def getMainDevice(self) -> Device:
if not self._bufferedMainDevice:
devices = self.DeviceManager.getDevicesForSkill('AliceCore')
if len(devices) == 0:
self.logWarning(f'No main device exists using DUMMY - RESTART REQUIRED!')
values = {'id': 0, 'name': 'dummy', 'typeID': 0, 'uid': self.ConfigManager.getAliceConfigByName('uuid'), 'locationID': 1}
self._bufferedMainDevice = Device(data=values)
return self._bufferedMainDevice
self._bufferedMainDevice = devices[0]
if self._bufferedMainDevice.uid != self.ConfigManager.getAliceConfigByName('uuid'):
self._bufferedMainDevice.pairingDone(self.ConfigManager.getAliceConfigByName('uuid'))
raise Exception('UUID changed, restart required!')
return self._bufferedMainDevice
def getDeviceIcon(self, device: Device) -> str:
if not device.uid:
return 'EspPir.png'
if not device.connected:
return 'PIR_offline.png'
if device.getCustomValue(
'disabled'
): # TODO please implement "disabled" status - I don't own a PIR
return 'PIR_disabled.png'
if device.getCustomValue(
'cooldown'
): # TODO please implement some kind of cooldown so you can see recent acivities
return 'PIR_justActivated.png'
return 'EspPir.png'
def changeLocation(self, device: Device, locationId: int):
# check location is good
loc = self.LocationManager.getLocation(locId=locationId)
if not loc:
raise Exception("Location not found")
# check location but not global
self.assertDeviceTypeAllowedAtLocation(typeId=device.getDeviceType().id, locationId=locationId, moveDevice=True)
# update device and trigger device type dependent Updates
# might raise exception and cancle DB update
device.changeLocation(locationId=locationId)
# update DB
self.DatabaseManager.update(tableName=self.DB_DEVICE,
callerName=self.name,
values={'locationID': locationId},
row=('id', device.id))
def _startBroadcast(self,
device: Device,
uid: str,
replyOnDeviceUid: str = ''):
"""
Starts the internal process of broadcasting for a new device
:param device: the device class
:param uid: the attributed uid
:param replyOnDeviceUid: if provided,confirm on the device
:return:
"""
self._broadcastFlag.set()
while self._broadcastFlag.isSet():
self._broadcastSocket.sendto(
bytes(f'{self.Commons.getLocalIp()}:{self._listenPort}:{uid}',
encoding='utf8'), ('<broadcast>', self._broadcastPort))
try:
sock, address = self._listenSocket.accept()
sock.settimeout(None)
answer = sock.recv(1024).decode()
deviceIp = answer.split(':')[0]
deviceType = answer.split(':')[1]
if deviceType.lower() != device.deviceTypeName.lower():
self.logWarning(
f'Device with uid {uid} is not of correct type. Waiting on **{device.deviceTypeName}**, got **{deviceType}**'
)
self._broadcastSocket.sendto(
bytes('nok', encoding='utf8'),
(deviceIp, self._broadcastPort))
raise socket.timeout
device.pairingDone(uid=uid)
self.logInfo(f'Device with uid **{uid}** successfully paired')
if replyOnDeviceUid:
self.MqttManager.say(text=self.TalkManager.randomTalk(
'newDeviceAdditionSuccess', skill='system'),
deviceUid=replyOnDeviceUid)
#self.ThreadManager.doLater(interval=5, func=self.WakewordRecorder.uploadToNewDevice, args=[uid])
self._broadcastSocket.sendto(bytes('ok', encoding='utf8'),
(deviceIp, self._broadcastPort))
self._stopBroadcasting()
except socket.timeout:
self.logInfo('No device query received')
def addNewDevice(self,
deviceTypeId: int,
locationId: int = None,
uid: str = None,
noChecks: bool = False,
skillName: str = None) -> Device:
# get or create location from different inputs
location = self.LocationManager.getLocation(locId=locationId)
if not noChecks:
self.assertDeviceTypeAllowedAtLocation(locationId=location.id,
typeId=deviceTypeId)
if not skillName:
skillName = self.getDeviceType(_id=deviceTypeId).skill
values = {
'typeID': deviceTypeId,
'uid': uid,
'locationID': location.id,
'display':
"{'x': '10', 'y': '10', 'rotation': 0, 'width': 45, 'height': 45}",
'skillname': skillName
}
values['id'] = self.databaseInsert(tableName=self.DB_DEVICE,
values=values)
self._devices[values['id']] = Device(data=values)
return self._devices[values['id']]
def getDeviceIcon(self, device: Device) -> str:
if not device.connected:
return 'satellite_offline.png'
if device.getCustomValue('dnd'):
return 'satellite_muted.png'
if not device.uid:
return 'satellite.png'
return 'satellite_online.png'
def getDeviceIcon(self, device: Device) -> str:
if not device.uid:
return 'EspSwitch.png'
if not device.connected:
return 'switch_offline.png'
if device.getCustomValue('on'):
return 'switch_on.png'
else:
return 'switch_off.png'
def addNewDevice(self, ttype: str, room: str = None, uid: str = None) -> bool:
if not room:
room = self._broadcastRoom
if not uid:
uid = self._getFreeUID()
try:
values = {'type': ttype, 'uid': uid, 'room': room}
values['id'] = self.databaseInsert(tableName='devices', query='INSERT INTO :__table__ (type, uid, room) VALUES (:type, :uid, :room)', values=values)
self._devices[uid] = Device(values, True)
return True
except Exception as e:
self.logWarning(f"Couldn't insert device in database: {e}")
return False
def startBroadcast(self, device: Device, uid: str, replyOnSiteId: str = ''):
self._broadcastFlag.set()
location = device.getMainLocation()
while self._broadcastFlag.isSet():
self._broadcastSocket.sendto(bytes(f'{self.Commons.getLocalIp()}:{self._listenPort}:{location.getSaveName()}:{uid}', encoding='utf8'), ('<broadcast>', self._broadcastPort))
try:
sock, address = self._listenSocket.accept()
sock.settimeout(None)
answer = sock.recv(1024).decode()
deviceIp = answer.split(':')[0]
device.pairingDone(uid=uid)
self.logWarning(f'Device with uid {uid} successfully paired')
if replyOnSiteId:
self.MqttManager.say(text=self.TalkManager.randomTalk('newDeviceAdditionSuccess'), client=replyOnSiteId)
self.ThreadManager.doLater(interval=5, func=self.WakewordRecorder.uploadToNewDevice, args=[uid])
self._broadcastSocket.sendto(bytes('ok', encoding='utf8'), (deviceIp, self._broadcastPort))
self.stopBroadcasting()
except socket.timeout:
self.logInfo('No device query received')
def startTasmotaFlashingProcess(self, device: Device, replyOnSiteId: str,
session: DialogSession) -> bool:
replyOnSiteId = self.MqttManager.getDefaultSiteId(replyOnSiteId)
if session:
self.ThreadManager.doLater(
interval=0.5,
func=self.MqttManager.endDialog,
args=[
session.sessionId,
self.randomTalk('connectESPForFlashing')
])
elif replyOnSiteId:
self.ThreadManager.doLater(
interval=0.5,
func=self.MqttManager.say,
args=[self.randomTalk('connectESPForFlashing')])
self._broadcastFlag.set()
binFile = Path('tasmota.bin')
if binFile.exists():
binFile.unlink()
try:
tasmotaConfigs = TasmotaConfigs(
deviceType=device.getDeviceType().ESPTYPE, uid='dummy')
req = requests.get(tasmotaConfigs.getTasmotaDownloadLink())
with binFile.open('wb') as file:
file.write(req.content)
self.logInfo('Downloaded tasmota.bin')
except Exception as e:
self.logError(f'Something went wrong downloading tasmota.bin: {e}')
self._broadcastFlag.clear()
return False
self.ThreadManager.newThread(name='flashThread',
target=self.doFlashTasmota,
args=[device, replyOnSiteId])
return True
def addNewDevice(self,
deviceType: str,
skillName: str,
locationId: int = 0,
uid: Union[str, int] = None,
abilities: List[DeviceAbility] = None,
displaySettings: Dict = None,
deviceParam: dict = None,
displayName: str = None,
noChecks: bool = False) -> Optional[Device]:
"""
Adds a new device to Alice. The device is immediately saved in DB
:param deviceType: the type of device, defined by each skill
:param skillName: the skill this device belongs to
:param locationId: the location id where the device is placed
:param uid: the device uid
:param abilities: a list of abilities for this device
:param displaySettings: a dict of display settings, for the UI
:param deviceParam: a dict of additional values
:param displayName: the ui display name
:param noChecks: if true, no condition checks will apply
:return: A Device instance or None if something failed
"""
if not noChecks:
dType: DeviceType = self.getDeviceType(skillName=skillName,
deviceType=deviceType)
if not dType:
self.logError(
f'Cannot add device **{deviceType}**, device type not found!'
)
raise DeviceTypeUndefined(deviceType)
if 0 < dType.totalDeviceLimit <= len(
self.getDevicesByType(deviceType=dType,
connectedOnly=False)):
raise MaxDeviceOfTypeReached(dType.totalDeviceLimit)
if 0 < dType.perLocationLimit <= len(
self.getDevicesByLocation(
locationId, deviceType=dType, connectedOnly=False)):
raise MaxDevicePerLocationReached(dType.perLocationLimit)
if not displaySettings:
if locationId == 0:
displaySettings = {'x': 50000, 'y': 50000}
else:
displaySettings = {'x': 2, 'y': 2}
data = {
'abilities': abilities,
'displayName': displayName,
'parentLocation': locationId,
'settings': displaySettings,
'deviceParams': deviceParam,
'skillName': skillName,
'typeName': deviceType,
'uid': uid or str(uuid.uuid4())
}
device = Device(data)
self._devices[device.id] = device
if device.deviceType.allowLocationLinks:
self.addDeviceLink(targetLocation=locationId, deviceId=device.id)
device.onStart()
return device
class DeviceManager(Manager):
DB_DEVICE = 'devices'
DB_LINKS = 'deviceLinks'
DB_TYPES = 'deviceTypes'
DATABASE = {
DB_DEVICE: [
'id INTEGER PRIMARY KEY', #NOSONAR
'typeID INTEGER NOT NULL',
'uid TEXT',
'locationID INTEGER NOT NULL',
'name TEXT',
'display TEXT',
'devSettings TEXT',
'skillName TEXT'
],
DB_LINKS: [
'id INTEGER PRIMARY KEY', #NOSONAR
'deviceID INTEGER NOT NULL',
'locationID INTEGER NOT NULL',
'locSettings TEXT'
],
DB_TYPES: [
'id INTEGER PRIMARY KEY', #NOSONAR
'skill TEXT NOT NULL',
'name TEXT NOT NULL',
'devSettings TEXT',
'locSettings TEXT'
]
}
SAT_TYPE = 'AliceSatellite'
def __init__(self):
super().__init__(databaseSchema=self.DATABASE)
self._devices: Dict[int, Device] = dict()
self._deviceLinks: Dict[int, DeviceLink] = dict()
# self._idToUID: Dict[int, str] = dict() #option: maybe relevant for faster access?
self._deviceTypes: Dict[int, DeviceType] = dict()
self._heartbeats = dict()
self._heartbeatsCheckTimer = None
self._heartbeat: Optional[Heartbeat] = None
self._bufferedMainDevice = None
def onStart(self):
super().onStart()
self.loadDevices()
self.loadLinks()
self.logInfo(f'Loaded **{len(self._devices)}** device',
plural='device')
@property
def devices(self) -> Dict[int, Device]:
return self._devices
def onBooted(self):
self.MqttManager.publish(topic=constants.TOPIC_CORE_RECONNECTION)
if self._devices:
self.ThreadManager.newThread(name='checkHeartbeats',
target=self.checkHeartbeats)
self._heartbeat = Heartbeat()
def onStop(self):
super().onStop()
if self._heartbeat:
self._heartbeat.stopHeartBeat()
self.MqttManager.publish(topic=constants.TOPIC_CORE_DISCONNECTION)
def onDeviceStatus(self, session: DialogSession):
device = self.getDeviceByUID(uid=session.payload['uid'])
if device:
device.onDeviceStatus(session)
def deviceMessage(self, message: MQTTMessage) -> DialogSession:
return self.DialogManager.newTempSession(message=message)
def loadDevices(self):
for row in self.databaseFetch(tableName=self.DB_DEVICE, method='all'):
self._devices[row['id']] = Device(row)
def loadLinks(self):
for row in self.databaseFetch(tableName=self.DB_LINKS, method='all'):
self._deviceLinks[row['id']] = DeviceLink(row)
# noinspection SqlResolve
def isUIDAvailable(self, uid: str) -> bool:
try:
count = self.databaseFetch(
tableName='devices',
query='SELECT COUNT() FROM :__table__ WHERE uid = :uid',
values={'uid': uid})[0]
return count <= 0
except sqlite3.OperationalError as e:
self.logWarning(f"Couldn't check device from database: {e}")
return False
# noinspection SqlResolve
def addNewDevice(self,
deviceTypeId: int,
locationId: int = None,
uid: str = None,
noChecks: bool = False,
skillName: str = None) -> Device:
# get or create location from different inputs
location = self.LocationManager.getLocation(locId=locationId)
if not noChecks:
self.assertDeviceTypeAllowedAtLocation(locationId=location.id,
typeId=deviceTypeId)
if not skillName:
skillName = self.getDeviceType(_id=deviceTypeId).skill
values = {
'typeID': deviceTypeId,
'uid': uid,
'locationID': location.id,
'display':
"{'x': '10', 'y': '10', 'rotation': 0, 'width': 45, 'height': 45}",
'skillname': skillName
}
values['id'] = self.databaseInsert(tableName=self.DB_DEVICE,
values=values)
self._devices[values['id']] = Device(data=values)
return self._devices[values['id']]
def changeLocation(self, device: Device, locationId: int):
# check location is good
loc = self.LocationManager.getLocation(locId=locationId)
if not loc:
raise Exception("Location not found")
# check location but not global
self.assertDeviceTypeAllowedAtLocation(
typeId=device.getDeviceType().id,
locationId=locationId,
moveDevice=True)
# update device and trigger device type dependent Updates
# might raise exception and cancle DB update
device.changeLocation(locationId=locationId)
# update DB
self.DatabaseManager.update(tableName=self.DB_DEVICE,
callerName=self.name,
values={'locationID': locationId},
row=('id', device.id))
def devUIDtoID(self, uid: str) -> int:
for _id, dev in self.devices.items():
if dev.uid == uid:
return _id
def devIDtoUID(self, _id: int) -> str:
return self.devices[_id].uid
def deleteDeviceID(self, deviceId: int):
self.devices.pop(deviceId)
self.DatabaseManager.delete(tableName=self.DB_DEVICE,
callerName=self.name,
values={"id": deviceId})
self.DatabaseManager.delete(tableName=self.DB_LINKS,
callerName=self.name,
values={"id": deviceId})
def getDeviceType(self, _id: int):
return self.deviceTypes.get(_id, None)
def getDeviceTypeByName(self, name: str) -> Optional[DeviceType]:
for device in self.deviceTypes.values():
if device.name == name:
return device
return None
def getDeviceTypesForSkill(self, skillName: str) -> Dict[int, DeviceType]:
return {
_id: deviceType
for _id, deviceType in self.deviceTypes.items()
if deviceType.skill == skillName
}
def removeDeviceTypesForSkill(self, skillName: str):
for _id in self.getDeviceTypesForSkill(skillName):
self.deviceTypes.pop(_id, None)
def addDeviceTypes(self, deviceTypes: Dict):
self.deviceTypes.update(deviceTypes)
def removeDeviceType(self, _id: int):
self.DatabaseManager.delete(tableName=self.DB_TYPES,
callerName=self.name,
values={'id': _id})
self._deviceTypes.pop(_id)
def removeDeviceTypeName(self, _name: str):
self.DatabaseManager.delete(tableName=self.DB_TYPES,
callerName=self.name,
values={'name': _name})
def getLink(self,
_id: int = None,
deviceId: int = None,
locationId: Union[list, int] = None) -> DeviceLink:
if _id:
return self._deviceLinks.get(_id, None)
if not deviceId or not locationId:
raise Exception('getLink: supply locationID or deviceID!')
if not isinstance(locationId, List):
locationId = [locationId]
for link in self._deviceLinks.values():
if link.deviceId == deviceId and link.locationId in locationId:
return link
def addLink(self, deviceId: int, locationId: int):
device = self.getDeviceById(deviceId)
deviceType = device.getDeviceType()
if not deviceType.allowLocationLinks:
raise Exception(
f'Device type {deviceType.name} can\'t be linked to other rooms'
)
if self.getLink(deviceId=deviceId, locationId=locationId):
raise Exception(
f'There is already a link from {deviceId} to {locationId}')
values = {
'deviceID': deviceId,
'locationID': locationId,
'locSettings': json.dumps(deviceType.initialLocationSettings)
}
# noinspection SqlResolve
values['id'] = self.databaseInsert(
tableName=self.DB_LINKS,
query=
'INSERT INTO :__table__ (deviceID, locationID, locSettings) VALUES (:deviceID, :locationID, :locSettings)',
values=values)
self.logInfo(
f'Added link from device {deviceId} to location {locationId}')
self._deviceLinks[values['id']] = DeviceLink(data=values)
def deleteLink(self,
_id: int = None,
deviceId: int = None,
locationId: int = None):
link = self.DeviceManager.getLink(_id=_id,
deviceId=deviceId,
locationId=locationId)
if not link:
raise Exception('Link not found.')
self.logInfo(f'Removing link {link.id}')
self._deviceLinks.pop(link.id)
self.DatabaseManager.delete(tableName=self.DB_LINKS,
callerName=self.name,
values={"id": link.id})
def deleteDeviceUID(self, deviceUID: str):
self.deleteDeviceID(deviceId=self.devUIDtoID(uid=deviceUID))
def getFreeUID(self, base: str = '') -> str:
"""
Gets a free uid. A free uid is a uid not declared in database. If base is provided it will be used as a uid pattern
:param base: str
:return: str
"""
if not base:
uid = str(uuid.uuid4())
else:
uid = base = base.replace(':', '').replace(' ', '')
while not self.isUIDAvailable(uid):
if not base:
uid = str(uuid.uuid4())
else:
aList = list(base)
shuffle(aList)
uid = ''.join(aList)
return uid
def broadcastToDevices(self,
topic: str,
payload: dict = None,
deviceType: DeviceType = None,
location: Location = None,
connectedOnly: bool = True):
if not payload:
payload = dict()
for device in self._devices.values():
if deviceType and device.getDeviceType() != deviceType:
continue
if location and device.isInLocation(location):
continue
if connectedOnly and not device.connected:
continue
payload.setdefault('uid', device.uid)
payload.setdefault('siteId', device.siteId)
self.MqttManager.publish(topic=topic, payload=json.dumps(payload))
def deviceConnecting(self, uid: str) -> Optional[Device]:
device = self.getDeviceByUID(uid)
if not device:
self.logWarning(
f'A device with uid **{uid}** tried to connect but is unknown')
return None
if not device.connected:
device.connected = True
self.broadcast(method=constants.EVENT_DEVICE_CONNECTING,
exceptions=[self.name],
propagateToSkills=True)
self.MqttManager.publish(constants.TOPIC_DEVICE_UPDATED,
payload={
'id': device.id,
'type': 'status'
})
self._heartbeats[uid] = time.time() + 5
if not self._heartbeatsCheckTimer:
self._heartbeatsCheckTimer = self.ThreadManager.newTimer(
interval=3, func=self.checkHeartbeats)
return device
def deviceDisconnecting(self, uid: str):
self._heartbeats.pop(uid, None)
device = self.getDeviceByUID(uid)
if not device:
return
if device.connected:
self.logInfo(f'Device with uid **{uid}** disconnected')
device.connected = False
self.broadcast(method=constants.EVENT_DEVICE_DISCONNECTING,
exceptions=[self.name],
propagateToSkills=True)
self.MqttManager.publish(constants.TOPIC_DEVICE_UPDATED,
payload={
'id': device.id,
'type': 'status'
})
## Heartbeats
def onDeviceHeartbeat(self, uid: str, siteId: str = None):
device = self.getDeviceByUID(uid=uid)
if not device:
self.logWarning(f'Device with uid **{uid}** does not exist')
return
device.connected = True
self._heartbeats[uid] = time.time()
def checkHeartbeats(self):
now = time.time()
for uid, lastTime in self._heartbeats.copy().items():
if now - self.getDeviceByUID(
uid).getDeviceType().heartbeatRate > lastTime:
self.logWarning(
f'Device with uid **{uid}** has not given a signal since {self.getDeviceByUID(uid).getDeviceType().heartbeatRate} seconds or more'
)
self._heartbeats.pop(uid)
device = self.getDeviceByUID(uid)
if device:
device.connected = False
self.MqttManager.publish(constants.TOPIC_DEVICE_UPDATED,
payload={
'id': device.id,
'type': 'status'
})
self._heartbeatsCheckTimer = self.ThreadManager.newTimer(
interval=3, func=self.checkHeartbeats)
## base
def getDeviceTypeBySkillRAW(self, skill: str):
# noinspection SqlResolve
data = self.DatabaseManager.fetch(
tableName=self.DB_TYPES,
query='SELECT * FROM :__table__ WHERE skill = :skill',
callerName=self.name,
values={'skill': skill},
method='all')
return {
d['name']: {
'id': d['id'],
'name': d['name'],
'skill': d['skill']
}
for d in data
}
def updateDeviceDisplay(self, device: dict):
self.getDeviceById(device['id']).display = device['display']
self.DatabaseManager.update(
tableName=self.DB_DEVICE,
callerName=self.name,
values={'display': json.dumps(device['display'])},
row=('id', device['id']))
def assertDeviceTypeAllowedAtLocation(self,
typeId: int,
locationId: int,
moveDevice: bool = False):
# check max allowed per Location
deviceType = self.getDeviceType(typeId)
# check if another instance of this device is allowed
if deviceType.totalDeviceLimit > 0 and not moveDevice:
currAmount = len(
self.DeviceManager.getDevicesByTypeID(deviceTypeID=typeId))
if deviceType.totalDeviceLimit <= currAmount:
raise MaxDeviceOfTypeReached(
maxAmount=deviceType.totalDeviceLimit)
# check if there are aleady too many of this device type in the location
if deviceType.perLocationLimit > 0:
currAmount = len(
self.getDevicesByLocation(locationID=locationId,
deviceTypeID=typeId))
if deviceType.perLocationLimit <= currAmount:
raise MaxDevicePerLocationReached(
maxAmount=deviceType.perLocationLimit)
@property
def deviceTypes(self) -> dict:
return self._deviceTypes
def getDevicesForSkill(self, skill: str):
return [
device for device in self.devices.values()
if device.skillName == skill
]
def getMainDevice(self) -> Device:
if not self._bufferedMainDevice:
devices = self.DeviceManager.getDevicesForSkill('AliceCore')
if len(devices) == 0:
self.logWarning(
f'No main device exists using DUMMY - RESTART REQUIRED!')
values = {
'id': 0,
'name': 'dummy',
'typeID': 0,
'uid': self.ConfigManager.getAliceConfigByName('uuid'),
'locationID': 1
}
self._bufferedMainDevice = Device(data=values)
return self._bufferedMainDevice
self._bufferedMainDevice = devices[0]
if self._bufferedMainDevice.uid != self.ConfigManager.getAliceConfigByName(
'uuid'):
self._bufferedMainDevice.pairingDone(
self.ConfigManager.getAliceConfigByName('uuid'))
raise Exception('UUID changed, restart required!')
return self._bufferedMainDevice
def getDevicesByLocation(self,
locationID: int,
deviceTypeID: int = None,
connectedOnly: bool = False,
withLinks: bool = True,
pairedOnly: bool = False) -> List[Device]:
if locationID and not isinstance(locationID, List):
locationID = [locationID]
if deviceTypeID and not isinstance(deviceTypeID, List):
deviceTypeID = [deviceTypeID]
return [
device for device in self._devices.values()
#location: exact or link
if ((locationID and device.locationID in locationID) or
(withLinks
and self.getLink(deviceId=device.id, locationId=locationID)))
#check status
and (not connectedOnly or device.connected) and
(not pairedOnly or device.uid)
#check deviceType
and device.getDeviceType() and (
not deviceTypeID or device.deviceTypeID in deviceTypeID)
]
def getDevicesByType(self,
deviceType: str,
connectedOnly: bool = False) -> List[Device]:
deviceTypeObj = self.getDeviceTypeByName(deviceType)
if deviceTypeObj:
return [
x for x in self._devices.values()
if x.deviceTypeID == deviceTypeObj.id and (
not connectedOnly or x.connected)
]
return list()
def getDevicesByTypeID(self,
deviceTypeID: int,
connectedOnly: bool = False) -> List[Device]:
return [
x for x in self._devices.values()
if x.deviceTypeID == deviceTypeID and (
not connectedOnly or x.connected)
]
def getDeviceLinksByType(self,
deviceType: int,
connectedOnly: bool = False) -> List[DeviceLink]:
return [
x for x in self._deviceLinks.values()
if x.getDevice().deviceTypeID == deviceType and (
not connectedOnly or x.getDevice().connected)
]
def getDeviceLinks(self,
locationID: int,
deviceTypeID: int = None,
connectedOnly: bool = False,
pairedOnly: bool = False) -> List[DeviceLink]:
if locationID and not isinstance(locationID, List):
locationID = [locationID]
if deviceTypeID and not isinstance(deviceTypeID, List):
deviceTypeID = [deviceTypeID]
return [
x for x in self._deviceLinks.values()
if (not locationID or x.locationId in locationID)
and x.getDevice() and (
not deviceTypeID or x.getDevice().deviceTypeID in deviceTypeID)
and (not connectedOnly or x.getDevice().connected) and (
not pairedOnly or x.getDevice().uid)
]
def getDeviceLinksForSession(self,
session: DialogSession,
skill: str,
noneIsEverywhere: bool = False):
#get all relevant deviceTypes
devTypes = self.DeviceManager.getDeviceTypesForSkill(skillName=skill)
devTypeIds = [dev for dev in devTypes] # keys in dict are Ids
#get all required locations
locations = self.LocationManager.getLocationsForSession(
sess=session, noneIsEverywhere=noneIsEverywhere)
locationIds = [loc.id for loc in locations]
return self.DeviceManager.getDeviceLinks(deviceTypeID=devTypeIds,
locationID=locationIds)
@staticmethod
def groupDeviceLinksByDevice(
links: List[DeviceLink]) -> Dict[int, DeviceLink]:
# group links by device
devGrouped = dict()
for link in links:
devGrouped.setdefault(link.deviceId, []).append(link)
return devGrouped
def getDeviceByUID(self, uid: str) -> Optional[Device]:
return self._devices.get(self.devUIDtoID(uid), None)
def getDeviceById(self, _id: int) -> Optional[Device]:
return self._devices.get(_id, None)
def getLinksForDevice(self, device: Device) -> List[DeviceLink]:
return [
link for link in self._deviceLinks.values()
if link.deviceId == device.id
]
## generic helper for finding a new USB device
def findUSBPort(self, timeout: int) -> str:
oldPorts = list()
scanPresent = True
found = False
tries = 0
self.logInfo(f'Looking for USB device for the next {timeout} seconds')
while not found:
tries += 1
if tries > timeout * 2:
break
newPorts = list()
for port, desc, hwid in sorted(list_ports.comports()):
if scanPresent:
oldPorts.append(port)
newPorts.append(port)
scanPresent = False
if len(newPorts) < len(oldPorts):
# User disconnected a device
self.logInfo('USB device disconnected')
oldPorts = list()
scanPresent = True
else:
changes = [port for port in newPorts if port not in oldPorts]
if changes:
port = changes[0]
self.logInfo(f'Found usb device on {port}')
return port
time.sleep(0.5)
return ''
def getAliceTypeDevices(self,
connectedOnly: bool = False,
includeMain: bool = False) -> List[Device]:
#todo remove hard coded AliceSatellite. replace for example with some type of "device ability" -> "can broadcast" -> "can play sound" ..
devices = self.DeviceManager.getDevicesByType(
deviceType=self.SAT_TYPE, connectedOnly=connectedOnly)
if includeMain:
devices.append(self.DeviceManager.getMainDevice())
return devices
def getAliceTypeDeviceTypeIds(self):
return [
self.getMainDevice().deviceTypeID,
self.getDeviceTypeByName(self.SAT_TYPE)
]
def siteIdToDeviceName(self, siteId: str) -> str:
device = self.DeviceManager.getDeviceByUID(uid=siteId)
if device and device.name:
return device.name
elif device:
return f'{device.getMainLocation().name} ({device.uid})'
else:
return siteId
def loadDevices(self):
for row in self.databaseFetch(tableName=self.DB_DEVICE, method='all'):
self._devices[row['id']] = Device(row)
def loadDevices(self): for row in self.databaseFetch(tableName='devices', query='SELECT * FROM :__table__', method='all'): self._devices[row['uid']] = Device(row)
def doFlashTasmota(self, device: Device, replyOnSiteId: str):
port = self.DeviceManager.findUSBPort(timeout=60)
if not port:
if replyOnSiteId:
self.MqttManager.say(text=self.TalkManager.randomTalk(
'noESPFound', skill='Tasmota'),
client=replyOnSiteId)
self._broadcastFlag.clear()
return
if replyOnSiteId:
self.MqttManager.say(text=self.TalkManager.randomTalk(
'usbDeviceFound', skill='AliceCore'),
client=replyOnSiteId)
try:
mac = ESPLoader.detect_chip(port=port, baud=115200).read_mac()
mac = ':'.join([f'{x:02x}' for x in mac])
cmd = [
'--port', port, '--baud', '115200', '--after', 'no_reset',
'write_flash', '--flash_mode', 'dout', '0x00000',
'tasmota.bin', '--erase-all'
]
esptool.main(cmd)
except Exception as e:
self.logError(f'Something went wrong flashing esp device: {e}')
if replyOnSiteId:
self.MqttManager.say(text=self.TalkManager.randomTalk(
'espFailed', skill='Tasmota'),
client=replyOnSiteId)
self._broadcastFlag.clear()
return
self.logInfo('Tasmota flash done')
if replyOnSiteId:
self.MqttManager.say(text=self.TalkManager.randomTalk(
'espFlashedUnplugReplug', skill='Tasmota'),
client=replyOnSiteId)
found = self.DeviceManager.findUSBPort(timeout=60)
if found:
if replyOnSiteId:
self.MqttManager.say(text=self.TalkManager.randomTalk(
'espFoundReadyForConf', skill='Tasmota'),
client=replyOnSiteId)
time.sleep(10)
uid = self.DeviceManager.getFreeUID(mac)
tasmotaConfigs = TasmotaConfigs(
deviceType=device.getDeviceType().ESPTYPE, uid=uid)
confs = tasmotaConfigs.getBacklogConfigs(
device.getMainLocation().getSaveName())
if not confs:
self.logError(
'Something went wrong getting tasmota configuration')
if replyOnSiteId:
self.MqttManager.say(text=self.TalkManager.randomTalk(
'espFailed', skill='Tasmota'),
client=replyOnSiteId)
else:
ser = serial.Serial()
ser.baudrate = 115200
ser.port = port
ser.open()
try:
for group in confs:
command = ';'.join(group['cmds'])
if len(group['cmds']) > 1:
command = f'Backlog {command}'
arr = list()
if len(command) > 50:
while len(command) > 50:
arr.append(command[:50])
command = command[50:]
arr.append(f'{command}\r\n')
else:
arr.append(f'{command}\r\n')
for piece in arr:
ser.write(piece.encode())
self.logInfo('Sent {}'.format(
piece.replace('\r\n', '')))
time.sleep(0.5)
time.sleep(group['waitAfter'])
ser.close()
self.logInfo('Tasmota flashing and configuring done')
if replyOnSiteId:
self.MqttManager.say(text=self.TalkManager.randomTalk(
'espFlashingDone', skill='Tasmota'),
client=replyOnSiteId)
# setting the uid marks the addition as complete
device.pairingDone(uid=uid)
self._broadcastFlag.clear()
except Exception as e:
self.logError(
f'Something went wrong writting configuration to esp device: {e}'
)
if replyOnSiteId:
self.MqttManager.say(text=self.TalkManager.randomTalk(
'espFailed', skill='Tasmota'),
client=replyOnSiteId)
self._broadcastFlag.clear()
ser.close()
else:
if replyOnSiteId:
self.MqttManager.say(text=self.TalkManager.randomTalk(
'espFailed', skill='Tasmota'),
client=replyOnSiteId)
self._broadcastFlag.clear()
