Fix path of url weather icons

- Update rainsensorqty driver to version 0.2.5b

CHANGELOG.md

@@ -1,18 +1,111 @@
+# 0.6.4 - 03/10/2021
+- Fix path of url weather icons
+
+# 0.6.4 - 03/10/2021
+- Add support for sensor: moisture, temperature, fertility, illuminance
+- Add command line: sensor_status, sensor_status_all, sensor_status_set
+- Add api command: sensor_status_set
+- Add event ev_not_open_for_moisture, sensor_set_state_before, sensor_set_state_after
+- Added zone humidity management: when a zone has reached the humidity defined in EVx_SENSOR_MOISTURE it does not start irrigation or interrupts it if it is already active. In case of rain it does not stop irrigation if the soil humidity has not reached the configured value
+
+# 0.6.3 - 10/08/2021
+- Add command last_rain_sensor_timestamp, last_rain_online_timestamp, reset_last_rain_sensor_timestamp, reset_last_rain_online_timestamp
+- Add socket server api for reset_last_rain_sensor_timestamp, reset_last_rain_online_timestamp
+
+# 0.6.2 - 24/04/2021
+- Update rainsensorqty driver to version 0.2.5c
+
+# 0.6.1 - 06/09/2020
+- Add support for send log to piGardenWeb
+
+# 0.6.0 - 16/05/2020
+- Add support for enable all cron fron api
+- Update rainsensorqty driver to version 0.2.5b
+
+# 0.5.14 - 24/09/2019
+- Updated rainsensorqty driver to version 0.2.3 
+- Added api and command for manage piGardenSched scheduling
+
+# 0.5.13 - 12/08/2019
+- Added driver rainsensorqty for menage rainfall detection based on quantity
+
+# 0.5.12.1 - 23/06/2019
+- Added zip log drver file when exceeding the size limit
+
+# 0.5.12 - 13/11/2018
+- Fixed a bug that prevented the publication of the mqtt topic for each event
+- Fixed a bug on openweathermap driver which in some cases causes a malformation of the json status and prevented communication with piGardenWeb 
+
+# 0.5.11 - 11/11/2018
+- Added ability to disable online weather service by defining WEATHER_SERVICE="none" in the configuration file
+
+# 0.5.10 - 11/11/2018
+- Fix bug in single monostable solenodid management caused from wrong variable name EV_IS_MONOSTAVLE
+
+# 0.5.9 - 01/11/2018
+- Added mqtt support for publishing status to broker 
+
+# 0.5.8 - 19/07/2018
+- Added "openweathermap" driver for impement check weather condition from openweatermap api
+
+# 0.5.7 - 01/06/2018
+- Added "sonoff_tasmota_http" driver for interfacin with Sonoff module with Tasmota firmware over http protocol
+
+# 0.5.6 - 04/05/2018
+- Added events ev_not_open_for_rain, ev_not_open_for_rain_sensor, ev_not_open_for_rain_online
+- Added script rpinotify.sh for notificate events to telegram
+
+# 0.5.5 - 25/03/2018
+- Added "remote" driver to control remote pigarden
+
+# 0.5.4 - 13/11/2017
+- Fix bad initialization LOG_OUTPUT_DRV_FILE variable if not defined in config file
+
+# 0.5.3 - 19/11/2017
+- Fix send parameter on event init_before and init_after
+- Added WEATHER argument in check_rain_sensor_after and check_rain_sensor_change event
+- Added events cron_add_before, cron_add_after, cron_del_before, cron_del_after, ev_open_in_before, ev_open_in_after, exec_poweroff_before, exec_poweroff_after, exec_reboot_before, exec_reboot_after
+- Added to sendmail.sh argument passed form check_rain_sensor_after and check_rain_sensor_change event
+- Added to sendmail.sh new events
+- Fix wrong state on event script sendmail.sh
+
+# 0.5.2 - 01/11/2017
+- Fix problem inconsistent return value in drv_rain_sensor_get
+- Fix get parameter in event script sendmail.sh
+
+# 0.5.1 - 28/10/2017
+- Added events managemets
+- Added support for zones not subject to rainfall (with parameter EVx_NORAIN)
+
+# 0.5.0 - 12/10/2017
+- Implemented driver subsystem for interfacing with other board
+- Added driver spb16ch for interfacing with "Smart Power Board 16 channel with RTC"
+- Added socket server api for close all zones and disable all scheduling
+- Implement command and socket server api to perform system shutdown and reboot
+- Fix problem with cron management on similar type cron
+- Fix bug: in case of rain the weather data were not updated 
+- Fix bug: delete the temporary files for managing the socket server messages that were kept on the system
+- Change manage of the lock/unlock function for encrase performance (do you need manualy remove the file /var/shm/piGarden.lock or /tmp/piGarden.lock)
+- Add kicad electric schemas
+
+## 0.4.4 - 17/06/2017
+- Remove lock/unlock from init function for resove bug
+
 ## 0.4.3 - 17/06/2017
-Fix path of sed in lock function
+- Fix path of sed in lock function
 
 ## 0.4.2 - 16/06/2017
-Fix another problem on generate installation identifier to sendo for statistic
+- Fix another problem on generate installation identifier to sendo for statistic
 
 ## 0.4.1 - 14/06/2017
-Fix problem on send identifier installation for statistic
+- Fix problem on send identifier installation for statistic
 
 ## 0.4.0 - 14/06/2017
-Add credentials support to socket server (define TCPSERVER_USER and TCPSERVER_PWD in your config file)
-Add management lock/unlock for prevent concurrente call to open/close solenoid
-Added the ability to enter an open / close schedule in disabled mode
-Add send statistic information to remote server
-During the initialization function, information on the last rain is no longer removed
+- Add credentials support to socket server (define TCPSERVER_USER and TCPSERVER_PWD in your config file)
+- Add management lock/unlock for prevent concurrente call to open/close solenoid
+- Added the ability to enter an open / close schedule in disabled mode
+- Add send statistic information to remote server
+- During the initialization function, information on the last rain is no longer removed
 
 ## 0.3.1 - 13/05/2017
 Add experimental support for monostable solenoid valve:
@@ -20,27 +113,27 @@ Add experimental support for monostable solenoid valve:
 - if the solenoid valves close instead of opening and vice versa, reverse the values of the RELE_GPIO_CLOSE and RELE_GPIO_OPEN variables in your configuration file
 
 ## 0.3.0 - 07/05/2017
-Add command "open_in" for scheduling on the fly the opens/close a solenoid
-Add command "del_cron_open_in" for delete scheduling the fly the opens/close a solenoid
-Add api in socket server for command open_in and delete_cron_open_in
-Fix minor bug on command "open"
-Changed the path of some temporary files to prevent sd card faults
+- Add command "open_in" for scheduling on the fly the opens/close a solenoid
+- Add command "del_cron_open_in" for delete scheduling the fly the opens/close a solenoid
+- Add api in socket server for command open_in and delete_cron_open_in
+- Fix minor bug on command "open"
+- Changed the path of some temporary files to prevent sd card faults
 
 ## 0.2.2 - 25/04/2017
-Fix bug: if it's reining, the solenoid valves were also closed even if they were pushed open in "force" mode
+- Fix bug: if it's reining, the solenoid valves were also closed even if they were pushed open in "force" mode
 
 ## 0.2.1 - 22/04/2017
-Add installation instructions in README.md file  
+- Add installation instructions in README.md file  
 
 ## 0.2 (Easter egg) - 17/04/2017
-Implementation of socket server for communicate with piGardenWeb  
-Implementation of messages (error, warning, success) passed to piGardenWeb  
-Added many information in json status to be passed to piGardenWeb  
-Added management cron for scheduling open and closed solenoid, for initialize control unit, for rain control  
+- Implementation of socket server for communicate with piGardenWeb  
+- Implementation of messages (error, warning, success) passed to piGardenWeb  
+- Added many information in json status to be passed to piGardenWeb  
+- Added management cron for scheduling open and closed solenoid, for initialize control unit, for rain control  
 
 ## 0.1.1 - 24/12/2015 - BugFix
-Fix the problem for 'av_status' parameter
+- Fix the problem for 'av_status' parameter
 
 ## 0.1 - 18/12/2015 - First release
-First release to piGarden 
+- First release to piGarden 
 

README.md

@@ -4,13 +4,13 @@ Bash script to manage an irrigation system built with a Raspberry Pi
 
 ## Official documentation 
 
-Documentation of piGarden and build system irrigation with Raspberry Pi can be found on the [www.lejubila.net/tag/pigarden/](http://www.lejubila.net/tag/pigarden/)
+Documentation of piGarden and build system irrigation with Raspberry Pi can be found on the [www.lejubila.net/pigarden/](http://www.lejubila.net/pigarden/)
 
 ## License
 
 This script is open-sourced software under GNU GENERAL PUBLIC LICENSE Version 2
 
-## Installation
+## Installation to Raspbian Jessie
 
 1) Installs the necessary packages on your terminal:
 
@@ -26,7 +26,7 @@ sudo apt-get install flex -y
 sudo apt-get install bison -y 
 sudo apt-get install gcc -y 
 sudo apt-get install make -y 
-sudo apt-get install autotools -y 
+sudo apt-get install libtool autoconf automake gettext autotools-dev -y 
 sudo apt-get install dh-autoreconf -y 
 wget https://github.com/stedolan/jq/releases/download/jq-1.5/jq-1.5.tar.gz
 tar xfvz jq-1.5.tar.gz
@@ -41,8 +41,8 @@ sudo make install
 
 ``` bash
 cd
-git clone git://git.drogon.net/wiringPi
-cd wiringPi
+git clone https://github.com/WiringPi/WiringPi.git
+cd WiringPi
 git pull origin 
 ./build
 ```
@@ -66,5 +66,3 @@ sudo cp piGarden/conf/piGarden.conf.example /etc/piGarden.conf
 Customize the configuration file. 
 For more information see 
 [www.lejubila.net/2015/12/impianto-di-irrigazione-con-raspberry-pi-pigarden-lo-script-di-gestione-quinta-parte/](https://www.lejubila.net/2015/12/impianto-di-irrigazione-con-raspberry-pi-pigarden-lo-script-di-gestione-quinta-parte/)
-and
-[www.lejubila.net/2017/04/pigarden-0-2-easter-egg/](https://www.lejubila.net/2017/04/pigarden-0-2-easter-egg/)

conf/piGarden.conf.example

@@ -2,9 +2,23 @@
 LOG_FILE="/home/pi/piGarden/log/piGarden.log"
 LOG_FILE_MAX_SIZE=1048576 # 1MB
 
+#
+# Enable send log to piGardenWeb
+#
+
+#LOG_URL="http://url_of_your_pigardenweb/api/log"
+#LOG_API_TOKEN="token_of_pigardenweb_user"
+#LOG_CURL_PARAM="--data-urlencode -k"
+
+# Log file for driver output
+LOG_OUTPUT_DRV_FILE="/tmp/piGarden.drv.log"
+
 # Status directory
 STATUS_DIR="/home/pi/piGarden/state"
 
+# Event directory
+EVENT_DIR="/home/pi/piGarden/events"
+
 # Posizione gpio
 GPIO="/usr/local/bin/gpio"
 
@@ -47,13 +61,21 @@ READLINK="/bin/readlink"
 # Percorso stat
 STAT="/usr/bin/stat"
 
+# Percorso mosquito_pub
+# # Installare con apt install mosquitto-clients
+MOSQUITTO_PUB="/usr/bin/mosquitto_pub"
+
+# Percorso di piGardenSched, se non definito non verranno gestire le schedulazioni di piGardenSched tramite api
+#PIGARDENSCHED_PATH="/home/pi/piGardenSched/piGardenSched.sh"
+
+
 # Se impostato con il valore 1, indica che il sistema gestisce elettrovalvole monostabili, 
-# se impostato a 0 il sistema gestirà elettrovalvole bisstabili
+# se impostato a 0 il sistema gestirà elettrovalvole bistabili
 EV_MONOSTABLE=0
 
 # Id gpio usati per simulare il doppio deviatore con cui eseguire l'alimentazione alle elettrovalvole
-SUPPLY_GPIO_1=2
-SUPPLY_GPIO_2=3
+SUPPLY_GPIO_1=2		# Physical 3 - wPi 8
+SUPPLY_GPIO_2=3		# Physical 5 - wPi 9
 
 # Stato dei due gpio per impartire l'alimentazione positiva alle elettrovalvole (aperta)
 SUPPLY_GPIO_POS=0
@@ -68,7 +90,7 @@ RELE_GPIO_CLOSE=0
 RELE_GPIO_OPEN=1
 
 # Id del gpio usato per collegare il sensore di rilevamento pioggia
-RAIN_GPIO=25
+RAIN_GPIO=25		# Physical 22 - wPi 6
 
 # Valore in ingresso sul gpio definito in RAIN_GPIO che indica lo stato di pioggia
 RAIN_GPIO_STATE=0
@@ -82,26 +104,53 @@ EV_TOTAL=6
 
 # Definizione delle elettrovalvole
 EV1_ALIAS="1" #
-EV1_GPIO=17
+EV1_GPIO=17   #		Physical 11 - wPi 0
+#EV1_NORAIN=1 # 	Non interrompe l'irrigazione di questa zona in caso di pioggia
+#EV1_MONOSTABLE=1 #	L'elettrovalvola è monostabile
+#EV1_SENSOR_ALIAS=Mi_Flora 		# Nome del sensore (definito in SENSORx_ALIAS) per stabilire l'umidità del terreno
+#EV1_SENSOR_MOISTURE=50 		# Percentule di umidità ottimale
+#EV1_SENSOR_MOISTURE_AUTOCLOSE=1	# Chiude automaticamente l'elettrovalvola quando supera l'umidità impostata in EVx_MONOSTABLE
 
 EV2_ALIAS="2" #
-EV2_GPIO=27
+EV2_GPIO=27   #		Physical 13 - wPi 2
 
 EV3_ALIAS="3" #
-EV3_GPIO=22
+EV3_GPIO=22   #		Physical 15 - wPi 3
 
 EV4_ALIAS="4" #
-EV4_GPIO=18
+EV4_GPIO=18   #		Physical 12 - wPi 1
 
 EV5_ALIAS="5" #
-EV5_GPIO=23
+EV5_GPIO=23   #		Physical 16 - wPi 4
 
 EV6_ALIAS="6" #
-EV6_GPIO=24
+EV6_GPIO=24   #		Physical 18 - wPi 5
 
-# Definisce l'api key e il luogo per recuperare lo stato meteo online
+
+
+# Numero di sensori
+SENSOR_TOTAL=1
+
+# Definizione sensori
+SENSOR1_ALIAS=Mi_Flora
+
+
+
+
+# Definisci il servizio online da utilizzare per il controllo delle condizioni meteo, puoi scegliere openweathermap oppure wunderground.
+# Se non vuoi configurare nessun servizio imposta il vale "none"
+WEATHER_SERVICE="openweathermap"
+#WEATHER_SERVICE="none" # Nessun servizio configurato
+
+# Parametri di openweathermap, definisce l'api key e il luogo per recuperare lo stato meteo online
+OPENWEATHERMAP_KEY=""
+OPENWEATHERMAP_LOCATION="q=Pieve%20a%20Nievole,it" # https://openweathermap.org/current
+OPENWEATHERMAP_TZ="Europe/Rome"	# Time zone
+
+# Parametri di wunderground, definisce l'api key e il luogo per recuperare lo stato meteo online
 WUNDERGROUND_KEY=""
-WUNDERGROUND_LOCATION="IY/Monsummano"	# http://www.wunderground.com/weather/api/d/docs?d=resources/country-to-iso-matching&MR=1
+WUNDERGROUND_LOCATION="IT/Pieve%20a%20Nievole"	# http://www.wunderground.com/weather/api/d/docs?d=resources/country-to-iso-matching&MR=1
+
 
 # Blocca l'irrigazione se l'ultima pioggia rilevata online è avvenuta nell'ultima quantità di tempo inserita.
 # Il tempo è espresso in secondi. Quindi inserendo 86400, se nelle ultime 24 ore ha piovuto viene bloccata l'irrigazione. Inserendo il valore zero non viene eseguito nessun controllo.
@@ -121,3 +170,12 @@ TCPSERVER_PWD=""
 # Con impostato il valore 1 non invia l'identificativi per statistiche di utilizzo
 NO_SEND_IDENTIFIER=0
 
+# Parametri connessione al broker mqtt
+MQTT_ENABLE=0	# set 1 to enable
+MQTT_HOST=you_host_mqtt
+MQTT_PORT=1883
+MQTT_USER=your_user_mqtt
+MQTT_PWD=yout_password_mqtt
+MQTT_TOPIC="pigarden/result"
+MQTT_CLIENT_ID=piGarden
+

conf/piGarden.conf.rainsensorqty.example

@@ -0,0 +1,174 @@
+# Log file
+LOG_FILE="/home/pi/piGarden/log/piGarden.log"
+LOG_FILE_MAX_SIZE=1048576 # 1MB
+
+#
+# Enable send log to piGardenWeb
+#
+
+#LOG_URL="http://url_of_your_pigardenweb/api/log"
+#LOG_API_TOKEN="token_of_pigardenweb_user"
+#LOG_CURL_PARAM="--data-urlencode -k"
+
+# Log file for driver output
+LOG_OUTPUT_DRV_FILE="/tmp/piGarden.drv.log"
+
+# Status directory
+STATUS_DIR="/home/pi/piGarden/state"
+
+# Event directory
+EVENT_DIR="/home/pi/piGarden/events"
+
+# Posizione gpio
+GPIO="/usr/local/bin/gpio"
+
+# Posizione js
+JQ="/usr/local/bin/jq"
+
+# Percorso curl
+CURL="/usr/bin/curl"
+
+# Percorso wc
+WC="/usr/bin/wc"
+
+# Percorso gzip
+GZIP="/bin/gzip"
+
+# Percorso mv
+MV="/bin/mv"
+
+# Percorso di tr
+TR="/usr/bin/tr"
+
+# Percorso di cut
+CUT="/usr/bin/cut"
+
+# Percorso tcpserver
+TCPSERVER="/usr/bin/tcpserver"
+
+# Percorso cron
+CRONTAB="/usr/bin/crontab"
+
+# Percorso grep
+GREP="/bin/grep"
+
+# Percorsp sed
+SED="/bin/sed"
+
+# Percorso readlink
+READLINK="/bin/readlink"
+
+# Percorso stat
+STAT="/usr/bin/stat"
+
+# Percorso mosquito_pub
+# # Installare con apt install mosquitto-clients
+MOSQUITTO_PUB="/usr/bin/mosquitto_pub"
+
+# Percorso di piGardenSched, se non definito non verranno gestire le schedulazioni di piGardenSched tramite api
+#PIGARDENSCHED_PATH="/home/pi/piGardenSched/piGardenSched.sh"
+
+
+# Se impostato con il valore 1, indica che il sistema gestisce elettrovalvole monostabili, 
+# se impostato a 0 il sistema gestirà elettrovalvole bistabili
+EV_MONOSTABLE=0
+
+# Id gpio usati per simulare il doppio deviatore con cui eseguire l'alimentazione alle elettrovalvole
+SUPPLY_GPIO_1=2		# Physical 3 - wPi 8
+SUPPLY_GPIO_2=3		# Physical 5 - wPi 9
+
+# Stato dei due gpio per impartire l'alimentazione positiva alle elettrovalvole (aperta)
+SUPPLY_GPIO_POS=0
+
+# Stato dei due gpio per impartire l'alimentazione negativa alle elettrovalvole (chiusa)
+SUPPLY_GPIO_NEG=1
+
+# Stato di ingresso da assegnare al gpio per chiudere il rele
+RELE_GPIO_CLOSE=0
+
+# Stato di ingresso da assegnare al gpio per aprire il rele
+RELE_GPIO_OPEN=1
+
+# Id del gpio usato per collegare il sensore di rilevamento pioggia
+# attraverso il driver rainsensorqty
+RAIN_GPIO="drv:rainsensorqty:25"        # Physical 22 - wPi 6
+
+# Valore in ingresso sul gpio definito in RAIN_GPIO che indica lo stato di pioggia
+# variabile usata anche da drv:rainsensorqty, se e' a 1, significa che il reed contact e' collegato ad un circuito pull-down, vuol dire che attende l'impulso a 1 per contare le vaschette, normalmente e' a 0.
+# se e' a 0, significa che il reed contact e' collegato ad un circuito pull-up, vuol dire che attende l'impulso a 0 per contare le vaschette, normalmente e' a 0.
+RAIN_GPIO_STATE=0
+
+RAINSENSORQTY_LOOPSFORSETRAINING=16 # dopo 16 impulsi, 16 vaschette riempite si considera pioggia
+RAINSENSORQTY_SECSBETWEENRAINEVENT=10800 # =3h, significa che dopo 3 ore si resetta il numero di vaschette riempire e solo dopo un nuovo ciclo di riempimento si considera una nuova pioggia
+
+RAINSENSORQTY_MMEACH=0.33 # see RAINSENSORQTY driver readme for details
+
+
+
+# Numero totale di elettrovalvole
+EV_TOTAL=6
+
+# Definizione delle elettrovalvole
+EV1_ALIAS="1" #
+EV1_GPIO=17   #		Physical 11 - wPi 0
+#EV1_NORAIN=1 # 	Non interrompe l'irrigazione di questa zona in caso di pioggia
+#EV1_MONOSTABLE=1 #	L'elettrovalvola è monostabile
+
+EV2_ALIAS="2" #
+EV2_GPIO=27   #		Physical 13 - wPi 2
+
+EV3_ALIAS="3" #
+EV3_GPIO=22   #		Physical 15 - wPi 3
+
+EV4_ALIAS="4" #
+EV4_GPIO=18   #		Physical 12 - wPi 1
+
+EV5_ALIAS="5" #
+EV5_GPIO=23   #		Physical 16 - wPi 4
+
+EV6_ALIAS="6" #
+EV6_GPIO=24   #		Physical 18 - wPi 5
+
+
+# Definisci il servizio online da utilizzare per il controllo delle condizioni meteo, puoi scegliere openweathermap oppure wunderground.
+# Se non vuoi configurare nessun servizio imposta il vale "none"
+WEATHER_SERVICE="openweathermap"
+#WEATHER_SERVICE="none" # Nessun servizio configurato
+
+# Parametri di openweathermap, definisce l'api key e il luogo per recuperare lo stato meteo online
+OPENWEATHERMAP_KEY=""
+OPENWEATHERMAP_LOCATION="q=Pieve%20a%20Nievole,it" # https://openweathermap.org/current
+OPENWEATHERMAP_TZ="Europe/Rome"	# Time zone
+
+# Parametri di wunderground, definisce l'api key e il luogo per recuperare lo stato meteo online
+WUNDERGROUND_KEY=""
+WUNDERGROUND_LOCATION="IT/Pieve%20a%20Nievole"	# http://www.wunderground.com/weather/api/d/docs?d=resources/country-to-iso-matching&MR=1
+
+
+# Blocca l'irrigazione se l'ultima pioggia rilevata online è avvenuta nell'ultima quantità di tempo inserita.
+# Il tempo è espresso in secondi. Quindi inserendo 86400, se nelle ultime 24 ore ha piovuto viene bloccata l'irrigazione. Inserendo il valore zero non viene eseguito nessun controllo.
+NOT_IRRIGATE_IF_RAIN_ONLINE=86400
+
+# Il parametro è simile a quello precedente, il controllo però anziché essere fatto attingendo a wunderground, viene eseguito direttamente sul sensore se installato. Inserendo il valore zero non viene eseguito nessun controllo.
+NOT_IRRIGATE_IF_RAIN_SENSOR=86400
+
+# Indirizzo ip e porta di ascolto del socket server
+TCPSERVER_IP="127.0.0.1"
+TCPSERVER_PORT="8084"
+
+# Utente e password che i clients devono utilizzare per stabilire una connessione tramite socket server
+TCPSERVER_USER=""
+TCPSERVER_PWD=""
+
+# Con impostato il valore 1 non invia l'identificativi per statistiche di utilizzo
+NO_SEND_IDENTIFIER=0
+
+# Parametri connessione al broker mqtt
+MQTT_ENABLE=0	# set 1 to enable
+MQTT_HOST=you_host_mqtt
+MQTT_PORT=1883
+MQTT_USER=your_user_mqtt
+MQTT_PWD=yout_password_mqtt
+MQTT_TOPIC="pigarden/result"
+MQTT_CLIENT_ID=piGarden
+

conf/piGarden.conf.remote.example

@@ -0,0 +1,177 @@
+# Log file
+LOG_FILE="/home/pi/piGarden/log/piGarden.log"
+LOG_FILE_MAX_SIZE=1048576 # 1MB
+
+#
+# Enable send log to piGardenWeb
+#
+
+#LOG_URL="http://url_of_your_pigardenweb/api/log"
+#LOG_API_TOKEN="token_of_pigardenweb_user"
+#LOG_CURL_PARAM="--data-urlencode -k"
+
+# Log file for driver output
+#LOG_OUTPUT_DRV_FILE="/tmp/piGarden.drv.log"
+
+# Status directory
+STATUS_DIR="/home/pi/piGarden/state"
+
+# Event directory
+EVENT_DIR="/home/pi/piGarden/events"
+
+# Posizione gpio
+GPIO="/usr/local/bin/gpio"
+
+# Posizione js
+JQ="/usr/local/bin/jq"
+
+# Percorso curl
+CURL="/usr/bin/curl"
+
+# Percorso wc
+WC="/usr/bin/wc"
+
+# Percorso gzip
+GZIP="/bin/gzip"
+
+# Percorso mv
+MV="/bin/mv"
+
+# Percorso di tr
+TR="/usr/bin/tr"
+
+# Percorso di cut
+CUT="/usr/bin/cut"
+
+# Percorso tcpserver
+TCPSERVER="/usr/bin/tcpserver"
+
+# Percorso cron
+CRONTAB="/usr/bin/crontab"
+
+# Percorso grep
+GREP="/bin/grep"
+
+# Percorsp sed
+SED="/bin/sed"
+
+# Percorso readlink
+READLINK="/bin/readlink"
+
+# Percorso stat
+STAT="/usr/bin/stat"
+
+# Percorso mosquito_pub
+# Installare con apt install mosquitto-clients
+MOSQUITTO_PUB="/usr/bin/mosquitto_pub"
+
+# Percorso di piGardenSched, se non definito non verranno gestire le schedulazioni di piGardenSched tramite api
+#PIGARDENSCHED_PATH="/home/pi/piGardenSched/piGardenSched.sh"
+
+
+# Se impostato con il valore 1, indica che il sistema gestisce elettrovalvole monostabili, 
+# se impostato a 0 il sistema gestirà elettrovalvole bisstabili
+EV_MONOSTABLE=0
+
+# Id gpio usati per simulare il doppio deviatore con cui eseguire l'alimentazione alle elettrovalvole
+SUPPLY_GPIO_1=2
+SUPPLY_GPIO_2=3
+
+# Stato dei due gpio per impartire l'alimentazione positiva alle elettrovalvole (aperta)
+SUPPLY_GPIO_POS=0
+
+# Stato dei due gpio per impartire l'alimentazione negativa alle elettrovalvole (chiusa)
+SUPPLY_GPIO_NEG=1
+
+# Stato di ingresso da assegnare al gpio per chiudere il rele
+RELE_GPIO_CLOSE=0
+
+# Stato di ingresso da assegnare al gpio per aprire il rele
+RELE_GPIO_OPEN=1
+
+# Id del gpio usato per collegare il sensore di rilevamento pioggia
+RAIN_GPIO=25		# Physical 22 - wPi 6
+
+# Valore in ingresso sul gpio definito in RAIN_GPIO che indica lo stato di pioggia
+RAIN_GPIO_STATE=0
+
+
+
+
+# Numero totale di elettrovalvole
+EV_TOTAL=4
+
+# Definizione delle elettrovalvole
+EV1_ALIAS="Giardino_Posteriore_DX" #
+EV1_GPIO="drv:remote:PIREMOTE1:Giardino_Posteriore_DX"
+#EV1_NORAIN=1 #         Non interrompe l'irrigazione di questa zona in caso di pioggia
+
+EV2_ALIAS="Giardino_Posteriore_CN" #
+EV2_GPIO="drv:remote:PIREMOTE2:Giardino_Posteriore_CN"
+
+EV3_ALIAS="Giardino_Posteriore_SX" #
+EV3_GPIO="drv:remote:PIREMOTE2:Giardino_Posteriore_SX"
+
+EV4_ALIAS="Giardino_Posteriore_GPIO" #
+EV4_GPIO="18"
+
+
+# Definisci il servizio online da utilizzare per il controllo delle condizioni meteo, puoi scegliere openweathermap oppure wunderground.
+# Se non vuoi configurare nessun servizio imposta il vale "none"
+WEATHER_SERVICE="openweathermap"
+#WEATHER_SERVICE="none" # Nessun servizio configurato
+
+# Parametri di openweathermap, definisce l'api key e il luogo per recuperare lo stato meteo online
+OPENWEATHERMAP_KEY=""
+OPENWEATHERMAP_LOCATION="q=Pieve%20a%20Nievole,it" # https://openweathermap.org/current
+OPENWEATHERMAP_TZ="Europe/Rome"	# Time zone
+
+# Parametri di wunderground, definisce l'api key e il luogo per recuperare lo stato meteo online
+WUNDERGROUND_KEY=""
+WUNDERGROUND_LOCATION="IT/Pieve%20a%20Nievole"	# http://www.wunderground.com/weather/api/d/docs?d=resources/country-to-iso-matching&MR=1
+
+
+# Blocca l'irrigazione se l'ultima pioggia rilevata online è avvenuta nell'ultima quantità di tempo inserita.
+# Il tempo è espresso in secondi. Quindi inserendo 86400, se nelle ultime 24 ore ha piovuto viene bloccata l'irrigazione. Inserendo il valore zero non viene eseguito nessun controllo.
+NOT_IRRIGATE_IF_RAIN_ONLINE=86400
+
+# Il parametro è simile a quello precedente, il controllo però anziché essere fatto attingendo a wunderground, viene eseguito direttamente sul sensore se installato. Inserendo il valore zero non viene eseguito nessun controllo.
+NOT_IRRIGATE_IF_RAIN_SENSOR=86400
+
+# Indirizzo ip e porta di ascolto del socket server
+TCPSERVER_IP="127.0.0.1"
+TCPSERVER_PORT="8084"
+
+# Utente e password che i clients devono utilizzare per stabilire una connessione tramite socket server
+TCPSERVER_USER=""
+TCPSERVER_PWD=""
+
+# Con impostato il valore 1 non invia l'identificativi per statistiche di utilizzo
+NO_SEND_IDENTIFIER=0
+
+# Parametri connessione al broker mqtt
+MQTT_ENABLE=0   # set 1 to enable
+MQTT_HOST=you_host_mqtt
+MQTT_PORT=1883
+MQTT_USER=your_user_mqtt
+MQTT_PWD=yout_password_mqtt
+MQTT_TOPIC="pigarden/result"
+MQTT_CLIENT_ID=piGarden
+
+
+#
+# Configurazione piGarden remoti
+#
+PIREMOTE1_IP="192.168.1.51"
+PIREMOTE1_PORT="8084"
+PIREMOTE1_USER=""
+PIREMOTE1_PWD=""
+
+PIREMOTE2_IP="192.168.1.52"
+PIREMOTE2_PORT="8084"
+PIREMOTE2_USER=""
+PIREMOTE2_PWD=""
+
+
+
+

conf/piGarden.conf.sonoff_tasmota_http.example

@@ -0,0 +1,177 @@
+# Log file
+LOG_FILE="/home/pi/piGarden/log/piGarden.log"
+LOG_FILE_MAX_SIZE=1048576 # 1MB
+
+#
+# Enable send log to piGardenWeb
+#
+
+#LOG_URL="http://url_of_your_pigardenweb/api/log"
+#LOG_API_TOKEN="token_of_pigardenweb_user"
+#LOG_CURL_PARAM="--data-urlencode -k"
+
+# Log file for driver output
+#LOG_OUTPUT_DRV_FILE="/tmp/piGarden.drv.log"
+
+# Status directory
+STATUS_DIR="/home/pi/piGarden/state"
+
+# Event directory
+EVENT_DIR="/home/pi/piGarden/events"
+
+# Posizione gpio
+GPIO="/usr/local/bin/gpio"
+
+# Posizione js
+JQ="/usr/local/bin/jq"
+
+# Percorso curl
+CURL="/usr/bin/curl"
+
+# Percorso wc
+WC="/usr/bin/wc"
+
+# Percorso gzip
+GZIP="/bin/gzip"
+
+# Percorso mv
+MV="/bin/mv"
+
+# Percorso di tr
+TR="/usr/bin/tr"
+
+# Percorso di cut
+CUT="/usr/bin/cut"
+
+# Percorso tcpserver
+TCPSERVER="/usr/bin/tcpserver"
+
+# Percorso cron
+CRONTAB="/usr/bin/crontab"
+
+# Percorso grep
+GREP="/bin/grep"
+
+# Percorsp sed
+SED="/bin/sed"
+
+# Percorso readlink
+READLINK="/bin/readlink"
+
+# Percorso stat
+STAT="/usr/bin/stat"
+
+# Percorso mosquito_pub
+# # Installare con apt install mosquitto-clients
+MOSQUITTO_PUB="/usr/bin/mosquitto_pub"
+
+# Percorso di piGardenSched, se non definito non verranno gestire le schedulazioni di piGardenSched tramite api
+#PIGARDENSCHED_PATH="/home/pi/piGardenSched/piGardenSched.sh"
+
+
+# Se impostato con il valore 1, indica che il sistema gestisce elettrovalvole monostabili, 
+# se impostato a 0 il sistema gestirà elettrovalvole bisstabili
+EV_MONOSTABLE=0
+
+# Id gpio usati per simulare il doppio deviatore con cui eseguire l'alimentazione alle elettrovalvole
+SUPPLY_GPIO_1=2
+SUPPLY_GPIO_2=3
+
+# Stato dei due gpio per impartire l'alimentazione positiva alle elettrovalvole (aperta)
+SUPPLY_GPIO_POS=0
+
+# Stato dei due gpio per impartire l'alimentazione negativa alle elettrovalvole (chiusa)
+SUPPLY_GPIO_NEG=1
+
+# Stato di ingresso da assegnare al gpio per chiudere il rele
+RELE_GPIO_CLOSE=0
+
+# Stato di ingresso da assegnare al gpio per aprire il rele
+RELE_GPIO_OPEN=1
+
+# Id del gpio usato per collegare il sensore di rilevamento pioggia
+RAIN_GPIO=25		# Physical 22 - wPi 6
+
+# Valore in ingresso sul gpio definito in RAIN_GPIO che indica lo stato di pioggia
+RAIN_GPIO_STATE=0
+
+
+
+
+# Numero totale di elettrovalvole
+EV_TOTAL=4
+
+# Definizione delle elettrovalvole
+EV1_ALIAS="Giardino_Posteriore_DX"
+EV1_GPIO="drv:sonoff_tasmota_http:SONOFF1:Power1"
+EV1_MONOSTABLE=1
+
+EV2_ALIAS="Giardino_Posteriore_CN"
+EV2_GPIO="drv:sonoff_tasmota_http:SONOFF1:Power2"
+EV2_MONOSTABLE=1
+
+EV3_ALIAS="Giardino_Posteriore_SX"
+EV3_GPIO="drv:sonoff_tasmota_http:SONOFF1:Power3"
+EV3_MONOSTABLE=1
+
+EV4_ALIAS="Giardino_Anteriore"
+EV4_GPIO="drv:sonoff_tasmota_http:SONOFF2:Power1"
+
+
+# Definisci il servizio online da utilizzare per il controllo delle condizioni meteo, puoi scegliere openweathermap oppure wunderground.
+# Se non vuoi configurare nessun servizio imposta il vale "none"
+WEATHER_SERVICE="openweathermap"
+#WEATHER_SERVICE="none" # Nessun servizio configurato
+
+# Parametri di openweathermap, definisce l'api key e il luogo per recuperare lo stato meteo online
+OPENWEATHERMAP_KEY=""
+OPENWEATHERMAP_LOCATION="q=Pieve%20a%20Nievole,it" # https://openweathermap.org/current
+OPENWEATHERMAP_TZ="Europe/Rome"	# Time zone
+
+# Parametri di wunderground, definisce l'api key e il luogo per recuperare lo stato meteo online
+WUNDERGROUND_KEY=""
+WUNDERGROUND_LOCATION="IT/Pieve%20a%20Nievole"	# http://www.wunderground.com/weather/api/d/docs?d=resources/country-to-iso-matching&MR=1
+
+
+# Blocca l'irrigazione se l'ultima pioggia rilevata online è avvenuta nell'ultima quantità di tempo inserita.
+# Il tempo è espresso in secondi. Quindi inserendo 86400, se nelle ultime 24 ore ha piovuto viene bloccata l'irrigazione. Inserendo il valore zero non viene eseguito nessun controllo.
+NOT_IRRIGATE_IF_RAIN_ONLINE=86400
+
+# Il parametro è simile a quello precedente, il controllo però anziché essere fatto attingendo a wunderground, viene eseguito direttamente sul sensore se installato. Inserendo il valore zero non viene eseguito nessun controllo.
+NOT_IRRIGATE_IF_RAIN_SENSOR=86400
+
+# Indirizzo ip e porta di ascolto del socket server
+TCPSERVER_IP="127.0.0.1"
+TCPSERVER_PORT="8084"
+
+# Utente e password che i clients devono utilizzare per stabilire una connessione tramite socket server
+TCPSERVER_USER=""
+TCPSERVER_PWD=""
+
+# Con impostato il valore 1 non invia l'identificativi per statistiche di utilizzo
+NO_SEND_IDENTIFIER=0
+
+# Parametri connessione al broker mqtt
+MQTT_ENABLE=0   # set 1 to enable
+MQTT_HOST=you_host_mqtt
+MQTT_PORT=1883
+MQTT_USER=your_user_mqtt
+MQTT_PWD=yout_password_mqtt
+MQTT_TOPIC="pigarden/result"
+MQTT_CLIENT_ID=piGarden
+
+
+#
+# Configurazione moduli sonoff
+#
+SONOFF1_IP="192.168.1.1"
+SONOFF1_USER="user"
+SONOFF1_PWD="pwd"
+
+SONOFF2_IP="192.168.1.21"
+SONOFF2_USER=""
+SONOFF2_PWD=""
+
+
+
+

conf/piGarden.conf.spb16ch.example

@@ -0,0 +1,550 @@
+# Log file
+LOG_FILE="/home/pi/piGarden/log/piGarden.log"
+LOG_FILE_MAX_SIZE=1048576 # 1MB
+
+#
+# Enable send log to piGardenWeb
+#
+
+#LOG_URL="http://url_of_your_pigardenweb/api/log"
+#LOG_API_TOKEN="token_of_pigardenweb_user"
+#LOG_CURL_PARAM="--data-urlencode -k"
+
+# Log file for driver output
+#LOG_OUTPUT_DRV_FILE="/tmp/piGarden.drv.log"
+
+# Status directory
+STATUS_DIR="/home/pi/piGarden/state"
+
+# Event directory
+EVENT_DIR="/home/pi/piGarden/events"
+
+# Posizione gpio
+GPIO="/usr/local/bin/gpio"
+
+# Posizione js
+JQ="/usr/local/bin/jq"
+
+# Percorso curl
+CURL="/usr/bin/curl"
+
+# Percorso wc
+WC="/usr/bin/wc"
+
+# Percorso gzip
+GZIP="/bin/gzip"
+
+# Percorso mv
+MV="/bin/mv"
+
+# Percorso di tr
+TR="/usr/bin/tr"
+
+# Percorso di cut
+CUT="/usr/bin/cut"
+
+# Percorso tcpserver
+TCPSERVER="/usr/bin/tcpserver"
+
+# Percorso cron
+CRONTAB="/usr/bin/crontab"
+
+# Percorso grep
+GREP="/bin/grep"
+
+# Percorsp sed
+SED="/bin/sed"
+
+# Percorso readlink
+READLINK="/bin/readlink"
+
+# Percorso stat
+STAT="/usr/bin/stat"
+
+# Percorso mosquito_pub
+# Installare con apt install mosquitto-clients
+MOSQUITTO_PUB="/usr/bin/mosquitto_pub"
+
+# Percorso di piGardenSched, se non definito non verranno gestire le schedulazioni di piGardenSched tramite api
+#PIGARDENSCHED_PATH="/home/pi/piGardenSched/piGardenSched.sh"
+
+
+# Se impostato con il valore 1, indica che il sistema gestisce elettrovalvole monostabili, 
+# se impostato a 0 il sistema gestirà elettrovalvole bisstabili
+EV_MONOSTABLE=1
+
+# Id gpio usati per simulare il doppio deviatore con cui eseguire l'alimentazione alle elettrovalvole
+SUPPLY_GPIO_1="drv:spb16ch:15"
+SUPPLY_GPIO_2="drv:spb16ch:16"
+
+# Stato dei due gpio per impartire l'alimentazione positiva alle elettrovalvole (aperta)
+SUPPLY_GPIO_POS=0
+
+# Stato dei due gpio per impartire l'alimentazione negativa alle elettrovalvole (chiusa)
+SUPPLY_GPIO_NEG=1
+
+# Stato di ingresso da assegnare al gpio per chiudere il rele
+RELE_GPIO_CLOSE=0
+
+# Stato di ingresso da assegnare al gpio per aprire il rele
+RELE_GPIO_OPEN=1
+
+# Id del gpio usato per collegare il sensore di rilevamento pioggia
+RAIN_GPIO=
+
+# Valore in ingresso sul gpio definito in RAIN_GPIO che indica lo stato di pioggia
+RAIN_GPIO_STATE=0
+
+
+
+
+# Numero totale di elettrovalvole
+EV_TOTAL=128
+
+# Definizione delle elettrovalvole
+EV1_ALIAS="Zona_1" #
+EV1_GPIO="drv:spb16ch:1"
+#EV1_NORAIN=1 #         Non interrompe l'irrigazione di questa zona in caso di pioggia
+
+EV2_ALIAS="Zona_2" #
+EV2_GPIO="drv:spb16ch:2"
+
+EV3_ALIAS="Zona_3" #
+EV3_GPIO="drv:spb16ch:3"
+
+EV4_ALIAS="Zona_4" #
+EV4_GPIO="drv:spb16ch:4"
+
+EV5_ALIAS="Zona_5" #
+EV5_GPIO="drv:spb16ch:5"
+
+EV6_ALIAS="Zona_6" #
+EV6_GPIO="drv:spb16ch:6"
+
+EV7_ALIAS="Zona_7" #
+EV7_GPIO="drv:spb16ch:7"
+
+EV8_ALIAS="Zona_8" #
+EV8_GPIO="drv:spb16ch:8"
+
+EV9_ALIAS="Zona_9" #
+EV9_GPIO="drv:spb16ch:9"
+
+EV10_ALIAS="Zona_10" #
+EV10_GPIO="drv:spb16ch:10"
+
+EV11_ALIAS="Zona_11" #
+EV11_GPIO="drv:spb16ch:11"
+
+EV12_ALIAS="Zona_12" #
+EV12_GPIO="drv:spb16ch:12"
+
+EV13_ALIAS="Zona_13" #
+EV13_GPIO="drv:spb16ch:13"
+
+EV14_ALIAS="Zona_14" #
+EV14_GPIO="drv:spb16ch:14"
+
+EV15_ALIAS="Zona_15" #
+EV15_GPIO="drv:spb16ch:15"
+
+EV16_ALIAS="Zona_16" #
+EV16_GPIO="drv:spb16ch:16"
+
+EV17_ALIAS="Zona_17" #
+EV17_GPIO="drv:spb16ch:17"
+
+EV18_ALIAS="Zona_18" #
+EV18_GPIO="drv:spb16ch:18"
+
+EV19_ALIAS="Zona_19" #
+EV19_GPIO="drv:spb16ch:19"
+
+EV20_ALIAS="Zona_20" #
+EV20_GPIO="drv:spb16ch:20"
+
+EV21_ALIAS="Zona_21" #
+EV21_GPIO="drv:spb16ch:21"
+
+EV22_ALIAS="Zona_22" #
+EV22_GPIO="drv:spb16ch:22"
+
+EV23_ALIAS="Zona_23" #
+EV23_GPIO="drv:spb16ch:23"
+
+EV24_ALIAS="Zona_24" #
+EV24_GPIO="drv:spb16ch:24"
+
+EV25_ALIAS="Zona_25" #
+EV25_GPIO="drv:spb16ch:25"
+
+EV26_ALIAS="Zona_26" #
+EV26_GPIO="drv:spb16ch:26"
+
+EV27_ALIAS="Zona_27" #
+EV27_GPIO="drv:spb16ch:27"
+
+EV28_ALIAS="Zona_28" #
+EV28_GPIO="drv:spb16ch:28"
+
+EV29_ALIAS="Zona_29" #
+EV29_GPIO="drv:spb16ch:29"
+
+EV30_ALIAS="Zona_30" #
+EV30_GPIO="drv:spb16ch:30"
+
+EV31_ALIAS="Zona_31" #
+EV31_GPIO="drv:spb16ch:31"
+
+EV32_ALIAS="Zona_32" #
+EV32_GPIO="drv:spb16ch:32"
+
+EV33_ALIAS="Zona_33" #
+EV33_GPIO="drv:spb16ch:33"
+
+EV34_ALIAS="Zona_34" #
+EV34_GPIO="drv:spb16ch:34"
+
+EV35_ALIAS="Zona_35" #
+EV35_GPIO="drv:spb16ch:35"
+
+EV36_ALIAS="Zona_36" #
+EV36_GPIO="drv:spb16ch:36"
+
+EV37_ALIAS="Zona_37" #
+EV37_GPIO="drv:spb16ch:37"
+
+EV38_ALIAS="Zona_38" #
+EV38_GPIO="drv:spb16ch:38"
+
+EV39_ALIAS="Zona_39" #
+EV39_GPIO="drv:spb16ch:39"
+
+EV40_ALIAS="Zona_40" #
+EV40_GPIO="drv:spb16ch:40"
+
+EV41_ALIAS="Zona_41" #
+EV41_GPIO="drv:spb16ch:41"
+
+EV42_ALIAS="Zona_42" #
+EV42_GPIO="drv:spb16ch:42"
+
+EV43_ALIAS="Zona_43" #
+EV43_GPIO="drv:spb16ch:43"
+
+EV44_ALIAS="Zona_44" #
+EV44_GPIO="drv:spb16ch:44"
+
+EV45_ALIAS="Zona_45" #
+EV45_GPIO="drv:spb16ch:45"
+
+EV46_ALIAS="Zona_46" #
+EV46_GPIO="drv:spb16ch:46"
+
+EV47_ALIAS="Zona_47" #
+EV47_GPIO="drv:spb16ch:47"
+
+EV48_ALIAS="Zona_48" #
+EV48_GPIO="drv:spb16ch:48"
+
+EV49_ALIAS="Zona_49" #
+EV49_GPIO="drv:spb16ch:49"
+
+EV50_ALIAS="Zona_50" #
+EV50_GPIO="drv:spb16ch:50"
+
+EV51_ALIAS="Zona_51" #
+EV51_GPIO="drv:spb16ch:51"
+
+EV52_ALIAS="Zona_52" #
+EV52_GPIO="drv:spb16ch:52"
+
+EV53_ALIAS="Zona_53" #
+EV53_GPIO="drv:spb16ch:53"
+
+EV54_ALIAS="Zona_54" #
+EV54_GPIO="drv:spb16ch:54"
+
+EV55_ALIAS="Zona_55" #
+EV55_GPIO="drv:spb16ch:55"
+
+EV56_ALIAS="Zona_56" #
+EV56_GPIO="drv:spb16ch:56"
+
+EV57_ALIAS="Zona_57" #
+EV57_GPIO="drv:spb16ch:57"
+
+EV58_ALIAS="Zona_58" #
+EV58_GPIO="drv:spb16ch:58"
+
+EV59_ALIAS="Zona_59" #
+EV59_GPIO="drv:spb16ch:59"
+
+EV60_ALIAS="Zona_60" #
+EV60_GPIO="drv:spb16ch:60"
+
+EV61_ALIAS="Zona_61" #
+EV61_GPIO="drv:spb16ch:61"
+
+EV62_ALIAS="Zona_62" #
+EV62_GPIO="drv:spb16ch:62"
+
+EV63_ALIAS="Zona_63" #
+EV63_GPIO="drv:spb16ch:63"
+
+EV64_ALIAS="Zona_64" #
+EV64_GPIO="drv:spb16ch:64"
+
+EV65_ALIAS="Zona_65" #
+EV65_GPIO="drv:spb16ch:65"
+
+EV66_ALIAS="Zona_66" #
+EV66_GPIO="drv:spb16ch:66"
+
+EV67_ALIAS="Zona_67" #
+EV67_GPIO="drv:spb16ch:67"
+
+EV68_ALIAS="Zona_68" #
+EV68_GPIO="drv:spb16ch:68"
+
+EV69_ALIAS="Zona_69" #
+EV69_GPIO="drv:spb16ch:69"
+
+EV70_ALIAS="Zona_70" #
+EV70_GPIO="drv:spb16ch:70"
+
+EV71_ALIAS="Zona_71" #
+EV71_GPIO="drv:spb16ch:71"
+
+EV72_ALIAS="Zona_72" #
+EV72_GPIO="drv:spb16ch:72"
+
+EV73_ALIAS="Zona_73" #
+EV73_GPIO="drv:spb16ch:73"
+
+EV74_ALIAS="Zona_74" #
+EV74_GPIO="drv:spb16ch:74"
+
+EV75_ALIAS="Zona_75" #
+EV75_GPIO="drv:spb16ch:75"
+
+EV76_ALIAS="Zona_76" #
+EV76_GPIO="drv:spb16ch:76"
+
+EV77_ALIAS="Zona_77" #
+EV77_GPIO="drv:spb16ch:77"
+
+EV78_ALIAS="Zona_78" #
+EV78_GPIO="drv:spb16ch:78"
+
+EV79_ALIAS="Zona_79" #
+EV79_GPIO="drv:spb16ch:79"
+
+EV80_ALIAS="Zona_80" #
+EV80_GPIO="drv:spb16ch:80"
+
+EV81_ALIAS="Zona_81" #
+EV81_GPIO="drv:spb16ch:81"
+
+EV82_ALIAS="Zona_82" #
+EV82_GPIO="drv:spb16ch:82"
+
+EV83_ALIAS="Zona_83" #
+EV83_GPIO="drv:spb16ch:83"
+
+EV84_ALIAS="Zona_84" #
+EV84_GPIO="drv:spb16ch:84"
+
+EV85_ALIAS="Zona_85" #
+EV85_GPIO="drv:spb16ch:85"
+
+EV86_ALIAS="Zona_86" #
+EV86_GPIO="drv:spb16ch:86"
+
+EV87_ALIAS="Zona_87" #
+EV87_GPIO="drv:spb16ch:87"
+
+EV88_ALIAS="Zona_88" #
+EV88_GPIO="drv:spb16ch:88"
+
+EV89_ALIAS="Zona_89" #
+EV89_GPIO="drv:spb16ch:89"
+
+EV90_ALIAS="Zona_90" #
+EV90_GPIO="drv:spb16ch:90"
+
+EV91_ALIAS="Zona_91" #
+EV91_GPIO="drv:spb16ch:91"
+
+EV92_ALIAS="Zona_92" #
+EV92_GPIO="drv:spb16ch:92"
+
+EV93_ALIAS="Zona_93" #
+EV93_GPIO="drv:spb16ch:93"
+
+EV94_ALIAS="Zona_94" #
+EV94_GPIO="drv:spb16ch:94"
+
+EV95_ALIAS="Zona_95" #
+EV95_GPIO="drv:spb16ch:95"
+
+EV96_ALIAS="Zona_96" #
+EV96_GPIO="drv:spb16ch:96"
+
+EV97_ALIAS="Zona_97" #
+EV97_GPIO="drv:spb16ch:97"
+
+EV98_ALIAS="Zona_98" #
+EV98_GPIO="drv:spb16ch:98"
+
+EV99_ALIAS="Zona_99" #
+EV99_GPIO="drv:spb16ch:99"
+
+EV100_ALIAS="Zona_100" #
+EV100_GPIO="drv:spb16ch:100"
+
+EV101_ALIAS="Zona_101" #
+EV101_GPIO="drv:spb16ch:101"
+
+EV102_ALIAS="Zona_102" #
+EV102_GPIO="drv:spb16ch:102"
+
+EV103_ALIAS="Zona_103" #
+EV103_GPIO="drv:spb16ch:103"
+
+EV104_ALIAS="Zona_104" #
+EV104_GPIO="drv:spb16ch:104"
+
+EV105_ALIAS="Zona_105" #
+EV105_GPIO="drv:spb16ch:105"
+
+EV106_ALIAS="Zona_106" #
+EV106_GPIO="drv:spb16ch:106"
+
+EV107_ALIAS="Zona_107" #
+EV107_GPIO="drv:spb16ch:107"
+
+EV108_ALIAS="Zona_108" #
+EV108_GPIO="drv:spb16ch:108"
+
+EV109_ALIAS="Zona_109" #
+EV109_GPIO="drv:spb16ch:109"
+
+EV110_ALIAS="Zona_110" #
+EV110_GPIO="drv:spb16ch:110"
+
+EV111_ALIAS="Zona_111" #
+EV111_GPIO="drv:spb16ch:111"
+
+EV112_ALIAS="Zona_112" #
+EV112_GPIO="drv:spb16ch:112"
+
+EV113_ALIAS="Zona_113" #
+EV113_GPIO="drv:spb16ch:113"
+
+EV114_ALIAS="Zona_114" #
+EV114_GPIO="drv:spb16ch:114"
+
+EV115_ALIAS="Zona_115" #
+EV115_GPIO="drv:spb16ch:115"
+
+EV116_ALIAS="Zona_116" #
+EV116_GPIO="drv:spb16ch:116"
+
+EV117_ALIAS="Zona_117" #
+EV117_GPIO="drv:spb16ch:117"
+
+EV118_ALIAS="Zona_118" #
+EV118_GPIO="drv:spb16ch:118"
+
+EV119_ALIAS="Zona_119" #
+EV119_GPIO="drv:spb16ch:119"
+
+EV120_ALIAS="Zona_120" #
+EV120_GPIO="drv:spb16ch:120"
+
+EV121_ALIAS="Zona_121" #
+EV121_GPIO="drv:spb16ch:121"
+
+EV122_ALIAS="Zona_122" #
+EV122_GPIO="drv:spb16ch:122"
+
+EV123_ALIAS="Zona_123" #
+EV123_GPIO="drv:spb16ch:123"
+
+EV124_ALIAS="Zona_124" #
+EV124_GPIO="drv:spb16ch:124"
+
+EV125_ALIAS="Zona_125" #
+EV125_GPIO="drv:spb16ch:125"
+
+EV126_ALIAS="Zona_126" #
+EV126_GPIO="drv:spb16ch:126"
+
+EV127_ALIAS="Zona_127" #
+EV127_GPIO="drv:spb16ch:127"
+
+EV128_ALIAS="Zona_128" #
+EV128_GPIO="drv:spb16ch:128"
+
+
+# Definisci il servizio online da utilizzare per il controllo delle condizioni meteo, puoi scegliere openweathermap oppure wunderground.
+# Se non vuoi configurare nessun servizio imposta il vale "none"
+WEATHER_SERVICE="openweathermap"
+#WEATHER_SERVICE="none" # Nessun servizio configurato
+
+# Parametri di openweathermap, definisce l'api key e il luogo per recuperare lo stato meteo online
+OPENWEATHERMAP_KEY=""
+OPENWEATHERMAP_LOCATION="q=Pieve%20a%20Nievole,it" # https://openweathermap.org/current
+OPENWEATHERMAP_TZ="Europe/Rome"	# Time zone
+
+# Parametri di wunderground, definisce l'api key e il luogo per recuperare lo stato meteo online
+WUNDERGROUND_KEY=""
+WUNDERGROUND_LOCATION="IT/Pieve%20a%20Nievole"	# http://www.wunderground.com/weather/api/d/docs?d=resources/country-to-iso-matching&MR=1
+
+
+# Blocca l'irrigazione se l'ultima pioggia rilevata online è avvenuta nell'ultima quantità di tempo inserita.
+# Il tempo è espresso in secondi. Quindi inserendo 86400, se nelle ultime 24 ore ha piovuto viene bloccata l'irrigazione. Inserendo il valore zero non viene eseguito nessun controllo.
+NOT_IRRIGATE_IF_RAIN_ONLINE=86400
+
+# Il parametro è simile a quello precedente, il controllo però anziché essere fatto attingendo a wunderground, viene eseguito direttamente sul sensore se installato. Inserendo il valore zero non viene eseguito nessun controllo.
+NOT_IRRIGATE_IF_RAIN_SENSOR=86400
+
+# Indirizzo ip e porta di ascolto del socket server
+TCPSERVER_IP="127.0.0.1"
+TCPSERVER_PORT="8084"
+
+# Utente e password che i clients devono utilizzare per stabilire una connessione tramite socket server
+TCPSERVER_USER=""
+TCPSERVER_PWD=""
+
+# Con impostato il valore 1 non invia l'identificativi per statistiche di utilizzo
+NO_SEND_IDENTIFIER=0
+
+# Parametri connessione al broker mqtt
+MQTT_ENABLE=0   # set 1 to enable
+MQTT_HOST=you_host_mqtt
+MQTT_PORT=1883
+MQTT_USER=your_user_mqtt
+MQTT_PWD=yout_password_mqtt
+MQTT_TOPIC="pigarden/result"
+MQTT_CLIENT_ID=piGarden
+
+
+#
+# Configurazione schede spb16ch
+#
+
+# Stato da assegnare ai gpio per abilitare/disabilitare le schede spb16ch
+SPB16CH_GPIO_ON=1
+SPB16CH_GPIO_OFF=0
+
+# Gpio di per gestire l'abilitazione/disabilitazione delle chede spb16ch
+SPB16CH1_GPIO=17	# Physical 11 - wPi 0
+SPB16CH2_GPIO=27	# Physical 13 - wPi 2
+SPB16CH3_GPIO=22	# Physical 15 - wPi 3
+SPB16CH4_GPIO=18	# Physical 12 - wPi 1
+SPB16CH5_GPIO=23	# Physical 16 - wPi 4
+SPB16CH6_GPIO=24	# Physical 18 - wPi 5
+SPB16CH7_GPIO=4		# Physical 7  - wPi 7
+SPB16CH8_GPIO=14	# Physical 8  - wPi 15

drv/openweathermap/README.md

@@ -0,0 +1,13 @@
+# Driver for check wather condition with openweathermap online service
+
+# Example of configuration in piGarden.conf
+
+```bash
+WEATHER_SERVICE="openweathermap"
+
+OPENWEATHERMAP_KEY="d4d22ea805788420267971135563b4cc" # Set with your api key of openweathermap
+OPENWEATHERMAP_LOCATION="q=Pieve%20a%20Nievole,it"    # Set with location identify, see https://openweathermap.org/current
+OPENWEATHERMAP_TZ="Europe/Rome"			      # Set with your time zone
+```
+
+

drv/openweathermap/common.include.sh

@@ -0,0 +1,123 @@
+#
+# Funzioni comuni utilizzate dal driver
+#
+
+#
+# Recupera la descrizione della condizione meteo
+#
+# $1 condizione meteo recuperata dalle api
+#
+function drv_openweathermap_get_wather {
+
+	declare -A w
+
+	w["thunderstorm with light rain"]="Thunderstorms and Rain"
+	w["thunderstorm with rain"]="Thunderstorms and Rain"
+	w["thunderstorm with heavy rain"]="Thunderstorms and Rain"
+	w["light thunderstorm"]="Thunderstorm"
+	w["thunderstorm"]="Thunderstorm"
+	w["heavy thunderstorm"]="Thunderstorm"
+	w["ragged thunderstorm"]="Thunderstorm"
+	w["thunderstorm with light drizzle"]="Thunderstorms and Rain"
+	w["thunderstorm with drizzle"]="Thunderstorms and Rain"
+	w["thunderstorm with heavy drizzle"]="Thunderstorms and Rain"
+
+	w["light intensity drizzle"]="Drizzle"
+	w["drizzle"]="Drizzle"
+	w["heavy intensity drizzle"]="Drizzle"
+	w["light intensity drizzle rain"]="Drizzle"
+	w["drizzle rain"]="Drizzle"
+	w["heavy intensity drizzle rain"]="Drizzle"
+	w["shower rain and drizzle"]="Drizzle"
+	w["heavy shower rain and drizzle"]="Drizzle"
+	w["shower drizzle"]="Drizzle"
+
+	w["light rain"]="Rain Mist"
+	w["moderate rain"]="Rain"
+	w["heavy intensity rain"]="Rain"
+	w["very heavy rain"]="Rain"
+	w["extreme rain"]="Rain"
+	w["freezing rain"]="Freezing Rain"
+	w["light intensity shower rain"]="Rain"
+	w["shower rain"]="Rain"
+	w["heavy intensity shower rain"]="Rain"
+	w["ragged shower rain"]="Rain"
+
+	w["light snow"]="Snow"
+	w["snow"]="Snow"
+	w["heavy snow"]=""
+	w["sleet"]="Snow Grains"
+	w["shower sleet"]="Snow Grains"
+	w["light rain and snow"]="Snow"
+	w["rain and snow"]="Snow"
+	w["light shower snow"]="Snow"
+	w["shower snow"]="Snow"
+	w["heavy shower snow"]="Snow"
+
+	w["mist"]="Mist"
+	w["smoke"]="Smoke"
+	w["haze"]="Haze"
+	w["sand, dust whirls"]="Dust Whirls"
+	w["fog"]="Fog"
+	w["sand"]="Sand"
+	w["dust"]="Widespread Dust"
+	w["volcanic ash"]="Volcanic Ash"
+	w["squalls"]="Squalls"
+	w["tornado"]="Tornado"
+
+	w["clear sky"]="Clear"
+
+	w["few clouds"]="Partly Cloudy"
+	w["scattered clouds"]="Scattered Clouds"
+	w["broken clouds"]="Partly Cloudy"
+	w["overcast clouds"]="Mostly Cloudy"
+
+	local weather=${w[$1]}
+
+	if [ -z "$weather" ]; then
+		weather="$1"
+	fi
+
+	echo $weather
+
+}																												    
+
+#
+# Recupera la l'icona rappresentativa delle condizione meteo
+#
+# $1 nome dell'icona recuperato delle api weather.icon
+#
+function drv_openweathermap_get_ico {
+
+	declare -A w
+
+	w["01d"]="http://www.wunderground.com/static/i/c/k/clear.gif"
+	w["01n"]="http://www.wunderground.com/static/i/c/k/nt_clear.gif"
+	w["02d"]="http://www.wunderground.com/static/i/c/k/partlycloudy.gif"
+	w["02n"]="http://www.wunderground.com/static/i/c/k/nt_partlycloudy.gif"
+	w["03d"]="http://www.wunderground.com/static/i/c/k/cloudy.gif"
+	w["03n"]="http://www.wunderground.com/static/i/c/k/nt_cloudy.gif"
+	w["04d"]="http://www.wunderground.com/static/i/c/k/cloudy.gif"
+	w["04n"]="http://www.wunderground.com/static/i/c/k/nt_cloudy.gif"
+	w["09d"]="http://www.wunderground.com/static/i/c/k/sleet.gif"
+	w["09n"]="http://www.wunderground.com/static/i/c/k/nt_sleet.gif"
+	w["10d"]="http://www.wunderground.com/static/i/c/k/rain.gif"
+	w["10n"]="http://www.wunderground.com/static/i/c/k/nt_rain.gif"
+	w["11d"]="http://www.wunderground.com/static/i/c/k/tstorms.gif"
+	w["11n"]="http://www.wunderground.com/static/i/c/k/nt_tstorms.gif"
+	w["13d"]="http://www.wunderground.com/static/i/c/k/snow.gif"
+	w["13n"]="http://www.wunderground.com/static/i/c/k/nt_snow.gif"
+	w["50d"]="http://www.wunderground.com/static/i/c/k/fog.gif"
+	w["50n"]="http://www.wunderground.com/static/i/c/k/nt_fog.gif"
+
+	local ico=${w[$1]}
+
+	if [ -z "$ico" ]; then
+		ico="$1"
+	fi
+
+	echo $ico
+
+}																												    
+
+

drv/openweathermap/rainonline.include.sh

@@ -0,0 +1,74 @@
+#
+# Ritorna lo stato delle condizioni meteo interrogando il servizio online 
+#
+# $i 	identificativo gpio del sensore di pioggia
+#
+# return output:	0  - errore durante il recupero delle condizioni meteo 
+#			>0 - rilevato pioggia, timestamp del rilevamento
+#			<0 - rilevato nessuna pioggia, timestamp del rilevamento
+function drv_openweathermap_rain_online_get {
+
+	# http://www.wunderground.com/weather/api/d/docs?d=resources/phrase-glossary&MR=1
+	$CURL "http://api.openweathermap.org/data/2.5/weather?$OPENWEATHERMAP_LOCATION&units=metric&appid=$OPENWEATHERMAP_KEY" > $TMP_PATH/check_rain_online.openweathermap.json
+	local weather=`cat $TMP_PATH/check_rain_online.openweathermap.json | $JQ -M ".weather[0].main"`
+
+	local wind_deg=$(cat $TMP_PATH/check_rain_online.openweathermap.json | $JQ -r -M ".wind.deg")
+	local wind_speed=$(cat $TMP_PATH/check_rain_online.openweathermap.json | $JQ -r -M ".wind.speed")
+	if [ "$wind_speed" == "null" ]; then
+		#wind_speed=$($JQ -n $wind_speed*3600/1000)
+		wind_speed=0
+	fi
+
+
+	local weather="$(cat $TMP_PATH/check_rain_online.openweathermap.json | $JQ -r -M ".weather[0].description")"
+	local ico=$(cat $TMP_PATH/check_rain_online.openweathermap.json | $JQ -r -M ".weather[0].icon")
+	weather=$(drv_openweathermap_get_wather "$weather")
+	ico=$(drv_openweathermap_get_ico "$ico")
+
+	local current_observation=$(cat <<EOF
+{
+  "display_location": {
+    "city": "$(cat $TMP_PATH/check_rain_online.openweathermap.json | $JQ -r -M ".name")"
+  },
+  "observation_epoch": "$(cat $TMP_PATH/check_rain_online.openweathermap.json | $JQ -r -M ".dt")",
+  "local_epoch": "$(cat $TMP_PATH/check_rain_online.openweathermap.json | $JQ -r -M ".dt")",
+  "local_tz_long": "$OPENWEATHERMAP_TZ",
+  "weather": "$weather",
+  "temp_c": "$(cat $TMP_PATH/check_rain_online.openweathermap.json | $JQ -r -M ".main.temp")",
+  "relative_humidity": "$(cat $TMP_PATH/check_rain_online.openweathermap.json | $JQ -r -M ".main.humidity")%",
+  "wind_dir": "$(deg2dir $wind_deg)",
+  "wind_degrees": "$wind_deg",
+  "wind_kph": "$wind_speed",
+  "wind_gust_kph": "--",
+  "pressure_mb": "$(cat $TMP_PATH/check_rain_online.openweathermap.json | $JQ -r -M ".main.pressure")",
+  "dewpoint_c": "--",
+  "feelslike_c": "--",
+  "icon_url": "$ico"
+}
+EOF
+)
+#  "icon_url": "http://openweathermap.org/img/w/$(cat $TMP_PATH/check_rain_online.openweathermap.json | $JQ -r -M ".weather[0].icon").png"
+
+	#local current_observation=`cat $TMP_PATH/check_rain_online.json | $JQ -M ".current_observation"`
+
+	if [ "$weather" = "null" ]; then
+		echo "0"
+	else
+		echo "$current_observation" > "$STATUS_DIR/last_weather_online"
+		local local_epoch=`cat $STATUS_DIR/last_weather_online | $JQ -M -r ".local_epoch"`
+		if 	[[ "$weather" == *"Rain"* ]] || 
+		 	[[ "$weather" == *"Snow"* ]] || 
+	 		[[ "$weather" == *"Hail"* ]] || 
+			[[ "$weather" == *"Ice"* ]] || 
+			[[ "$weather" == *"Thunderstorm"* ]] || 
+			[[ "$weather" == *"Drizzle"* ]]; 
+		then
+			echo $local_epoch
+		else
+			echo "-$local_epoch"
+		fi
+	fi
+
+}
+
+

drv/rainsensorqty/.gitignore

@@ -0,0 +1,4 @@
+# Ignore everything in this directory
+.set_var
+# Except this file
+!.gitignore

drv/rainsensorqty/README.md

@@ -0,0 +1,124 @@
+#
+# Driver rainsensorqty - driver for measure the rain volume
+# Author: androtto
+# file README.md
+# Version: 0.2.5
+# Data: 07/Apr/2020
+
+
+FILE DI CONFIGURAZIONE /etc/piGarden.conf:
+-----------------------------------------
+NOTA: vedere nella directory conf_example il file esempio piu' aggiornato!
+
+per attivare il driver e' necessario inserire la seguente variabile nel file di configurazion
+	RAIN_GPIO="drv:rainsensorqty:25"        # Physical 22 - wPi 6
+
+la variabile seguente e' impiegata anche da drv_rainsensorqty per rilevare la chiusura del contatto magnetico che, in un circuito pull-up, e' lo stato 1.
+	# Valore in ingresso sul gpio definito in RAIN_GPIO che indica lo stato di pioggia
+	RAIN_GPIO_STATE=1
+le seguenti variabili controllano il driver come descritto:
+	RAINSENSORQTY_LOOPSFORSETRAINING=16 # dopo 16 impulsi, 16 vaschette riempite si considera pioggia
+	RAINSENSORQTY_SECSBETWEENRAINEVENT=10800 # =3h, significa che dopo 3 si resetta il numero di vaschette da riempire e solo dopo il riempimento del nuovo numero di vaschette si considera una nuova pioggia
+infine la variabile seguente e' la quantita' di acqua espressa in mm di precipitazioni:
+	RAINSENSORQTY_MMEACH=0.33 # see RAINSENSORQTY driver readme for details
+
+CALIBRAZIONE SENSORE PIOGGIA
+----------------------------
+secondo il seguente processo da me effettuato sul mio misuratore di pioggia:
+Ho erogato 18 ml di acqua nel rain gauge che hanno prodotto 10 impulsi; pertanto il riempimento di 1.8 ml ha causato un impulso, 1 ml = 1000 mmc (mm cubici),
+1.8 ml sono pari a 1800 mmc
+la superficie della vaschetta in mmq e' pari a 110 mm x 55 mm = 5500 mmq
+volume / superficie mi da' l'altezza, quindi 1800 mmc / 5500 mmq = 0.32727273 mm
+se fossero stati 1.7 ml di acqua per ogni impulso/vaschetta riempita, la variabile sarebbe stata impostata a 0.30909091 mm
+
+COMANDI SPECIALI
+----------------
+nella sottodirectory command sono presenti:
+commands/rainsensorqty_CHECK.sh
+	chiama la funzione di verifica pioggia, la medesima chiamata da check_rain_sensor
+commands/rainsensorqty_HISTORY.sh
+	visualizza lo storico della pioggia consultando il file $RAINSENSORQTY_HISTORY
+	puo' essere lanciato con l''opzione -force per ricostruire il file $RAINSENSORQTY_HISTORY dal $RAINSENSORQTY_HISTORYRAW
+	e con un argomento X, che permette di evidenziare solo gli ultimi X eventi
+commands/rainsensorqty_HISTORYRAW.sh
+	visualizza lo storico della pioggia consultando il file $RAINSENSORQTY_HISTORYRAW
+	puo' essere lanciato senza argomenti per processare l'intero file, chiede conferma visto che i tempi sono potenzialmente lunghi
+	con un argomento X, che permette di evidenziare solo gli ultimi X eventi
+commands/rainsensorqty_INIT.sh
+	inizializza il driver eseguendo lo script di monitoring - normalmente tale processo avviene da piGarden.sh
+	utile quando si vuole testare dei cambiamenti o se necessario riavviare dopo il kill del comando successivo
+commands/rainsensorqty_KILL.sh
+	killa i processi di monitoring ed eventuali figli
+commands/rainsensorqty_RAINNOW.sh
+	simula una pioggia registrandola in $RAINSENSORQTY_LASTRAIN $RAINSENSORQTY_HISTORY $RAINSENSORQTY_HISTORYRAW
+	puo' essere lanciato in 3 modi:
+	senza argomenti: genera una pioggia per un numero di loop pari al valore della variabile RAINSENSORQTY_LOOPSFORSETRAINING, quindi una pioggia completa
+	con un argomento: che indica quanti loop
+	con due argomenti: quanti loop e quanti secondi tra uno e l'altro
+commands/rainsensorqty_REMOVELASTRAIN.sh
+	rimuove dai file $RAINSENSORQTY_LASTRAIN $RAINSENSORQTY_HISTORY $RAINSENSORQTY_HISTORYRAW l'ultima pioggia registrata
+commands/rainsensorqty_RESET.sh
+	invia il SIGUSR1 al processo di monitor per resettare i cicli. Viene visualizzato il reset solo dopo il successivo PULSE, questo perche' non e' possibile per lo script ricevere il trap in quanto il processo $GPIO e' attivo in attesa del PULSE
+
+questi i timestamps alla data del file:
+-rwxr-xr-x 1 pi pi 1044 Sep 24 18:26 rainsensorqty_CHECK.sh
+-rwxr-xr-x 1 pi pi 1139 Nov 28 00:17 rainsensorqty_HISTORYRAW.sh
+-rwxr-xr-x 1 pi pi 1462 Nov 19 00:19 rainsensorqty_HISTORY.sh
+-rwxr-xr-x 1 pi pi  596 Sep 24 18:26 rainsensorqty_INIT.sh
+-rwxr-xr-x 1 pi pi 1300 Sep 24 18:26 rainsensorqty_KILL.sh
+-rwxr-xr-x 1 pi pi 1111 Nov 27 00:05 rainsensorqty_RAINNOW.sh
+-rwxr-xr-x 1 pi pi 1252 Nov 22 00:18 rainsensorqty_REMOVELASTRAIN.sh
+-rwxr-xr-x 1 pi pi  897 Sep 24 18:26 rainsensorqty_RESET.sh
+
+ULTERIORI VARIABILI in config.include.sh
+----------------------------------------
+esistono ulteriori variabili che potrebbe essere necessario variare
+
+RAINSENSOR_DEBOUNCE=0.3 # 0.3 seconds for manage debounce of reed contact
+	serve per ritardare la lettura di un secondo impulso falso causato dal rimbalzo del contatto magnetico
+
+RAINSENSORQTY_verbose="yes"
+	aumenta il livello di verbosita' nei file di log
+	
+RAINSENSORQTY_LASTRAIN="$STATUS_DIR/rainsensorqty_lastrain"
+	memorizza l'ultima pioggia
+RAINSENSORQTY_HISTORY="$STATUS_DIR/rainsensorqty_history"
+	memorizza tutte le piogge permettendo di visualizzare lo storico (commands/rainsensorqty_HISTORY.sh)
+RAINSENSORQTY_HISTORYRAW="$STATUS_DIR/rainsensorqty_history.raw"
+	memorizza in formato grezzo (raw) tutti gli impulsi registrati  (formato: "secondi:impulsi" ) - consultabile il contenuto con commands/rainsensorqty_HISTORYRAW.sh
+
+RAINSENSORQTY_MONITORLOG="$DIR_SCRIPT/log/rainsensorqty_monitor.log"
+	log dello script di monitoring, popolato solo se RAINSENSORQTY_verbose="yes"
+
+RAINSENSORQTY_MONPID="$TMPDIR/rainsensorqty_monitor.pid"
+	file che viene popolato con il pid dello script di monitoring
+
+RAINSENSORQTY_DIR="$DIR_SCRIPT/drv/rainsensorqty"
+	home directory del driver
+
+monitor_sh="$RAINSENSORQTY_DIR/drv_rainsensorqty_monitor.sh"
+	script di monitoring
+	lo script eredita le variabili di ambiente da $RAINSENSORQTY_VAR ($TMPDIR/.rainsensorqty_var)
+
+NOTA: $TMPDIR e' /tmp e lo script visualizza un warning se non e' un tmpfs
+
+# internal gpio resistor, 3 values: pull-up, pull-down, none
+# pull-up/down if rain gauge is connected directly to raspberry
+# none if connected through an optocoupler circuit
+GPIO_RESISTOR="none" #pull-up|pull-down|none
+	enable pull-up or pull-down resistor: https://raspberry-projects.com/pi/pi-hardware/raspberry-pi-model-b-plus/model-b-plus-io-pins
+	Pull-up is 50K min - 65K max.
+	Pull-down is 50K min - 60K max. 
+
+#rising means waiting for 1 status (from 0)
+#falling means waiting for 0 status (from 1)
+#RAINSENSORQTY_PULSE=rising  # pull-down circuit (rest status is 0)
+#RAINSENSORQTY_PULSE=falling # pull-up circuit   (rest status is 1)
+(( RAIN_GPIO_STATE == 1 )) && RAINSENSORQTY_PULSE=rising  # pull-down circuit (rest status is 0)
+(( RAIN_GPIO_STATE == 0 )) && RAINSENSORQTY_PULSE=falling # pull-up circuit   (rest status is 1)
+
+	lo script di monitoring ascolta il cambiamento di stato da quello di riposo allo stato di impulso (chiusura del contatto reed).
+	dipendentemente dal circuto implementato, se lo stato di riposo e' 0, lo script attende la variazione verso 1 (rising)
+	se lo stato di riposo e' 1, lo script attende la variazione verso 0 (falling)
+	la variabile RAINSENSORQTY_PULSE viene impostata secondo il valore di RAIN_GPIO_STATE presente in /etc/piGarden.conf
+	cioe' il valore che ci si aspetta per registrare il riempimento della vaschetta dello stato di pioggia

drv/rainsensorqty/commands/rainsensorqty_CHECK.sh

@@ -0,0 +1,35 @@
+#!/bin/bash
+#
+# Driver rainsensorqty - driver for measure the rain volume
+# Author: androtto
+# file "rainsensorqty_CHECK.sh"
+# test script for checking rain status using drv_rainsensorqty_rain_sensor_get function
+# Version: 0.2.0
+# Data: 11/Aug/2019
+
+SCRIPTDIR="$(cd `dirname $0` ; pwd )"
+SCRIPTNAME=${0##*/}
+cd $SCRIPTDIR/.. # command is a subdirectory of driver
+
+DIR_SCRIPT=/home/pi/piGarden # home directory of piGarden
+CONFIG_ETC="/etc/piGarden.conf"
+LOG_OUTPUT_DRV_FILE="$DIR_SCRIPT/log/$LOG_OUTPUT_DRV_FILE"
+
+. $CONFIG_ETC
+
+. ./common.include.sh
+. ./config.include.sh
+. ./init.include.sh
+. ./rainsensor.include.sh
+
+# restituisce 0 se piove, e nell'output di testo il valore di "$RAIN_GPIO_STATE"
+# restituisce 99 se non piove, output "norain"
+# esce con 1 se non c'e' il monitoring, output "ERROR"
+
+drv_rainsensorqty_rain_sensor_get
+case $? in
+	0)  echo "NORMAL: it's raining" ;;
+	99) echo "NORMAL: it's not raining" ;;
+	1)  echo "ERROR: monitor process $DIR_SCRIPT/drv/rainsensorqty/drv_rainsensorqty_monitor.sh is not running" ;;
+esac
+

drv/rainsensorqty/commands/rainsensorqty_HISTORY.sh

@@ -0,0 +1,59 @@
+#!/bin/bash
+#
+# Driver rainsensorqty - driver for measure the rain volume
+# Author: androtto
+# file "rainsensorqty_CHECK.sh"
+# test script for checking rain status using drv_rainsensorqty_rain_sensor_get function
+# Version: 0.2.5
+# Data: 08/Jan/2020
+
+SCRIPTDIR="$(cd `dirname $0` ; pwd )"
+SCRIPTNAME=${0##*/}
+cd $SCRIPTDIR/.. # command is a subdirectory of driver
+
+DIR_SCRIPT=/home/pi/piGarden # home directory of piGarden
+CONFIG_ETC="/etc/piGarden.conf"
+LOG_OUTPUT_DRV_FILE="$DIR_SCRIPT/log/$LOG_OUTPUT_DRV_FILE"
+
+. $CONFIG_ETC
+
+. ./common.include.sh
+. ./config.include.sh 
+. ./init.include.sh
+. ./rainsensor.include.sh
+
+if [[ $1 = "-force" ]] ; then
+	if [[ -s $RAINSENSORQTY_HISTORY ]] ; then
+		echo backup $RAINSENSORQTY_HISTORY to ${RAINSENSORQTY_HISTORY}.old$$
+		cp $RAINSENSORQTY_HISTORY ${RAINSENSORQTY_HISTORY}.old$$
+	fi
+
+	echo "generate all rain events to $RAINSENSORQTY_HISTORY"
+	if ! rainevents > ${RAINSENSORQTY_HISTORY} ; then
+		echo "WARNING: rainevents function had error"
+	fi
+	shift
+fi
+
+if ! rain_history tmp ; then # update rain history with last rain if not
+	echo "WARNING: rain_history function had error"
+fi
+
+cmd="cat"
+if [[ $# > 0 ]] ; then
+	if (( $1 >= 1 )) ; then
+		echo "processing last $1 lines of $RAINSENSORQTY_HISTORYRAW file"
+		cmd="tail -$1"
+	else
+		echo "argument not recognized - exit"
+		exit 1
+	fi
+fi
+echo -e "\n\n"
+
+if [[ -s $RAINSENSORQTY_HISTORY ]] ; then
+	echo "RAIN HISTORY"
+	cat $RAINSENSORQTY_HISTORY $RAINSENSORQTY_HISTORYTMP | $cmd | rain_when_amount
+else
+	echo "WARNING: no \$RAINSENSORQTY_HISTORY file"
+fi

drv/rainsensorqty/commands/rainsensorqty_HISTORYRAW.sh

@@ -0,0 +1,50 @@
+#!/bin/bash
+#
+# Driver rainsensorqty - driver for measure the rain volume
+# Author: androtto
+# file "rainsensorqty_CHECK.sh"
+# test script for checking rain status using drv_rainsensorqty_rain_sensor_get function
+# Version: 0.2.5
+# Data: 07/Apr/2020
+
+SCRIPTDIR="$(cd `dirname $0` ; pwd )"
+SCRIPTNAME=${0##*/}
+cd $SCRIPTDIR/.. # command is a subdirectory of driver
+
+DIR_SCRIPT=/home/pi/piGarden # home directory of piGarden
+CONFIG_ETC="/etc/piGarden.conf"
+LOG_OUTPUT_DRV_FILE="$DIR_SCRIPT/log/$LOG_OUTPUT_DRV_FILE"
+
+. $CONFIG_ETC
+
+. ./common.include.sh
+. ./config.include.sh 
+. ./init.include.sh
+. ./rainsensor.include.sh
+
+
+if [[ $# = 0 ]] ; then
+	cmd=cat
+	echo "processing all entire  $RAINSENSORQTY_HISTORYRAW file, will go on? (y/n)"
+	read answer
+	echo $answer
+	[[ $answer = [yY] ]] || exit 1
+else
+	if (( $1 >= 1 )) ; then
+		echo "processing $1 lines of $RAINSENSORQTY_HISTORYRAW file"
+		cmd="tail -$1"
+	else
+		echo "argument not recognized - exit"
+		exit 1
+	fi
+fi
+echo -e "\n\n"
+
+$cmd $RAINSENSORQTY_HISTORYRAW | while read line
+do
+	set -- ${line//:/ }
+	secs=$1
+	counter=$2
+	echo "$(sec2date $1):$counter"
+done
+ 

drv/rainsensorqty/commands/rainsensorqty_INIT.sh

@@ -0,0 +1,25 @@
+#!/bin/bash
+# Driver rainsensorqty - driver for measure the rain volume
+# Author: androtto
+# file "rainsensorqty_INIT.sh"
+# test script for initialize driver and executing monitor process
+# Version: 0.2.0
+# Data: 11/Aug/2019
+
+SCRIPTDIR="$(cd `dirname $0` ; pwd )"
+SCRIPTNAME=${0##*/}
+cd $SCRIPTDIR/.. # command is a subdirectory of driver
+
+DIR_SCRIPT=/home/pi/piGarden # home directory of piGarden
+CONFIG_ETC="/etc/piGarden.conf"
+
+. $CONFIG_ETC
+
+. ./config.include.sh
+. ./common.include.sh
+. ./init.include.sh
+. ./rainsensor.include.sh
+
+drv_rainsensorqty_rain_sensor_init
+
+drv_rainsensorqty_init

drv/rainsensorqty/commands/rainsensorqty_KILL.sh

@@ -0,0 +1,52 @@
+#!/bin/bash
+# Driver rainsensorqty - driver for measure the rain volume
+# Author: androtto
+# file "rainsensorqty_KILL.sh"
+# script for killing monitor process(es)
+# Version: 0.2.0a
+# Data: 29/Aug/2019
+
+
+SCRIPTDIR="$(cd `dirname $0` ; pwd )"
+SCRIPTNAME=${0##*/}
+cd $SCRIPTDIR/.. # command is a subdirectory of driver
+
+DIR_SCRIPT=/home/pi/piGarden # home directory of piGarden
+CONFIG_ETC="/etc/piGarden.conf"
+
+. $CONFIG_ETC
+
+. ./config.include.sh
+. ./common.include.sh
+. ./init.include.sh
+. ./rainsensor.include.sh
+
+# check if rain monitor process is running...
+if [[ -f "$RAINSENSORQTY_MONPID" ]] ; then
+        pid="$( < "$RAINSENSORQTY_MONPID" )"
+        if ps -fp $pid >/dev/null ; then
+		echo "process $pid pid and its child(ren)"
+		children_pid="$(ps -ef| awk "\$3==$pid {print \$2}")"
+		ps -fp $pid
+		ps -fp $children_pid | tail +2
+		echo -e "\nsending TERM signal to $pid and its child(ren)"
+		echo kill $children_pid
+		echo kill $pid
+		kill $children_pid
+		kill $pid
+		echo -e "\nchecking $pid pid and its child(ren) are still alive"
+		for process in $pid $children_pid
+		do
+        		if ps -fp $process >/dev/null ; then
+				echo "$process is still alive"
+			else
+				echo "$process is dead"
+			fi
+		done
+	else
+		echo "no RAIN process alive"
+        fi
+else
+	echo "no RAIN process alive"
+fi
+

drv/rainsensorqty/commands/rainsensorqty_RAINNOW.sh

@@ -0,0 +1,67 @@
+#!/bin/bash
+# Driver rainsensorqty - driver for measure the rain volume
+# Author: androtto
+# file "rainsensorqty_RAINNOW.sh"
+# test script for simulate rain ... now!
+# Version: 0.2.5
+# Data: 07/Apr/2020
+
+SCRIPTDIR="$(cd `dirname $0` ; pwd )"
+SCRIPTNAME=${0##*/}
+cd $SCRIPTDIR/.. # command is a subdirectory of driver
+
+DIR_SCRIPT=/home/pi/piGarden # home directory of piGarden
+CONFIG_ETC="/etc/piGarden.conf"
+. $CONFIG_ETC
+
+. ./config.include.sh
+. ./common.include.sh
+. ./init.include.sh
+. ./rainsensor.include.sh
+
+wait=0
+timestart=$( date +%s)
+if [[ $# -ne 0 ]] ; then
+	if [[ $# = 1 ]] ; then 
+		howmany=$1
+		echo "one argument passed: rain event for $howmany loops"
+		(( time = timestart - howmany ))
+	elif [[ $# = 2 ]] ; then 
+		howmany=$1
+		wait=$2
+		echo "two arguments passed: rain event for $howmany loops every $wait seconds"
+		(( time = timestart ))
+	else
+		echo "too many arguments... exit"
+		exit 1
+	fi
+else
+	howmany=$RAINSENSORQTY_LOOPSFORSETRAINING
+	(( time = timestart - $RAINSENSORQTY_LOOPSFORSETRAINING ))
+fi
+
+
+echo "RAIN now! (for $howmany loops)"
+for (( c=1; c<=$howmany; c++ )) 
+do
+	if (( wait > 0 )) ; then	
+		time=$( date +%s)
+	else
+		(( time+= 1 ))
+	fi
+	linetoadd="$time:$c"
+	echo $linetoadd >> $RAINSENSORQTY_HISTORYRAW
+	sleep $wait
+	echo -e ".\c"
+done
+echo
+
+if ! rain_history ; then # update rain history with last rain if not
+	echo "WARNING: rain_history function had error"
+fi
+
+echo $linetoadd > ${RAINSENSORQTY_LASTRAIN}
+echo "file ${RAINSENSORQTY_LASTRAIN} updated."
+
+echo "last 2 rain events:"
+tail -2 $RAINSENSORQTY_HISTORY | rain_when_amount

drv/rainsensorqty/commands/rainsensorqty_REMOVELASTRAIN.sh

@@ -0,0 +1,44 @@
+#!/bin/bash
+# Driver rainsensorqty - driver for measure the rain volume
+# Author: androtto
+# file "test_rainsensorqty_CHECK.sh"
+# test script for checking rain status using drv_rainsensorqty_rain_sensor_get function
+# Version: 0.2.5
+# Data: 07/Apr/2020
+
+SCRIPTDIR="$(cd `dirname $0` ; pwd )"
+SCRIPTNAME=${0##*/}
+cd $SCRIPTDIR/.. # command is a subdirectory of driver
+
+DIR_SCRIPT=/home/pi/piGarden # home directory of piGarden
+CONFIG_ETC="/etc/piGarden.conf"
+
+LOG_OUTPUT_DRV_FILE="$DIR_SCRIPT/log/$LOG_OUTPUT_DRV_FILE"
+
+. $CONFIG_ETC
+
+. ./common.include.sh
+. ./config.include.sh
+. ./init.include.sh
+. ./rainsensor.include.sh
+
+# two variables for store rain data
+# RAINSENSORQTY_LASTRAIN
+# RAINSENSORQTY_HISTORY
+
+echo "RAIN HISTORY - last two events"
+tail -2 $RAINSENSORQTY_HISTORY 
+tail -2 $RAINSENSORQTY_HISTORY | rain_when_amount
+
+echo "...removing last event"
+removelastrain
+echo "...rebuilding ${RAINSENSORQTY_HISTORY} from ${RAINSENSORQTY_HISTORYRAW}"
+if ! rainevents > ${RAINSENSORQTY_HISTORY} ; then
+	echo "WARNING: rainevents function had error"
+fi
+tail -1 ${RAINSENSORQTY_HISTORYRAW} > ${RAINSENSORQTY_LASTRAIN}
+
+echo -e "\nnew RAIN HISTORY - last two events"
+tail -2 $RAINSENSORQTY_HISTORY 
+tail -2 $RAINSENSORQTY_HISTORY | rain_when_amount
+

drv/rainsensorqty/commands/rainsensorqty_RESET.sh

@@ -0,0 +1,35 @@
+#!/bin/bash
+# Driver rainsensorqty - driver for measure the rain volume
+# Author: androtto
+# file "rainsensorqty_RESET.sh"
+# script for reset counter in monitor script
+# Version: 0.2.0a
+# Data: 29/Aug/2019
+
+SCRIPTDIR="$(cd `dirname $0` ; pwd )"
+SCRIPTNAME=${0##*/}
+cd $SCRIPTDIR/.. # command is a subdirectory of driver
+
+DIR_SCRIPT=/home/pi/piGarden # home directory of piGarden
+CONFIG_ETC="/etc/piGarden.conf"
+
+. $CONFIG_ETC
+
+. ./config.include.sh
+. ./common.include.sh
+. ./init.include.sh
+. ./rainsensor.include.sh
+
+# check if rain monitor process is running...
+if [[ -f "$RAINSENSORQTY_MONPID" ]] ; then
+        pid="$( < "$RAINSENSORQTY_MONPID" )"
+        if ps -fp $pid >/dev/null ; then
+		echo "sending SIGUSR1 to $pid"
+		kill -SIGUSR1 $pid
+		echo -e "sent SIGUSR1 - reset will be shown after next cycle"
+	else
+		echo "no RAIN process alive"
+        fi
+else
+	echo "no RAIN process alive"
+fi

drv/rainsensorqty/commands/test_pulse

@@ -0,0 +1 @@
+echo 1 > /tmp/tick ; sleep 0.9 ; echo 0 > /tmp/tick

drv/rainsensorqty/common.include.sh

@@ -0,0 +1,203 @@
+#
+# Driver rainsensorqty - driver for measure the rain volume
+# Author: androtto
+# file "common.include.sh"
+# common functions used by driver
+# Version: 0.2.5
+# Data: 08/Jan/2020
+
+
+#note:
+#RAINSENSORQTY_MONPID="$TMPDIR/rainsensorqty_monitor.pid"
+#
+
+sec2date()
+{
+        date --date="@$1"
+}
+
+d() # short date & time
+{
+date '+%X-%x'
+}
+
+
+drv_rainsensorqty_writelog()
+{
+	#2 variables - $1 function, $2 message
+	if [[ $2 =~ ERROR || $2 =~ WARNING || $2 =~ RAIN || $RAINSENSORQTY_verbose = yes ]] ; then
+	        echo -e "$1 - `d`\t\t$2" >> "$LOG_OUTPUT_DRV_FILE"
+#        	if [[ $($WC -c <"$LOG_OUTPUT_DRV_FILE") > $LOG_FILE_MAX_SIZE )) ; then
+#                	$GZIP "$LOG_OUTPUT_DRV_FILE"
+#                	$MV "${LOG_OUTPUT_DRV_FILE}.gz" "${LOG_OUTPUT_DRV_FILE}.$(date +%Y%m%d%H%M).gz"
+#        	fi
+	fi
+}
+
+
+drv_rainsensorqty_check()
+{
+	local f="drv_rainsensorqty_check"
+
+	if [[ -f "$RAINSENSORQTY_MONPID" ]] ; then
+		local pid=$( < "$RAINSENSORQTY_MONPID" )
+		drv_rainsensorqty_writelog $f "NORMAL: checking if $pid pid is running"
+        	if ps -fp $pid >/dev/null ; then
+			drv_rainsensorqty_writelog $f "NORMAL: $pid pid is running"
+			return 0
+        	else
+			drv_rainsensorqty_writelog $f "ERROR: $pid pid monitor process NOT running - $RAINSENSORQTY_MONPID file contains $pid"
+			return 1
+        	fi
+	else
+		drv_rainsensorqty_writelog $f "ERROR: no raining monitor process file \$RAINSENSORQTY_MONPID"
+        	return 1
+	fi
+}
+
+en_echo() # enhanched echo - check verbose variable
+{
+	[[ $RAINSENSORQTY_verbose = yes ]] && echo "$(d) $*"
+}
+
+check_incomplete_loop()
+{
+	[[ ! -f $RAINSENSORQTY_HISTORYRAW ]] && return 1
+	[[ ! -f $RAINSENSORQTY_HISTORY ]] && touch $RAINSENSORQTY_HISTORY
+	> $RAINSENSORQTY_HISTORYTMP
+
+	if lastrainevent=$( rainevents 1 ) ; then
+       		: # done ok
+	else
+        	echo "WARNING: rainevents function had errors"
+		return 1
+	fi
+
+        set -- ${lastrainevent//:/ }
+	local started=$1
+	local before=$2
+	local counter=$3
+
+	wrongevent=$(awk -F ":" '$1=="'$started'" && $2!="'$before'" {print $0}' $RAINSENSORQTY_HISTORY) 
+	if [[ -n $wrongevent ]] ; then
+		echo "ERROR: wrong last rain event found: $wrongevent , right one should be: $lastrainevent"
+		return 2
+	fi
+
+	if grep -q ^${lastrainevent}$ $RAINSENSORQTY_HISTORY ; then
+		: # already present
+		return 0
+	else
+
+		: # missing and fixed 
+		if [[ $1 == tmp ]] ; then
+			echo $lastrainevent > $RAINSENSORQTY_HISTORYTMP
+		else
+			echo $lastrainevent >> $RAINSENSORQTY_HISTORY
+		fi
+		return 1
+	fi
+}
+
+#next function is not used anymore
+rain_history()
+{
+	[[ ! -f $RAINSENSORQTY_HISTORYRAW ]] && return 1
+	[[ ! -f $RAINSENSORQTY_HISTORY ]] && touch $RAINSENSORQTY_HISTORY
+	> $RAINSENSORQTY_HISTORYTMP
+
+	if lastrainevent=$( rainevents 1 ) ; then
+       		: # done ok
+	else
+        	echo "WARNING: rainevents function had errors"
+		return 1
+	fi
+
+#old	#if grep -q ^$(<$RAINSENSORQTY_LASTRAIN)$ $RAINSENSORQTY_HISTORY ; then
+	if grep -q ^${lastrainevent}$ $RAINSENSORQTY_HISTORY ; then
+		: # already present
+		return 0
+	else
+		: # missing and fixed 
+		if [[ $1 == tmp ]] ; then
+			echo $lastrainevent > $RAINSENSORQTY_HISTORYTMP
+		else
+			echo $lastrainevent >> $RAINSENSORQTY_HISTORY
+		fi
+		return 0
+	fi
+}
+
+rain_when_amount()
+{
+# from standard input
+# format  $time:$endtime:$endsequence
+cat - | while read line
+do
+        set -- ${line//:/ }
+        start=$1
+        stop=$2
+        howmuch=$3
+        printf "RAINED for %7.2f mm between %s and %s\n" $( $JQ -n "$howmuch * $RAINSENSORQTY_MMEACH" ) "$(date --date="@$start")" "$(date --date="@$stop")"
+done
+}
+
+check_TMPDIR()
+{
+        if [[ $(df  | awk '$NF=="/tmp" {print $1}') != "tmpfs" ]] ; then
+                echo "WARNING: /tmp isn't a tmp file system"
+                echo -e "\tplease add to your /etc/fstab file:\n\ttmpfs           /tmp            tmpfs defaults,noatime,nosuid   0       0"
+        fi
+}
+
+rainevents()
+{
+	if [[ ! -f $RAINSENSORQTY_HISTORYRAW ]] ; then
+		#echo "WARNING: no \$RAINSENSORQTY_HISTORYRAW file"# cannot echo, redirected output
+		return 1
+	fi
+	case $1 in
+       		[0-9]|[0-9][0-9]) howmanyevent=$1 ;;
+#		-1) skiplast=true ;;
+		*) howmanyevent=-1 ;;
+	esac
+
+	newloop=yes
+	tac $RAINSENSORQTY_HISTORYRAW | while read line
+	do
+		set -- ${line//:/ }
+		time=$1
+		sequence=$2
+		if [[ $newloop == yes ]] ; then
+			endtime=$time
+			endsequence=$sequence
+			newloop=no
+		fi
+		if (( sequence == 1 )) ; then
+#			[[ $skiplast=true ]] && { skiplast=false ; continue ; }
+			echo $time:$endtime:$endsequence
+			newloop=yes
+			(( event +=1 ))
+		fi
+		(( howmanyevent == event )) && break
+	done | sort -k1n
+}
+
+removelastrain()
+{
+	if [[ ! -f $RAINSENSORQTY_HISTORYRAW ]] ; then
+		echo "WARNING: no \$RAINSENSORQTY_HISTORYRAW file"
+		return 1
+	fi
+
+	next=false
+	tac $RAINSENSORQTY_HISTORYRAW | while read line
+	do
+		set -- ${line//:/ }
+		time=$1
+		sequence=$2
+		[[ $next = true ]] && echo $line
+		(( sequence == 1 )) && next=true
+	done | tac > ${RAINSENSORQTY_HISTORYRAW}_$$
+	mv ${RAINSENSORQTY_HISTORYRAW}_$$ $RAINSENSORQTY_HISTORYRAW
+}

drv/rainsensorqty/conf_example/config.include.sh

@@ -0,0 +1,66 @@
+#
+# Driver rainsensorqty - driver for measure the rain volume
+# Author: androtto
+# file "config.include.sh"
+# specific driver config file
+# Version: 0.2.5
+# Data: 08/Jan/2020
+
+export TMPDIR=/tmp
+
+RAINSENSOR_DEBOUNCE=0.3 # 0.3 seconds for manage debounce of reed contact
+
+RAINSENSORQTY_verbose="yes" # yes/no
+
+RAINSENSORQTY_LASTRAIN="$STATUS_DIR/rainsensorqty_lastrain"
+RAINSENSORQTY_HISTORY="$STATUS_DIR/rainsensorqty_history"
+RAINSENSORQTY_HISTORYRAW="$STATUS_DIR/rainsensorqty_history.raw"
+RAINSENSORQTY_HISTORYTMP="$TMPDIR/rainsensorqty_history.tmp"
+
+RAINSENSORQTY_MONITORLOG="$DIR_SCRIPT/log/rainsensorqty_monitor.log"
+
+RAINSENSORQTY_MONPID="$TMPDIR/rainsensorqty_monitor.pid"
+RAINSENSORQTY_STATE="$TMPDIR/rainsensorqty_state"
+RAINSENSORQTY_STATE_HIST="$TMPDIR/rainsensorqty_state.history"
+
+RAINSENSORQTY_DIR="$DIR_SCRIPT/drv/rainsensorqty"
+
+monitor_sh="$RAINSENSORQTY_DIR/drv_rainsensorqty_monitor.sh"
+
+# internal gpio resistor, 3 values: pull-up, pull-down, none
+# pull-up/down if rain gauge is connected directly to raspberry
+# none if connected through an optocoupler circuit
+GPIO_RESISTOR="pull-up" #pull-up|pull-down|none
+
+#rising means waiting for 1 status (from 0)
+#falling means waiting for 0 status (from 1)
+#RAINSENSORQTY_PULSE=rising  # pull-down circuit (rest status is 0)
+#RAINSENSORQTY_PULSE=falling # pull-up circuit   (rest status is 1)
+(( RAIN_GPIO_STATE == 1 )) && RAINSENSORQTY_PULSE=rising  # pull-down circuit (rest status is 0)
+(( RAIN_GPIO_STATE == 0 )) && RAINSENSORQTY_PULSE=falling # pull-up circuit   (rest status is 1)
+
+
+config_check()
+{
+	var2check="RAINSENSOR_DEBOUNCE RAINSENSORQTY_verbose RAINSENSORQTY_LASTRAIN RAINSENSORQTY_HISTORY RAINSENSORQTY_MONITORLOG RAINSENSORQTY_MONPID RAINSENSORQTY_DIR monitor_sh"
+	for var in $var2check
+	do
+		#${!a}
+		if [[ -z ${!var} ]] ; then
+			echo "ERROR: \$$var not set"
+			exit 1 
+		fi
+	done
+	if [[ -z $RAINSENSORQTY_PULSE ]] ; then
+		echo "ERROR: RAIN_GPIO_STATE not set in piGarden.conf"
+		exit 1
+	fi
+	return 0
+	case $GPIO_RESISTOR in
+		pull-up|pull-down|none) return 0 ;;
+		*) echo "ERROR: GPIO_RESISTOR not set correctly - values are \"pull-up|pull-down|none\" "
+			exit 1
+			;;
+	esac
+}
+

drv/rainsensorqty/conf_example/piGarden.conf.rainsensorqty.example

@@ -0,0 +1,14 @@
+# cfg file version 0.2.0
+# Id del gpio usato per collegare il sensore di rilevamento pioggia
+# attraverso il driver rainsensorqty
+RAIN_GPIO="drv:rainsensorqty:25"	# Physical 22 - wPi 6
+
+# Valore in ingresso sul gpio definito in RAIN_GPIO che indica lo stato di pioggia
+# variabile usata anche da drv:rainsensorqty, se e' a 1, significa che il reed contact e' collegato ad un circuito pull-down, vuol dire che attende l'impulso a 1 per contare le vaschette, normalmente e' a 0.
+# se e' a 0, significa che il reed contact e' collegato ad un circuito pull-up, vuol dire che attende l'impulso a 0 per contare le vaschette, normalmente e' a 0.
+RAIN_GPIO_STATE=0
+
+RAINSENSORQTY_LOOPSFORSETRAINING=16 # dopo 16 impulsi, 16 vaschette riempite si considera pioggia
+RAINSENSORQTY_SECSBETWEENRAINEVENT=10800 # =3h, significa che dopo 3 ore si resetta il numero di vaschette riempire e solo dopo un nuovo ciclo di riempimento si considera una nuova pioggia
+
+RAINSENSORQTY_MMEACH=0.33 # see RAINSENSORQTY driver readme for details

drv/rainsensorqty/config.include.sh

@@ -0,0 +1,66 @@
+#
+# Driver rainsensorqty - driver for measure the rain volume
+# Author: androtto
+# file "config.include.sh"
+# specific driver config file
+# Version: 0.2.5
+# Data: 08/Jan/2020
+
+export TMPDIR=/tmp
+
+RAINSENSOR_DEBOUNCE=0.3 # 0.3 seconds for manage debounce of reed contact
+
+RAINSENSORQTY_verbose="yes" # yes/no
+
+RAINSENSORQTY_LASTRAIN="$STATUS_DIR/rainsensorqty_lastrain"
+RAINSENSORQTY_HISTORY="$STATUS_DIR/rainsensorqty_history"
+RAINSENSORQTY_HISTORYRAW="$STATUS_DIR/rainsensorqty_history.raw"
+RAINSENSORQTY_HISTORYTMP="$TMPDIR/rainsensorqty_history.tmp"
+
+RAINSENSORQTY_MONITORLOG="$DIR_SCRIPT/log/rainsensorqty_monitor.log"
+
+RAINSENSORQTY_MONPID="$TMPDIR/rainsensorqty_monitor.pid"
+RAINSENSORQTY_STATE="$TMPDIR/rainsensorqty_state"
+RAINSENSORQTY_STATE_HIST="$TMPDIR/rainsensorqty_state.history"
+
+RAINSENSORQTY_DIR="$DIR_SCRIPT/drv/rainsensorqty"
+
+monitor_sh="$RAINSENSORQTY_DIR/drv_rainsensorqty_monitor.sh"
+
+# internal gpio resistor, 3 values: pull-up, pull-down, none
+# pull-up/down if rain gauge is connected directly to raspberry
+# none if connected through an optocoupler circuit
+GPIO_RESISTOR="pull-up" #pull-up|pull-down|none
+
+#rising means waiting for 1 status (from 0)
+#falling means waiting for 0 status (from 1)
+#RAINSENSORQTY_PULSE=rising  # pull-down circuit (rest status is 0)
+#RAINSENSORQTY_PULSE=falling # pull-up circuit   (rest status is 1)
+(( RAIN_GPIO_STATE == 1 )) && RAINSENSORQTY_PULSE=rising  # pull-down circuit (rest status is 0)
+(( RAIN_GPIO_STATE == 0 )) && RAINSENSORQTY_PULSE=falling # pull-up circuit   (rest status is 1)
+
+
+config_check()
+{
+	var2check="RAINSENSOR_DEBOUNCE RAINSENSORQTY_verbose RAINSENSORQTY_LASTRAIN RAINSENSORQTY_HISTORY RAINSENSORQTY_MONITORLOG RAINSENSORQTY_MONPID RAINSENSORQTY_DIR monitor_sh"
+	for var in $var2check
+	do
+		#${!a}
+		if [[ -z ${!var} ]] ; then
+			echo "ERROR: \$$var not set"
+			exit 1 
+		fi
+	done
+	if [[ -z $RAINSENSORQTY_PULSE ]] ; then
+		echo "ERROR: RAIN_GPIO_STATE not set in piGarden.conf"
+		exit 1
+	fi
+	return 0
+	case $GPIO_RESISTOR in
+		pull-up|pull-down|none) return 0 ;;
+		*) echo "ERROR: GPIO_RESISTOR not set correctly - values are \"pull-up|pull-down|none\" "
+			exit 1
+			;;
+	esac
+}
+

drv/rainsensorqty/drv_rainsensorqty_monitor.sh

@@ -0,0 +1,113 @@
+#!/bin/bash
+#
+# Driver rainsensorqty - driver for measure the rain volume
+# Author: androtto
+# file "drv_rainsensorqty_monitor.sh"
+# monitor script
+# Version: 0.2.5c
+# Data: 08/Dec/2020
+
+resetcounter()
+{
+        (( counter = 0 ))
+        drv_rainsensorqty_writelog $f "SIGUSR1 received after last PULSE - counter resetted" & 
+        echo "SIGUSR1 received after last PULSE - counter resetted"
+}
+
+# DEBUG FUNCTION:
+testloop()
+{
+	touch /tmp/tick
+	while true
+	do
+		if [[ $( < /tmp/tick ) = "1" ]] ; then
+			break
+		fi
+		sleep 1
+	done
+}
+
+###############
+#    MAIN     #
+###############
+
+trap "resetcounter" SIGUSR1
+
+
+DIRNAME="$( dirname $0 )"
+f="$(basename $0)"
+. $DIRNAME/common.include.sh
+
+RAINSENSORQTY_VAR=$TMPDIR/.rainsensorqty_var
+
+if [[ -f "$RAINSENSORQTY_VAR" ]] ; then
+	en_echo "NORMAL: file $RAINSENSORQTY_VAR found - getting variables"
+	. "$RAINSENSORQTY_VAR"
+else
+	echo "ERROR: $RAINSENSORQTY_VAR not found"
+	exit 1
+fi
+
+#drvt="$( echo $RAIN_GPIO | $CUT -f 1 -d: )"
+#drv="$( echo $RAIN_GPIO | $CUT -f 2 -d: )"
+gpio_port="$( echo $RAIN_GPIO | $CUT -f 3 -d: )"
+
+# check if no other rain monitor process running...
+if [[ -f "$RAINSENSORQTY_MONPID" ]] ; then
+	pid="$( < "$RAINSENSORQTY_MONPID" )"
+	if ps -fp $pid >/dev/null ; then
+		drv_rainsensorqty_writelog $f "ERROR monitor process already running\n$( ps -fp $pid )"
+		exit 1
+	fi
+fi
+
+echo $$ > $RAINSENSORQTY_MONPID
+drv_rainsensorqty_writelog $f "NORMAL - $$ pid monitor process started - see $RAINSENSORQTY_MONPID"
+
+echo ""
+en_echo "---- NEW RUN ----"
+
+# check if monitor script was killed before writing a complete rain event
+check_incomplete_loop 
+case $? in 
+	2) echo "\$RAINSENSORQTY_HISTORY - wrong entry found - no fix possible" ;;
+	1) echo "\$RAINSENSORQTY_HISTORY - fixed incomplete loop" ;;
+	0) echo "\$RAINSENSORQTY_HISTORY - no incomplete loop needed to be fixed" ;;
+esac
+
+# init variables
+MMEACH="$RAINSENSORQTY_MMEACH"
+(( counter=0 ))
+before="-1"
+
+en_echo "WAITING FOR $RAINSENSORQTY_PULSE PULSE" 
+
+# loop forever
+while true
+do
+	sleep $RAINSENSOR_DEBOUNCE
+	#DEBUG: testloop #DEBUG
+	$GPIO -g wfi $gpio_port $RAINSENSORQTY_PULSE
+	now=`date +%s`
+	(( elapsed = now - before ))
+	if (( elapsed >= RAINSENSORQTY_SECSBETWEENRAINEVENT )) ; then
+		last_event="$started:$before:$counter"
+		(( counter=0 ))
+		drv_rainsensorqty_writelog $f "first drops after $elapsed seconds since last rain ( greater than $RAINSENSORQTY_SECSBETWEENRAINEVENT )- new cycle - waiting for $( $JQ -n "$RAINSENSORQTY_LOOPSFORSETRAINING * $MMEACH" ) mm of rain" &
+		(( before > 0 )) && echo $last_event >> $RAINSENSORQTY_HISTORY
+		en_echo "---- NEW CYCLE ----"
+	fi
+  	(( counter+=1 ))
+  	(( counter == 1 )) && (( started = now ))
+	echo "$now:$counter" >> ${RAINSENSORQTY_HISTORYRAW} &
+	MMWATER=$( $JQ -n "$counter*$MMEACH" )
+	en_echo $( printf "%s PULSE #%d RECEIVED (%.2f mm)" $RAINSENSORQTY_PULSE $counter $MMWATER )
+	text=$(printf "%.2f mm height (#%d pulse)" $MMWATER $counter )
+	if (( counter >= RAINSENSORQTY_LOOPSFORSETRAINING )) ; then 
+		drv_rainsensorqty_writelog $f "RAINING - $text" &
+		echo "$now:$counter" > ${RAINSENSORQTY_LASTRAIN} 
+	else
+		drv_rainsensorqty_writelog $f "now is $text" &
+	fi
+	(( before = now ))
+done

drv/rainsensorqty/init.include.sh

@@ -0,0 +1,37 @@
+#
+# Driver rainsensorqty - driver for measure the rain volume
+# Author: androtto
+# file "init.include.sh"
+# Inizializza il driver, viene richiamata nella funzione init di piGarden
+# Version: 0.2.0
+# Data: 11/Aug/2019
+
+function drv_rainsensorqty_init {
+	local f="drv_rainsensorqty_init"
+
+	# format RAIN_GPIO="drv:rainsensorqty:25" 
+
+	drv_rainsensorqty_writelog $f "NORMAL: executing $monitor_sh"
+
+	# esegue rainmonitor 
+	if [ -x "$monitor_sh" ] ; then
+       		nohup "$monitor_sh" >> $RAINSENSORQTY_MONITORLOG 2>&1 &
+               	sleep 1
+		drv_rainsensorqty_writelog $f "NORMAL: $monitor_sh has pid $( < $RAINSENSORQTY_MONPID)"
+	else 
+		drv_rainsensorqty_writelog $f "ERROR: cannot find \"\$monitor_sh \" "
+	fi
+}
+
+if ! config_check ; then
+	echo "ERROR in config_check function" 
+	exit 1
+else
+	: #echo "config_check ok"
+fi
+
+check_TMPDIR
+
+RAINSENSORQTY_VAR=$TMPDIR/.rainsensorqty_var
+
+set | $GREP -e ^GPIO -e ^LOG -e ^CUT -e ^JQ -e ^RAIN -e ^SCR -e ^TMP > $RAINSENSORQTY_VAR

drv/rainsensorqty/rainsensor.include.sh

@@ -0,0 +1,104 @@
+#
+# Driver rainsensorqty - driver for measure the rain volume, for rain meter, for rain gauge
+# Author: androtto
+# file "rainsensor.include.sh"
+# functions called by piGarden.sh
+# Version: 0.1.2
+# Data: 19/Mar/2019
+# fixed output drv_rainsensorqty_rain_sensor_get
+
+#
+# Inizializza il sensore di rilevamento pioggia 
+#
+# $1 	identificativo gpio del sensore di pioggia
+#
+drv_rainsensorqty_rain_sensor_init()
+{
+	local f=drv_rainsensorqty_rain_sensor_init
+	drv_rainsensorqty_writelog "launched: $f" $1 
+
+	local drvt="$( echo $RAIN_GPIO | $CUT -f 1 -d: )"
+	local drv="$( echo $RAIN_GPIO | $CUT -f 2 -d: )"
+	local gpio_port="$( echo $RAIN_GPIO | $CUT -f 3 -d: )"
+
+	if $GPIO -g mode $gpio_port in ; then
+		drv_rainsensorqty_writelog $f "NORMAL: '$GPIO -g mode $gpio_port in' set correctly"
+	else
+		drv_rainsensorqty_writelog $f "ERROR: '$GPIO -g mode $gpio_port in' has an error"
+		exit 1
+	fi
+
+	case $GPIO_RESISTOR in 
+		pull-up)   gpio_arg=up 
+			   message="NORMAL: '$GPIO -g mode $gpio_port up' set internal pull-up resistor"
+			;;
+		pull-down) gpio_arg=down
+			   message="NORMAL: '$GPIO -g mode $gpio_port down' set internal pull-down resistor"
+			;;
+		none)      gpio_arg=tri
+			   message="NORMAL: '$GPIO -g mode $gpio_port tri' set none to internal resistor"
+			;;
+		*) echo "ERROR: GPIO_RESISTOR not set correctly - values are \"pull-up|pull-down|none\" "
+			drv_rainsensorqty_writelog "drv_rainsensorqty_rain_sensor_init" "ERROR: GPIO_RESISTOR not set correctly - values are \"pull-up|pull-down|none\" "
+			exit 1
+			;;
+	esac
+	if $GPIO -g mode $gpio_port $gpio_arg ; then
+		drv_rainsensorqty_writelog $f "$message"
+	else
+		drv_rainsensorqty_writelog $f "ERROR: '$GPIO -g mode $gpio_port $gpio_arg' command"
+		exit 1
+	fi
+}
+
+#
+# Ritorna in output lo stato del sensore di rilevamento pioggia 
+#
+# $1 	identificativo gpio del sensore di pioggia
+#
+# restituisce 0 se piove, e nell'output di testo il valore di "$RAIN_GPIO_STATE"
+# restituisce 99 se non piove, output "norain"
+# esce con 1 se non c'e' il monitoring, output "ERROR"
+drv_rainsensorqty_rain_sensor_get()
+{
+	local now=$(date +%s)
+	local interval=60 #   because check_rain_sensor is scheduled once a minute ... to changed if schedule is modified, from crontab:
+	#* * * * * /home/pi/piGarden/piGarden.sh check_rain_sensor 2> /tmp/check_rain_sensor.err
+
+ 	local f="drv_rainsensorqty_check"
+	
+	# script called with:	
+	#drv_rainsensorqty_writelog $f $1
+	# ignora il parametro di $1, lo recupera dal file di configurazione
+
+	# verifica se lo script di monitoring e' attivo
+	if drv_rainsensorqty_check ; then
+ 		drv_rainsensorqty_writelog $f "NORMAL - drv_rainsensorqty_check ok, monitor process running"
+		if [ -f "$RAINSENSORQTY_LASTRAIN" ] ; then
+			local lastrain="$( cat "$RAINSENSORQTY_LASTRAIN" | $CUT -f 1 -d: )"
+			local counter="$( cat "$RAINSENSORQTY_LASTRAIN" | $CUT -f 2 -d: )"
+		        LEVEL=$( $JQ -n "$counter/$RAINSENSORQTY_LOOPSFORSETRAINING" | $JQ 'floor' )
+		        (( diff = now - lastrain ))
+			drv_rainsensorqty_writelog $f "NORMAL: last rain $( date --date="@$lastrain"  ) - LEVEL $LEVEL rain"
+			drv_rainsensorqty_writelog $f "NORMAL: check rain $( date --date="@$now"  ) "
+			if (( diff <= interval )) ; then
+				drv_rainsensorqty_writelog $f "RAIN - return \$RAIN_GPIO_STATE = $RAIN_GPIO_STATE as output"
+				drv_rainsensorqty_writelog $f "DEBUG : check rain - diff $diff < $interval - return $RAIN_GPIO_STATE"
+				msg="$RAIN_GPIO_STATE" 
+				echo $msg
+				return 0
+			else 
+				drv_rainsensorqty_writelog $f "NO_RAIN - return \"norain\" as output"
+				drv_rainsensorqty_writelog $f "DEBUG : check rain - diff $diff < $interval - return 99"
+				msg="norain"
+				echo $msg
+				return 99
+			fi
+		fi
+	else
+ 		drv_rainsensorqty_writelog $f "ERROR: drv_rainsensorqty_check failed, no monitor process running ($monitor_sh)"
+		msg="ERROR"
+		echo $msg
+		return 1
+	fi	
+}

drv/remote/README.md

@@ -0,0 +1,14 @@
+# Driver for controlling remote pigarden on the network from a pigarden master installation
+
+For more information see https://www.lejubila.net/2018/03/pigardent-0-5-5-driver-master-per-implementare-un-architettura-master-slave/
+
+# Example of zone configuration in piGarden.conf
+```bash
+EV1_ALIAS="Giarino_Posteriore_DX" #
+EV1_GPIO="drv:remote:PIREMOTE1:Giardino_Posteriore_DX"
+
+PIREMOTE1_IP="192.168.1.51"
+PIREMOTE1_PORT="8084"
+PIREMOTE1_USER=""
+PIREMOTE1_PWD=""
+```

drv/remote/common.include.sh

@@ -0,0 +1,38 @@
+#
+# Funzioni comuni utilizzate dal driver
+#
+
+#
+# Esegue un comando su un pigarden remoto tramite socket
+#
+# $1	identificativo pigarden remoto
+# $2	comando da eseguire
+#
+function drv_remote_command {
+
+	local remote="$1"
+	local command="$2"
+
+	local remote_ip_var=$remote"_IP"
+	local remote_port_var=$remote"_PORT"
+	local remote_user_var=$remote"_USER"
+	local remote_pwd_var=$remote"_PWD"
+
+	local remote_ip="${!remote_ip_var}"
+	local remote_port="${!remote_port_var}"
+	local remote_user="${!remote_user_var}"
+	local remote_pwd="${!remote_pwd_var}"
+
+	exec 5<>/dev/tcp/$remote_ip/$remote_port
+	
+	if [[ ! -z $remote_user ]] && [[ ! -z $remote_pwd ]]; then
+		command="$remote_user\n$remote_pwd\n$command"
+	fi
+
+	echo -e "$command" >&5
+
+	cat <&5
+
+}
+
+

drv/remote/config.include.sh

@@ -0,0 +1,7 @@
+#
+# File di configurazione del driver
+# 
+
+# Dichiarazione variabile di esempio
+#declare -g SAMPLE_FOO
+#SAMPLE_FOO="bar"

drv/remote/init.include.sh

@@ -0,0 +1,9 @@
+#
+# Questa funzione viene inviocata dalla funzione "init" di piGarden se sono presenti elettrovalvole o sensori che utilizzano questo driver
+#
+function drv_remote_init {
+
+	local FOO=bar
+
+}
+

drv/remote/rainsensor.include.sh

@@ -0,0 +1,23 @@
+#
+# Inizializza il sensore di rilevamento pioggia 
+#
+# $i 	identificativo gpio del sensore di pioggia
+#
+function drv_remote_rain_sensor_init {
+
+	local FOO="bar"
+
+}
+
+#
+# Ritorna lo stato del sensore di rilevamento pioggia 
+#
+# $i 	identificativo gpio del sensore di pioggia
+#
+function drv_remote_rain_sensor_get {
+
+	local FOO="bar"
+
+}
+
+

drv/remote/rele.include.sh

@@ -0,0 +1,76 @@
+#
+# Inizializzazione rele 
+#
+# $1 identificativo relè da inizializzare
+#
+function drv_remote_rele_init {
+
+	drv_remote_rele_open "$1"
+}
+
+#
+# Apertura rele 
+#
+# $1 identificativo relè da aprire (chiude l'elettrovalvola)
+#
+function drv_remote_rele_open {
+
+	local remote=`echo $1 | $CUT -d':' -f3,3`
+	local remote_alias=`echo $1 | $CUT -d':' -f4,4`
+
+	local command="close $remote_alias"
+
+	echo "remote=$remote"
+	echo "remote_alias=$remote_alias"
+	echo "command=$command"
+
+	local response=$(drv_remote_command "$remote" "$command")
+
+	echo "response=$response"
+
+	local result=$(echo $response|$JQ -M ".error.description")
+	echo "result=$result"
+	if [[ "$result" != "\"\"" ]]; then
+		local error=$result
+		error="${error%\"}"
+		error="${error#\"}"
+		echo "error=$error"
+	        log_write "drv_remote" "error" "Remote rele open error: $error"
+        	message_write "warning" "Remote rele open error: $error"
+		return 1
+	fi
+}
+
+#
+# Chiusura rele 
+#
+# $1 identificativo relè da chiudere (apre l'elettrovalvola)
+#
+function drv_remote_rele_close {
+
+	local remote=`echo $1 | $CUT -d':' -f3,3`
+	local remote_alias=`echo $1 | $CUT -d':' -f4,4`
+
+	local command="open $remote_alias force"
+
+	echo "remote=$remote"
+	echo "remote_alias=$remote_alias"
+	echo "command=$command"
+
+	local response=$(drv_remote_command "$remote" "$command")
+
+	echo "response=$response"
+
+	local result=`echo $response|$JQ -M ".error.description"`
+	echo "result=$result"
+	if [[ "$result" != "\"\"" ]]; then
+		local error=$result
+		error="${error%\"}"
+		error="${error#\"}"
+		echo "error=$error"
+	        log_write "drv_remoter" "error" "Remote rele close error: $error"
+        	message_write "warning" "Remote rele close error: $error"
+		return 1
+	fi
+}
+

drv/remote/setup.include.sh

@@ -0,0 +1,27 @@
+#
+# Questa funzione viene invocata dalla funzione "setup_drv" di piGarden ad ogni avvio dello script
+# e serve per eseguire l'eventuale setup del driver se necessario
+#
+function drv_remote_setup {
+
+	local all_remote=0
+
+        # Imposta le zone come remote 
+        for i in $(seq $EV_TOTAL)
+        do
+                local a=EV"$i"_GPIO
+                local gpio="${!a}"
+                if [[ "$gpio" == drv:remote:* ]]; then
+		        local varname=EV"$i"_REMOTE
+			declare -g $varname=1
+			all_remote=$((all_remote+1))
+		fi
+        done
+
+	# Se tutte le zone sono remote disabilita la gestione dell'alimentazione bistabile
+	if [ $all_remote -eq $EV_TOTAL ]; then
+		EV_MONOSTABLE=1
+	fi
+
+}
+

drv/remote/supply.include.sh

@@ -0,0 +1,34 @@
+#
+# Inizializza i rele che gestiscono l'alimentazione per le valvole bistabili
+#
+# $1    identificativo relè 
+#
+function drv_remote_supply_bistable_init {
+
+	local FOO="bar"
+
+}
+
+#
+# Imposta l'alimentazione delle elettrovalvole con voltaggio positivo 
+#
+# $1    identificativo relè 
+#
+function drv_remote_supply_positive {
+
+	local FOO="bar"
+
+}
+
+#
+# Imposta l'alimentazione delle elettrovalvole con voltaggio negativo
+#
+# $1    identificativo relè 
+#
+function drv_remote_supply_negative {
+
+	local FOO="bar"
+
+}
+
+

drv/sample/README.md

@@ -0,0 +1,2 @@
+# Fake driver for sample and testing
+

drv/sample/common.include.sh

@@ -0,0 +1,12 @@
+#
+# Funzioni comuni utilizzate dal driver
+#
+
+#
+# Funzione di esempio
+#
+function drv_sample_foo {
+
+	echo "bar"
+
+}

drv/sample/config.include.sh

@@ -0,0 +1,7 @@
+#
+# File di configurazione del driver
+# 
+
+# Dichiarazione variabile di esempio
+declare -g SAMPLE_FOO
+SAMPLE_FOO="bar"

drv/sample/init.include.sh

@@ -0,0 +1,9 @@
+#
+# Questa funzione viene invocata dalla funzione "init" di piGarden se sono presenti elettrovalvole o sensori che utilizzano questo driver
+#
+function drv_sample_init {
+
+	local FOO="bar"
+
+}
+

drv/sample/rainonline.include.sh

@@ -0,0 +1,13 @@
+#
+# Ritorna lo stato delle condizioni meteo interrogando il servizio online 
+#
+# return output:	0  - errore durante il recupero delle condizioni meteo 
+#			>0 - rilevato pioggia, timestamp del rilevamento
+#			<0 - rilevato nessuna pioggia, timestamp del rilevamento
+function drv_sample_rain_online_get {
+
+	local FOO="bar"
+
+}
+
+

drv/sample/rainsensor.include.sh

@@ -0,0 +1,23 @@
+#
+# Inizializza il sensore di rilevamento pioggia 
+#
+# $i 	identificativo gpio del sensore di pioggia
+#
+function drv_sample_rain_sensor_init {
+
+	local FOO="bar"
+
+}
+
+#
+# Ritorna lo stato del sensore di rilevamento pioggia 
+#
+# $i 	identificativo gpio del sensore di pioggia
+#
+function drv_sample_rain_sensor_get {
+
+	local FOO="bar"
+
+}
+
+

drv/sample/rele.include.sh

@@ -0,0 +1,33 @@
+#
+# Inizializzazione rele 
+#
+# $1 identificativo relè da inizializzare
+#
+function drv_sample_rele_init {
+
+	local FOO="bar"
+
+}
+
+#
+# Apertura rele 
+#
+# $1 identificativo relè da aprire 
+#
+function drv_sample_rele_open {
+
+	local FOO="bar"
+
+}
+
+#
+# Chiusura rele 
+#
+# $1 identificativo relè da chiudere
+#
+function drv_sample_rele_close {
+
+	local FOO="bar"
+
+}
+

drv/sample/setup.include.sh

@@ -0,0 +1,10 @@
+#
+# Questa funzione viene invocata dalla funzione "setup_drv" di piGarden ad ogni avvio dello script
+# e serve per eseguire l'eventuale setup del driver se necessario
+#
+function drv_sample_setup {
+
+	local FOO="bar"
+
+}
+

drv/sample/supply.include.sh

@@ -0,0 +1,34 @@
+#
+# Inizializza i rele che gestiscono l'alimentazione per le valvole bistabili
+#
+# $1    identificativo relè 
+#
+function drv_sample_supply_bistable_init {
+
+	local FOO="bar"
+
+}
+
+#
+# Imposta l'alimentazione delle elettrovalvole con voltaggio positivo 
+#
+# $1    identificativo relè 
+#
+function drv_sample_supply_positive {
+
+	local FOO="bar"
+
+}
+
+#
+# Imposta l'alimentazione delle elettrovalvole con voltaggio negativo
+#
+# $1    identificativo relè 
+#
+function drv_sample_supply_negative {
+
+	local FOO="bar"
+
+}
+
+

drv/sonoff_tasmota_http/README.md

@@ -0,0 +1,22 @@
+# Driver for controlling Sonoff remote relays with Tasmota firmware via http protocol
+
+More information on Sonoff Tasmota firmware: https://github.com/arendst/Sonoff-Tasmota
+
+
+# Example of zone configuration in piGarden.conf
+
+```bash
+EV1_ALIAS="Giardino_Posteriore_DX"
+EV1_GPIO="drv:sonoff_tasmota_http:SONOFF1:Power1"
+EV1_MONOSTABLE=1
+
+EV2_ALIAS="Giardino_Posteriore_CN"
+EV2_GPIO="drv:sonoff_tasmota_http:SONOFF1:Power2"
+EV2_MONOSTABLE=1
+
+SONOFF1_IP="192.168.1.1"
+SONOFF1_USER="user"
+SONOFF1_PWD="pwd"
+```
+More information for configuration: https://www.lejubila.net/2018/06/pigarden-0-5-7-gestisci-le-tue-elettrovalvole-con-i-moduli-sonoff-grazie-al-nuovo-driver-sonoff_tasmota_http
+

drv/sonoff_tasmota_http/common.include.sh

@@ -0,0 +1,50 @@
+#
+# Funzioni comuni utilizzate dal driver
+#
+
+#
+# Invia un comando al modulo sonoff tramite http
+#
+# $1	identificativo modulo sonoff
+# $2	comando da eseguire
+#
+function drv_sonoff_tasmota_http_command {
+
+	local remote="$1"
+	local command="$2"
+
+	local remote_ip_var=$remote"_IP"
+	local remote_user_var=$remote"_USER"
+	local remote_pwd_var=$remote"_PWD"
+
+	local remote_ip="${!remote_ip_var}"
+	local remote_user="${!remote_user_var}"
+	local remote_pwd="${!remote_pwd_var}"
+
+	local url="http://$remote_ip/cm"
+	local credentials=""
+	local response=""
+
+	if [[ ! -z $remote_user ]] && [[ ! -z $remote_pwd ]]; then
+		credentials="user=$remote_user&password=$remote_pwd&"
+	fi
+
+	url="$url?$credentials$command"
+
+	echo "url api sonoff: $url" >> "$LOG_OUTPUT_DRV_FILE"
+
+	$CURL --connect-timeout 5 -sb -H "$url"
+
+	local res=$?
+
+	echo "curl code response: $res" >> "$LOG_OUTPUT_DRV_FILE"
+
+	if [ "$res" != "0" ]; then
+		echo "The curl command failed with: $res - url: $url"
+	fi
+
+	#echo "{\"POWER1\":\"ON\"}"
+
+}
+
+

drv/sonoff_tasmota_http/config.include.sh

@@ -0,0 +1,7 @@
+#
+# File di configurazione del driver
+# 
+
+# Dichiarazione variabile di esempio
+#declare -g SAMPLE_FOO
+#SAMPLE_FOO="bar"

drv/sonoff_tasmota_http/init.include.sh

@@ -0,0 +1,9 @@
+#
+# Questa funzione viene inviocata dalla funzione "init" di piGarden se sono presenti elettrovalvole o sensori che utilizzano questo driver
+#
+function drv_sonoff_tasmota_http_init {
+
+	local FOO=bar
+
+}
+

drv/sonoff_tasmota_http/rainsensor.include.sh

@@ -0,0 +1,23 @@
+#
+# Inizializza il sensore di rilevamento pioggia 
+#
+# $i 	identificativo gpio del sensore di pioggia
+#
+function drv_sonoff_tasmota_http_rain_sensor_init {
+
+	local FOO="bar"
+
+}
+
+#
+# Ritorna lo stato del sensore di rilevamento pioggia 
+#
+# $i 	identificativo gpio del sensore di pioggia
+#
+function drv_sonoff_tasmota_http_rain_sensor_get {
+
+	local FOO="bar"
+
+}
+
+

drv/sonoff_tasmota_http/rele.include.sh

@@ -0,0 +1,78 @@
+#
+# Inizializzazione rele 
+#
+# $1 identificativo relè da inizializzare
+#
+function drv_sonoff_tasmota_http_rele_init {
+	drv_sonoff_tasmota_http_rele_open "$1"
+}
+
+#
+# Apertura rele 
+#
+# $1 identificativo relè da aprire (chiude l'elettrovalvola)
+#
+function drv_sonoff_tasmota_http_rele_open {
+
+	local remote=`echo $1 | $CUT -d':' -f3,3`
+	local remote_alias=`echo $1 | $CUT -d':' -f4,4`
+
+	local command="cmnd=$remote_alias%20Off"
+
+	echo "remote=$remote"
+	echo "remote_alias=$remote_alias"
+	echo "command=$command"
+
+	local response=$(drv_sonoff_tasmota_http_command "$remote" "$command")
+
+	echo "response=$response"
+	local jskey=${remote_alias^^}
+
+	local result=$(echo $response|$JQ -M ".$jskey")
+	echo "result=$result"
+	if [[ "$result" != "\"OFF\"" ]]; then
+		local error="Command error: $response"
+		error="${error%\"}"
+		error="${error#\"}"
+		echo "error=$error"
+	        log_write "drv_sonoff_tasmota_http" "error" "Remote rele open error: $error"
+        	message_write "warning" "Remote rele open error: $error"
+		return 1
+	fi
+}
+
+#
+# Chiusura rele 
+#
+# $1 identificativo relè da chiudere (apre l'elettrovalvola)
+#
+function drv_sonoff_tasmota_http_rele_close {
+
+	local remote=`echo $1 | $CUT -d':' -f3,3`
+	local remote_alias=`echo $1 | $CUT -d':' -f4,4`
+
+	local command="cmnd=$remote_alias%20On"
+
+	echo "remote=$remote"
+	echo "remote_alias=$remote_alias"
+	echo "command=$command"
+
+	local response=$(drv_sonoff_tasmota_http_command "$remote" "$command")
+
+	echo "response=$response"
+	local jskey=${remote_alias^^}
+
+	local result=$(echo $response|$JQ -M ".$jskey")
+	echo "result=$result"
+	if [[ "$result" != "\"ON\"" ]]; then
+		local error="Command error: $response"
+		error="${error%\"}"
+		error="${error#\"}"
+		echo "error=$error"
+	        log_write "drv_sonoff_tasmota_http" "error" "Remote rele close error: $error"
+        	message_write "warning" "Remote rele close error: $error"
+		return 1
+	fi
+
+}
+

drv/sonoff_tasmota_http/setup.include.sh

@@ -0,0 +1,10 @@
+#
+# Questa funzione viene invocata dalla funzione "setup_drv" di piGarden ad ogni avvio dello script
+# e serve per eseguire l'eventuale setup del driver se necessario
+#
+function drv_sonoff_tasmota_http_setup {
+
+	local FOO="bar"
+
+}
+

drv/sonoff_tasmota_http/supply.include.sh

@@ -0,0 +1,34 @@
+#
+# Inizializza i rele che gestiscono l'alimentazione per le valvole bistabili
+#
+# $1    identificativo relè 
+#
+function drv_sonoff_tasmota_http_supply_bistable_init {
+
+	drv_sonoff_tasmota_http_supply_negative "$1"
+
+}
+
+#
+# Imposta l'alimentazione delle elettrovalvole con voltaggio positivo 
+#
+# $1    identificativo relè 
+#
+function drv_sonoff_tasmota_http_supply_positive {
+
+	drv_sonoff_tasmota_http_rele_open "$1"
+
+}
+
+#
+# Imposta l'alimentazione delle elettrovalvole con voltaggio negativo
+#
+# $1    identificativo relè 
+#
+function drv_sonoff_tasmota_http_supply_negative {
+
+	drv_sonoff_tasmota_http_rele_close "$1"
+
+}
+
+

drv/spb16ch/README.md

@@ -0,0 +1,12 @@
+# Driver per controllare la scheda "Smart Power Board 16 channel with RTC" (spb16ch)
+
+Questo driver richiede l'interprete python e la libreria python-smbus. Inoltre l'utente pi deve fare parte del gruppo i2c
+
+sudo apt-get install python python-smbus
+sudo usermod -a -G i2c pi
+
+Oltre a quanto sopra indicato, il raspberry deve avere caricato i moduli di gestione del bus i2c:
+sudo raspi-config
+Interfacing Options / I2C / Yes
+
+Per maggiori informazioni consulta https://www.lejubila.net/2017/10/pigarden-spb16ch-gestiamo-fino-a-128-zone-nel-nostro-impianto-di-irrigazione/

drv/spb16ch/common.include.sh

@@ -0,0 +1,80 @@
+#
+# Funzioni comuni per il driver spb16ch
+#
+
+#
+# Abilita una scheda spb16ch in modo che possa esseregli impartito un comando successivamente
+# $1 identificativo scheda da abilitare
+#
+function drv_spb16ch_board_enable {
+
+	local board_id=$1
+
+        local a=SPB16CH"$board_id"_GPIO
+        local gpio_n=${!a}
+
+        echo "** drv_spb16ch_board_enable() - Enable board: $board_id - gpio $gpio_n"
+        $GPIO -g write $gpio_n $SPB16CH_GPIO_ON
+
+}
+
+#
+# Disabilita una scheda spb16ch 
+# $1 identificativo scheda da disabilitare
+#
+function drv_spb16ch_board_disable {
+
+	local board_id=$1
+
+        local a=SPB16CH"$board_id"_GPIO
+        local gpio_n=${!a}
+
+        echo "** drv_spb16ch_board_disable() - Disable board: $board_id - gpio $gpio_n"
+        $GPIO -g write $gpio_n $SPB16CH_GPIO_OFF
+
+}
+
+#
+# Disabilita tutte le schede 
+#
+function drv_spb16ch_board_disable_all {
+
+        echo "** drv_spb16ch_board_disable_all() - Boads id: ${SPB16CH_USED_ID[@]}"
+
+        local board_id
+        for board_id in ${SPB16CH_USED_ID[@]}
+        do
+                local a=SPB16CH"$board_id"_GPIO
+                local gpio_n=${!a}
+
+                echo "** drv_spb16ch_board_disable_all() - Disable board: $board_id - gpio $gpio_n"
+                $GPIO -g write $gpio_n $SPB16CH_GPIO_OFF
+        done
+
+}
+
+#
+# Memorizza in un file di appoggio gli id delle schede spb16ch utilizzate
+#
+function drv_spb16ch_boards_id_store {
+
+	echo "${SPB16CH_USED_ID[@]}" > "$SPB16CH_BOARD_ID_STORE_FILE"
+
+}
+
+#
+# Recupera gli di delle schede spb16ch utilizzate leggendoli dal file di appoggio
+# $1 identificativi schede da salvare
+#
+function drv_spb16ch_boards_id_load {
+
+	if [ -f "$SPB16CH_BOARD_ID_STORE_FILE" ]; then
+		for board_id in $(cat "$SPB16CH_BOARD_ID_STORE_FILE")
+		do
+			SPB16CH_USED_ID+=("$board_id")
+		done
+	else
+		log_write "drv_spb16ch" "error" "spb16ch: file $SPB16CH_BOARD_ID_STORE_FILE not found: remember to run 'piGarden init' to generate the file"
+	fi
+
+}

drv/spb16ch/config.include.sh

@@ -0,0 +1,160 @@
+#
+# Mapping rele spb16ch: l'indice indica il relè, ogni elemento deve essere lungo 8 caratteri, 
+# 1-2: i primi due indicano l'indirizzo della scheda
+# 3-3: separatore
+# 4-4: il quarto carattere indica il mux channel
+# 5-5: separatore
+# 6-8: dal 6 all'ottavo carattere indicano il numero del rele sul canale
+# 10-10: l'ultimo carattere indica il numero identificativo della scheda spb16ch
+
+# Scheda 1 - address 70h - GS1:chiuso, GS2:chiuso, GS3:chiuso
+SPB16CH_RELE_MAP[1]="70|0|  1|1"
+SPB16CH_RELE_MAP[2]="70|0|  2|1"
+SPB16CH_RELE_MAP[3]="70|0|  4|1"
+SPB16CH_RELE_MAP[4]="70|0|  8|1"
+SPB16CH_RELE_MAP[5]="70|0| 16|1"
+SPB16CH_RELE_MAP[6]="70|0| 32|1"
+SPB16CH_RELE_MAP[7]="70|0| 64|1"
+SPB16CH_RELE_MAP[8]="70|0|128|1"
+SPB16CH_RELE_MAP[9]="70|1|  1|1"
+SPB16CH_RELE_MAP[10]="70|1|  2|1"
+SPB16CH_RELE_MAP[11]="70|1|  4|1"
+SPB16CH_RELE_MAP[12]="70|1|  8|1"
+SPB16CH_RELE_MAP[13]="70|1| 16|1"
+SPB16CH_RELE_MAP[14]="70|1| 32|1"
+SPB16CH_RELE_MAP[15]="70|1| 64|1"
+SPB16CH_RELE_MAP[16]="70|1|128|1"
+
+# Scheda 2 - address 71h - GS1:aperto, GS2:chiuso, GS3:chiuso
+SPB16CH_RELE_MAP[17]="71|0|  1|2"
+SPB16CH_RELE_MAP[18]="71|0|  2|2"
+SPB16CH_RELE_MAP[19]="71|0|  4|2"
+SPB16CH_RELE_MAP[20]="71|0|  8|2"
+SPB16CH_RELE_MAP[21]="71|0| 16|2"
+SPB16CH_RELE_MAP[22]="71|0| 32|2"
+SPB16CH_RELE_MAP[23]="71|0| 64|2"
+SPB16CH_RELE_MAP[24]="71|0|128|2"
+SPB16CH_RELE_MAP[25]="71|1|  1|2"
+SPB16CH_RELE_MAP[26]="71|1|  2|2"
+SPB16CH_RELE_MAP[27]="71|1|  4|2"
+SPB16CH_RELE_MAP[28]="71|1|  8|2"
+SPB16CH_RELE_MAP[29]="71|1| 16|2"
+SPB16CH_RELE_MAP[30]="71|1| 32|2"
+SPB16CH_RELE_MAP[31]="71|1| 64|2"
+SPB16CH_RELE_MAP[32]="71|1|128|2"
+
+# Scheda 3 - address 72h - GS1:chiuso, GS2:aperto, GS3:chiuso
+SPB16CH_RELE_MAP[33]="72|0|  1|3"
+SPB16CH_RELE_MAP[34]="72|0|  2|3"
+SPB16CH_RELE_MAP[35]="72|0|  4|3"
+SPB16CH_RELE_MAP[36]="72|0|  8|3"
+SPB16CH_RELE_MAP[37]="72|0| 16|3"
+SPB16CH_RELE_MAP[38]="72|0| 32|3"
+SPB16CH_RELE_MAP[39]="72|0| 64|3"
+SPB16CH_RELE_MAP[40]="72|0|128|3"
+SPB16CH_RELE_MAP[41]="72|1|  1|3"
+SPB16CH_RELE_MAP[42]="72|1|  2|3"
+SPB16CH_RELE_MAP[43]="72|1|  4|3"
+SPB16CH_RELE_MAP[44]="72|1|  8|3"
+SPB16CH_RELE_MAP[45]="72|1| 16|3"
+SPB16CH_RELE_MAP[46]="72|1| 32|3"
+SPB16CH_RELE_MAP[47]="72|1| 64|3"
+SPB16CH_RELE_MAP[48]="72|1|128|3"
+
+# Scheda 4 - address 73h - GS1:aperto, GS2:aperto, GS3:chiuso
+SPB16CH_RELE_MAP[49]="73|0|  1|4"
+SPB16CH_RELE_MAP[50]="73|0|  2|4"
+SPB16CH_RELE_MAP[51]="73|0|  4|4"
+SPB16CH_RELE_MAP[52]="73|0|  8|4"
+SPB16CH_RELE_MAP[53]="73|0| 16|4"
+SPB16CH_RELE_MAP[54]="73|0| 32|4"
+SPB16CH_RELE_MAP[55]="73|0| 64|4"
+SPB16CH_RELE_MAP[56]="73|0|128|4"
+SPB16CH_RELE_MAP[57]="73|1|  1|4"
+SPB16CH_RELE_MAP[58]="73|1|  2|4"
+SPB16CH_RELE_MAP[59]="73|1|  4|4"
+SPB16CH_RELE_MAP[60]="73|1|  8|4"
+SPB16CH_RELE_MAP[61]="73|1| 16|4"
+SPB16CH_RELE_MAP[62]="73|1| 32|4"
+SPB16CH_RELE_MAP[63]="73|1| 64|4"
+SPB16CH_RELE_MAP[64]="73|1|128|4"
+
+# Scheda 5 - address 74h - GS1:chiuso, GS2:chiuso, GS3:aperto
+SPB16CH_RELE_MAP[65]="74|0|  1|5"
+SPB16CH_RELE_MAP[66]="74|0|  2|5"
+SPB16CH_RELE_MAP[67]="74|0|  4|5"
+SPB16CH_RELE_MAP[68]="74|0|  8|5"
+SPB16CH_RELE_MAP[69]="74|0| 16|5"
+SPB16CH_RELE_MAP[70]="74|0| 32|5"
+SPB16CH_RELE_MAP[71]="74|0| 64|5"
+SPB16CH_RELE_MAP[72]="74|0|128|5"
+SPB16CH_RELE_MAP[73]="74|1|  1|5"
+SPB16CH_RELE_MAP[74]="74|1|  2|5"
+SPB16CH_RELE_MAP[75]="74|1|  4|5"
+SPB16CH_RELE_MAP[76]="74|1|  8|5"
+SPB16CH_RELE_MAP[77]="74|1| 16|5"
+SPB16CH_RELE_MAP[78]="74|1| 32|5"
+SPB16CH_RELE_MAP[79]="74|1| 64|5"
+SPB16CH_RELE_MAP[80]="74|1|128|5"
+
+# Scheda 6 - address 75h - GS1:aperto, GS2:chiuso, GS3:aperto
+SPB16CH_RELE_MAP[81]="75|0|  1|6"
+SPB16CH_RELE_MAP[82]="75|0|  2|6"
+SPB16CH_RELE_MAP[83]="75|0|  4|6"
+SPB16CH_RELE_MAP[84]="75|0|  8|6"
+SPB16CH_RELE_MAP[85]="75|0| 16|6"
+SPB16CH_RELE_MAP[86]="75|0| 32|6"
+SPB16CH_RELE_MAP[87]="75|0| 64|6"
+SPB16CH_RELE_MAP[88]="75|0|128|6"
+SPB16CH_RELE_MAP[89]="75|1|  1|6"
+SPB16CH_RELE_MAP[90]="75|1|  2|6"
+SPB16CH_RELE_MAP[91]="75|1|  4|6"
+SPB16CH_RELE_MAP[92]="75|1|  8|6"
+SPB16CH_RELE_MAP[93]="75|1| 16|6"
+SPB16CH_RELE_MAP[94]="75|1| 32|6"
+SPB16CH_RELE_MAP[95]="75|1| 64|6"
+SPB16CH_RELE_MAP[96]="75|1|128|6"
+
+# Scheda 7 - address 76h - GS1:chiuso, GS2:aperto, GS3:aperto
+SPB16CH_RELE_MAP[97]="76|0|  1|7"
+SPB16CH_RELE_MAP[98]="76|0|  2|7"
+SPB16CH_RELE_MAP[99]="76|0|  4|7"
+SPB16CH_RELE_MAP[100]="76|0|  8|7"
+SPB16CH_RELE_MAP[101]="76|0| 16|7"
+SPB16CH_RELE_MAP[102]="76|0| 32|7"
+SPB16CH_RELE_MAP[103]="76|0| 64|7"
+SPB16CH_RELE_MAP[104]="76|0|128|7"
+SPB16CH_RELE_MAP[105]="76|1|  1|7"
+SPB16CH_RELE_MAP[106]="76|1|  2|7"
+SPB16CH_RELE_MAP[107]="76|1|  4|7"
+SPB16CH_RELE_MAP[108]="76|1|  8|7"
+SPB16CH_RELE_MAP[109]="76|1| 16|7"
+SPB16CH_RELE_MAP[110]="76|1| 32|7"
+SPB16CH_RELE_MAP[111]="76|1| 64|7"
+SPB16CH_RELE_MAP[112]="76|1|128|7"
+
+# Scheda 8 - address 77h - GS1:aperto, GS2:aperto, GS3:aperto
+SPB16CH_RELE_MAP[113]="77|0|  1|8"
+SPB16CH_RELE_MAP[114]="77|0|  2|8"
+SPB16CH_RELE_MAP[115]="77|0|  4|8"
+SPB16CH_RELE_MAP[116]="77|0|  8|8"
+SPB16CH_RELE_MAP[117]="77|0| 16|8"
+SPB16CH_RELE_MAP[118]="77|0| 32|8"
+SPB16CH_RELE_MAP[119]="77|0| 64|8"
+SPB16CH_RELE_MAP[120]="77|0|128|8"
+SPB16CH_RELE_MAP[121]="77|1|  1|8"
+SPB16CH_RELE_MAP[122]="77|1|  2|8"
+SPB16CH_RELE_MAP[123]="77|1|  4|8"
+SPB16CH_RELE_MAP[124]="77|1|  8|8"
+SPB16CH_RELE_MAP[125]="77|1| 16|8"
+SPB16CH_RELE_MAP[126]="77|1| 32|8"
+SPB16CH_RELE_MAP[127]="77|1| 64|8"
+SPB16CH_RELE_MAP[128]="77|1|128|8"
+
+# Array contenente i gli identificativi delle schede usate
+declare -g -a SPB16CH_USED_ID
+SPB16CH_USED_ID=()
+
+# Nome del file dove memorizzare gli id delle schede utilizzate
+declare -g SPB16CH_BOARD_ID_STORE_FILE
+SPB16CH_BOARD_ID_STORE_FILE="$STATUS_DIR/spb16ch_board_id_store"

drv/spb16ch/init.include.sh

@@ -0,0 +1,84 @@
+#
+# Questa funzione viene inviocata dalla funzione "init" di piGarden se sono presenti elettrovalvole o sensori che utilizzano questo driver
+#
+function drv_spb16ch_init {
+
+        declare -a address_used
+        address_used=()
+	SPB16CH_USED_ID=()
+
+	local address=""
+	local board_id=""
+
+        # Cerca gli indirizzi delle schede spb16ch utilizzate per i rele utilizzati per le zone
+        for i in $(seq $EV_TOTAL)
+        do
+                local a=EV"$i"_GPIO
+                local gpio="${!a}"
+                if [[ "$gpio" == drv:spb16ch:* ]]; then
+		        local rele_id=`echo $gpio | $CUT -d':' -f3,3`
+		        local rele_data=${SPB16CH_RELE_MAP[$rele_id]}
+		        if [[ ! -z $rele_data ]]; then
+				local address_num=${rele_data:0:2}
+				local board_id=${rele_data:9:1}
+				if [[ ! " ${address_used[@]} " =~ " ${address_num} " ]]; then
+					address_used+=("$address_num")
+					SPB16CH_USED_ID+=("$board_id")
+				fi
+		        fi
+                fi
+        done
+
+        # Cerca gli indirizzi delle schede spb16ch utilizzate per i rele che gestiscono l'alimentazione delle elettrovalvole bistabili
+        for gpio in "$SUPPLY_GPIO_1" "$SUPPLY_GPIO_2"
+        do
+                if [[ "$gpio" == drv:spb16ch:* ]]; then
+		        local rele_id=`echo $gpio | $CUT -d':' -f3,3`
+		        local rele_data=${SPB16CH_RELE_MAP[$rele_id]}
+		        if [[ ! -z $rele_data ]]; then
+				local address_num=${rele_data:0:2}
+				local board_id=${rele_data:9:1}
+				if [[ ! " ${address_used[@]} " =~ " ${address_num} " ]]; then
+					address_used+=("$address_num")
+					SPB16CH_USED_ID+=("$board_id")
+				fi
+		        fi
+                fi
+        done
+
+	# Memorizza gli id delle schede usate 
+	drv_spb16ch_boards_id_store
+
+	# Esegue l'inizializzazione dei gpio che gestiscono l'abilitazine/disabilitazione delle schede
+	local board_id
+	for board_id in ${SPB16CH_USED_ID[@]}
+	do
+                local a=SPB16CH"$board_id"_GPIO
+                local gpio_n=${!a}
+
+		echo "******** Number used board: $board_id - inizializzazione gpio $gpio_n"
+		$GPIO -g mode $gpio_n out
+	done
+	#drv_spb16ch_board_disable_all	
+
+	# Esegue l'inizializzazione delle schede spb16ch trovate
+	local address_num=""
+	local board_num=""
+	for i in ${!address_used[@]}
+	do
+		address_num=${address_used[$i]}
+		board_num=${SPB16CH_USED_ID[$i]}
+		drv_spb16ch_board_enable $board_num # Porto alto il reset della scheda e lo mantengo sempre alto
+		echo "****** Inizializzazione address_num = $address_num - board_num = $board_num *******"
+		$DIR_SCRIPT/drv/spb16ch/scripts/mux_channel.py $address_num 0
+		$DIR_SCRIPT/drv/spb16ch/scripts/gpo_init.py 25 255 0
+		$DIR_SCRIPT/drv/spb16ch/scripts/mux_channel.py $address_num 1
+		$DIR_SCRIPT/drv/spb16ch/scripts/gpo_init.py 25 255 0
+		$DIR_SCRIPT/drv/spb16ch/scripts/mux_channel.py $address_num 0
+		# Disabilito il mux
+		$DIR_SCRIPT/drv/spb16ch/scripts/mux_disable.py $address_num
+		#drv_spb16ch_board_disable $board_id
+	done
+
+}
+

drv/spb16ch/rainsensor.include.sh

@@ -0,0 +1,23 @@
+#
+# Inizializza il sensore di rilevamento pioggia 
+#
+# $i 	identificativo gpio del sensore di pioggia
+#
+function drv_spb16ch_rain_sensor_init {
+
+	local FOO="bar"
+
+}
+
+#
+# Ritorna lo stato del sensore di rilevamento pioggia 
+#
+# $i 	identificativo gpio del sensore di pioggia
+#
+function drv_spb16ch_rain_sensor_get {
+
+	local FOO="bar"
+
+}
+
+

drv/spb16ch/rele.include.sh

@@ -0,0 +1,76 @@
+#
+# Inizializzazione rele 
+#
+# $1 identificativo relè da inizializzare
+#
+function drv_spb16ch_rele_init {
+
+	drv_spb16ch_rele_open "$1"
+}
+
+#
+# Apertura rele 
+#
+# $1 identificativo relè da aprire 
+#
+function drv_spb16ch_rele_open {
+
+	local rele_id=`echo $1 | $CUT -d':' -f3,3`
+	local rele_data=${SPB16CH_RELE_MAP[$rele_id]}
+	if [[ -z $rele_data ]]; then
+		local message="Error - Rele map not defined - rele_id=$rele_id - ($1)"
+		log_write "drv_spb16ch" "error" "$message"
+		message_write "warning" "$message"
+	fi
+	local address_num=${rele_data:0:2}
+	local channel_num=${rele_data:3:1}
+	local rele_num=${rele_data:5:3}
+	local board_id=${rele_data:9:1}
+
+	#drv_spb16ch_board_enable $board_id
+
+	echo address_num=$address_num
+	echo channel_num=$channel_num
+	echo rele_num=$rele_num
+	$DIR_SCRIPT/drv/spb16ch/scripts/mux_channel.py $address_num $channel_num
+	$DIR_SCRIPT/drv/spb16ch/scripts/gpo_init.py $address_num $rele_num 0
+
+	# Disabilito il mux
+	$DIR_SCRIPT/drv/spb16ch/scripts/mux_disable.py $address_num
+	#drv_spb16ch_board_disable $board_id
+
+}
+
+#
+# Chiusura rele 
+#
+# $1 identificativo relè da chiudere
+#
+function drv_spb16ch_rele_close {
+
+	local rele_id=`echo $1 | $CUT -d':' -f3,3`
+	local rele_data=${SPB16CH_RELE_MAP[$rele_id]}
+	if [[ -z $rele_data ]]; then
+		local message="Error - Rele map not defined - rele_id=$rele_id - ($1)"
+		log_write "drv_spb16ch" "error" "$message"
+		message_write "warning" "$message"
+	fi
+	local address_num=${rele_data:0:2}
+	local channel_num=${rele_data:3:1}
+	local rele_num=${rele_data:5:3}
+	local board_id=${rele_data:9:1}
+
+	#drv_spb16ch_board_enable $board_id
+
+	echo address_num=$address_num
+	echo channel_num=$channel_num
+	echo rele_num=$rele_num
+	$DIR_SCRIPT/drv/spb16ch/scripts/mux_channel.py $address_num $channel_num
+	$DIR_SCRIPT/drv/spb16ch/scripts/gpo_init.py $address_num $rele_num 1
+
+	# Disabilito il mux
+	$DIR_SCRIPT/drv/spb16ch/scripts/mux_disable.py $address_num
+	#drv_spb16ch_board_disable $board_id
+
+}
+

drv/spb16ch/scripts/ee_read.py

@@ -0,0 +1,37 @@
+#!/usr/bin/python
+# coding=utf-8
+
+# Read the eeprom 24C16
+# I2C Address: 0x50 (24C16)
+# sudo ./ee_read.py 0x50 address 
+# Example: sudo ./ee_read.py 50 0 
+
+import time
+import argparse
+
+import RPi.GPIO as GPIO
+import smbus
+
+def I2C_setup(i2c_address, eeprom_address):
+    I2C_address = 0x50
+    if GPIO.RPI_REVISION in [2, 3]:
+        I2C_bus_number = 1
+    else:
+        I2C_bus_number = 0
+    bus = smbus.SMBus(I2C_bus_number)
+   #bus.read_byte_data(I2C_address, eeprom_address)
+    print("24C16 ADDRESS: {}".format(bin(eeprom_address)))
+    print("24C16 DATA: {}".format(bin(bus.read_byte_data(I2C_address, eeprom_address))))
+    print("24C16 DATA: {}".format(hex(bus.read_byte_data(I2C_address, eeprom_address))))
+
+def menu():
+    parser = argparse.ArgumentParser(description='Select address to read data on eeprom 24C16 ')
+    parser.add_argument('i2c_address', type=int)
+    parser.add_argument('eeprom_address', type=int)
+
+    args = parser.parse_args()
+
+    I2C_setup(args.i2c_address, args.eeprom_address)
+
+if __name__ == "__main__":
+    menu()

drv/spb16ch/scripts/ee_write.py

@@ -0,0 +1,35 @@
+#!/usr/bin/python
+# coding=utf-8
+
+# Write the eeprom 24C16
+# I2C Address: 0x50 (24C16)
+# sudo ./ee_write.py 0x50 address data
+# Example: sudo ./ee_write.py 50 0 1
+
+import time
+import argparse
+
+import RPi.GPIO as GPIO
+import smbus
+
+def I2C_setup(i2c_address, eeprom_address, eeprom_data):
+    I2C_address = 0x50
+    if GPIO.RPI_REVISION in [2, 3]:
+        I2C_bus_number = 1
+    else:
+        I2C_bus_number = 0
+    bus = smbus.SMBus(I2C_bus_number)
+    bus.write_byte_data(I2C_address, eeprom_address, eeprom_data)
+
+def menu():
+    parser = argparse.ArgumentParser(description='Select address and data to write on eeprom 24C16 ')
+    parser.add_argument('i2c_address', type=int)
+    parser.add_argument('eeprom_address', type=int)
+    parser.add_argument('eeprom_data', type=int)
+
+    args = parser.parse_args()
+
+    I2C_setup(args.i2c_address, args.eeprom_address, args.eeprom_data)
+
+if __name__ == "__main__":
+    menu()

drv/spb16ch/scripts/gpo_active.py

@@ -0,0 +1,44 @@
+#!/usr/bin/python
+# coding=utf-8
+
+# Select address and channel of PCA9571 I2C general purpose outputs
+# I2C Address: 0x25 Fixed
+# sudo ./gpo_active.py CHANNEL
+# Example: sudo ./gpo_active.py 25 255 1 #all relays activates
+
+import time
+import argparse
+
+import RPi.GPIO as GPIO
+import smbus
+
+
+
+def I2C_setup(multiplexer_i2c_address, i2c_channel_setup, state):
+    I2C_address = 0x25
+    if GPIO.RPI_REVISION in [2, 3]:
+        I2C_bus_number = 1
+    else:
+        I2C_bus_number = 0
+
+    bus = smbus.SMBus(I2C_bus_number)
+    status_outputs=bus.read_byte(I2C_address)
+    if state == 1:
+      i2c_channel_setup=status_outputs|i2c_channel_setup
+    elif state == 0:
+      i2c_channel_setup=(-i2c_channel_setup-1)&status_outputs
+    elif state == -1:
+      i2c_channel_setup=0
+    bus.write_byte(I2C_address, i2c_channel_setup)
+    #time.sleep(0)
+
+file = open("rl1", "r")
+address=int(file.readline())
+channel_outputs=int(file.readline())
+state=int(file.readline())
+
+def menu():
+    I2C_setup(address, channel_outputs, state)
+
+if __name__ == "__main__":
+    menu()

drv/spb16ch/scripts/gpo_init.py

@@ -0,0 +1,44 @@
+#!/usr/bin/python
+# coding=utf-8
+
+# Select address and channel of PCA9571 I2C general purpose outputs
+# I2C Address: 0x25 Fixed
+# sudo ./gpo_active.py CHANNEL
+# Example: sudo ./gpo_active.py 25 255 1 #all relays activates
+
+import time
+import argparse
+
+import RPi.GPIO as GPIO
+import smbus
+
+def I2C_setup(multiplexer_i2c_address, i2c_channel_setup, state):
+    I2C_address = 0x25
+    if GPIO.RPI_REVISION in [2, 3]:
+        I2C_bus_number = 1
+    else:
+        I2C_bus_number = 0
+
+    bus = smbus.SMBus(I2C_bus_number)
+    status_outputs=bus.read_byte(I2C_address)
+    if state == 1:
+      i2c_channel_setup=status_outputs|i2c_channel_setup
+    elif state == 0:
+      i2c_channel_setup=(-i2c_channel_setup-1)&status_outputs
+    elif state == -1:
+      i2c_channel_setup=0
+    bus.write_byte(I2C_address, i2c_channel_setup)
+    #time.sleep(0)
+
+def menu():
+    parser = argparse.ArgumentParser(description='Select channel outputs of PCA9571')
+    parser.add_argument('address', type=int)
+    parser.add_argument('channel_outputs', type=int)
+    parser.add_argument('state', type=int)
+
+    args = parser.parse_args()
+
+    I2C_setup(args.address, args.channel_outputs, args.state)
+
+if __name__ == "__main__":
+    menu()

drv/spb16ch/scripts/gpo_read.py

@@ -0,0 +1,33 @@
+#!/usr/bin/python
+# coding=utf-8
+
+# Select address and channel of PCA9571 I2C general purpose outputs
+# I2C Address: 0x25 Fixed
+# sudo ./gpo_read.py CHANNEL
+# Example: sudo ./gpo_read.py 25
+
+import time
+import argparse
+
+import RPi.GPIO as GPIO
+import smbus
+
+def I2C_read(multiplexer_i2c_address):
+    I2C_address = 0x25
+    if GPIO.RPI_REVISION in [2, 3]:
+        I2C_bus_number = 1
+    else:
+        I2C_bus_number = 0
+
+    bus = smbus.SMBus(I2C_bus_number)
+    status_outputs=bus.read_byte(I2C_address)
+    time.sleep(0)
+#    print("PCA9571 sts:{}".format(bin(bus.read_byte(I2C_address))))
+    print("PCA9571 GPO sts:{}".format(hex(bus.read_byte(I2C_address))))
+
+def menu():
+
+    I2C_read(0x25)
+
+if __name__ == "__main__":
+    menu()

drv/spb16ch/scripts/gpo_send

@@ -0,0 +1,3 @@
+25
+100
+1

drv/spb16ch/scripts/gpo_states

@@ -0,0 +1 @@
+PCA9571 GPO sts:0x64

drv/spb16ch/scripts/init.sh

@@ -0,0 +1,5 @@
+./mux_channel.py 72 0
+./gpo_init.py 25 255 0
+./mux_channel.py 72 1
+./gpo_init.py 25 255 0
+./mux_channel.py 72 0

drv/spb16ch/scripts/mux_channel.py

@@ -0,0 +1,38 @@
+#!/usr/bin/python
+# coding=utf-8
+
+# Select address and channel of PCA9547 I2C multiplexer
+# I2C Address: 0xYY, where YY can be 70 through 77
+# Multiplexer Channel: 1 - 8
+# sudo ./mux_channel.py ADDRESS CHANNEL
+# Example: sudo ./mux_channel.py 70 1
+
+import time
+import argparse
+
+import RPi.GPIO as GPIO
+import smbus
+
+def I2C_setup(multiplexer_i2c_address, i2c_channel_setup):
+    I2C_address = 0x70 + multiplexer_i2c_address % 10
+    if GPIO.RPI_REVISION in [2, 3]:
+        I2C_bus_number = 1
+    else:
+        I2C_bus_number = 0
+
+    bus = smbus.SMBus(I2C_bus_number)
+    i2c_channel_setup=i2c_channel_setup + 0x08 
+    bus.write_byte(I2C_address, i2c_channel_setup)
+    #time.sleep(0.1)
+
+def menu():
+    parser = argparse.ArgumentParser(description='Select channel of PCA9547 I2C multiplexer')
+    parser.add_argument('address', type=int)
+    parser.add_argument('channel', type=int)
+
+    args = parser.parse_args()
+
+    I2C_setup(args.address, args.channel)
+
+if __name__ == "__main__":
+    menu()

drv/spb16ch/scripts/mux_disable.py

@@ -0,0 +1,37 @@
+#!/usr/bin/python
+# coding=utf-8
+
+# Disable PCA9547 I2C multiplexer
+# I2C Address: 0xYY, where YY can be 70 through 77
+# sudo ./mux_channel.py ADDRESS CHANNEL
+# Example: sudo ./mux_disable.py 70 
+
+import time
+import argparse
+
+import RPi.GPIO as GPIO
+import smbus
+
+def I2C_setup(multiplexer_i2c_address):
+    I2C_address = 0x70 + multiplexer_i2c_address % 10
+    if GPIO.RPI_REVISION in [2, 3]:
+        I2C_bus_number = 1
+    else:
+        I2C_bus_number = 0
+
+    bus = smbus.SMBus(I2C_bus_number)
+    i2c_channel_setup=0x00 
+    #i2c_channel_setup=i2c_channel_setup + 0x08 
+    bus.write_byte(I2C_address, i2c_channel_setup)
+    #time.sleep(0.1)
+
+def menu():
+    parser = argparse.ArgumentParser(description='Select Address of Disable PCA9547 Multiplexer')
+    parser.add_argument('address', type=int)
+
+    args = parser.parse_args()
+
+    I2C_setup(args.address)
+
+if __name__ == "__main__":
+    menu()

drv/spb16ch/scripts/mux_read.py

@@ -0,0 +1,37 @@
+#!/usr/bin/python
+# coding=utf-8
+
+# Select address and channel of PCA9547 I2C multiplexer
+# I2C Address: 0xYY, where YY can be 70 through 77
+# Multiplexer Channel: 1 - 8
+# sudo ./mux_read.py ADDRESS
+# Example: sudo ./mux_read.py 70 
+
+import time
+import argparse
+
+import RPi.GPIO as GPIO
+import smbus
+
+def I2C_setup(multiplexer_i2c_address):
+    I2C_address = 0x70 + multiplexer_i2c_address % 10
+    if GPIO.RPI_REVISION in [2, 3]:
+        I2C_bus_number = 1
+    else:
+        I2C_bus_number = 0
+
+    bus = smbus.SMBus(I2C_bus_number)
+    time.sleep(0.1)
+#    print("PCA9547 MUX sts:{}".format(bin(bus.read_byte(I2C_address))))
+    print("PCA9547 MUX sts:{}".format(hex(bus.read_byte(I2C_address))))
+
+def menu():
+    parser = argparse.ArgumentParser(description='Select channel of PCA9547 I2C multiplexer')
+    parser.add_argument('address', type=int)
+
+    args = parser.parse_args()
+
+    I2C_setup(args.address)
+
+if __name__ == "__main__":
+    menu()

drv/spb16ch/scripts/mux_states

@@ -0,0 +1 @@
+PCA9547 MUX sts:0x8

drv/spb16ch/scripts/read_muxfile.py

@@ -0,0 +1,6 @@
+#!/usr/bin/python
+# coding=utf-8
+
+file = open("mux", "r")
+line1=file.readline()
+print line1

drv/spb16ch/scripts/rele1_16

@@ -0,0 +1,33 @@
+25
+1
+0
+2
+0
+4
+0
+8
+0
+16
+1
+32
+1
+64
+1
+128
+1
+1
+0
+2
+0
+4
+0
+8
+0
+16
+1
+32
+1
+64
+1
+128
+1

drv/spb16ch/scripts/rele_1_16_active.py

@@ -0,0 +1,95 @@
+#!/usr/bin/python
+# coding=utf-8
+
+# Select address and channel of PCA9571 I2C general purpose outputs
+# I2C Address: 0x25 Fixed
+# sudo ./gpo_active.py CHANNEL
+# Example: sudo ./gpo_active.py 25 255 1 #all relays activates
+
+import time
+import argparse
+import subprocess
+
+import RPi.GPIO as GPIO
+import smbus
+
+
+def I2C_setup(multiplexer_i2c_address, i2c_channel_setup, state):
+    I2C_address = 0x25
+    if GPIO.RPI_REVISION in [2, 3]:
+        I2C_bus_number = 1
+    else:
+        I2C_bus_number = 0
+
+    bus = smbus.SMBus(I2C_bus_number)
+    status_outputs=bus.read_byte(I2C_address)
+    if state == 1:
+      i2c_channel_setup=status_outputs|i2c_channel_setup
+    elif state == 0:
+      i2c_channel_setup=(-i2c_channel_setup-1)&status_outputs
+    elif state == -1:
+      i2c_channel_setup=0
+    bus.write_byte(I2C_address, i2c_channel_setup)
+    #time.sleep(0)
+
+
+def menu():
+    while 1==1:
+	subprocess.call('./mux_channel.py 72 0', shell=True)
+        #time.sleep(0.1)
+	file = open("rele1_16", "r")
+	address=int(file.readline())
+	channel_outputs1=int(file.readline())
+	state1=int(file.readline())
+	channel_outputs2=int(file.readline())
+	state2=int(file.readline())
+	channel_outputs3=int(file.readline())
+	state3=int(file.readline())
+	channel_outputs4=int(file.readline())
+	state4=int(file.readline())
+	channel_outputs5=int(file.readline())
+	state5=int(file.readline())
+	channel_outputs6=int(file.readline())
+	state6=int(file.readline())
+	channel_outputs7=int(file.readline())
+	state7=int(file.readline())
+	channel_outputs8=int(file.readline())
+	state8=int(file.readline())
+	channel_outputs9=int(file.readline())
+	state9=int(file.readline())
+	channel_outputs10=int(file.readline())
+	state10=int(file.readline())
+	channel_outputs11=int(file.readline())
+	state11=int(file.readline())
+	channel_outputs12=int(file.readline())
+	state12=int(file.readline())
+	channel_outputs13=int(file.readline())
+	state13=int(file.readline())
+	channel_outputs14=int(file.readline())
+	state14=int(file.readline())
+	channel_outputs15=int(file.readline())
+	state15=int(file.readline())
+	channel_outputs16=int(file.readline())
+	state16=int(file.readline())
+    	I2C_setup(address, channel_outputs1, state1)
+    	I2C_setup(address, channel_outputs2, state2)
+    	I2C_setup(address, channel_outputs3, state3)
+    	I2C_setup(address, channel_outputs4, state4)
+    	I2C_setup(address, channel_outputs5, state5)
+    	I2C_setup(address, channel_outputs6, state6)
+    	I2C_setup(address, channel_outputs7, state7)
+    	I2C_setup(address, channel_outputs8, state8)
+	subprocess.call('./mux_channel.py 72 1', shell=True)
+        #time.sleep(0.1)
+    	I2C_setup(address, channel_outputs9, state9)
+    	I2C_setup(address, channel_outputs10, state10)
+    	I2C_setup(address, channel_outputs11, state11)
+    	I2C_setup(address, channel_outputs12, state12)
+    	I2C_setup(address, channel_outputs13, state13)
+    	I2C_setup(address, channel_outputs14, state14)
+    	I2C_setup(address, channel_outputs15, state15)
+    	I2C_setup(address, channel_outputs16, state16)
+	subprocess.call('./mux_channel.py 72 0', shell=True)
+
+if __name__ == "__main__":
+    menu()

drv/spb16ch/setup.include.sh

@@ -0,0 +1,12 @@
+#
+# Questa funzione viene inviocata dalla funzione "setup_drv" ad ogni avvio di piGarden
+# esegue il setup del driver recuperando gli identificativi delle schede sbp16ch usati
+#
+function drv_spb16ch_setup {
+
+	drv_spb16ch_boards_id_load
+	echo "*********** drv_spb16ch_setup: identificativi schede caricati: ${SPB16CH_USED_ID[@]}"
+
+}
+
+

drv/spb16ch/supply.include.sh

@@ -0,0 +1,34 @@
+#
+# Inizializza i rele che gestiscono l'alimentazione per le valvole bistabili
+#
+# $1    identificativo relè 
+#
+function drv_spb16ch_supply_bistable_init {
+
+	drv_spb16ch_supply_negative "$1"
+
+}
+
+#
+# Imposta l'alimentazione delle elettrovalvole con voltaggio positivo 
+#
+# $1    identificativo relè 
+#
+function drv_spb16ch_supply_positive {
+
+	drv_spb16ch_rele_open "$1"
+
+}
+
+#
+# Imposta l'alimentazione delle elettrovalvole con voltaggio negativo
+#
+# $1    identificativo relè 
+#
+function drv_spb16ch_supply_negative {
+
+	drv_spb16ch_rele_close "$1"
+
+}
+
+

drv/wunderground/README.md

@@ -0,0 +1,12 @@
+# Driver for check wather condition with wunderground online service
+
+# Example of configuration in piGarden.conf
+
+```bash
+WEATHER_SERVICE="wunderground"
+
+WUNDERGROUND_KEY=""			# Set with your api key of wunderground
+WUNDERGROUND_LOCATION="IY/Monsummano"	# Set with your location indentify, see http://www.wunderground.com/weather/api/d/docs?d=resources/country-to-iso-matching&MR=1 
+```
+
+

drv/wunderground/common.include.sh

@@ -0,0 +1,12 @@
+#
+# Funzioni comuni utilizzate dal driver
+#
+
+#
+# Funzione di esempio
+#
+function sample_foo {
+
+	echo "bar"
+
+}

drv/wunderground/rainonline.include.sh

@@ -0,0 +1,36 @@
+#
+# Ritorna lo stato delle condizioni meteo interrogando il servizio online 
+#
+# $i 	identificativo gpio del sensore di pioggia
+#
+# return output:	0  - errore durante il recupero delle condizioni meteo 
+#			>0 - rilevato pioggia, timestamp del rilevamento
+#			<0 - rilevato nessuna pioggia, timestamp del rilevamento
+function drv_wunderground_rain_online_get {
+
+	# http://www.wunderground.com/weather/api/d/docs?d=resources/phrase-glossary&MR=1
+	$CURL http://api.wunderground.com/api/$WUNDERGROUND_KEY/conditions/q/$WUNDERGROUND_LOCATION.json > $TMP_PATH/check_rain_online.json
+	local weather=`cat $TMP_PATH/check_rain_online.json | $JQ -M ".current_observation.weather"`
+	local current_observation=`cat $TMP_PATH/check_rain_online.json | $JQ -M ".current_observation"`
+	local local_epoch=`cat $TMP_PATH/check_rain_online.json | $JQ -M -r ".current_observation.local_epoch"`
+
+	if [ "$weather" = "null" ]; then
+		echo "0"
+	else
+		if 	[[ "$weather" == *"Rain"* ]] || 
+		 	[[ "$weather" == *"Snow"* ]] || 
+	 		[[ "$weather" == *"Hail"* ]] || 
+			[[ "$weather" == *"Ice"* ]] || 
+			[[ "$weather" == *"Thunderstorm"* ]] || 
+			[[ "$weather" == *"Drizzle"* ]]; 
+		then
+			echo $local_epoch
+		else
+			echo "-$local_epoch"
+		fi
+		echo "$current_observation" > "$STATUS_DIR/last_weather_online"
+	fi
+
+}
+
+

events/check_rain_online_after/.gitignore

@@ -0,0 +1,4 @@
+# Ignore everything in this directory
+*
+# Except this file
+!.gitignore

events/check_rain_online_before/.gitignore

@@ -0,0 +1,4 @@
+# Ignore everything in this directory
+*
+# Except this file
+!.gitignore

events/check_rain_online_change/.gitignore

@@ -0,0 +1,4 @@
+# Ignore everything in this directory
+*
+# Except this file
+!.gitignore

events/check_rain_sensor_after/.gitignore

@@ -0,0 +1,4 @@
+# Ignore everything in this directory
+*
+# Except this file
+!.gitignore

events/check_rain_sensor_before/.gitignore

@@ -0,0 +1,4 @@
+# Ignore everything in this directory
+*
+# Except this file
+!.gitignore

events/check_rain_sensor_change/.gitignore

@@ -0,0 +1,4 @@
+# Ignore everything in this directory
+*
+# Except this file
+!.gitignore

events/cron_add_after/.gitignore

@@ -0,0 +1,4 @@
+# Ignore everything in this directory
+*
+# Except this file
+!.gitignore

events/cron_add_before/.gitignore

@@ -0,0 +1,4 @@
+# Ignore everything in this directory
+*
+# Except this file
+!.gitignore

events/cron_del_after/.gitignore

@@ -0,0 +1,4 @@
+# Ignore everything in this directory
+*
+# Except this file
+!.gitignore

events/cron_del_before/.gitignore

@@ -0,0 +1,4 @@
+# Ignore everything in this directory
+*
+# Except this file
+!.gitignore

events/ev_close_after/.gitignore

@@ -0,0 +1,4 @@
+# Ignore everything in this directory
+*
+# Except this file
+!.gitignore

events/ev_close_before/.gitignore

@@ -0,0 +1,4 @@
+# Ignore everything in this directory
+*
+# Except this file
+!.gitignore

events/ev_not_open_for_rain/.gitignore

@@ -0,0 +1,4 @@
+# Ignore everything in this directory
+*
+# Except this file
+!.gitignore

events/ev_not_open_for_rain_online/.gitignore

@@ -0,0 +1,4 @@
+# Ignore everything in this directory
+*
+# Except this file
+!.gitignore

events/ev_not_open_for_rain_sensor/.gitignore

@@ -0,0 +1,4 @@
+# Ignore everything in this directory
+*
+# Except this file
+!.gitignore

events/ev_open_after/.gitignore

@@ -0,0 +1,4 @@
+# Ignore everything in this directory
+*
+# Except this file
+!.gitignore

events/ev_open_before/.gitignore

@@ -0,0 +1,4 @@
+# Ignore everything in this directory
+*
+# Except this file
+!.gitignore

events/ev_open_in_after/.gitignore

@@ -0,0 +1,4 @@
+# Ignore everything in this directory
+*
+# Except this file
+!.gitignore

events/ev_open_in_before/.gitignore

@@ -0,0 +1,4 @@
+# Ignore everything in this directory
+*
+# Except this file
+!.gitignore

events/exec_poweroff_after/.gitignore

@@ -0,0 +1,4 @@
+# Ignore everything in this directory
+*
+# Except this file
+!.gitignore