def test_from_stream(self):
ae = self.assertEqual
ar = self.assertRaises
data_le = b"\x00\x0E\x15\x91\xC4\x95\xC2\x01"
data_be = data_le[::-1]
data_bad = b"\xFF\xFF\xFF\xFF\xFF\xFF\xFF\xFF"
stream = ByteIStream(data_le)
filetime1 = FILETIMETodatetime.from_stream(stream,
byte_order=LITTLE_ENDIAN)
filetime2 = FILETIMETodatetime.from_stream(stream, 0, LITTLE_ENDIAN)
stream = ByteIStream(data_be)
filetime3 = FILETIMETodatetime.from_stream(stream,
byte_order=BIG_ENDIAN)
filetime4 = FILETIMETodatetime.from_stream(stream, 0, BIG_ENDIAN)
ae(filetime1, datetime(2002, 11, 27, 3, 25, 0))
ae(filetime2, datetime(2002, 11, 27, 3, 25, 0))
ae(filetime3, datetime(2002, 11, 27, 3, 25, 0))
ae(filetime4, datetime(2002, 11, 27, 3, 25, 0))
stream = ByteIStream(data_bad)
ar(ValueError, FILETIMETodatetime.from_stream, stream)
def test_from_stream(self):
ae = self.assertEqual
ar = self.assertRaises
data_le = b"\x00\x0E\x15\x91\xC4\x95\xC2\x01"
data_be = data_le[::-1]
data_bad = b"\xFF\xFF\xFF\xFF\xFF\xFF\xFF\xFF"
stream = ByteIStream(data_le)
filetime1 = FILETIMETodatetime.from_stream(
stream, byte_order=LITTLE_ENDIAN
)
filetime2 = FILETIMETodatetime.from_stream(stream, 0, LITTLE_ENDIAN)
stream = ByteIStream(data_be)
filetime3 = FILETIMETodatetime.from_stream(
stream, byte_order=BIG_ENDIAN
)
filetime4 = FILETIMETodatetime.from_stream(stream, 0, BIG_ENDIAN)
ae(filetime1, datetime(2002, 11, 27, 3, 25, 0))
ae(filetime2, datetime(2002, 11, 27, 3, 25, 0))
ae(filetime3, datetime(2002, 11, 27, 3, 25, 0))
ae(filetime4, datetime(2002, 11, 27, 3, 25, 0))
stream = ByteIStream(data_bad)
ar(ValueError, FILETIMETodatetime.from_stream, stream)
def from_stream(cls, stream, offset=None):
"""Creates a :class:`DirEntry` object from a stream.
:type stream: :class:`lf.dec.IStream`
:param stream: A stream that contains the directory entry.
:type offset: ``int``
:param offset: The start of the directory entry in :attr:`stream`.
:rtype: :class:`DirEntry`
:returns: The corresponding :class:`DirEntry` object.
"""
if offset is not None:
stream.seek(offset, SEEK_SET)
# end if
values = dir_entry.from_buffer_copy(stream.read(128))
name = bytes(values.name)
if values.name_size <= 64:
name = name[:values.name_size]
# end if
new_name = name.decode("utf_16_le", "ignore")
if new_name:
name = new_name.split("\x00", 1)[0]
# end if
clsid = CLSIDToUUID.from_ctype(values.clsid)
btime = values.btime
try:
btime = FILETIMETodatetime.from_ctype(btime)
except (ValueError, TypeError):
btime = (btime.hi << 32) | btime.lo
# end try
mtime = values.mtime
try:
mtime = FILETIMETodatetime.from_ctype(mtime)
except (ValueError, TypeError):
mtime = (mtime.hi << 32) | mtime.lo
# end try
return DirEntry((
name, values.name_size, values.type, values.color, values.left_sid,
values.right_sid, values.child_sid, clsid, values.state, btime,
mtime, values.stream_sect_offset, values.stream_size
))
def from_stream(cls, stream, offset=None):
"""Creates a :class:`DirEntry` object from a stream.
:type stream: :class:`lf.dec.IStream`
:param stream: A stream that contains the directory entry.
:type offset: ``int``
:param offset: The start of the directory entry in :attr:`stream`.
:rtype: :class:`DirEntry`
:returns: The corresponding :class:`DirEntry` object.
"""
if offset is not None:
stream.seek(offset, SEEK_SET)
# end if
values = dir_entry.from_buffer_copy(stream.read(128))
name = bytes(values.name)
if values.name_size <= 64:
name = name[:values.name_size]
# end if
new_name = name.decode("utf_16_le", "ignore")
if new_name:
name = new_name.split("\x00", 1)[0]
# end if
clsid = CLSIDToUUID.from_ctype(values.clsid)
btime = values.btime
try:
btime = FILETIMETodatetime.from_ctype(btime)
except (ValueError, TypeError):
btime = (btime.hi << 32) | btime.lo
# end try
mtime = values.mtime
try:
mtime = FILETIMETodatetime.from_ctype(mtime)
except (ValueError, TypeError):
mtime = (mtime.hi << 32) | mtime.lo
# end try
return DirEntry((name, values.name_size, values.type, values.color,
values.left_sid, values.right_sid, values.child_sid,
clsid, values.state, btime, mtime,
values.stream_sect_offset, values.stream_size))
def test_from_int(self):
ae = self.assertEqual
ar = self.assertRaises
filetime = FILETIMETodatetime.from_int(0x01C295C491150E00)
ae(filetime, datetime(2002, 11, 27, 3, 25, 0))
ar(ValueError, FILETIMETodatetime.from_int, 0xFFFFFFFFFFFFFFFF)
def test_from_int(self):
ae = self.assertEqual
ar = self.assertRaises
filetime = FILETIMETodatetime.from_int(0x01C295C491150E00)
ae(filetime, datetime(2002, 11, 27, 3, 25, 0))
ar(ValueError, FILETIMETodatetime.from_int, 0xFFFFFFFFFFFFFFFF)
def test_from_ctype(self):
ae = self.assertEqual
ar = self.assertRaises
data = b"\x00\x0E\x15\x91\xC4\x95\xC2\x01"
data_bad = b"\xFF\xFF\xFF\xFF\xFF\xFF\xFF\xFF"
filetime = filetime_le.from_buffer_copy(data)
filetime = FILETIMETodatetime.from_ctype(filetime)
ae(filetime, datetime(2002, 11, 27, 3, 25, 0))
filetime = filetime_le.from_buffer_copy(data_bad)
ar(ValueError, FILETIMETodatetime.from_ctype, filetime)
def test_from_ctype(self):
ae = self.assertEqual
ar = self.assertRaises
data = b"\x00\x0E\x15\x91\xC4\x95\xC2\x01"
data_bad = b"\xFF\xFF\xFF\xFF\xFF\xFF\xFF\xFF"
filetime = filetime_le.from_buffer_copy(data)
filetime = FILETIMETodatetime.from_ctype(filetime)
ae(filetime, datetime(2002, 11, 27, 3, 25, 0))
filetime = filetime_le.from_buffer_copy(data_bad)
ar(ValueError, FILETIMETodatetime.from_ctype, filetime)
def filetime_to_datetime(filetime):
"""Converts a Microsoft FILETIME timestamp to a Python datetime object.
:parameters:
The time in FILETIME format.
:raises:
ValueError
If filetime is an invalid value.
:rtype: datetime
:returns: The timestamp as a datetime object.
"""
return FILETIMETodatetime.from_int(filetime)
def filetime_to_datetime(filetime):
"""Converts a Microsoft FILETIME timestamp to a Python datetime object.
:parameters:
The time in FILETIME format.
:raises:
ValueError
If filetime is an invalid value.
:rtype: datetime
:returns: The timestamp as a datetime object.
"""
return FILETIMETodatetime.from_int(filetime)
def from_ctype(cls, ctype):
""" Creates a :class:`INFO2Item` object from a ctype.
:type ctype: :class:`~lf.win.shell.recyclebin.ctypes.info2_item`
:param ctype: An info2_item object.
:rtype: :class:`INFO2Item`
:returns: The corresponding :class:`INFO2Item` object.
"""
if ctype.name_asc[0] == 0:
exists = False
start = 1
else:
exists = True
start = 0
# end if
name_asc = bytes(ctype.name_asc)
null_term = name_asc.find(b"\x00", start)
if null_term != -1:
name_asc = name_asc[:null_term]
# end if
name_uni = bytes(ctype.name_uni)
new_name_uni = _utf16_le_decoder(name_uni, "ignore")[0]
if new_name_uni:
name_uni = new_name_uni.split("\x00", 1)[0]
else:
name_uni = name_uni.split(b"\x00", 1)[0]
# end if
try:
dtime = FILETIMETodatetime.from_ctype(ctype.dtime)
except ValueError:
dtime = (ctype.dtime.hi << 32) | ctype.dtime.lo
# end try
return cls((
name_asc, ctype.id, ctype.drive_num, dtime, ctype.file_size,
name_uni, exists
))
def from_stream(cls, stream, offset=None):
"""Creates a :class:`CatalogEntry` object from a stream.
:type stream: :class:`~lf.dec.IStream`
:param stream: A stream that contains the structure.
:type offset: ``int``
:param offset: The start of the structure in :attr:`stream`.
:rtype: :class:`CatalogEntry`
:returns: The corresponding :class:`CatalogEntry` object.
"""
if offset is not None:
stream.seek(offset, SEEK_SET)
else:
offset = stream.tell()
# end if
entry = catalog_entry_header.from_buffer_copy(stream.read(16))
if entry.size > 16:
file_name = stream.read(entry.size - 16)
new_file_name = _utf16_le_decoder(file_name, "ignore")[0]
if new_file_name:
file_name = new_file_name.split("\x00", 1)[0]
# end if
else:
file_name = None
# end if
try:
mtime = FILETIMETodatetime.from_ctype(entry.mtime)
except (TypeError, ValueError):
mtime = (entry.mtime.hi << 32) | entry.mtime.lo
# end try
stream_name = "{0}".format(entry.id)
stream_name = stream_name[::-1]
return cls((entry.size, entry.id, mtime, file_name, stream_name))
def from_stream(cls, stream, offset=None):
"""Creates a :class:`CatalogEntry` object from a stream.
:type stream: :class:`~lf.dec.IStream`
:param stream: A stream that contains the structure.
:type offset: ``int``
:param offset: The start of the structure in :attr:`stream`.
:rtype: :class:`CatalogEntry`
:returns: The corresponding :class:`CatalogEntry` object.
"""
if offset is not None:
stream.seek(offset, SEEK_SET)
else:
offset = stream.tell()
# end if
entry = catalog_entry_header.from_buffer_copy(stream.read(16))
if entry.size > 16:
file_name = stream.read(entry.size - 16)
new_file_name = _utf16_le_decoder(file_name, "ignore")[0]
if new_file_name:
file_name = new_file_name.split("\x00", 1)[0]
# end if
else:
file_name = None
# end if
try:
mtime = FILETIMETodatetime.from_ctype(entry.mtime)
except (TypeError, ValueError):
mtime = (entry.mtime.hi << 32) | entry.mtime.lo
# end try
stream_name = "{0}".format(entry.id)
stream_name = stream_name[::-1]
return cls((entry.size, entry.id, mtime, file_name, stream_name))
def from_ctype(cls, ctype):
""" Creates a :class:`INFO2Item` object from a ctype.
:type ctype: :class:`~lf.win.shell.recyclebin.ctypes.info2_item`
:param ctype: An info2_item object.
:rtype: :class:`INFO2Item`
:returns: The corresponding :class:`INFO2Item` object.
"""
if ctype.name_asc[0] == 0:
exists = False
start = 1
else:
exists = True
start = 0
# end if
name_asc = bytes(ctype.name_asc)
null_term = name_asc.find(b"\x00", start)
if null_term != -1:
name_asc = name_asc[:null_term]
# end if
name_uni = bytes(ctype.name_uni)
new_name_uni = _utf16_le_decoder(name_uni, "ignore")[0]
if new_name_uni:
name_uni = new_name_uni.split("\x00", 1)[0]
else:
name_uni = name_uni.split(b"\x00", 1)[0]
# end if
try:
dtime = FILETIMETodatetime.from_ctype(ctype.dtime)
except ValueError:
dtime = (ctype.dtime.hi << 32) | ctype.dtime.lo
# end try
return cls((name_asc, ctype.id, ctype.drive_num, dtime,
ctype.file_size, name_uni, exists))
def convert_timestamp(timestamp, timestamp_type):
"""Converts a timestamp from an integer into a datetime object."""
if timestamp_type == "posix":
new_timestamp = POSIXTimeTodatetime.from_int(timestamp)
elif timestamp_type == "dosdate":
new_timestamp = DOSDateTimeTodatetime.from_ints(timestamp, None).date()
elif timestamp_type == "dostime":
new_timestamp = DOSDateTimeTodatetime.from_ints(None, timestamp).time()
elif timestamp_type == "filetime":
new_timestamp = FILETIMETodatetime.from_int(timestamp)
elif timestamp_type == "variant":
new_timestamp = VariantTimeTodatetime.from_float(timestamp)
else:
raise ValueError("Unknown timestamp type: {0}".format(timestamp_type))
# end if
return new_timestamp
def test__init__(self):
ae = self.assertEqual
ar = self.assertRaises
tdb = self.tdb
catalog_entries = [
CatalogEntry((
0x2E,
1,
FILETIMETodatetime.from_int(0x01CAA3B750989500),
"zoolemur1.jpg",
"1"
)),
CatalogEntry((
0x56,
2,
FILETIMETodatetime.from_int(0x01CAA3B74F676800),
"Copy (2) of danger-sign-shock.jpg",
"2"
)),
CatalogEntry((
0x5E,
3,
FILETIMETodatetime.from_int(0x01CAA3B74E363B00),
"Copy (2) of Kookaburra_at_Marwell.jpg",
"3"
)),
CatalogEntry((
0x54,
4,
FILETIMETodatetime.from_int(0x01CAA3B74F676800),
"Copy (2) of Makari_the_Tiger.jpg",
"4"
)),
CatalogEntry((
0x4A,
5,
FILETIMETodatetime.from_int(0x01CAA3B750989500),
"Copy (2) of prairiedogs.jpg",
"5"
)),
CatalogEntry((
0x46,
6,
FILETIMETodatetime.from_int(0x01CAA3B750989500),
"Copy (2) of zoolemur1.jpg",
"6"
)),
CatalogEntry((
0x4E,
7,
FILETIMETodatetime.from_int(0x01CAA3B74F676800),
"Copy of danger-sign-shock.jpg",
"7"
)),
CatalogEntry((
0x56,
8,
FILETIMETodatetime.from_int(0x01CAA3B74E363B00),
"Copy of Kookaburra_at_Marwell.jpg",
"8"
)),
CatalogEntry((
0x4C,
9,
FILETIMETodatetime.from_int(0x01CAA3B74F676800),
"Copy of Makari_the_Tiger.jpg",
"9"
)),
CatalogEntry((
0x42,
10,
FILETIMETodatetime.from_int(0x01CAA3B750989500),
"Copy of prairiedogs.jpg",
"01"
)),
CatalogEntry((
0x3E,
11,
FILETIMETodatetime.from_int(0x01CAA3B750989500),
"Copy of zoolemur1.jpg",
"11"
)),
CatalogEntry((
0x3E,
12,
FILETIMETodatetime.from_int(0x01CAA3B74F676800),
"danger-sign-shock.jpg",
"21"
)),
CatalogEntry((
0x46,
13,
FILETIMETodatetime.from_int(0x01CAA3B74E363B00),
"Kookaburra_at_Marwell.jpg",
"31"
)),
CatalogEntry((
0x3C,
14,
FILETIMETodatetime.from_int(0x01CAA3B74F676800),
"Makari_the_Tiger.jpg",
"41"
)),
CatalogEntry((
0x32,
15,
FILETIMETodatetime.from_int(0x01CAA3B750989500),
"prairiedogs.jpg",
"51"
)),
]
catalog = Catalog((96, 96, 15, catalog_entries))
md5_hashes = {
8: "41783146a36b0df9c0e450715439fa55",
4: "8524c25aab60e2a76ecb3fd1215c52fa",
2: "ca70cbc23a7e39fbeba90f027fef6e5c",
1: "925405772966a6c3bbcedec92c2cb29a",
3: "41783146a36b0df9c0e450715439fa55",
6: "925405772966a6c3bbcedec92c2cb29a",
5: "6bbeb0387e4f44aac21d582a1f2a467d",
7: "ca70cbc23a7e39fbeba90f027fef6e5c",
12: "ca70cbc23a7e39fbeba90f027fef6e5c",
10: "6bbeb0387e4f44aac21d582a1f2a467d",
9: "8524c25aab60e2a76ecb3fd1215c52fa",
11: "925405772966a6c3bbcedec92c2cb29a",
14: "8524c25aab60e2a76ecb3fd1215c52fa",
13: "41783146a36b0df9c0e450715439fa55",
15: "6bbeb0387e4f44aac21d582a1f2a467d"
}
ae(tdb.catalog, catalog)
ae(tdb.thumbnails.keys(), md5_hashes.keys())
for (key, hash) in md5_hashes.items():
ae(md5(tdb.thumbnails[key].data).hexdigest(), hash)
# end for
ar(
KeyError,
ThumbsDb, self.cfb,"thisisnotthecatalogyouarelookingfor"
)
def test_from_properties(self):
ae = self.assertEqual
blair_si_stream = self.blair_si_stream
sample_si_stream = self.sample_si_stream
blair_props = list()
sample_props = list()
control_metadata = SummaryInfo((
0x4E4,
None,
None,
None,
set([
"code_page", "title", "subject", "author", "keywords",
"comments", "template", "last_author", "rev", "edit_time_tot",
"print_time", "btime", "mtime", "page_count", "word_count",
"char_count", "app_name", "security"
]),
"Iraq- ITS INFRASTRUCTURE OF CONCEALMENT, DECEPTION AND "
"INTIMIDATION",
"",
"default",
"",
"",
"Normal.dot",
"MKhan",
"4",
FILETIMETodatetime.from_int(0x6B49D200),
FILETIMETodatetime.from_int(0x01C2C8A7296E8E00),
FILETIMETodatetime.from_int(0x01C2CB66F65A2200),
FILETIMETodatetime.from_int(0x01C2CB75E8F86400),
1,
0xF23,
0x564A,
None,
"Microsoft Word 8.0",
0,
))
property_set_stream = Builder.build(blair_si_stream)
blair_properties = property_set_stream.property_set_0.properties
metadata = SummaryInfo.from_properties(blair_properties)
ae(metadata, control_metadata)
sample_si_stream.seek(0x1F8, SEEK_SET)
cf_data = sample_si_stream.read(0x254A6)
control_metadata = SummaryInfo((
0x4E4,
None,
None,
None,
set([
"code_page", "title", "subject", "author", "keywords",
"comments", "template", "last_author", "rev", "edit_time_tot",
"btime", "mtime", "page_count", "word_count", "char_count",
"thumbnail", "app_name", "security"
]),
"title_value",
"subject_value",
"author_value",
"keyword0 keyword1",
"Comments in the comments box",
"Normal",
"lftest2",
"24",
FILETIMETodatetime.from_int(0x1176592E00),
None,
FILETIMETodatetime.from_int(0x01CAA3C0F0A6EC00),
FILETIMETodatetime.from_int(0x01CAA3D361570400),
7,
0xAA,
0x0550,
VtThumbnailValue((0x0254B4, cf_data, 0xFFFFFFFF, 3)),
"Microsoft Office Word",
8,
))
property_set_stream = Builder.build(sample_si_stream, 0)
sample_properties = property_set_stream.property_set_0.properties
metadata = SummaryInfo.from_properties(sample_properties)
ae(metadata, control_metadata)
def test__init__(self):
ae = self.assertEqual
ar = self.assertRaises
tdb = self.tdb
catalog_entries = [
CatalogEntry(
(0x2E, 1, FILETIMETodatetime.from_int(0x01CAA3B750989500),
"zoolemur1.jpg", "1")),
CatalogEntry(
(0x56, 2, FILETIMETodatetime.from_int(0x01CAA3B74F676800),
"Copy (2) of danger-sign-shock.jpg", "2")),
CatalogEntry(
(0x5E, 3, FILETIMETodatetime.from_int(0x01CAA3B74E363B00),
"Copy (2) of Kookaburra_at_Marwell.jpg", "3")),
CatalogEntry(
(0x54, 4, FILETIMETodatetime.from_int(0x01CAA3B74F676800),
"Copy (2) of Makari_the_Tiger.jpg", "4")),
CatalogEntry(
(0x4A, 5, FILETIMETodatetime.from_int(0x01CAA3B750989500),
"Copy (2) of prairiedogs.jpg", "5")),
CatalogEntry(
(0x46, 6, FILETIMETodatetime.from_int(0x01CAA3B750989500),
"Copy (2) of zoolemur1.jpg", "6")),
CatalogEntry(
(0x4E, 7, FILETIMETodatetime.from_int(0x01CAA3B74F676800),
"Copy of danger-sign-shock.jpg", "7")),
CatalogEntry(
(0x56, 8, FILETIMETodatetime.from_int(0x01CAA3B74E363B00),
"Copy of Kookaburra_at_Marwell.jpg", "8")),
CatalogEntry(
(0x4C, 9, FILETIMETodatetime.from_int(0x01CAA3B74F676800),
"Copy of Makari_the_Tiger.jpg", "9")),
CatalogEntry(
(0x42, 10, FILETIMETodatetime.from_int(0x01CAA3B750989500),
"Copy of prairiedogs.jpg", "01")),
CatalogEntry(
(0x3E, 11, FILETIMETodatetime.from_int(0x01CAA3B750989500),
"Copy of zoolemur1.jpg", "11")),
CatalogEntry(
(0x3E, 12, FILETIMETodatetime.from_int(0x01CAA3B74F676800),
"danger-sign-shock.jpg", "21")),
CatalogEntry(
(0x46, 13, FILETIMETodatetime.from_int(0x01CAA3B74E363B00),
"Kookaburra_at_Marwell.jpg", "31")),
CatalogEntry(
(0x3C, 14, FILETIMETodatetime.from_int(0x01CAA3B74F676800),
"Makari_the_Tiger.jpg", "41")),
CatalogEntry(
(0x32, 15, FILETIMETodatetime.from_int(0x01CAA3B750989500),
"prairiedogs.jpg", "51")),
]
catalog = Catalog((96, 96, 15, catalog_entries))
md5_hashes = {
8: "41783146a36b0df9c0e450715439fa55",
4: "8524c25aab60e2a76ecb3fd1215c52fa",
2: "ca70cbc23a7e39fbeba90f027fef6e5c",
1: "925405772966a6c3bbcedec92c2cb29a",
3: "41783146a36b0df9c0e450715439fa55",
6: "925405772966a6c3bbcedec92c2cb29a",
5: "6bbeb0387e4f44aac21d582a1f2a467d",
7: "ca70cbc23a7e39fbeba90f027fef6e5c",
12: "ca70cbc23a7e39fbeba90f027fef6e5c",
10: "6bbeb0387e4f44aac21d582a1f2a467d",
9: "8524c25aab60e2a76ecb3fd1215c52fa",
11: "925405772966a6c3bbcedec92c2cb29a",
14: "8524c25aab60e2a76ecb3fd1215c52fa",
13: "41783146a36b0df9c0e450715439fa55",
15: "6bbeb0387e4f44aac21d582a1f2a467d"
}
ae(tdb.catalog, catalog)
ae(tdb.thumbnails.keys(), md5_hashes.keys())
for (key, hash) in md5_hashes.items():
ae(md5(tdb.thumbnails[key].data).hexdigest(), hash)
# end for
ar(KeyError, ThumbsDb, self.cfb, "thisisnotthecatalogyouarelookingfor")
def test_from_properties(self):
ae = self.assertEqual
blair_si_stream = self.blair_si_stream
sample_si_stream = self.sample_si_stream
blair_props = list()
sample_props = list()
control_metadata = SummaryInfo((
0x4E4,
None,
None,
None,
set([
"code_page",
"title",
"subject",
"author",
"keywords",
"comments",
"template",
"last_author",
"rev",
"edit_time_tot",
"print_time",
"btime",
"mtime",
"page_count",
"word_count",
"char_count",
"app_name",
"security"
]),
"Iraq- ITS INFRASTRUCTURE OF CONCEALMENT, DECEPTION AND "
"INTIMIDATION",
"",
"default",
"",
"",
"Normal.dot",
"MKhan",
"4",
FILETIMETodatetime.from_int(0x6B49D200),
FILETIMETodatetime.from_int(0x01C2C8A7296E8E00),
FILETIMETodatetime.from_int(0x01C2CB66F65A2200),
FILETIMETodatetime.from_int(0x01C2CB75E8F86400),
1,
0xF23,
0x564A,
None,
"Microsoft Word 8.0",
0,
))
property_set_stream = Builder.build(blair_si_stream)
blair_properties = property_set_stream.property_set_0.properties
metadata = SummaryInfo.from_properties(blair_properties)
ae(metadata, control_metadata)
sample_si_stream.seek(0x1F8, SEEK_SET)
cf_data = sample_si_stream.read(0x254A6)
control_metadata = SummaryInfo((
0x4E4,
None,
None,
None,
set([
"code_page",
"title",
"subject",
"author",
"keywords",
"comments",
"template",
"last_author",
"rev",
"edit_time_tot",
"btime",
"mtime",
"page_count",
"word_count",
"char_count",
"thumbnail",
"app_name",
"security"
]),
"title_value",
"subject_value",
"author_value",
"keyword0 keyword1",
"Comments in the comments box",
"Normal",
"lftest2",
"24",
FILETIMETodatetime.from_int(0x1176592E00),
None,
FILETIMETodatetime.from_int(0x01CAA3C0F0A6EC00),
FILETIMETodatetime.from_int(0x01CAA3D361570400),
7,
0xAA,
0x0550,
VtThumbnailValue((
0x0254B4,
cf_data,
0xFFFFFFFF,
3
)),
"Microsoft Office Word",
8,
))
property_set_stream = Builder.build(sample_si_stream, 0)
sample_properties = property_set_stream.property_set_0.properties
metadata = SummaryInfo.from_properties(sample_properties)
ae(metadata, control_metadata)