Difference between revisions of "Installation"
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2. After the process is complete, a new drive is visible in Windows Explorer or Mac OS Finder called /boot. Open wpa_supplicant.conf with any notepad application and change the WiFi credentials to your needs. Dont use Word or Office since they might change the quotation marks. <br> | 2. After the process is complete, a new drive is visible in Windows Explorer or Mac OS Finder called /boot. Open wpa_supplicant.conf with any notepad application and change the WiFi credentials to your needs. Dont use Word or Office since they might change the quotation marks. <br> | ||
3. Eject the microSD card and put it into the raspberry pi and boot it up. After 1-2 Minutes it should be logged into the WiFi with hostname raspberry | 3. Eject the microSD card and put it into the raspberry pi and boot it up. After 1-2 Minutes it should be logged into the WiFi with hostname raspberry | ||
== Manual Set Up the microSD Card == | == Manual Set Up the microSD Card == | ||
0. Copy Image of [https://www.raspberrypi.org/software/operating-systems/#raspberry-pi-os-32-bit Raspberry Pi OS '''Lite'''] | 0. Copy Image of [https://www.raspberrypi.org/software/operating-systems/#raspberry-pi-os-32-bit Raspberry Pi OS '''Lite'''] and use [https://www.balena.io/etcher/ Etcher] to copy it to your microSD card <br> | ||
'''Make sure to download the Lite''' and '''not''' Desktop / Desktop and recommended software | '''Make sure to download the Lite''' and '''not''' Desktop / Desktop and recommended software! | ||
1. For Linux use the terminal to copy the image to the microSD card by this command: | 1. For Linux use the terminal to copy the image to the microSD card by this command: | ||
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Replace path/to/image with path to image and diskX with deviceaddress of your microSD-card. Drag / drop the icon to the terminal is possible if in desktop environment.<br> | Replace path/to/image with path to image and diskX with deviceaddress of your microSD-card. Drag / drop the icon to the terminal is possible if in desktop environment.<br> | ||
Use rdiskX instead of diskX on OSX to accelerate the transfer | Use rdiskX instead of diskX on OSX to accelerate the transfer and put a lowercase m as BS= | ||
== Configure the microSD Card for WiFi access == | == Configure the microSD Card for WiFi access == |
Revision as of 12:50, 12 July 2021
Preconfigured Set Up the microSD Card
1. Download the file image here, unzip it and use Etcher to copy it to your microSD card.
2. After the process is complete, a new drive is visible in Windows Explorer or Mac OS Finder called /boot. Open wpa_supplicant.conf with any notepad application and change the WiFi credentials to your needs. Dont use Word or Office since they might change the quotation marks.
3. Eject the microSD card and put it into the raspberry pi and boot it up. After 1-2 Minutes it should be logged into the WiFi with hostname raspberry
Manual Set Up the microSD Card
0. Copy Image of Raspberry Pi OS Lite and use Etcher to copy it to your microSD card
Make sure to download the Lite and not Desktop / Desktop and recommended software!
1. For Linux use the terminal to copy the image to the microSD card by this command:
dd if=path/to/image of=/dev/diskX bs=8M
Replace path/to/image with path to image and diskX with deviceaddress of your microSD-card. Drag / drop the icon to the terminal is possible if in desktop environment.
Use rdiskX instead of diskX on OSX to accelerate the transfer and put a lowercase m as BS=
Configure the microSD Card for WiFi access
After the above steps, on Windows and OSX a new drive/partition named „boot“ is visible in Explorer or Finder. On Linux you see additionally rootfs, we can ignore this.
2. Create a new and empty file just called „ssh“ on the new boot partition. This is just for enabling ssh as Raspberry OS evaluates this file to enable the ssh configuration. You can simply do that in Linux/OSX by navigating to the /boot partition of the microSD Card and enter
nano ssh
Then just save the empty file and exit (ctrl+o for save, ctrl+x for exit)
On Windows, open Notepad.exe and save the empty file as ssh on /boot. Double check in file properties that no .txt is added (but hidden)
3. Using the same method as above, put a file called wpa_supplicant.conf in the same partition (/boot). This contains the credentials needed to connect to your WiFi. Add as many Networks as you like.
Be sure to edit the parameter „country“ correctly, else the pi may not be able to connect to your WiFi. Copy / paste the following. Make sure quotes are pasted correctly.
ctrl_interface=DIR=/var/run/wpa_supplicant GROUP=netdev country=de update_config=1 network={ ssid="YourWiFiName" psk="Password" }
Save the file and eject the microSD Card from the PC. This file will be removed from this place as soon as the raspberry has read it. If your Raspberry does not connect to your WiFi, you can repeat this process as often as necessary. If the file is still there after an attempted boot, there has something more severe gone wrong.
Configuring the Raspberry Pi to be a bcMeter
4. Put microSD-Card in Raspberry and boot it up (takes up to a minute)
Log into the raspberry via terminal on Linux/OSX
ssh pi@raspberrypi
Or any terminal client on Windows (for example Putty) with the following default credentials
address: raspberrypi
login name: pi
login passwort: raspberry
(For some mobile hotspots it is required to add .local to the hostname (e.g. raspberryp.local). Try this first if no connection is possible.)
5. Being logged in, enter
wget -N https://raw.githubusercontent.com/bcmeter/bcmeter/main/install.sh && sudo bash install.sh