![connect to particle photon terminal emulator mac connect to particle photon terminal emulator mac](https://ubidots.com/blog/content/images/2019/04/Screen-Shot-2019-04-01-at-10.21.54-PM.png)
- #Connect to particle photon terminal emulator mac how to#
- #Connect to particle photon terminal emulator mac mac os x#
- #Connect to particle photon terminal emulator mac install#
- #Connect to particle photon terminal emulator mac serial#
- #Connect to particle photon terminal emulator mac update#
After the Photon reboots the indicator LED will flash magenta. Thanks! Wait while I save those credentials. Security 0=unsecured, 1=WEP, 2=WPA, 3=WPA2: ? Select the Wi-Fi network with which you wish to connect your device: (Use arro? Select the Wi-Fi network with which you wish to connect your device: Terminus Choose the correct option for your Wi-Fi network and press Enter, then enter the Wi-Fi network password when prompted. You should be prompted to identify the security protocol (e.g. Use the down arrow key to highlight the SSID for the Wi-Fi network you want to connect to and press Enter. ? Select the Wi-Fi network with which you wish to connect your device: (Use arrow keys) ? Should I scan for nearby Wi-Fi networks? Yes ? Should I scan for nearby Wi-Fi networks? (Y/n) y You should get a list of available Wi-Fi networks: ? Should I scan for nearby Wi-Fi networks? (Y/n)Įnter Y and press Enter (if you choose N you will need to manually identify the Wi-Fi network using its SSID). You should be prompted to scan for Wi-Fi networks.
#Connect to particle photon terminal emulator mac serial#
Next, enter the following to connect the Photon to your Wi-Fi network:Ĭ:\Development\gh\IoTLabs>particle serial wifi Your device id is 21003f000447343335555555Ĭopy the device ID somewhere you can reference it in a moment. If the Photon is connected correctly and working, you should see a result similar to this: Open a terminal window (Mac OS X) or Node.js command prompt (Windows) and execute the following command to get the device ID of your Photon:
#Connect to particle photon terminal emulator mac install#
After following the steps to install the Particle USB driver, use the following steps to claim the Photon to your account if you are on Windows 10, or if you experience difficulties on previous versions of Windows. Simply match the numbers on your box with the SSID and claim your Photon.Īs of the writing of this tutorial, there is a bug in the USB claiming process for Windows 10. The four digits at the end of the barcode are the same four digits that are appended to the SSID name Photon. The trick is to look at the sticker on the underside of the box. If you use the Android or iOS application for claiming your device and there are other developers around you doing the same thing, it can get confusing figuring out which Wi-Fi SSID goes with which physical device.
#Connect to particle photon terminal emulator mac how to#
If you refer to the Particle website there is information about how to claim the Photon using either an iOS or Android device, or over USB from Windows or OS X. Claim Your PhotonĪssociating a Particle Photon to your Particle account is known as claiming (you are claiming the Photon so no one else can claim it - it’s like high-tech cookie-licking). Go to to create a new Particle Cloud account.
![connect to particle photon terminal emulator mac connect to particle photon terminal emulator mac](https://docs.particle.io/assets/images/console/integrations-view.png)
#Connect to particle photon terminal emulator mac update#
In order to ‘claim’ or provision the device, and to update its firmware you must create a free account with Particle Cloud. The Particle Photon is pre-configured to connect to the Particle Cloud.
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#Connect to particle photon terminal emulator mac mac os x#
On Mac OS X open Terminal and type the following: On Windows, open the Node.js command prompt and type the following: This tool will be used to ‘claim’ or provision your Photon, and may provide other useful benefits. The Particle-CLI is a command line interface for working with both the Particle Photon and the Particle Cloud. If you choose to continue with these labs on your own, you will learn how to deploy the Node.js applications to a gateway device capable of running the Node.js application, such as a Raspberry Pi or an Arduino Yún. For the first few labs you will learn how to create the Node.js applications that run on your PC and controls the baord through a USB connection. While you can develop for the Photon using Particle Build or Particle Dev and leverage the Particle Cloud services, this lab series is designed to teach you how to build an IoT solution using the gsateway patterm, similar to how consumer products like SmartThings, Lowes Iris, or Phillips Hue works using a Node.js application on the gateway that communicates with the Photon over Wi-Fi. The Photon is an excellent prototyping board for connected Things and Particle, the makers of the Photon, sell the P0 chip that drives the board (so when you are ready to go into production you can easily use the same chip).