pb_param,
'samples':
[GMapsAPIPrivate(pb_param, url).serialize_sample(qs)]
})
else:
endpoints.append({
'transport':
'pburl_public',
'proto_path':
'',
'proto_msg':
'',
'url':
url,
'samples':
[GMapsAPIPublic(None, url).serialize_sample(qs)]
})
print('[Captured]', url, qs, data)
if proto not in proto_to_urls:
proto_to_urls[proto] = set()
proto_to_urls[proto].add(url)
return
print('[Not captured]', url, data, '/', 'across', '=>', sent_msgs)
if __name__ == '__main__':
extractor_main('pburl_extract')
if fdefaultormsg in consts:
fdefaultormsg = consts[fdefaultormsg]
parse_default(field, ftype, fdefaultormsg)
else:
fdefaultormsg = None
if ftype in ('group', 'message'):
ftype = 'bytes'
field.type = type_consts[ftype]
summary[int(fnumber)] = (flabel, ftype, fdefaultormsg)
msg_path_to_obj[cls + '.' + var] = message
print(summary)
type_consts = {
k.split('_')[1].lower(): v
for k, v in FieldDescriptorProto.Type.items()
}
label_consts = {
k.split('_')[1].lower(): v
for k, v in FieldDescriptorProto.Label.items()
}
if __name__ == '__main__':
extractor_main('jar_extract')
# Search back for the (1, length-delimited) marker
start = binr.rfind(b'\x0a', max(cursor - 128, 0), cursor)
if start > 0 and binr[start - 1] == 0x0a == (cursor - start - 1):
start -= 1
if start == -1 or (cursor - start - 2) != binr[start + 1]:
continue
# Look just after for subsequent markers
tags = b'\x12\x1a\x22\x2a\x32\x3a\x42\x4a\x50\x58\x62'
if binr[cursor] not in tags:
continue
while cursor < len(binr) and binr[cursor] in tags:
tags = tags[tags.index(binr[cursor]):]
varint, end = _DecodeVarint(binr, cursor + 1)
cursor = end + varint * (binr[cursor] & 0b111 == 2)
# Parse descriptor
proto = FileDescriptorProto()
proto.ParseFromString(binr[start:cursor])
# Convert to ascii
yield descpb_to_proto(proto)
if __name__ == '__main__':
extractor_main('from_binary')
