speedoxx007

Version 4.113 Beta

This update features migration process from version 3.600, reconfiguring every device, adjusting them for changes which took place in the system. This will assure a possibly smooth transition and continuous operation, allowing each device to work with old settings until reconfiguration is done. Please, refer to the message that appears in the interface and Notification Center for further instructions after finishing upgrade.

Important!

Updating from version 3.600 may take up to 30 minutes. Do not restart controller during update process.

Resolved issues:

- Firmware Update section is hidden from the devices configuration,

- Weather plugins force the data refresh.

Version 4.112 Beta

Resolved issues:

- Incorrect redirect after an update.

- It is not possible to create scene with weather or weather plugins as a condition.

- Information about the status change of some devices (e.g. Wall Plug) are not displayed in the event panel.

- Devices with unticked "Show measurement of energy consumption" option are counted in the global power measurement.

- You cannot edit the location points in the location panel.

- No possibility of a simultaneous change in many blockade parameters of KeyFob.

- Central Scene Events are sent twice.

- Sending an unsupported action to a device can cause a crash of the Z-Wave service.

New devices support:

- Eurotronics Comet Z.

- Eurotronics Stella Z.

- Philio Technology Corp Multisensor PST02.

- Philio Technology Corp PAN06.

- Domitech LLC Smart LED Retrofit Kit ZE27EU.

Other improvements:

- The view of system update is now similar to configuration Wizard.

Version 4.111 Beta

Resolved issues:

- Heating and cooling panels don't work with FGWP102 as an actor.

- Problem with LUA code execution in virtual devices.

- Lack of wind unit in API.

- Z-Wave network reset doesn't delete device notifications.

- Mobile devices containing Polish special characters in names are wrongly displayed.

- Update hangs up.

- Scale for power consumption is not displayed for RGBW.

- Dashboard always displays sunday.

- #0002626 deselecting notification of a low battery.

- Weather can't be used as a condition in block scenes.

- #0004014 Manual and holiday time rounds temperature sent to devices.

- Unification of time display in the web interface.

- Minor graphic fixes.

Other improvements:

- Fibaro Keyfob - the ability to use key sequences for executing the action in system. The ability to block device with key and unblock it with key sequence.

- Magic scenes for devices which use Scene Controller or Scene Activation - the ability to add scenes in the configuration of device supporting Central Scene or Scene Activation. Devices already existing in Home Center require soft reconfiguration, after reconfiguration you will have new configuration options.

- Remote support on demand - feature is default off, in LAN settings tab you can grant possibility to enable remote connection for Fibaro Support.

- Functionality of temperature measurments export (CSV file) in temperature panel.

CHANGES INTRODUCED IN VERSION 4.X:

- Drag & Drop for devices and scenes - available on home, devices and rooms screens. Assigning devices to rooms and changing its order is now much easier and faster.

- Temperature Panel - allows to see history of temperature changes in rooms and on each device.

- Diagnostic Panel - general information about HC working condition like CPU & RAM usage, free space on hard drive. Will be extended in future versions.

- Soft Device Reconfiguration - option allows to save settings, parameters and device ID. Thanks to that scenes with reconfigurable device will not require editing. Full reconfiguration will remove and add the device to the Z-Wave network, resulting in the loss of its settings, parameters and change the device ID..

- Mesh Network Reconfiguration - available on Configuration -> Z-Wave Network

- New Z-Wave engine - redesigned and rewritten from the scratch. Now is faster and has better support for devices.

- Z-Wave Door Locks support - controlling and PIN settings.

- Thermostats - extended controlling for thermostats from manufacturers like: Honeywell, Trane Corporation.

- Extended tamper for sensors - exclusive information for motion detection and violation of sensors.

- Fibaro Smoke Sensor extended support - level of smoke and gap to alarm level is reported and visible on charts. Sensitivity level is now easier to set.

- Fibro Motion Sensor new device - when seismometer mode is turned on new device reporting tremors is available. Charts for temperature and illuminance. Additionally information about sensor violation.

- Device hiding - device that is not in use can be hide without removing it.

- Device deactivation - deactivated device is visible in UI but can't be controlled.

- Multithreading added for HC (server and z-wave) - now engines work much faster.

- Event panel moved - for better usability now is available in menu on right side of screen.

- Pre-Update Confirmation - installing update will prompt user additional confirmation.

- Added support for American English (EN-US)

- User rights management - moved to Configuration.

- Recovery Memory Health - can be checked on Backup & Recovery

- Backups has information about compatibility with current HC version

- Block scenes improvements - for device only available actions are visible, scene activation block added and logical conditions grouping using brackets.

- Lua Scenes - updated tool-tips for devices.

- Rest API Active Documentation - documentation and ability to test REST API requests, access at HOME_CENTER_IP/docs

Plugins:

- Plugins are grouped in categories: Safety, Cameras, Climate, Multimedia, Others

- Plugins search

- Network devices search via ARP

Plugins category Safety:

- Modular Alarm

Plugins category Cameras:

- more than 130 devices from various manufacturers

Plugin category Climate:

- Carrier Furance

- WS Davis Vantage

- Nest - plugin for well-known thermostat

- Netatmo - plugin for thermostat and weather station from netatmo

Plugins category Multimedia

- LG Bluray

- LG TV*

- NC + mediabox, compatible devices: mediaBOX+ (ITI-3740SX, ADB-3740SX) and turboBOX+ (ITI-5720SX, ADB-5720SX)

- XBMC Remote Control

- Denon Amplifier

- LG Bluray

- Onkyo Amplifier

- Philips Bluray

- Pioneer Amplifier

- Samsung TV*

- Sonos

- Sony Bluray

- Sony TV*

- Logitech Harmony

- DENON HEOS 3/link

- Russound X5 Controller

- Nuvo Gateway/NV-P3100/NV-P3500/P100/P200

* some TV Sets firmware version may not be supported

Plugins category Other

- Philips Hue

- Wake on LAN

- Planika Fireplace

Other changes, many other improvements to the system.

Pour moi ma HCL fonctionne bien, c'est juste pas beau de voir que la RAM dans le graphique est déjà utilisé à 90 voir 98%. Sur ma HC2 c'est affiché plus ou moins juste à 33%. 

Alors avec "Repair from File" ça fonctionne nickel. Je viens de passer der V4.112 à V4.110. Mais ce que je ne comprends pas pourquoi les RAM sont utilisé à plus de 90% et le CPU tourne sans arrêt vers 11%.

Pourtant j'ai que 2 Smoke Sensor et 1 Water Sensor et rien d'autres et elle me sert de passerelle pour ma HC2...

Alors sur la HC2 un recovery revient sur le Firmware d'usine et sur la HCL il revient a parrement sur la dernière Version que il y avait déjà dessus.

Mais je vais essayer ce soir de faire le Recovery sur ma HCL avec le fichier patch que je télécharge sur http://updatehcl.fibaro.com/4.110/ 

Oui V4.110 c'est la dernière stable et V4.112 c'est une béta.

Vue que j'ai des soucis Avec la V4.112 sur ma HCL qui me sert de passerelle, j'aimerai faire un Recovery vers 4.110. J'ai fait hier le Recovery Avec reset de la puce Z-Wave, mais il me fait un Recovery vers la derniere Version 4.112. Comment faire pour revenir en V4.110 stable?

Merci pour vos idées :-)

Cette fois je ne clique pas... Bonne Chance aux Beta-Testeur

Alors même un autre Recovery Avec un Restore d'un Backup n'a pas fonctionné. Finalement c'est le Support Fibaro qui m'a supprimé directement dans la base de données.

Oui ça j'avais aussi compris :-) Mais les icones avec les "x" qui restent je ne peu pas choisir pour supprimer. Tu comprends mon problème?

J'ai fait un Recovery et j'ai fait Restore d'une sauvegarde de la V4.110. Tout fonctionne a part les images des VD's.

J'ai beaucoup d'icônes qui sont obsoletes que je n'arrive pas à supprimer. Comment on peut faire? Car j'ai mes VD's qui ne veulent pas afficher les icônes juste.

Hello

Voici ma ligne 334:             if (name == nil or name == string.char(0)) then

Mais je vais encore vérifier mes ID's et d'abord faire un Recovery vers 4.110 stable car la V4.111 beta me fait planter le réseau Z-Wave de temps en temps....

Quand la simu  elle s'arrete ça devrait éteindre tout, et quand je désactive éteindre tout et allumer ID hall.

Mais ça me mets une erreur:

[DEBUG] 22:48:05: Fri 03/03 Presence Simulation | v3.6.1 Starting up
[DEBUG] 22:48:05: Fri 03/03 --------------------------------------------------------------------------
[DEBUG] 22:48:05: Fri 03/03 Current Unix Time: 1488577685
[DEBUG] 22:48:05: Fri 03/03 converted Original planed End_simulation_time: 00:45 to Unix Time: 1488498300)
[DEBUG] 22:48:05: Fri 03/03 converted Midnight: 0:0 to Unix Time: 1488495600)
[DEBUG] 22:48:05: Fri 03/03 converted Sunset: 18:20 to Unix Time: 1488561600)
[DEBUG] 22:48:05: Fri 03/03 stop hour <= 12, Added 24H to End_simulation_time (End_simulation_time is ending after midnignt)
[DEBUG] 22:48:05: Fri 03/03 New End_simulation_time: 1488584700
[DEBUG] 22:48:05: Fri 03/03 Calculated sleeping between each turn off: 8 min
[DEBUG] 22:48:05: Fri 03/03 End_simulation_time_with_random_max_TurnOff: 1488586140
[DEBUG] 22:48:05: Fri 03/03 Reverse converted Unix Time of Sunset unix time : 1488560700 To: 18:05
[DEBUG] 22:48:05: Fri 03/03 Reverse converted Unix Time of Sunset unix time : 1488560700 To: 18:05
[DEBUG] 22:48:05: Fri 03/03 Sunset is at 18:20 + Sunset Shift of -15min = Start Time at 18:05
[DEBUG] 22:48:05: Fri 03/03 Reverse converted Unix Time of End Simulation : 1488584700 To: 00:45
[DEBUG] 22:48:05: Fri 03/03 End of Simulation: 00:45 + random of 30min
[DEBUG] 22:48:05: Fri 03/03 Checking for actions every minute.
[DEBUG] 22:48:05: Fri 03/03 Current Unix Time: 1488577685
[DEBUG] 22:48:05: Fri 03/03 converted Original planed End_simulation_time: 00:45 to Unix Time: 1488498300)
[DEBUG] 22:48:05: Fri 03/03 converted Midnight: 0:0 to Unix Time: 1488495600)
[DEBUG] 22:48:05: Fri 03/03 converted Sunset: 18:20 to Unix Time: 1488561600)
[DEBUG] 22:48:05: Fri 03/03 stop hour <= 12, Added 24H to End_simulation_time (End_simulation_time is ending after midnignt)
[DEBUG] 22:48:05: Fri 03/03 New End_simulation_time: 1488584700
[DEBUG] 22:48:05: Fri 03/03 Calculated sleeping between each turn off: 2 min
[DEBUG] 22:48:05: Fri 03/03 End_simulation_time_with_random_max_TurnOff: 1488585060
[DEBUG] 22:48:05: Fri 03/03 Simu_presence = 0, Aborting Simulation scene
[DEBUG] 22:55:40: Fri 03/03 Presence Simulation | v3.6.1 Starting up
[DEBUG] 22:55:40: Fri 03/03 --------------------------------------------------------------------------
[DEBUG] 22:55:40: Fri 03/03 Current Unix Time: 1488578140
[DEBUG] 22:55:40: Fri 03/03 converted Original planed End_simulation_time: 00:45 to Unix Time: 1488498300)
[DEBUG] 22:55:40: Fri 03/03 converted Midnight: 0:0 to Unix Time: 1488495600)
[DEBUG] 22:55:40: Fri 03/03 converted Sunset: 18:20 to Unix Time: 1488561600)
[DEBUG] 22:55:40: Fri 03/03 stop hour <= 12, Added 24H to End_simulation_time (End_simulation_time is ending after midnignt)
[DEBUG] 22:55:40: Fri 03/03 New End_simulation_time: 1488584700
[DEBUG] 22:55:40: Fri 03/03 Calculated sleeping between each turn off: 8 min
[DEBUG] 22:55:40: Fri 03/03 End_simulation_time_with_random_max_TurnOff: 1488586140
[DEBUG] 22:55:40: Fri 03/03 Reverse converted Unix Time of Sunset unix time : 1488560700 To: 18:05
[DEBUG] 22:55:40: Fri 03/03 Reverse converted Unix Time of Sunset unix time : 1488560700 To: 18:05
[DEBUG] 22:55:40: Fri 03/03 Sunset is at 18:20 + Sunset Shift of -15min = Start Time at 18:05
[DEBUG] 22:55:40: Fri 03/03 Reverse converted Unix Time of End Simulation : 1488584700 To: 00:45
[DEBUG] 22:55:40: Fri 03/03 End of Simulation: 00:45 + random of 30min
[DEBUG] 22:55:40: Fri 03/03 Checking for actions every minute.
[DEBUG] 22:55:40: Fri 03/03 Current Unix Time: 1488578140
[DEBUG] 22:55:40: Fri 03/03 converted Original planed End_simulation_time: 00:45 to Unix Time: 1488498300)
[DEBUG] 22:55:40: Fri 03/03 converted Midnight: 0:0 to Unix Time: 1488495600)
[DEBUG] 22:55:40: Fri 03/03 converted Sunset: 18:20 to Unix Time: 1488561600)
[DEBUG] 22:55:40: Fri 03/03 stop hour <= 12, Added 24H to End_simulation_time (End_simulation_time is ending after midnignt)
[DEBUG] 22:55:40: Fri 03/03 New End_simulation_time: 1488584700
[DEBUG] 22:55:40: Fri 03/03 Calculated sleeping between each turn off: 2 min
[DEBUG] 22:55:40: Fri 03/03 End_simulation_time_with_random_max_TurnOff: 1488585060
[DEBUG] 22:55:40: Fri 03/03 It's sunset time -> Simulation ON
[DEBUG] 22:55:40: Fri 03/03 Reverse converted Unix Time of End_simulation_time : 1488584700 To: 00:45
[DEBUG] 22:55:40: Fri 03/03 Reverse converted Unix Time of End_simulation_time_with_random_max_TurnOff : 1488585060 To: 00:51
[DEBUG] 22:55:40: Fri 03/03 Reverse converted Unix Time of End_simulation_time : 1488584700 To: 00:45
[DEBUG] 22:55:40: Fri 03/03 Reverse converted Unix Time of End_simulation_time_with_random_max_TurnOff : 1488585060 To: 00:51
[DEBUG] 22:55:40: Fri 03/03 Presence Simulation started. Will stop at: 00:45 + rand(30min) : 00:51
[DEBUG] 22:55:40: Fri 03/03 Turning On Always_On lights:
[DEBUG] 22:55:40: Fri 03/03 Device: Lampe LED Turned On
[DEBUG] 22:55:40: Fri 03/03 Now randomizing other lights...
[DEBUG] 22:55:41: Fri 03/03 light ID:Eclairage Entrée status:1
[DEBUG] 22:55:41: Fri 03/03 Entering loop of 23.05 minutes
[DEBUG] 22:55:52: Scene already active! Aborting this new instance !!
[DEBUG] 22:56:02: Fri 03/03 Exiting loop of 23.05 minutes
[DEBUG] 22:56:02: Fri 03/03 TurnOff All Simulation lights!
[DEBUG] 22:56:02: Fri 03/03 Device: Eclairage Salon Spot Off
[DEBUG] 22:56:02: Fri 03/03 Sleeping 0 minute(s) before next TurnOff
[DEBUG] 22:56:02: Fri 03/03 Device: Eclairage Entrée Off
[DEBUG] 22:56:02: Fri 03/03 Sleeping 0 minute(s) before next TurnOff
[DEBUG] 22:56:02: line 334: attempt to concatenate local 'deviceID' (a nil value)

Voici mon code:

Citation

--[[
%% autostart
%% properties
%% globals
Simu_presence
--]]

---------------------------------------
local version = "3.6.1";
-- YAPS Presence Simulation by SebcBien
-- August 2015
---------------------------------------
--V3.6.1 -- added new notifications engine (sms, freesms, push, email)
-- fixed bug "attempt to concatenate local 'deviceID' (a nil value)"
--V3.5.2 - start push sent by email
--V3.5.1
-- Fixed launch between midnight and endtime (if endtime is after midnight)
-- clean up code midnight-endtime
--V3.3.2
-- renamed all variables for more readability
--V3.3.0
-- Fixed Override bug (no sleep time between lights)
--V3.2.3
-- added sunset shifting possibility (add or remove minutes to startime
-- added time stamp to push messages
-- formated messages
-- optimisation
-- cleanup
--V3.1.0
-- "complete" rewriting with unix times
-- modified end time notification impacted by random and smooth TurnOff (End_simulation_time impact)
-- exit is now exactly at End_simulation_time
-- added smooth cut off of lights at ending time (function not triggered with deactivation)
--V2.6.6
-- clean up debug messages
-- added free sms notifications
-- second fix to looping days bug
--V2.6.0 to V2.6.5
-- Fixed bug when Random_max_TurnOff_duration = 0
-- Probably fixed End_simulation_time bug calculation when looping for days du to days are shorter now than the previous day
-- Fixed bug not turning on Lights_On_at_end_Simulation when exiting Simulation
-- added random end time + small stability changes and cleaning
-- Added array of lights to turn on after Simulation, ONLY if Simu_presence = 1 (normal ending, not ended by setting Simu_presence to 0)
-- Added the possibility to not have an always on lamp
-- Added naming of devices in the debug during Simulation
-- Added the possibility to select always on light during Simulation
--V2.2.0 to 2.5.0
-- fixed Simulation starting if restarted between End_simulation_time & midnight
-- fixed big bug Simulation restarting after end time
-- small notification and debug changes
-- Rewriting the engine
-- now relaunch automatically the next day, even if Simu_presence has not changed
-- Added Manual Stop variable
-- added list of mobiles

if (fibaro:countScenes() > 1) then
 fibaro:debug("Scene already active! Aborting this new instance !!");
 fibaro:abort();
end
--------------------- USER SETTINGS --------------------------------
local id = {
 LAMPE_SALON_SPOT = 81,
 LAMPE_TERR_GAUCHE = 191,
 LAMPE_TABLE   = 197,
 LAMPE_CUISINE  = 198,
 LAMPE_HALL   = 202,
 LAMPE_LED_SALON  = 203,
 LAMPE_TERR_GAUCHE = 206,
 LAMPE_ESCALIER  = 213,
 PHONE_PAPA   = 227,
 ADMIN     = 2,
 }

local Stop_hour = "00";     -- Hour when you want Simulation to stop
local Stop_minute = "45";    -- Minute of the hour you want Simulation to stop
-- note 1: the script will not exit while waiting the random time of the last light turned on. So end time can be longer than specified end time. (even more with var Random_max_TurnOff_duration)
-- note 2: if the global variable changes during the same wait time as above, it will exit immediately (when back home while Simulation runs)
local Sunset_offset = -15    -- number of minutes before or after sunset to activate Simulation
local Random_max_duration = 30;   -- random time of light change in minutes --> here each device is on maximum 30min
local Random_max_TurnOff_duration = 30; -- random time to add at the stop hour+stop minute so the Simulation can be more variable (0 to deactivate)
local Lights_always_on = {id["LAMPE_LED_SALON"]} -- IDs of lights who will always stay on during Simulation - leave empty array if none -> {}
local Random_lights = {id["LAMPE_SALON_SPOT"],id["LAMPE_HALL"],id["LAMPE_TAPLE"],id["LAMPE_CUISINE"]} -- IDs of lights to use in Simulation
--local Random_lights = {id["LAMPE_HALL"],id["LAMPE_CELLIER"],id["LAMPE_CH_AMIS"]} -- Reduced set for test purposes
local Lights_On_at_end_Simulation = 0; -- If next line is commented, no light will turn on after Simulation ends
-- local Lights_On_at_end_Simulation = id["LAMPE_COULOIR"]; -- ID of a light (Only One) to turn on after Simulation ends (at specified Stop_hour & Stop_minute). Comment this line to turn off this feature
local Lights_On_if_Simulation_deactivated = 0; -- If next line is commented, no light will turn on after Simulation is stopped (by putting Simu_presence to 0)
local Lights_On_if_Simulation_deactivated = id["LAMPE_HALL"]; -- ID of a light (Only One) to turn on after Simulation is stopped (Simulation_). Comment this line to turn off this feature
YAPS_Engine = {};
 YAPS_Engine.notifications = true;     -- send notifications
 YAPS_Engine.notificationTypes = {"push", "email"}; --notification types {"push", "email", "sms"} but they are overriden in the code
 YAPS_Engine.Activate_FreeSms = false;    -- activate push with Activate_FreeSms (Activate_Push must be true also)
 YAPS_Engine.smartphoneID = {id["PHONE_PAPA"]};  -- Smartphone Id to send push to. {id1, id2, id3}
 YAPS_Engine.userID = {id["ADMIN"]};     -- User Id to send email to. {id1, id2, id3}
 YAPS_Engine.sms = {
  ["VD_ID"] = 0,         -- Virtual Device ID
  ["VD_Button"] = "1",       -- Virtual Device Button
  ["VG_Name"] = "SMS"};       -- Global Variable Name
--------------------- USER SETTINGS END ----------------------------
----------------------ADVANCED SETTINGS-----------------------------
local Show_standard_debug = true; -- Debug displayed in white
local Show_extra_debug = true;  -- Debug displayed in orange
--------------------------------------------------------------------
-------------------- DO NOT CHANGE CODE BELOW ----------------------
--------------------------------------------------------------------
local Number_of_lights = #Random_lights;      -- numbers of light devices listed above
local Simulation = fibaro:getGlobal("Simu_presence");   --value of the global value: Simulation is on or off
local Manual_overide = fibaro:getGlobal("overideSimuSunset"); -- if = 1 then the Simulation is forced
local Start_simulation_time = fibaro:getValue(1, "sunsetHour"); --Start Simulation when sunset
local End_simulation_time,Sunrise_unix_hour,Sunset_unix_hour,Converted_var,Midnight,End_simulation_time_with_random_max_TurnOff,Sleep_between_TurnOff;
local Is_first_launch = true;
local NotifLoop = 0;

function Debug(color, message)
  fibaro:debug(string.format('<%s style="color:%s;">%s</%s>', "span", color, os.date("%a %d/%m", os.time()).." "..message, "span"));
end

function ExtraDebug(debugMessage)
 if ( Show_extra_debug ) then
  Debug( "orange", debugMessage);
 end
end

function StandardDebug(debugMessage)
 if ( Show_standard_debug ) then
  Debug( "white", debugMessage);
 end
end

function round(num, idp)
 local mult = 10^(idp or 0)
 return math.floor(num * mult + 0.5) / mult
end

function YAPS_Engine:notification(message, subject, param)
 local message = os.date("%H:%M", os.time()).." "..message or "<vide>";
 if YAPS_Engine.debug_messages then
  ExtraDebug("yellow", "Notification : "..message);
 end
  if Activate_FreeSms then
   fibaro:setGlobal("Activate_FreeSms", message)
   ExtraDebug("Message ("..message..") sent to Activate_FreeSms");
  end
 if param then
  for _, notif in ipairs(param) do
   if YAPS_Engine.debug_messages then
    ExtraDebug("grey", notif);
   end
   -- Envoi Push
   if notif == "push" and YAPS_Engine.smartphoneID then
    for _, id in ipairs(YAPS_Engine.smartphoneID) do
     if YAPS_Engine.debug_messages then
      ExtraDebug("grey", "Send Push smartphone ID : "..id);
     end
     fibaro:call(id, "sendPush", message);
    end
   -- Envoi Email
   elseif notif == "email" and YAPS_Engine.userID then
    for _, id in ipairs(YAPS_Engine.userID) do
     if YAPS_Engine.debug_messages then
      ExtraDebug("grey", "Send Email user ID : "..id);
     end
     fibaro:call(id, "sendEmail", subject, message);
    end
   -- Envoi SMS
   elseif notif == "sms" and YAPS_Engine.sms then
    if YAPS_Engine.debug_messages then
     ExtraDebug("grey", "Send SMS : VD_ID="..(YAPS_Engine.sms["VD_ID"] or 0).." VD_Button="..(YAPS_Engine.sms["VD_Button"] or "0").." VG_Name="..(YAPS_Engine.sms["VG_Name"] or ""));
    end
    fibaro:setGlobal(YAPS_Engine.sms["VG_Name"], message);
    if YAPS_Engine.sms["VD_ID"] and tonumber(YAPS_Engine.sms["VD_ID"])>0 and YAPS_Engine.sms["VD_Button"] and tonumber(YAPS_Engine.sms["VD_Button"])>0 then
     fibaro:call(YAPS_Engine.sms["VD_ID"], "pressButton", YAPS_Engine.sms["VD_Button"]);
    end
   end
  end
 else
  Debug("orange", "Warning : no notification options given");
 end
end

function YAPS_Engine:UnixTimeCalc(Converted_var, hour, min)
 local time = os.time();
 local date = os.date("*t", time);
 local year = date.year;
 local month = date.month;
 local day = date.day;
 unix_hour = os.time{year=year, month=month, day=day, hour=hour, min=min, sec=sec};
 ExtraDebug("converted "..Converted_var..": "..hour..":"..min.." to Unix Time: "..unix_hour..")")
 return unix_hour
end

function YAPS_Engine:ReverseUnixTimeCalc(Converted_var,hour)
 reverse_unix = os.date("%H:%M", hour)
 ExtraDebug("Reverse converted Unix Time of "..Converted_var.." : "..hour.." To: "..reverse_unix)
 return reverse_unix
end

function YAPS_Engine:EndTimeCalc()
 local hour,min
 ExtraDebug ("Current Unix Time: "..os.time())
 End_simulation_time = YAPS_Engine:UnixTimeCalc("Original planed End_simulation_time", Stop_hour, Stop_minute); -- generate End_simulation_time (changes at midnight) will not change during Simulation, only when ended
 Midnight = YAPS_Engine:UnixTimeCalc("Midnight", 00, 00);
 
 Sunset_unix_hour = fibaro:getValue(1,'sunsetHour');
 hour = string.sub(Sunset_unix_hour, 1 , 2);
 min = string.sub(Sunset_unix_hour,4);
 Sunset_unix_hour = (YAPS_Engine:UnixTimeCalc("Sunset", hour, min))+Sunset_offset*60;

 -- if stop hour is between 00 and 12h then add 24 hours to End_simulation_time
 if tonumber(Stop_hour) <= 12 and (os.time() >= End_simulation_time) then
  End_simulation_time = End_simulation_time + 24*60*60
  ExtraDebug ("stop hour <= 12, Added 24H to End_simulation_time (End_simulation_time is ending after midnignt)");
  ExtraDebug ("New End_simulation_time: "..End_simulation_time);
 end
 
 if Random_max_TurnOff_duration ~= 0 and Number_of_lights > 1 then   -- if Simulation = 1 then slow turn off, else turn off all immediately
  Sleep_between_TurnOff = round((math.random(Random_max_TurnOff_duration)/(Number_of_lights-1)),1);
  Sleep_between_TurnOff = math.random(Random_max_TurnOff_duration)/(Number_of_lights-1);
  ExtraDebug("Calculated sleeping between each turn off: "..Sleep_between_TurnOff.." min");
 else
  Sleep_between_TurnOff = 0;
  ExtraDebug("No sleeping between turn off");
 end
 End_simulation_time_with_random_max_TurnOff = End_simulation_time + ((Sleep_between_TurnOff*(Number_of_lights-1))*60)
 ExtraDebug("End_simulation_time_with_random_max_TurnOff: "..End_simulation_time_with_random_max_TurnOff); 
 
 if ((os.time() < End_simulation_time) and (Sunset_unix_hour - End_simulation_time > 0) and (Is_first_launch == true)) then -- if calculation is done between midnight and End_simulation_time and sunset is wrongly calculated after endtime (at first start only)
  Sunset_unix_hour = Sunset_unix_hour - (24*60*60) + 70; -- remove 24h58m50s of sunsettime
  ExtraDebug ("launch after Midnight and before End_simulation_time, removed 24H to Sunset_unix_hour (Only at the first start)");
  ExtraDebug ("New SunsetTime: "..Sunset_unix_hour);
 end
 Is_first_launch = false
end
-- Presence Simulation actions Main loop
function YAPS_Engine:Launch()
 YAPS_Engine:notification("Presence Simulation started. Will stop at: "..YAPS_Engine:ReverseUnixTimeCalc("End_simulation_time", End_simulation_time).." + rand("..Random_max_TurnOff_duration.."min) : "..YAPS_Engine:ReverseUnixTimeCalc("End_simulation_time_with_random_max_TurnOff", End_simulation_time_with_random_max_TurnOff), "Presence Simulator", {"push"}); -- push only
 StandardDebug("Presence Simulation started. Will stop at: "..YAPS_Engine:ReverseUnixTimeCalc("End_simulation_time", End_simulation_time).." + rand("..Random_max_TurnOff_duration.."min) : "..YAPS_Engine:ReverseUnixTimeCalc("End_simulation_time_with_random_max_TurnOff", End_simulation_time_with_random_max_TurnOff)); 
 if Lights_always_on[1] ~= nil then YAPS_Engine:TurnOn(Lights_always_on); end

 while ((os.time() <= End_simulation_time) and (Simulation == "1")) or ((Manual_overide == "1")) do
  local random_light = tonumber(Random_lights[math.random(Number_of_lights)]) --choose a random light in the list
  local lightstatus = fibaro:getValue(random_light, 'value') --get the value of the random light in the list
  -- turn on the light if off or turn off if on
  if tonumber(lightstatus) == 0 then fibaro:call(random_light, 'turnOn') else fibaro:call(random_light, 'turnOff') end
  fibaro:sleep(1000); -- necessary to get back the new status, because HC2 is too fast :-)
  lightstatus = fibaro:getValue(random_light, 'value') --get the value of the random light after his update
  StandardDebug('light ID:'.. fibaro:getName(random_light) ..' status:'..lightstatus);
  local sleeptime = math.random(Random_max_duration*60000) --random sleep
  StandardDebug("Entering loop of " .. round(sleeptime/60000,2) .. " minutes");
  -- Allows to exit the scene if the Simu_presence global var changes to 0 during the random  sleep
   local counterexitSimulation = 200
    while (counterexitSimulation > 0) and ((os.time() <= End_simulation_time) or Manual_overide == "1") do
     counterexitSimulation = counterexitSimulation - 1;
     test_presence_state = fibaro:getGlobal("Simu_presence");
     Simulation = tonumber(test_presence_state); --verify the global value, if the virtual device is deactivated, the loop stops.
     --fibaro:debug("Simulation var state : " .. Simulation.." override var state : " .. Manual_overide);
     if Simulation == 0 then
      Manual_overide = fibaro:getGlobalValue("overideSimuSunset");
      if Simulation == 0 or Manual_overide == "0" then
      counterexitSimulation = 0
      end
     end
    fibaro:sleep(sleeptime/200);
    end
   ExtraDebug("Exiting loop of "..round(sleeptime/60000,2).." minutes");
  local sleeptimemin = math.abs(sleeptime/60000)
  Simulation = fibaro:getGlobal("Simu_presence"); --verify the global value, if the virtual device is deactivated, the scene stops.
  Manual_overide = fibaro:getGlobalValue("overideSimuSunset");
 end
end
 
function YAPS_Engine:EndSimulation()
 if Lights_always_on[1] ~= nil then YAPS_Engine:TurnOff(Random_lights,Lights_always_on); end
 Debug("red","Presence Simulation deactivated");
 if (Simulation == "1") then
  Debug("yellow","Presence Simulation will restart tomorrow.");
  Debug("yellow","Sunset is around "..fibaro:getValue(1, "sunsetHour").." + Sunset Shift of "..Sunset_offset.."min = Start Time around "..YAPS_Engine:ReverseUnixTimeCalc("Sunset unix time", Sunset_unix_hour));
  YAPS_Engine:notification("Presence Simulation will restart tomorrow. Sunset is around "..fibaro:getValue(1, "sunsetHour").." + Sunset Shift of "..Sunset_offset.."min = Start Time around "..YAPS_Engine:ReverseUnixTimeCalc("Sunset unix time", Sunset_unix_hour), "Presence Simulator", {"push"}); -- push only
 end
 NotifLoop = 0; -- will force main loop notifications at end of Simulation
end

function YAPS_Engine:ExitSimulation()
 --YAPS_Engine:notification("Presence Simulation is terminated", "Presence Simulator", {"push"}); -- push only
 Debug("red","Simu_presence = 0, Aborting Simulation scene");
 fibaro:abort();
end

function YAPS_Engine:TurnOff(group,group2)
 Debug("red","TurnOff All Simulation lights!");
 local name, id2;
 local ID_devices_group = group;
 if ID_devices_group ~= 0 then
  for i=1, #ID_devices_group do
   Simulation = fibaro:getGlobal("Simu_presence"); --verify the global value, if Simulation presence is deactivated
   if Simulation == "0" then Sleep_between_TurnOff = 0; end; -- if Simulation ended before End_simulation_time, then no turn off delay
   if i > 1 then -- wait Number of lights -1 (do not need to wait for the first TurnOff)
    StandardDebug("Sleeping "..Sleep_between_TurnOff.." minute(s) before next TurnOff");
    fibaro:sleep(Sleep_between_TurnOff*60000);
   end
   id2 = tonumber(ID_devices_group);
   fibaro:call(id2, "turnOff");
   name = fibaro:getName(id2);
   if (name == nil or name == string.char(0)) then
    name = "Unknown"
   end
   StandardDebug("Device: "..name.." Off ");
  end
 end
 Debug("red","TurnOff All Always_On lights!");
 local ID_devices_group = group2;
 if ID_devices_group ~= 0 then
  for i=1, #ID_devices_group do
   id2 = tonumber(ID_devices_group);
   fibaro:call(id2, "turnOff");
   name = fibaro:getName(id2);
    if (name == nil or name == string.char(0)) then
     name = "Unknown"
    end
   StandardDebug("Device: "..name.." Off ");
  end
 end
 if Lights_On_at_end_Simulation ~= 0 and Simulation == "1" then
  fibaro:call(Lights_On_at_end_Simulation, "turnOn");
  name = fibaro:getName(Lights_On_at_end_Simulation);
   if (name == nil or name == string.char(0)) then
    name = "Unknown"  
   end
  Debug("red","Turned On light Lights_On_at_end_Simulation:");
  Debug("white", name);
 end
 if Lights_On_if_Simulation_deactivated ~= 0 and Simulation == "0" then
  fibaro:call(Lights_On_if_Simulation_deactivated, "turnOn");
  name = fibaro:getName(Lights_On_if_Simulation_deactivated);
   if (name == nil or name == string.char(0)) then
    name = "Unknown"
   end
  Debug("red","Turned On light Lights_On_if_Simulation_deactivated:");
  Debug("white", name);
 end
end

function YAPS_Engine:TurnOn(group)
 Debug("red","Turning On Always_On lights:");
 local name, id2;
 local ID_devices_group = group;
 for i=1, #ID_devices_group do
  id2 = tonumber(ID_devices_group);
  fibaro:call(id2, "turnOn");
  name = fibaro:getName(id2);
  if (name == nil or name == string.char(0)) then
   name = "Unknown"  
  end
  StandardDebug("Device: "..name.." Turned On ");
 end
 Debug("red","Now randomizing other lights...");
end
 
Debug("green", "Presence Simulation | v" .. version .. " Starting up");
Debug("green", "--------------------------------------------------------------------------");

------------------------ Main Loop ----------------------------------
-- first start notifications
YAPS_Engine:EndTimeCalc();
YAPS_Engine:notification("Scheduled presence Simulation at "..YAPS_Engine:ReverseUnixTimeCalc("Sunset unix time", Sunset_unix_hour).." (Sunset: "..fibaro:getValue(1, "sunsetHour")..")", "Presence Simulator", {"email"}); -- mail only
Debug("green","Sunset is at "..fibaro:getValue(1, "sunsetHour").." + Sunset Shift of "..Sunset_offset.."min = Start Time at "..YAPS_Engine:ReverseUnixTimeCalc("Sunset unix time", Sunset_unix_hour));
Debug("green","End of Simulation: "..YAPS_Engine:ReverseUnixTimeCalc("End Simulation", End_simulation_time).." + random of "..Random_max_TurnOff_duration.."min");
Debug("green", "Checking for actions every minute.");
Is_first_launch = true

while true do -- Infinite loop of actions checking, hours calculations, notifications
 YAPS_Engine:EndTimeCalc();
 -- local Sunset_unix_hour = Midnight  -- un-comment this line when testing to force a start hour (or use Sunset_offset)

 if os.time() >= Sunset_unix_hour then -- define if nighttime (sunset = 1)
  sunset = 1
 else
  sunset = 0
 end
 
 if (Simulation == "1") then
  if sunset == 1 and (os.time() <= End_simulation_time) then
   Debug("yellow", "It's sunset time -> Simulation ON");
   YAPS_Engine:Launch();
   YAPS_Engine:EndSimulation();
  end
  if Manual_overide == "1" then
   Debug("yellow", "Manual Override Activated -> Simulation ON");
   YAPS_Engine:Launch();
   YAPS_Engine:EndSimulation();
  end
  if Manual_overide == "0" and sunset == 0 and NotifLoop == 0 then
   Debug("yellow", "Sunset is at "..fibaro:getValue(1, "sunsetHour").." + Sunset Shift of "..Sunset_offset.."min = Start Time at "..YAPS_Engine:ReverseUnixTimeCalc("Sunset unix time", Sunset_unix_hour));
   Debug("yellow", "End of Simulation: "..YAPS_Engine:ReverseUnixTimeCalc("End Simulation", End_simulation_time).." + random of "..Random_max_TurnOff_duration.."min = "..YAPS_Engine:ReverseUnixTimeCalc("End Simulation", End_simulation_time_with_random_max_TurnOff));
  end
 end

 if (Simulation == "0") then -- Condition to end Simulation
  YAPS_Engine:ExitSimulation();
 end
 
 if NotifLoop <= 120 then --a waiting xx times the fibaro sleep below (2 hours) before resetting counter (and notifying)
  if NotifLoop == 120 then NotifLoop = 0 end
  if NotifLoop == 0 then
  ExtraDebug("Now, checking for actions every minute. Next notify: in 2 hours");
  end
 end
  
 fibaro:sleep(1*60*1000); -- wait 1 minutes before testing again the global vars below
 Simulation = fibaro:getGlobal("Simu_presence");
 Manual_overide = fibaro:getGlobal("overideSimuSunset");
 NotifLoop = NotifLoop + 1;
end

Je suis en V4.111 béta... Quelqu'un peut m'aider?

Moi je n'ai pas la keyfob. Je voulais reconfigurer le maillage du réseau Z-Wave et la LED z-wave est resté allumé. J'ai arrété la HC2, couper le courant pendant env. 15sec. et je l'ai démarré normalement.

Maintenant ça fonctionne. Le réseau Z-Wave répond à sa vitesse normale.

J'ai vu sur le forum officiel sous 4.111 beta d'autres qui ont le même souci.

Réseau Z-Wave ne répond plus...même pas après un redémarrage.....

Ben moi je suis en suisse et je n'ai pas de Freebox :-)

Envoyé de mon SM-G900F en utilisant Tapatalk
 

En V4.110 ça fonctionnait bien. Maintenant je suis en béta V4.111 et j'ai une Erreur:

[ERROR] 07:31:18: line 15: unexpected symbol near 'local' -> sur cette ligne: local maxRetry_Process = 20;

J'utilise la Version 2.31b

Que est-ce que y a changé dans V4.111?

Chez moi tout baigne... Pour le moment...

Je vais tenter maintenant...

Hello @pepite

Oui je travaille aujourdhui...

Oups, j'ai trouvé:

elseif ("2015-07-08"<=today and today<"2017-08-23") then vacances=true -- Vacances d'été  -> Ce serai des longues vacances d'eté.... 

Hello

J'ai quand même un souci. Aujourd'hui et demain chez c'est jours chomé...:-( Eh ben non ou est le souci?

Voici mon Code:

-- Retourne OUI si le jour courant et J+1 est un jour chômé (WE ou férié)
-- Adapté de http://gurau-audibert.hd.free.fr/josdblog/2014/01/lua-vacances-jours-chomes-et-jours-feries/
-- Pour la HC2 par Hansolo
-- V1 26/06/2014 Initié par HANSOLO
-- V2 27/06/2014 Amélioré par STEVEN, gestion des JS SUISSE et calcul J et J+1
 
local france = false	
local suisse = true	
local geneve = false

-- Retourne le jour de la semaine en clair
function josdGetJourSemaine(jour)
	--fibaro:debug ("jour: ")
	josdGetJourSemaineTab={[0]="dimanche",[1]="lundi",[2]="mardi",[3]="mercredi",[4]="jeudi",[5]="vendredi",[6]="samedi"}
	return josdGetJourSemaineTab[tonumber(jour)]
end
 
-- Retourne le jour de Pâques au format epoch
-- annee : année (Integer) dont on désire connaître le jour de Pâques (ex : 2014)
function josdGetJourPaques(annee)
	local a=math.floor(annee/100);
	local b=math.fmod(annee,100);
	local c=math.floor((3*(a+25))/4);
	local d=math.fmod((3*(a+25)),4);
	local e=math.floor((8*(a+11))/25);
	local f=math.fmod((5*a+b),19);
	local g=math.fmod((19*f+c-e),30);
	local h=math.floor((f+11*g)/319);
	local j=math.floor((60*(5-d)+b)/4);
	local k=math.fmod((60*(5-d)+b),4);
	local m=math.fmod((2*j-k-g+h),7);
	local n=math.floor((g-h+m+114)/31);
	local p=math.fmod((g-h+m+114),31);
	local jour=p+1;
	local mois=n;
	josdGetJourPaquesAnnee=annee;
	josdGetJourPaquesEpochPaque=os.time{year=annee,month=mois,day=jour,hour=12,min=0};
	return josdGetJourPaquesEpochPaque;
end
 
-- Retourne true si le jour courant est un jour férié
function josdJourFerie(time)
	local today=os.date("%m-%d", time);
	local annee=tonumber(os.date("%Y", time));
	-- Dates fixes
	josdJourFerieTab = {}
	local epochPaques=josdGetJourPaques(annee);
	if (france) then
		josdJourFerieTab["01-01"] = true; -- 1er janvier
		josdJourFerieTab["05-01"] = true; -- Fête du travail
		josdJourFerieTab["05-08"] = true; -- Victoire des alliés
		josdJourFerieTab["07-14"] = true; -- Fête nationale
		josdJourFerieTab["08-15"] = true; -- Assomption
		josdJourFerieTab["11-01"] = true; -- Toussaint
		josdJourFerieTab["11-11"] = true; -- Armistice
		josdJourFerieTab["12-25"] = true; -- Noà«l
		-- Dates variables
		josdJourFerieTab[os.date("%m-%d",epochPaques)] = true;             -- Pâques
		josdJourFerieTab[os.date("%m-%d",epochPaques+24*60*60)] = true;    -- Lundi de Pâques = Pâques + 1 jour
		josdJourFerieTab[os.date("%m-%d",epochPaques+24*60*60*39)] = true;  -- Ascension = Pâques + 39 jours
		josdJourFerieTab[os.date("%m-%d",epochPaques+24*60*60*50)] = true; -- Pentecôte = Ascension + 50 jours
	end
	if (suisse) then 
		josdJourFerieTab["01-01"] = true; -- 1er janvier
		josdJourFerieTab["08-01"] = true; -- Fête national
		josdJourFerieTab["12-25"] = true; -- Noà«l
		-- Dates variables
		if (geneve) then 
			josdJourFerieTab[jeuneGenevois(time)] = true;             -- jeunes genevois
		else
			josdJourFerieTab[jeuneFederal(time)] = true;             -- jeunes genevois
		end
		josdJourFerieTab[os.date("%m-%d", epochPaques)] = true;             -- Pâques
		josdJourFerieTab[os.date("%m-%d", epochPaques+24*60*60)] = true;    -- Lundi de Pâques = Pâques + 1 jour
		josdJourFerieTab[os.date("%m-%d", epochPaques+24*60*60*39)] = true;  -- Ascension = Pâques + 39 jours
		josdJourFerieTab[os.date("%m-%d", epochPaques+24*60*60*50)] = true; -- Pentecôte = Ascension + 50 jours
		josdJourFerieTab[os.date("%m-%d", epochPaques-48*60*60)] = true;  -- Vendredi-saint = Pâques - 2 jour
	end
	return josdJourFerieTab[today]; -- (nldr : Both nil and false make a condition false)
end
 
 -- Calcul le jeudi qui suit le 1er dimanche de septembre
function jeuneGenevois(time)
  	local jour = 1
	local annee = tonumber(os.date("%Y", time))
	while (os.date("%A", os.time{year=annee, month=9, day=jour}) ~= "Sunday") do
		jour = jour + 1
	end
	return os.date("%m-%d", os.time{year=annee, month=9, day=(jour+4)})
end
 
-- Calcul le lundi qui suit le 3ème dimanche de septembre
function jeuneFederal(time)
  	local jour = 1
	local annee = tonumber(os.date("%Y", time))
	while (os.date("%A", os.time{year=annee, month=9, day=jour}) ~= "Sunday") do
		jour = jour + 1
	end
	return os.date("%m-%d", os.time{year=annee, month=9, day=(jour+15)})
end
-- JOURS DE VACANCES ET SCOLAIRE
 function josdJourVacances()
local today=os.date("%Y-%m-%d")
  local vacances=false

       -- 2016
if ("2016-07-09"<=today and today<"2016-08-24") then vacances=true -- Vacances d'été

      -- 2016-2017
elseif ("2016-10-18"<=today and today<"2016-11-03") then vacances=true -- Toussaint Zones
elseif ("2016-12-20"<=today and today<"2017-01-05") then vacances=true -- Noël
elseif ("2017-02-25"<=today and today<"2017-03-05") then vacances=true -- Hiver Zone C
elseif ("2017-04-08"<=today and today<"2017-04-23") then vacances=true -- Printemps Zone C
elseif ("2015-07-08"<=today and today<"2017-08-23") then vacances=true -- Vacances d'été

      -- 2017-2018
elseif ("2017-10-14"<=today and today<"2015-10-29") then vacances=true -- Toussaint
elseif ("2017-12-23"<=today and today<"2018-01-07") then vacances=true -- Noël
elseif ("2018-02-10"<=today and today<"2018-02-18") then vacances=true -- Hiver Zone C
elseif ("2018-03-30"<=today and today<"2018-04-15") then vacances=true -- Printemps Zone C
elseif ("2018-07-07"<=today and today<"2018-08-22") then vacances=true -- Vacances d'été

        -- 2018-2019
elseif ("2018-10-13"<=today and today<"2018-10-28") then vacances=true -- Toussaint
elseif ("2018-12-22"<=today and today<"2019-01-06") then vacances=true -- Noël
elseif ("2019-03-02"<=today and today<"2019-03-10") then vacances=true -- Hiver Zone C
elseif ("2019-04-13"<=today and today<"2019-04-28") then vacances=true -- Printemps Zone C
elseif ("2019-07-06"<=today and today<"2019-08-28") then vacances=true -- Vacances d'été

        end
return vacances
end
 
 -- Affiche le résultat
function display(jour, result, label, variable, time)
	selfId = fibaro:getSelfId()
	fibaro:debug ("Jour chomé: " .. result)
	-- Mise à  jour de la variable globale
	if (variable) then fibaro:setGlobal(variable, result) end
	-- Mise à  jour du label du module virtuel
	fibaro:call(selfId,"setProperty","ui."..label..".value", jour .. " " .. os.date("%d.%m.%Y ",time).." Jour chomé: ".. result) 
end
 -- Lancement du calcul
function doCalculate(time, label, variable)
	local jour = josdGetJourSemaine(os.date("%w", time))
	josdJourChomeReturn = (jour=="samedi" or jour=="dimanche" or josdJourFerie(time) or josdJourVacances())
	if josdJourChomeReturn then
		display(jour, "OUI", label, variable, time)
	else
		display(jour, "NON", label, variable, time)
	end
end
 
doCalculate(os.time(), "Label1", "JourChome")
doCalculate(os.time()+24*60*60, "Label2", "JourChomeJ1")

Je ne voit pas ou est le problème ?

Merci pour l'aide :-)

hello @pepite

C'est bon. C'est Parfait.

Hello,

Moi j'ai une erreur sur:

local f=math.fmod((5*a+,19);  Error:  [ERROR] 11:57:34: line 26: unexpected symbol near ','

-- Retourne le jour de Pâques au format epoch
-- annee : année (Integer) dont on désire connaître le jour de Pâques (ex : 2014)
function josdGetJourPaques(annee)
 local a=math.floor(annee/100);
 local b=math.fmod(annee,100);
 local c=math.floor((3*(a+25))/4);
 local d=math.fmod((3*(a+25)),4);
 local e=math.floor((8*(a+11))/25);
 local f=math.fmod((5*a+,19);
 local g=math.fmod((19*f+c-e),30);
 local h=math.floor((f+11*g)/319);
 local j=math.floor((60*(5-d)+b)/4);
 local k=math.fmod((60*(5-d)+,4);
 local m=math.fmod((2*j-k-g+h),7);
 local n=math.floor((g-h+m+114)/31);
 local p=math.fmod((g-h+m+114),31);
 local jour=p+1;
 local mois=n;
 josdGetJourPaquesAnnee=annee;
 josdGetJourPaquesEpochPaque=os.time{year=annee,month=mois,day=jour,hour=12,min=0};
 return josdGetJourPaquesEpochPaque;
end

Ou est l'erreur?

J'ai mis l'id du Motion et LUX

--[[
%% autostart
%% properties
144 value
146 value
%% globals
--]]

Voici mon bout de code:

-- Escalier
 
-- Exctinction automatique après 3 min
local extinction = GEA.add( id["ECL__ESCALIER"], 3*60,"",{{"turnOff", id["ECL__ESCALIER"]}})
-- Allumage automatique lampe sur detection --
-- local detection = GEA.add( id["MOTION_ESCALIER"], -1,"", {{"turnOn", id["ECL__ESCALIER"]}, {"RestartTask", extinction}})
local detection = GEA.add( {id["MOTION_ESCALIER"]},{"Value-", id["DETECTEUR_LUX_ESCALIER"], 260}, -1,"", {{"turnOn", id["ECL__ESCALIER"]}, {"RestartTask", extinction}})
  -- Allumage manuel lampe --
GEA.add(id["ECL__ESCALIER"], -1, "", {{"StopTask", extinction}, {"StopTask", detection}})
-- Exctinction de la lampe
GEA.add(id["ECL__ESCALIER"], -1, "", {{"Inverse"}, {"RestartTask", detection}})

Maintenant il me mets une erreur:  "Attempt to compare with nil" sur cette ligne -> if (GEA.source["type"] == "autostart" and tonumber(entry[GEA.keys["SECONDES"]]) >= 0) then

Comprends pas... Désolé

Merci @Sakkhho . Je vais tester.

Ben ça ne fonctionne pas. La valeur lux que le module me donne on ce moment est de 30 Lux. Mais ça ne s'allume pas.

Gestion allumage automatique cage escalier si LUX > 260

J'ai ce code pour allumer et etindre la lumiere de la cage d'escalier avec "Motion Escalier" et le bouton "ECL_ESCALIER"

-- Escalier
 
-- Exctinction automatique après 3 min
local extinction = GEA.add( id["ECL__ESCALIER"], 3*60,"",{{"turnOff", id["ECL__ESCALIER"]}})
-- Allumage automatique lampe sur detection --
local detection = GEA.add( id["MOTION_ESCALIER"], -1,"", {{"turnOn", id["ECL__ESCALIER"]}, {"RestartTask", extinction}})
  -- Allumage manuel lampe --
GEA.add(id["ECL__ESCALIER"], -1, "", {{"StopTask", extinction}, {"StopTask", detection}})
-- Exctinction de la lampe
GEA.add(id["ECL__ESCALIER"], -1, "", {{"Inverse"}, {"RestartTask", detection}})

J'aimerai faire que si detection avec "MOTION_ESCALIER" et seulement si la Valeur Lux > 260 "DETECTEUR_LUX_ESCALIER" que la lumiere s'allume. Je nage un peu la.

Quelqu'un peut m'aider?

Le ‎24‎.‎05‎.‎2016 à 15:31, Steven a dit :

J'ai juste ajouté 

id = tonumber(id)

à  la ligne 213 juste avant

local deviceName = fibaro:getName(id)
local roomID = fibaro:getRoomID(id)

Trouvé est ça fonctionne. Super cet outil.