def acquire_lock(lock_key, time=None):
'''
Acquire lock.
若lock不存在即当前状态为unlock，则获取到，将状态改为locked，返回True
若lock存在即当前状态为locked，则未获取到，返回False
'''
v = redis.get(lock_key)
if v is None:
if time is None:
time = app.config['REDIS_EXPIRE_TIME_SHORT']
redis.setex(lock_key, 1, time)
return True
else:
return False
async def run(self, uuid):
redis.incr("exec_sum")
redis.incr(uuid + "&&exec_sum")
workflow_info = Workflow.select('uuid', 'name', 'remarks', 'start_app',
'end_app', 'input_app', 'webhook_app',
'timer_app', 'flow_json', 'flow_data',
'controller_data', 'local_var_data',
'status').where("uuid", uuid).first()
if workflow_info:
if str(workflow_info.status) == "1":
return False
self.workflow_name = workflow_info.name
self.workflow_remarks = workflow_info.remarks
self.start_app = workflow_info.start_app
self.end_app = workflow_info.end_app
self.input_app = workflow_info.input_app
self.webhook_app = workflow_info.webhook_app
self.timer_app = workflow_info.timer_app
self.flow_json = json.loads(workflow_info.flow_json)
self.flow_data = json.loads(workflow_info.flow_data)
await self.make_var(workflow_info.local_var_data,
workflow_info.controller_data)
target_app = await self.find_start_app(
edges=self.flow_json["edges"], start_app=self.start_app)
await self.add_execute_logs(uuid=uuid,
app_uuid=self.start_app,
app_name="开始",
result="剧本开始执行",
status=0,
html="<span>剧本开始执行</span>")
is_while = True
while is_while:
try:
edge_name, source_app, next_app, is_switch, edge_action, edge_if_else = await self.find_next_app(
edges=self.flow_json["edges"], next_app=target_app)
except Exception as e:
await self.add_execute_logs(
uuid=uuid,
app_uuid="",
app_name="",
result="当前剧本不具有可执行条件",
status=1,
html="<span>当前剧本不具有可执行条件</span>")
await self.decr_sum(uuid=uuid)
is_while = False
break
key = target_app + "&&" + self.only_id + "&&sum"
if redis.exists(key) == 1:
sum = redis.get(key)
redis.set(key, int(sum) + 1, ex=60 * 1)
else:
redis.set(key, 1, ex=60 * 1)
if self.input_app == source_app or self.webhook_app == source_app or self.timer_app == source_app:
is_status, if_else_result = await self.get_app_data(
uuid=uuid, app_uuid=source_app)
else:
source_info = self.flow_data[source_app]
is_status, if_else_result = await self.get_app_data(
uuid=uuid, app_uuid=source_app, app_info=source_info)
if is_status == 0:
if is_switch:
if str(edge_action) == "1":
is_arr = re.findall(r'\[\w*.+\]', edge_if_else)
if len(is_arr) > 0:
edge_if_else_arr = str(is_arr[0]).replace(
"[", "").replace("]", "").split(",")
if if_else_result in edge_if_else_arr:
target_app = next_app
else:
pass
else:
if edge_if_else == if_else_result:
target_app = next_app
else:
pass
elif str(edge_action) == "2":
is_arr = re.findall(r'\[\w*.+\]', edge_if_else)
if len(is_arr) > 0:
edge_if_else_arr = str(is_arr[0]).replace(
"[", "").replace("]", "").split(",")
if if_else_result not in edge_if_else_arr:
target_app = next_app
else:
pass
else:
if edge_if_else != if_else_result:
target_app = next_app
else:
pass
elif str(edge_action) == "3":
is_arr = re.findall(r'{0}'.format(edge_if_else),
if_else_result)
if len(is_arr) > 0:
target_app = next_app
else:
pass
else:
target_app = next_app
else:
is_while = False
if next_app == self.end_app:
await self.add_execute_logs(uuid=uuid,
app_uuid=self.end_app,
app_name="结束",
result="剧本执行结束",
status=0,
html="<span>剧本执行结束</span>")
await self.add_report()
await self.decr_sum(uuid=uuid)
is_while = False
break
def check():
active = redis.get("active_requests")
if active > 0:
leds.enable_act_led()
else:
leds.disable_act_led()
async def get_app_data(self, uuid, app_uuid, app_info=None):
key_result = app_uuid + "&&" + self.only_id + "&&result"
key_status = app_uuid + "&&" + self.only_id + "&&status"
if self.input_app == app_uuid or self.webhook_app == app_uuid or self.timer_app == app_uuid:
if redis.exists(key_result) == 0:
result_data = await self.execute(app_uuid=app_uuid)
result = str(result_data["result"])
redis.set(key_result, result, ex=60 * 1)
redis.set(key_status, result_data["status"], ex=60 * 1)
if self.input_app == app_uuid:
await self.add_execute_logs(uuid=uuid,
app_uuid=app_uuid,
app_name="用户输入",
result=result,
status=result_data["status"],
html=result)
elif self.webhook_app == app_uuid:
await self.add_execute_logs(uuid=uuid,
app_uuid=app_uuid,
app_name="WebHook",
result=result,
status=result_data["status"],
html=result)
elif self.timer_app == app_uuid:
await self.add_execute_logs(uuid=uuid,
app_uuid=app_uuid,
app_name="定时器",
result=result,
status=result_data["status"],
html=result)
return result_data["status"], result
else:
return int(redis.get(key_status).decode()), redis.get(
key_result).decode()
else:
if redis.exists(key_result) == 0:
result_data = await self.execute(app_uuid=app_uuid,
app_dir=app_info["app_dir"],
data=app_info["data"])
result = str(result_data["result"])
redis.set(key_result, result, ex=60 * 1)
redis.set(key_status, result_data["status"], ex=60 * 1)
if str(result_data["html"]) == "":
html_data = result
else:
html_data = result_data["html"]
await self.add_execute_logs(
uuid=uuid,
app_uuid=app_uuid,
app_name=app_info["data"]["node_name"],
result=result,
status=result_data["status"],
html=html_data,
args=result_data["args"])
return result_data["status"], result
else:
return int(redis.get(key_status).decode()), redis.get(
key_result).decode()
async def execute(self, app_uuid, app_dir=None, data=None):
args_data = copy.deepcopy(data)
if app_dir:
args_data["app_dir"] = app_dir
args_data_json_x = json.dumps(args_data)
if self.input_app == app_uuid or self.webhook_app == app_uuid:
key = app_uuid + "&&" + self.only_id + "&&text"
return {
"status": 0,
"result": redis.get(key).decode(),
"args": args_data_json_x,
"html": ""
}
if self.timer_app == app_uuid:
return {
"status": 0,
"result": "定时器正在执行",
"args": args_data_json_x,
"html": ""
}
is_identification = await self.is_identification(app_dir=app_dir)
if is_identification == False:
return {
"status": 1,
"result": "请勿使用非法应用",
"args": args_data_json_x,
"html": ""
}
is_public_status, is_public = await self.is_public(app_dir=app_dir)
if is_public_status == 0:
return {
"status": 1,
"result": "请配置 is_public",
"args": args_data_json_x,
"html": ""
}
import_path = ""
if platform.system() == 'Windows':
import_path = 'apps.' + str(app_dir) + '.windows.run'
elif platform.system() == 'Linux':
import_path = 'apps.' + str(app_dir) + '.linux.run'
elif platform.system() == "Darwin":
import_path = 'apps.' + str(app_dir) + '.mac.run'
try:
data["app"] = __import__(import_path, fromlist=['*'])
except Exception as e:
return {
"status": 1,
"result": "请使用正确的应用",
"args": args_data_json_x,
"html": ""
}
args = ""
for key in data:
if key != "node_name" and key != "action" and key != "app" and key != "action_name" and key != "description" and key != "app_dir":
args = args + "," + key
var_status, text = await self.analysis_var(text=str(data[key]))
redis_key = app_uuid + "&&" + self.only_id + "&&" + key
redis.set(redis_key, text, ex=60 * 1)
if var_status == 0:
data[key] = text
args_data[key] = text
else:
return {
"status": var_status,
"result": text,
"args": args_data_json_x,
"html": ""
}
args_data_json = json.dumps(args_data)
eval_action = "app.{action}({args})".format(action=data["action"],
args=args[1:])
try:
result_data = await eval(eval_action, data)
except TypeError as e:
return {
"status": 1,
"result": "请勿使用非法应用",
"args": args_data_json,
"html": ""
}
if "status" not in result_data:
return {
"status": 2,
"result": "APP 错误，请检测 status 返回字段",
"args": args_data_json,
"html": ""
}
if "result" not in result_data:
return {
"status": 2,
"result": "APP 错误，请检测 result 返回字段",
"args": args_data_json,
"html": ""
}
if "html" not in result_data:
html_data = ""
else:
html_data = result_data["html"]
return {
"status": result_data["status"],
"result": str(result_data["result"]),
"args": args_data_json,
"html": html_data
}
def state_dict() -> Dict[str, Any]:
"""Extends the base state with musiq-specific information and returns it."""
state = base.state_dict()
musiq_state: Dict[str, Any] = {}
musiq_state["paused"] = storage.get("paused")
musiq_state["shuffle"] = storage.get("shuffle")
musiq_state["repeat"] = storage.get("repeat")
musiq_state["autoplay"] = storage.get("autoplay")
musiq_state["volume"] = storage.get("volume")
try:
current_song = CurrentSong.objects.get()
current_song_dict = model_to_dict(current_song)
current_song_dict = util.camelize(current_song_dict)
current_song_dict["durationFormatted"] = song_utils.format_seconds(
current_song_dict["duration"])
musiq_state["currentSong"] = current_song_dict
paused = storage.get("paused")
if paused:
progress = (current_song.last_paused -
current_song.created).total_seconds()
else:
progress = (timezone.now() - current_song.created).total_seconds()
progress /= current_song.duration
musiq_state["progress"] = progress * 100
except CurrentSong.DoesNotExist:
musiq_state["currentSong"] = None
musiq_state["paused"] = True
musiq_state["progress"] = 0
song_queue = []
total_time = 0
all_songs = queue.all()
if storage.get("interactivity") in [
storage.Interactivity.upvotes_only,
storage.Interactivity.full_voting,
]:
all_songs = all_songs.order_by("-votes", "index")
for song in all_songs:
song_dict = model_to_dict(song)
song_dict = util.camelize(song_dict)
song_dict["durationFormatted"] = song_utils.format_seconds(
song_dict["duration"])
song_queue.append(song_dict)
if song_dict["duration"] < 0:
# skip duration of placeholders
continue
total_time += song_dict["duration"]
musiq_state["totalTimeFormatted"] = song_utils.format_seconds(total_time)
musiq_state["songQueue"] = song_queue
if state["alarm"]:
musiq_state["currentSong"] = {
"queueKey": -1,
"manuallyRequested": False,
"votes": 0,
"created": "",
# https://github.com/python/mypy/issues/4976
**util.camelize(cast(Dict[Any, Any], get_alarm_metadata())),
}
musiq_state["progress"] = 0
musiq_state["paused"] = False
elif redis.get("backup_playing"):
musiq_state["currentSong"] = {
"queueKey": -1,
"manuallyRequested": False,
"votes": 0,
"internalUrl": "backup_stream",
"externalUrl": storage.get("backup_stream"),
"artist": "",
"title": "Backup Stream",
"duration": 60 * 60 * 24,
"created": "",
}
musiq_state["paused"] = False
state["musiq"] = musiq_state
return state
def online_suggestions(request: WSGIRequest) -> JsonResponse:
"""Returns online suggestions for a given query."""
query = request.GET["term"]
suggest_playlist = request.GET["playlist"] == "true"
if storage.get("new_music_only"):
return JsonResponse([], safe=False)
results: List[SuggestionResult] = []
if storage.get("online_suggestions") and redis.get("has_internet"):
threads = []
results_lock = threading.Lock()
def fetch_youtube() -> None:
from core.musiq.youtube import Youtube
youtube_suggestions = Youtube().get_search_suggestions(query)
youtube_suggestions = youtube_suggestions[:storage.get(
"youtube_suggestions")]
with results_lock:
for suggestion in youtube_suggestions:
results.append({
"key": -1,
"value": suggestion,
"type": "youtube-online"
})
def fetch_spotify() -> None:
from core.musiq.spotify import Spotify
spotify_suggestions = Spotify().get_search_suggestions(
query, suggest_playlist)
spotify_suggestions = spotify_suggestions[:storage.get(
"spotify_suggestions")]
with results_lock:
for suggestion, external_url in spotify_suggestions:
results.append({
"key": external_url,
"value": suggestion,
"type": "spotify-online",
})
def fetch_soundcloud() -> None:
from core.musiq.soundcloud import Soundcloud
soundcloud_suggestions = Soundcloud().get_search_suggestions(query)
soundcloud_suggestions = soundcloud_suggestions[:storage.get(
"soundcloud_suggestions")]
with results_lock:
for suggestion in soundcloud_suggestions:
results.append({
"key": -1,
"value": suggestion,
"type": "soundcloud-online"
})
def fetch_jamendo() -> None:
from core.musiq.jamendo import Jamendo
jamendo_suggestions = Jamendo().get_search_suggestions(query)
jamendo_suggestions = jamendo_suggestions[:storage.get(
"jamendo_suggestions")]
with results_lock:
for suggestion in jamendo_suggestions:
results.append({
"key": -1,
"value": suggestion,
"type": "jamendo-online"
})
suggestion_fetchers = {
"youtube": fetch_youtube,
"spotify": fetch_spotify,
"soundcloud": fetch_soundcloud,
"jamendo": fetch_jamendo,
}
for platform in ["youtube", "spotify", "soundcloud", "jamendo"]:
if (storage.get(cast(PlatformEnabled, f"{platform}_enabled"))
and storage.get(
cast(PlatformSuggestions,
f"{platform}_suggestions")) > 0):
thread = threading.Thread(target=suggestion_fetchers[platform])
threads.append(thread)
thread.start()
for thread in threads:
thread.join()
return JsonResponse(results, safe=False)
def _offline_song_suggestions(query: str) -> List[SuggestionResult]:
results: List[SuggestionResult] = []
terms = query.split()
song_results: Iterable[Mapping[str, Any]]
if settings.DEBUG:
# Testing the whole table whether it contains any term is quite costly.
# Used for sqlite3 which does not have a similarity function.
matching_songs = ArchivedSong.objects.prefetch_related("queries")
for term in terms:
matching_songs = matching_songs.filter(
Q(title__icontains=term)
| Q(artist__icontains=term)
| Q(queries__query__icontains=term))
song_results = (
matching_songs.order_by("-counter")
# annotate with same values as in the postgres case to have a consistent interface
.annotate(
u_id=F("id"),
u_url=F("url"),
u_artist=F("artist"),
u_title=F("title"),
u_duration=F("duration"),
u_counter=F("counter"),
u_cached=F("cached"),
).values(*u_values_list).distinct()
[:storage.get("number_of_suggestions")])
# Perhaps this could be combined with the similarity search
# to improve usability with the right weighting.
# matching_songs = matching_songs.annotate(
# artist_similarity=Coalesce(TrigramWordSimilarity(query, "artist"), 0),
# title_similarity=Coalesce(TrigramWordSimilarity(query, "title"), 0),
# query_similarity=Coalesce(TrigramWordSimilarity(query, "queries__query"), 0),
# max_similarity=Greatest(
# "artist_similarity", "title_similarity", "query_similarity"
# ),
# )
# To combine, use union instead of | (or) in order to access the annotated values
# similar_songs = union(matching_songs)
else:
song_results = _postgres_song_results(query)
has_internet = redis.get("has_internet")
for song in song_results:
if song_utils.is_forbidden(
song["u_artist"]) or song_utils.is_forbidden(song["u_title"]):
continue
platform = song_utils.determine_url_type(song["u_url"])
# don't suggest online songs when we don't have internet
if not has_internet and not song["u_cached"]:
continue
if platform == "local":
# don't suggest local songs if they are not cached (=not at expected location)
if not song["u_cached"]:
continue
else:
# don't suggest songs if the respective platform is disabled
assert platform in ["youtube", "spotify", "soundcloud", "jamendo"]
if not storage.get(cast(PlatformEnabled, f"{platform}_enabled")):
continue
result_dict: SuggestionResult = {
"key": song["u_id"],
"value": song_utils.displayname(song["u_artist"], song["u_title"]),
"counter": song["u_counter"],
"type": platform,
"durationFormatted": song_utils.format_seconds(song["u_duration"]),
}
results.append(result_dict)
# mark suggestions whose displayname is identical
seen_values: Dict[str, int] = {}
for index, result in enumerate(results):
if result["value"] in seen_values:
result["confusable"] = True
results[seen_values[result["value"]]]["confusable"] = True
seen_values[result["value"]] = index
return results
