield dict(type=BYTE, name='fill_blur_center',
condition=chid_is_rect_and_fill_gradation)
# TODO: 아래 두 필드: chid == $rec일 때만인지 확인 필요
yield dict(type=HexBytes(5), name='unknown2',
condition=chid_is_rect, version=(5, 0, 2, 4))
yield dict(type=HexBytes(16), name='unknown3',
condition=chid_is_rect, version=(5, 0, 2, 4))
#
# Line
#
yield dict(type=BorderLine, name='line',
condition=chid_is_line)