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#MANUALLY ADD OPENSPRINKLER FOR FREE#
#MANUALLY ADD OPENSPRINKLER INSTALL#
#MANUALLY ADD OPENSPRINKLER UPDATE#
#MANUALLY ADD OPENSPRINKLER MANUAL#

The application runs completely within the user's browser (or webview) and communicates directly with the OpenSprinkler. The application is written in Javascript and HTML/CSS. Furthermore, Dan Kimberling's OSPi program is also supported. The application has been tested and is compatible with all versions of the Unified firmware for both Arduino and Raspberry Pi. This application interfaces with OpenSprinkler.

#MANUALLY ADD OPENSPRINKLER FOR FREE#

This application is available for free from the following app stores:

#MANUALLY ADD OPENSPRINKLER MANUAL#

Designed to allow manual control, program management (view, edit, delete and add), initiation of a run-once program, viewing device status, adjusting rain delay, changing of OpenSprinkler settings and much more. © 2013-2016 Samer Albahra ( mobile interface for the OpenSprinkler irrigation device. The computer must be on the same network as the Raspberry Pi.OpenSprinkler App Official Site | Support | Changelog This will access the OpenSpinkler web interface. Open a browser on your computer to, where hostname is the name of your Raspberry Pi.

If it returns nothing, then something went wrong check the previous steps. You can test with pgrep OpenSprinkler If it returns the process id number, then OpenSprinkler was started automatically and is running.

Reboot your Pi and OpenSprinkler should be started automatically.

Go ahead and run the executable to test it. If it compiles ok, you should have an executable /usr/local/OpenSprinkler/OpenSprinkler ready to go.

The build script will ask if you want to run the software on startup, answer yes.

Go into the OpenSprinkler directory and build the firmware.

This will create a directory in /usr/local called OpenSprinkler.

Clone the OpenSprinkler firmware repository.

Change directory to /usr/local cd /usr/local.

sudo su so you don’t have to sudo for every command.

#MANUALLY ADD OPENSPRINKLER INSTALL#

Install GPIO Zero (optional, so you can run the pinout command later) sudo apt install python3-gpiozero.

#MANUALLY ADD OPENSPRINKLER UPDATE#

Update/install any other packages you want For example:Īpt-get update apt-get upgrade Could update raspian: sudo apt-get dist-upgrade.Change the hostname, passwords, and configure it: run: sudo raspi-config Enable SSH permanently. Using Putty, open a remote session to the Raspberry Piĭefault hostname: raspberrypi user: pi pass: raspberry.Install and run Putty on your computer.Put the SD card in your Raspberry Pi and power it up.This will enable Secure Shell, which will allow you to connect to your Raspberry Pi from a remote computer. Add a file to enable SSH Create an empty file in the boot directory called ssh.

Enter your WiFi details, replacing the placeholder text with your own details.Ĭountry=AU ctrl_interface=DIR=/var/run/wpa_supplicant GROUP=netdev update_config=1 network= Create a file wpa_nf in the base directory of the SD card.

Put the SD card into your card reader on your computer.

The following steps allow the Raspberry Pi access to your WiFi network and enable remote access. I recommend connecting the Raspberry Pi Zero to your wireless network and accessing it remotely from your computer. Since this is a Raspberry Pi Zero, I did not connect any monitors or keyboards to it. The SD card that I suggest comes pre-loaded with a 'lite' version of Raspian. The web page is accessible only on my home WiFi network. To schedule my sprinkler system, I access a web page served by the Raspberry Pi on my home network. In this project, I took a new Raspberry Pi, installed OpenSprinkler on it, and used a simple relay board to trigger my home sprinkler system. Replace the old sprinkler controller in your garage with a web-page based Raspberry Pi controller.