def test_simple_pprint(self):
elem = tags.uint8_tag('uuu8', 12)
inner = tags.container_tag('conb', elem)
in_data = tags.container_tag('cona', inner)
parsed = parser.parse(in_data, lookup_tag)
self.assertEqual(parser.pprint(parsed, lookup_tag),
'cona: [container, container]\n' +
' conb: [container, container 2]\n' +
' uuu8: 12 [uint, uint8]\n')
def test_simple_pprint():
elem = tags.uint8_tag("uuu8", 12)
inner = tags.container_tag("conb", elem)
in_data = tags.container_tag("cona", inner)
parsed = parser.parse(in_data, lookup_tag)
assert (parser.pprint(parsed,
lookup_tag) == "cona: [container, container]\n"
" conb: [container, container 2]\n"
" uuu8: 12 [uint, uint8]\n")
def test_simple_pprint(self):
elem = tags.uint8_tag("uuu8", 12)
inner = tags.container_tag("conb", elem)
in_data = tags.container_tag("cona", inner)
parsed = parser.parse(in_data, lookup_tag)
self.assertEqual(
parser.pprint(parsed, lookup_tag),
"cona: [container, container]\n" +
" conb: [container, container 2]\n" +
" uuu8: 12 [uint, uint8]\n",
)
async def handle_login(self, request):
"""Handle login requests."""
self._verify_headers(request)
self._verify_auth_parameters(request, check_login_id=True, check_session=False)
mlid = tags.uint32_tag("mlid", self.state.login_response.session)
mlog = tags.container_tag("mlog", mlid)
self.state.session = self.state.login_response.session
return web.Response(body=mlog, status=self.state.login_response.status)
def test_parse_value_in_container(self):
in_data = tags.container_tag(
"cona",
tags.uint8_tag("uuu8", 36) + tags.uint16_tag("uu16", 13000))
parsed = parser.parse(in_data, lookup_tag)
self.assertEqual(1, len(parsed))
inner = parser.first(parsed, "cona")
self.assertEqual(2, len(inner))
self.assertEqual(36, parser.first(inner, "uuu8"))
self.assertEqual(13000, parser.first(inner, "uu16"))
def test_parse_value_in_container():
in_data = tags.container_tag(
"cona",
tags.uint8_tag("uuu8", 36) + tags.uint16_tag("uu16", 13000))
parsed = parser.parse(in_data, lookup_tag)
assert 1 == len(parsed)
inner = parser.first(parsed, "cona")
assert 2 == len(inner)
assert 36 == parser.first(inner, "uuu8")
assert 13000 == parser.first(inner, "uu16")
def test_parse_value_in_container(self):
in_data = tags.container_tag('cona',
tags.uint8_tag('uuu8', 36) +
tags.uint16_tag('uu16', 13000))
parsed = parser.parse(in_data, lookup_tag)
self.assertEqual(1, len(parsed))
inner = parser.first(parsed, 'cona')
self.assertEqual(2, len(inner))
self.assertEqual(36, parser.first(inner, 'uuu8'))
self.assertEqual(13000, parser.first(inner, 'uu16'))
def handle_login(self, request):
"""Handle login requests."""
self._verify_headers(request)
self._verify_auth_parameters(
request, check_login_id=True, check_session=False)
data = self._get_response('login')
mlid = tags.uint32_tag('mlid', data.session)
mlog = tags.container_tag('mlog', mlid)
self.session = data.session
return web.Response(body=mlog, status=data.status)
async def handle_playstatus(self, request):
"""Handle playstatus (currently playing) requests."""
self._verify_auth_parameters(request)
body = b''
playing = self._get_response('playing')
# Check if connection should be closed to trigger error on client side
if playing.force_close:
await request.transport.close()
# Make sure revision matches
revision = int(request.rel_url.query['revision-number'])
if playing.revision != revision:
# Not a valid response as a real device, just to make tests fail
return web.Response(status=500)
if playing.paused is not None:
body += tags.uint32_tag('caps', 3 if playing.paused else 4)
if playing.title is not None:
body += tags.string_tag('cann', playing.title)
if playing.artist is not None:
body += tags.string_tag('cana', playing.artist)
if playing.album is not None:
body += tags.string_tag('canl', playing.album)
if playing.genre is not None:
body += tags.string_tag('cang', playing.genre)
if playing.total_time is not None:
total_time = playing.total_time * 1000 # sec -> ms
body += tags.uint32_tag('cast', total_time)
if playing.position is not None:
pos = (playing.total_time - playing.position)
print(playing.total_time, playing.position)
body += tags.uint32_tag('cant', pos * 1000) # sec -> ms
if playing.mediakind is not None:
body += tags.uint32_tag('cmmk', playing.mediakind)
if playing.playstatus is not None:
body += tags.uint32_tag('caps', playing.playstatus)
if playing.repeat is not None:
body += tags.uint8_tag('carp', playing.repeat)
body += tags.uint8_tag('cash', playing.shuffle)
body += tags.uint32_tag('cmsr', playing.revision + 1)
return web.Response(body=tags.container_tag('cmst', body), status=200)
async def handle_request(self, request):
"""Respond to request if PIN is correct."""
service_name = request.rel_url.query["servicename"]
received_code = request.rel_url.query["pairingcode"].lower()
_LOGGER.info("Got pairing request from %s with code %s", service_name,
received_code)
if self._verify_pin(received_code):
cmpg = tags.uint64_tag("cmpg", int(self._pairing_guid, 16))
cmnm = tags.string_tag("cmnm", self._name)
cmty = tags.string_tag("cmty", "iPhone")
response = tags.container_tag("cmpa", cmpg + cmnm + cmty)
self._has_paired = True
return web.Response(body=response)
# Code did not match, generate an error
return web.Response(status=500)
def handle_request(self, request):
"""Respond to request if PIN is correct."""
service_name = request.rel_url.query['servicename']
received_code = request.rel_url.query['pairingcode'].lower()
_LOGGER.info('Got pairing request from %s with code %s', service_name,
received_code)
if self._verify_pin(received_code):
cmpg = tags.uint64_tag('cmpg', int(self.pairing_guid, 16))
cmnm = tags.string_tag('cmnm', self._name)
cmty = tags.string_tag('cmty', 'ipod')
response = tags.container_tag('cmpa', cmpg + cmnm + cmty)
self._has_paired = True
return web.Response(body=response)
# Code did not match, generate an error
return web.Response(status=500)
async def set_metadata(
self,
rtpseq: int,
rtptime: int,
metadata: AudioMetadata,
) -> HttpResponse:
"""Change metadata for what is playing."""
payload = b""
if metadata.title:
payload += tags.string_tag("minm", metadata.title)
if metadata.album:
payload += tags.string_tag("asal", metadata.album)
if metadata.artist:
payload += tags.string_tag("asar", metadata.artist)
return await self.exchange(
"SET_PARAMETER",
content_type="application/x-dmap-tagged",
headers={
"Session": self.context.rtsp_session,
"RTP-Info": f"seq={rtpseq};rtptime={rtptime}",
},
body=tags.container_tag("mlit", payload),
)
async def handle_playstatus(self, request):
"""Handle playstatus (currently playing) requests."""
self._verify_auth_parameters(request)
body = b""
playing = self._get_response("playing")
# Check if connection should be closed to trigger error on client side
if playing.force_close:
await request.transport.close()
# Make sure revision matches
revision = int(request.rel_url.query["revision-number"])
if playing.revision != revision:
# Not a valid response as a real device, just to make tests fail
return web.Response(status=500)
if playing.playback_rate is not None:
# TODO : Magic constants
if math.isclose(playing.playback_rate, 0.0):
playstatus = 3
elif math.isclose(playing.playback_rate, 1.0):
playstatus = 4
elif playing.playback_rate > 0.0:
playstatus = 6
else:
playstatus = 5
body += tags.uint32_tag("caps", playstatus)
elif playing.paused is not None:
body += tags.uint32_tag("caps", 3 if playing.paused else 4)
elif playing.playstatus is not None:
body += tags.uint32_tag("caps", playing.playstatus)
if playing.title is not None:
body += tags.string_tag("cann", playing.title)
if playing.artist is not None:
body += tags.string_tag("cana", playing.artist)
if playing.album is not None:
body += tags.string_tag("canl", playing.album)
if playing.genre is not None:
body += tags.string_tag("cang", playing.genre)
if playing.total_time is not None:
total_time = playing.total_time * 1000 # sec -> ms
body += tags.uint32_tag("cast", total_time)
if playing.position is not None:
pos = playing.total_time - playing.position
print(playing.total_time, playing.position, pos * 1000)
body += tags.uint32_tag("cant", pos * 1000) # sec -> ms
if playing.mediakind is not None:
body += tags.uint32_tag("cmmk", playing.mediakind)
if playing.repeat is not None:
body += tags.uint8_tag("carp", playing.repeat.value)
if playing.shuffle is not None:
body += tags.uint8_tag("cash", playing.shuffle.value)
body += tags.uint32_tag("cmsr", playing.revision + 1)
return web.Response(body=tags.container_tag("cmst", body), status=200)
def test_extract_simplified_container(self):
elem = tags.uint8_tag("uuu8", 12)
inner = tags.container_tag("conb", elem)
in_data = tags.container_tag("cona", inner)
parsed = parser.parse(in_data, lookup_tag)
self.assertEqual(12, parser.first(parsed, "cona", "conb", "uuu8"))
def test_extract_simplified_container(self):
elem = tags.uint8_tag('uuu8', 12)
inner = tags.container_tag('conb', elem)
in_data = tags.container_tag('cona', inner)
parsed = parser.parse(in_data, lookup_tag)
self.assertEqual(12, parser.first(parsed, 'cona', 'conb', 'uuu8'))
