def __init__(self,
light_group_id,
hue_connection,
media_type,
initial_state=STATE_STOPPED,
video_info_tag=xbmc.InfoTagVideo):
self.light_group_id = light_group_id
self.bridge = hue_connection.bridge
self.enabled = ADDON.getSettingBool(
f"group{self.light_group_id}_enabled")
self.start_behavior = ADDON.getSettingBool(
f"group{self.light_group_id}_startBehavior")
self.start_scene = ADDON.getSettingString(
f"group{self.light_group_id}_startSceneID")
self.pause_behavior = ADDON.getSettingBool(
f"group{self.light_group_id}_pauseBehavior")
self.pause_scene = ADDON.getSettingString(
f"group{self.light_group_id}_pauseSceneID")
self.stop_behavior = ADDON.getSettingBool(
f"group{self.light_group_id}_stopBehavior")
self.stop_scene = ADDON.getSettingString(
f"group{self.light_group_id}_stopSceneID")
self.state = initial_state
self.media_type = media_type
self.video_info_tag = video_info_tag
self.last_media_type = self.media_type
self.lights = self.bridge.lights
self.group0 = self.bridge.groups[0]
if self.enabled:
super().__init__()
def check_active_time():
service_enabled = CACHE.get(f"{ADDONID}.service_enabled")
daylight = CACHE.get("script.service.hue.daylight")
# xbmc.log("[script.service.hue] Schedule: {}, daylightDisable: {}, daylight: {}, startTime: {}, endTime: {}".format(ADDON.getSettingBool("enableSchedule"), ADDON.getSettingBool("daylightDisable"), daylight,
# ADDON.getSettingBool("startTime"), ADDON.getSettingBool("endTime")))
if ADDON.getSettingBool("daylightDisable") and daylight:
xbmc.log("[script.service.hue] Disabled by daylight")
return False
if service_enabled:
if ADDON.getSettingBool("enableSchedule"):
start = convert_time(ADDON.getSettingString("startTime"))
end = convert_time(ADDON.getSettingString("endTime"))
now = datetime.datetime.now().time()
if (now > start) and (now < end):
# xbmc.log("[script.service.hue] Enabled by schedule")
return True
# xbmc.log("[script.service.hue] Disabled by schedule")
return False
# xbmc.log("[script.service.hue] Schedule not enabled")
return True
# xbmc.log("[script.service.hue] Service disabled")
return False
def check_keep_lights_off_rule(self, scene):
if not scene:
return True
xbmc.log(
f"[script.service.hue] Check if lights should stay off, settings: enable {ADDON.getSettingBool('keep_lights_off')}"
)
if ADDON.getSettingBool("keep_lights_off"):
try:
scene_data = self.bridge.scenes[scene]()
for light in scene_data["lights"]:
l = self.bridge.lights[light]()
if l["state"][
"on"] is False: # one light is off, the scene should not be applied
xbmc.log(
"[script.service.hue] Check if lights should stay off: True"
)
return False
xbmc.log(
"[script.service.hue] Check if lights should stay off: False"
)
except QhueException as exc:
xbmc.log(
f"[script.service.hue] checkKeepLightsOffRule: Hue call fail: {exc.type_id}: {exc.message} {traceback.format_exc()}"
)
reporting.process_exception(exc)
except requests.RequestException as exc:
xbmc.log(f"[script.service.hue] Requests exception: {exc}")
notification(header=_("Hue Service"),
message=_(f"Connection Error"),
icon=xbmcgui.NOTIFICATION_ERROR)
return True
def check_already_active(self, scene):
if not scene:
return False
xbmc.log(
f"[script.service.hue] Check if scene light already active, settings: enable {ADDON.getSettingBool('enable_if_already_active')}"
)
if ADDON.getSettingBool("enable_if_already_active"):
try:
scene_data = self.bridge.scenes[scene]()
for light in scene_data["lights"]:
l = self.bridge.lights[light]()
if l["state"][
"on"]: # one light is on, the scene can be applied
# xbmc.log("[script.service.hue] Check if scene light already active: True")
return True
# xbmc.log("[script.service.hue] Check if scene light already active: False")
except QhueException as exc:
if ["7", "3"] in exc.type_id:
xbmc.log("[script.service.hue] Scene not found")
notification(_("Hue Service"),
_("ERROR: Scene not found"),
icon=xbmcgui.NOTIFICATION_ERROR)
else:
xbmc.log(
f"[script.service.hue] checkAlreadyActive: Hue call fail: {exc.type_id}: {exc.message} {traceback.format_exc()}"
)
reporting.process_exception(exc)
except requests.RequestException as exc:
xbmc.log(f"[script.service.hue] Requests exception: {exc}")
notification(header=_("Hue Service"),
message=_(f"Connection Error"),
icon=xbmcgui.NOTIFICATION_ERROR)
return False
def _get_status_icon():
enabled = CACHE.get(f"{ADDONID}.service_enabled")
daylight = CACHE.get(f"{ADDONID}.daylight")
daylight_disable = ADDON.getSettingBool("daylightDisable")
# xbmc.log("[script.service.hue] Current status: {}".format(daylight_disable))
if daylight and daylight_disable:
return xbmcvfs.makeLegalFilename(ADDONPATH + "resources/icons/daylight.png") # Disabled by Daylight
elif enabled:
return xbmcvfs.makeLegalFilename(ADDONPATH + "resources/icons/enabled.png") # Enabled
return xbmcvfs.makeLegalFilename(ADDONPATH + "resources/icons/disabled.png") # Disabled
def _get_status():
enabled = CACHE.get(f"{ADDONID}.service_enabled")
daylight = CACHE.get(f"{ADDONID}.daylight")
daylight_disable = ADDON.getSettingBool("daylightDisable")
# xbmc.log("[script.service.hue] Current status: {}".format(daylight_disable))
if daylight and daylight_disable:
return _("Disabled by daylight")
elif enabled:
return _("Enabled")
return _("Disabled")
def _validate_ambilight():
xbmc.log(
f"[script.service.hue] Validate ambilight config. Enabled: {ADDON.getSettingBool('group3_enabled')}"
)
if ADDON.getSettingBool("group3_enabled"):
light_ids = ADDON.getSetting("group3_Lights")
if light_ids == "-1":
ADDON.setSettingBool("group3_enabled", False)
xbmc.log("[script.service.hue] No ambilights selected")
notification(_("Hue Service"),
_("No lights selected for Ambilight."),
icon=xbmcgui.NOTIFICATION_ERROR)
def _bridge_error500(self):
self.bridge_error500 = self.bridge_error500 + 1 # increment counter
if self.bridge_error500 > 50 and ADDON.getSettingBool("show500Error"):
AMBI_RUNNING.clear() # shut it down
stop_showing_error = xbmcgui.Dialog().yesno(
_("Hue Bridge over capacity"),
_("The Hue Bridge is over capacity. Increase refresh rate or reduce the number of Ambilights."
),
yeslabel=_("Do not show again"),
nolabel=_("Ok"))
if stop_showing_error:
ADDON.setSettingBool("show500Error", False)
self.bridge_error500 = 0
def activate(light_groups):
"""
Activates play action as appropriate for all groups. Used at sunset and when service is re-enabled via Actions.
"""
xbmc.log(
f"[script.service.hue] Activating scenes: light_groups: {light_groups}"
)
for g in light_groups:
xbmc.log(
f"[script.service.hue] in activate g: {g}, light_group_id: {g.light_group_id}"
)
if ADDON.getSettingBool(f"group{g.light_group_id}_enabled"):
g.activate()
def check_video_activation(self, info_tag):
try:
duration = info_tag.getDuration(
) / 60 # returns seconds, convert to minutes
media_type = info_tag.getMediaType()
file_name = info_tag.getFile()
if not file_name and self.isPlayingVideo():
file_name = self.getPlayingFile()
#
# if not fileName and previousFileName:
# fileName = previousFileName
# elif fileName:
# previousFileName = fileName
# xbmc.log("[script.service.hue] InfoTag contents: duration: {}, mediaType: {}, file: {}".format(duration, mediaType, fileName))
except (AttributeError, TypeError) as exc:
xbmc.log("[script.service.hue] Can't read infoTag {exc}")
return False
# xbmc.log("Video Activation settings({}): minDuration: {}, Movie: {}, Episode: {}, MusicVideo: {}, PVR : {}, Other: {}".format(self.light_group_id, settings_storage['videoMinimumDuration'], settings_storage['video_enableMovie'],
# settings_storage['video_enableEpisode'], settings_storage['video_enableMusicVideo'], settings_storage['video_enablePVR'], settings_storage['video_enableOther']))
# xbmc.log("[script.service.hue] Video Activation ({}): Duration: {}, mediaType: {}, ispvr: {}".format(self.light_group_id, duration, mediaType, fileName[0:3] == "pvr"))
if ((duration >= ADDON.getSettingInt("video_MinimumDuration")
or file_name[0:3] == "pvr") and
((ADDON.getSettingBool("video_Movie") and media_type == "movie") or
(ADDON.getSettingBool("video_Episode")
and media_type == "episode") or
(ADDON.getSettingBool("video_MusicVideo")
and media_type == "MusicVideo") or
(ADDON.getSettingBool("video_PVR") and file_name[0:3] == "pvr") or
(ADDON.getSettingBool("video_Other") and media_type != "movie"
and media_type != "episode" and media_type != "MusicVideo"
and file_name[0:3] != "pvr"))):
xbmc.log("[script.service.hue] Video activation: True")
return True
xbmc.log("[script.service.hue] Video activation: False")
return False
def _validate_schedule():
xbmc.log(
f"[script.service.hue] Validate schedule. Schedule Enabled: {ADDON.getSettingBool('enableSchedule')}"
)
if ADDON.getSettingBool("enableSchedule"):
try:
convert_time(ADDON.getSettingString("startTime"))
convert_time(ADDON.getSettingString("endTime"))
# xbmc.log("[script.service.hue] Time looks valid")
except ValueError as e:
ADDON.setSettingBool("EnableSchedule", False)
xbmc.log(f"[script.service.hue] Invalid time settings: {e}")
notification(_("Hue Service"),
_("Invalid start or end time, schedule disabled"),
icon=xbmcgui.NOTIFICATION_ERROR)
def process_exception(exc, level="critical", error=""):
if ADDON.getSettingBool("error_reporting"):
if _error_report_dialog(exc):
_report_error(level, error, exc)
def read_settings():
settings_storage['disable_connection_message'] = ADDON.getSettingBool(
"disableConnectionMessage")
settings_storage['reloadFlash'] = ADDON.getSettingBool("reloadFlash")
settings_storage['initialFlash'] = ADDON.getSettingBool("initialFlash")
settings_storage['forceOnSunset'] = ADDON.getSettingBool("forceOnSunset")
settings_storage['daylightDisable'] = ADDON.getSettingBool(
"daylightDisable")
cache.set("script.service.hue.daylightDisable",
ADDON.getSettingBool("daylightDisable"))
settings_storage['enableSchedule'] = ADDON.getSettingBool("enableSchedule")
settings_storage['startTime'] = ADDON.getSetting(
"startTime") # string HH:MM
settings_storage['endTime'] = ADDON.getSetting("endTime") # string HH:MM
settings_storage['disableConnectionMessage'] = ADDON.getSettingBool(
"disableConnectionMessage")
settings_storage['videoMinimumDuration'] = ADDON.getSettingInt(
"video_MinimumDuration"
) # Setting in Minutes. Kodi library uses seconds, needs to be converted.
settings_storage['video_enableMovie'] = ADDON.getSettingBool("video_Movie")
settings_storage['video_enableMusicVideo'] = ADDON.getSettingBool(
"video_MusicVideo")
settings_storage['video_enableEpisode'] = ADDON.getSettingBool(
"video_Episode")
settings_storage['video_enableOther'] = ADDON.getSettingBool("video_Other")
settings_storage['ambiEnabled'] = ADDON.getSettingBool("group3_enabled")
settings_storage['show500Error'] = ADDON.getSettingBool("show500Error")
_validate_schedule()
_validate_ambilight()
def _service(monitor):
hue_connection = HueConnection(
monitor,
silent=ADDON.getSettingBool("disableConnectionMessage"),
discover=False)
service_enabled = CACHE.get(f"{ADDONID}.service_enabled")
if hue_connection.connected:
light_groups = [
lightgroup.LightGroup(0, hue_connection, lightgroup.VIDEO),
lightgroup.LightGroup(1, hue_connection, lightgroup.AUDIO),
ambigroup.AmbiGroup(3, hue_connection)
]
connection_retries = 0
timer = 60
daylight = hue_connection.get_daylight()
new_daylight = daylight
CACHE.set(f"{ADDONID}.daylight", daylight)
CACHE.set(f"{ADDONID}.service_enabled", True)
# xbmc.log("[script.service.hue] Core service starting. Connected: {}".format(CONNECTED))
while hue_connection.connected and not monitor.abortRequested():
# check if service was just re-enabled and if so activate groups
prev_service_enabled = service_enabled
service_enabled = CACHE.get(f"{ADDONID}.service_enabled")
if service_enabled and not prev_service_enabled:
activate(light_groups)
# if service disabled, stop ambilight._ambi_loop thread
if not service_enabled:
AMBI_RUNNING.clear()
# process cached waiting commands
action = CACHE.get(f"{ADDONID}.action")
if action:
_process_actions(action, light_groups)
# reload groups if settings changed, but keep player state
if SETTINGS_CHANGED.is_set():
light_groups = [
lightgroup.LightGroup(
0,
hue_connection,
lightgroup.VIDEO,
initial_state=light_groups[0].state,
video_info_tag=light_groups[0].video_info_tag),
lightgroup.LightGroup(
1,
hue_connection,
lightgroup.AUDIO,
initial_state=light_groups[1].state,
video_info_tag=light_groups[1].video_info_tag),
ambigroup.AmbiGroup(
3,
hue_connection,
initial_state=light_groups[2].state,
video_info_tag=light_groups[2].video_info_tag)
]
SETTINGS_CHANGED.clear()
# every minute, check for sunset & connection
if timer > 59:
timer = 0
# check connection to Hue hue_connection and fetch daylight status
try:
if connection_retries > 0:
hue_connection.connect_bridge(silent=True)
if hue_connection.connected:
new_daylight = hue_connection.get_daylight()
connection_retries = 0
else:
new_daylight = hue_connection.get_daylight()
except (requests.RequestException, ConnectionError) as error:
connection_retries = connection_retries + 1
if connection_retries <= 10:
xbmc.log(
f"[script.service.hue] Bridge Connection Error. Attempt: {connection_retries}/10 : {error}"
)
notification(
_("Hue Service"),
_("Connection lost. Trying again in 2 minutes"))
timer = -60
else:
xbmc.log(
f"[script.service.hue] Bridge Connection Error. Attempt: {connection_retries}/10. Shutting down : {error}"
)
notification(
_("Hue Service"),
_("Connection lost. Check settings. Shutting down")
)
hue_connection.connected = False
# check if sunset took place
if new_daylight != daylight:
xbmc.log(
f"[script.service.hue] Daylight change. current: {daylight}, new: {new_daylight}"
)
daylight = new_daylight
CACHE.set(f"{ADDONID}.daylight", daylight)
if not daylight and service_enabled:
xbmc.log("[script.service.hue] Sunset activate")
activate(light_groups)
timer += 1
monitor.waitForAbort(1)
xbmc.log("[script.service.hue] Process exiting...")
return
xbmc.log("[script.service.hue] No connected hue_connection, exiting...")
return
def __init__(self,
light_group_id,
hue_connection,
initial_state=STATE_STOPPED,
video_info_tag=xbmc.InfoTagVideo):
self.hue_connection = hue_connection
self.light_group_id = light_group_id
self.bridge = hue_connection.bridge
self.monitor = hue_connection.monitor
self.group0 = self.bridge.groups[0]
self.bridge_error500 = 0
self.state = initial_state
self.enabled = ADDON.getSettingBool(
f"group{self.light_group_id}_enabled")
self.saved_light_states = {}
self.video_info_tag = video_info_tag
self.image_process = imageprocess.ImageProcess()
self.converterA = Converter(GamutA)
self.converterB = Converter(GamutB)
self.converterC = Converter(GamutC)
self.helper = ColorHelper(
GamutC) # Gamut doesn't matter for this usage
self.enabled = ADDON.getSettingBool(
f"group{self.light_group_id}_enabled")
self.transition_time = int(
ADDON.getSettingInt(f"group{self.light_group_id}_TransitionTime") /
100
) # This is given as a multiple of 100ms and defaults to 4 (400ms). transition_time:10 will make the transition last 1 second.
self.force_on = ADDON.getSettingBool(
f"group{self.light_group_id}_forceOn")
self.disable_labs = ADDON.getSettingBool(
f"group{self.light_group_id}_disableLabs")
self.min_bri = ADDON.getSettingInt(
f"group{self.light_group_id}_MinBrightness"
) * 255 / 100 # convert percentage to value 1-254
self.max_bri = ADDON.getSettingInt(
f"group{self.light_group_id}_MaxBrightness"
) * 255 / 100 # convert percentage to value 1-254
self.saturation = ADDON.getSettingNumber(
f"group{self.light_group_id}_Saturation")
self.capture_size_x = ADDON.getSettingInt(
f"group{self.light_group_id}_CaptureSize")
self.resume_state = ADDON.getSettingBool(
f"group{self.light_group_id}_ResumeState")
self.resume_transition = ADDON.getSettingInt(
f"group{self.light_group_id}_ResumeTransition"
) * 10 # convert seconds to multiple of 100ms
self.update_interval = ADDON.getSettingInt(
f"group{self.light_group_id}_Interval"
) / 1000 # convert MS to seconds
if self.update_interval == 0:
self.update_interval = 0.1
if self.enabled:
self.ambi_lights = {}
light_ids = ADDON.getSetting(
f"group{self.light_group_id}_Lights").split(",")
index = 0
if len(light_ids) > 0:
for L in light_ids:
gamut = self._get_light_gamut(self.bridge, L)
light = {
L: {
'gamut': gamut,
'prev_xy': (0, 0),
"index": index
}
}
self.ambi_lights.update(light)
index = index + 1
super(xbmc.Player).__init__()
