def __init__(self, e):
if isinstance(e, str):
try:
e = xml.fromstring(e)
except xml.ParseError:
logger.warn("Skipping malformed line: {line}".format(line=e), exc_info=True)
return
if isinstance(e, xml.Element):
e = etree_to_dict(e)
if isinstance(e, dict):
e = DictObject.objectify(e)
assert isinstance(e, DictObject)
assert hasattr(e.item, "type")
self.type = ascii_integers_to_string(e.item.type)
self.code = ascii_integers_to_string(e.item.code)
self.length = int(e.item.length)
if "data" in e.item:
assert self.length > 0 # length is zero if data is undefined.
self.data = encoded_to_str(e.item.data["#text"], e.item.data["@encoding"], as_bytes=True)
if e.item.data["@encoding"] == "base64":
self._data_base64 = to_unicode(e.item.data["#text"])
else:
self._data_base64 = None
else:
assert self.length == 0 # length is zero if data is undefined.
self.data = to_binary("")
self._data_base64 = None
def __init__(self, e):
if isinstance(e, str):
try:
e = xml.fromstring(e)
except xml.ParseError:
logger.warn("Skipping malformed line: {line}".format(line=e),
exc_info=True)
return
if isinstance(e, xml.Element):
e = etree_to_dict(e)
if isinstance(e, dict):
e = DictObject.objectify(e)
assert isinstance(e, DictObject)
assert hasattr(e.item, "type")
self.type = ascii_integers_to_string(e.item.type)
self.code = ascii_integers_to_string(e.item.code)
self.length = int(e.item.length)
if "data" in e.item:
assert self.length > 0 # length is zero if data is undefined.
self.data = encoded_to_str(e.item.data["#text"],
e.item.data["@encoding"],
as_bytes=True)
if e.item.data["@encoding"] == "base64":
self._data_base64 = to_unicode(e.item.data["#text"])
else:
self._data_base64 = None
else:
assert self.length == 0 # length is zero if data is undefined.
self.data = to_binary("")
self._data_base64 = None
def base64(self):
if self._base64:
return self._base64
if self._binary:
self._base64 = encodebytes(to_binary(self._binary))
return self._base64
else:
return None
def base64(self): if self._base64: return self._base64 if self._binary: self._base64 = encodebytes(to_binary(self._binary)) return self._base64 else: return None
def base64(self):
if self._base64:
print("AirplayCoverArt: base 64 - created size %d" %
len(self._base64))
return self._base64
if self._binary:
print("AirplayCoverArt: base 64: binary - created size %d" %
len(self._binary))
self._base64 = encodebytes(to_binary(self._binary))
return self._base64
else:
return None
def do_write_text(self, msg, content_type="text/plain", is_binary=False):
# Now do servery stuff.
if not is_binary:
msg = to_binary(msg)
if msg is None:
self.send_response(404)
self.end_headers()
return
self.send_response(200)
self.send_header("Content-type", content_type)
self.send_header("Content-Length", str(len(msg)))
self.end_headers()
self.wfile.write(msg)
return
def do_write_text(self, msg, content_type="text/plain", is_binary=False):
# Now do servery stuff.
if not is_binary:
msg = to_binary(msg)
if msg is None:
self.send_response(404)
self.end_headers()
return
self.send_response(200)
self.send_header("Content-type", content_type)
self.send_header("Content-Length", str(len(msg)))
self.end_headers()
self.wfile.write(msg)
return
def test_other_impl(self):
false = False
true = True
null = None
test_data = {
'CAADBAADwwADmFmqDf6xBrPTReqHFgQ': {
"version": 4,
"subVersion": 22,
"typeId": 8,
"dc_id": 4,
"hasReference": false,
"hasWebLocation": false,
"type": "sticker",
"id": 984697977903775939,
"access_hash": -8653026958495010306
},
'CAACAgQAAxkBAAIC4l9CWDGzVUcDejU0TETLWbOdfsCoAALDAAOYWaoN_rEGs9NF6ocbBA':
{
"version": 4,
"subVersion": 27,
"typeId": 8,
"dc_id": 4,
"hasReference": true,
"hasWebLocation": false,
"type": "sticker",
"fileReference":
"01000002e25f425831b35547037a35344c44cb59b39d7ec0a8",
"id": 984697977903775939,
"access_hash": -8653026958495010306
},
'CAADBAADwwADmFmqDf6xBrPTReqHAg': {
"version": 2,
"subVersion": 0,
"typeId": 8,
"dc_id": 4,
"hasReference": false,
"hasWebLocation": false,
"type": "sticker",
"id": 984697977903775939,
"access_hash": -8653026958495010306
},
'CAADAgAD8wkAAgKLowABpAz7kZfM7jcC': {
"version": 2,
"subVersion": 0,
"typeId": 8,
"dc_id": 2,
"hasReference": false,
"hasWebLocation": false,
"type": "sticker",
"id": 46033261910034931,
"access_hash": 4030383667904449700
},
'CAACAgIAAxkBAAIBGV9DozZKicI-6IkNYlzxMUPaNnwBAALzCQACAoujAAGkDPuRl8zuNxsE':
{
"version": 4,
"subVersion": 27,
"typeId": 8,
"dc_id": 2,
"hasReference": true,
"hasWebLocation": false,
"type": "sticker",
"fileReference":
"01000001195f43a3364a89c23ee8890d625cf13143da367c01",
"id": 46033261910034931,
"access_hash": 4030383667904449700
},
'BQADAgAD3AkAAgKLowABKlAd1pemg-gC': {
"version": 2,
"subVersion": 0,
"typeId": 5,
"dc_id": 2,
"hasReference": false,
"hasWebLocation": false,
"type": "document",
"id": 46033261910034908,
"access_hash": -1692325863898656726
},
'CAACAgIAAxkBAAIEVF9Do80olppb0490gLH2I1cszuoMAALcCQACAoujAAEqUB3Wl6aD6BsE':
{
"version": 4,
"subVersion": 27,
"typeId": 8,
"dc_id": 2,
"hasReference": true,
"hasWebLocation": false,
"type": "sticker",
"fileReference":
"01000004545f43a3cd28969a5bd38f7480b1f623572cceea0c",
"id": 46033261910034908,
"access_hash": -1692325863898656726
},
'CAADAgADIwYAAmpiTwttSWWW_Tc0aQI': {
"version": 2,
"subVersion": 0,
"typeId": 8,
"dc_id": 2,
"hasReference": false,
"hasWebLocation": false,
"type": "sticker",
"id": 814978264983406115,
"access_hash": 7580745635060861293
},
'CAACAgIAAxkBAAIEVl9DpKV6azEUxxqd204SZQzixxO0AAIjBgACamJPC21JZZb9NzRpGwQ':
{
"version": 4,
"subVersion": 27,
"typeId": 8,
"dc_id": 2,
"hasReference": true,
"hasWebLocation": false,
"type": "sticker",
"fileReference":
"01000004565f43a4a57a6b3114c71a9ddb4e12650ce2c713b4",
"id": 814978264983406115,
"access_hash": 7580745635060861293
},
}
for file_id, expected in test_data.items():
obj = FileId.from_file_id(file_id)
self.assertIsInstance(obj, FileId, msg=f'file_id = {file_id!r}')
self.assertIsInstance(obj,
DocumentFileId,
msg=f'file_id = {file_id!r}')
self.assertEqual(expected.pop('version'),
obj.version,
msg=f'file_id = {file_id!r}')
self.assertEqual(expected.pop('subVersion'),
obj.sub_version,
msg=f'file_id = {file_id!r}')
self.assertEqual(expected.pop('typeId'),
obj.type_id,
msg=f'file_id = {file_id!r}')
self.assertEqual(expected.pop('type'),
obj.type_detailed,
msg=f'file_id = {file_id!r}')
self.assertEqual(expected.pop('dc_id'),
obj.dc_id,
msg=f'file_id = {file_id!r}')
self.assertEqual(expected.pop('hasReference'),
obj.has_reference,
msg=f'file_id = {file_id!r}')
self.assertEqual(expected.pop('hasWebLocation'),
obj.has_web_location,
msg=f'file_id = {file_id!r}')
self.assertEqual(expected.pop('id'),
obj.id,
msg=f'file_id = {file_id!r}')
self.assertEqual(expected.pop('access_hash', None),
obj.access_hash,
msg=f'file_id = {file_id!r}')
self.assertEqual(
to_binary(expected.pop('fileReference', b'')),
encode((obj.file_reference if obj.file_reference else b''),
'hex'),
msg=f'file_id = {file_id!r}')
self.assertEqual(
{},
expected,
msg=f'file_id = {file_id!r} - array shall be empty now.')
def data_base64(self):
if self._data_base64:
return self._data_base64
else:
return encodebytes(to_binary(self.data))
def data_base64(self): if self._data_base64: return self._data_base64 else: return encodebytes(to_binary(self.data))
