DietPi-Software | Details for ALL installation options

[Fourdee]

Minio

[Fourdee]

AudioPhonics Pi-SPC:
Power control module for Raspberry Pi which allows you to physically power on/off the system, without the need to run "poweroff".
https://www.audiophonics.fr/fr/kits-mod ... 11125.html

Notes:

• Please ensure the correct GPIO pins are used, when connecting Pi-SPC to RPi (see image below)
• To power off system, and begin the shutdown process: Hold the power button for < 0.5 seconds. If you don't have a button, you can also close the pins BP PIN C and BP PIN NO, with your favorite electrically conductive metal (eg: tweezers).
• NB: Avoid holding the power button for longer than 2 seconds, as this will hard power off system (same effect as pulling the power). Doing so will create file-system corruptions, during shutdown IO operations.

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[Fourdee]

Raspotify:
Spotify Connect client for the Raspberry Pi that Just Works™.

• NB: You’ll need a Spotify Premium account in order to use Connect.

spotify-connect.png (11.15 KiB) Viewed 37640 times

Notes:
Raspotify should work straight out of the box.

• However, you can change the available options in:

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  /etc/default/raspotify

• Then restart services with:

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  dietpi-services restart

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[Fourdee]

Google AIY voice kit:
"Ok Google. Who is your daddy?"

Notes:

• Our installation is highly optimized and lightweight. We do not install a desktop environment. User will be required to setup Google API and keys on another system (please see 1st run setup below)
• We highly recommend SSH to allow for a quick setup of Google API and device link.
• We also recommend one of DietPi File servers, for easy transfer of assistant.json, generated during Google API setup.

1st Run Setup:
Once DietPi has installed the Google AIY voice kit, and rebooted, you will need to setup your Google API account and link the device.

• Follow the link below, to setup Google API and download client keys, required to enable the speech API:
  https://aiyprojects.withgoogle.com/voic ... istant-api
  NB: When setting up the activity controls, ensure you also enable "Include Chrome browsing history and activity from websites and apps that use Google services", else, she will not function
• Make sure you have one of DietPi's File Servers installed.
  Once completed, download the client_secret.json and save it to:
  - If using SSH = /mnt/dietpi_userdata/voice-recognizer-raspi/assistant.json
  - If using File Server = voice-recognizer-raspi/assistant.json
• Run the command below, then follow the onscreen link/instructions to setup verification:

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  sudo -u dietpi /mnt/dietpi_userdata/voice-recognizer-raspi/env/bin/python3 -u /mnt/dietpi_userdata/voice-recognizer-raspi/src/main.py

• Once the "Ok, Google" prompt appears, test the device, then, you can terminate the program with CTRL+C, then restart services:

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  dietpi-services restart

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Install Notes:
Where is the voice software located?

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/mnt/dietpi_userdata/voice-recognizer-raspi

Check service status:

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dietpi-services status

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[Fourdee]

Gitea:
Your very own GitHub style server, with web interface.

gitea_0.jpg (7.31 KiB) Viewed 28364 times

Access Gitea web interface:
url = http://192.168.0.100:3000

First run setup:
Once connected to the web interface:

• Change the following values only:
  • MySQL database user = gitea
  • MySQL database password = dietpi
  • Repository Root Path = /mnt/dietpi_userdata/gitea/gitea-repositories
  • Log Path = /var/log/gitea
• Scroll to the bottom of page and select Install Gitea
• When the web address changes to localhost: and fails to load, you need to reconnect to the webpage using the ip address (eg: http://192.168.0.100:3000)
• Once the page has reloaded, you will need to click register to create the admin account

External access:
If you wish to allow external access to your Gitea server, you will need to setup port fowarding on your router, pointing to the IP address of your DietPi device.

• Port = 3000
• Protocol = TCP+UDP

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[Fourdee]

Home Assistant
Home Assistant is an open-source home automation platform running on Python 3. Track and control all devices at home and automate control. Perfect to run on a Raspberry Pi.



(IMPORTANT) Initial install and access:
The install process on slower SBC models can take a very long time, up to 2 hours, hence take a coffee, find some other activity and check back once in a while. It will show Installing Python-3.8.0... a very long time. If you want to see processing details, run htop on a dedicated terminal or SSH session to watch Python build process live.
After dietpi-software has finished and the service starts the first time, please go through the following steps manually:

1. Run htop and wait until homeassistant processes CPU usage goes down to ~zero.
2. Run systemctl restart home-assistant
3. Run htop and wait until homeassistant processes CPU usage goes down to ~zero.
4. Open the HA web UI (see below). It will again install some Python modules on first access, which can again take a little while. Always check htop if you are unsure, which reveals any Python/pip module install process, if currently done.

Access Web Interface:
URL = <your.domain/IP>:8123

Configuration files:
The configuration files are stored system-wide within: /mnt/dietpi_userdata/homeassistant
Please see the online documentation: https://home-assistant.io/docs/

Customise Python environment:
Home Assistant is installed within a dedicated Python environment, powered by: https://github.com/pyenv/pyenv
This places a standalone Python instance which runs completely independent from any other installed Python instance or modules. If you need to install additional Python modules into this pyenv environment, update Python itself or similar, you need to open a shell as user homeassistant and activate the pyenv environment:

• sudo -u homeassistant bash
• . /home/homeassistant/pyenv-activate.sh
• pip3 install <module> # Or whichever install/update you need to do

Update Home Assistant to current version:
To quickly update Home Assistant to the current version, run:

• /home/homeassistant/homeassistant-update.sh

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[Fourdee]

Nukkit:
Nukkit is Java based server for Minecraft Pocket Edition.

Info:
Nukkit by default runs a single server, available on LAN.

Tweak the server settings by modifying the following file:

• /usr/local/bin/nukkit/server.properties

You can restart the service by running:

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dietpi-services restart

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[Fourdee]

PiJuice:
All in one, battery based power supply HAT for the RPi, featuring UPS capabilities and battery run time.

Information:

• Our default installation does not include the desktop application, if required, please install a desktop first, then following command to install the GUI afterwards:

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  G_AGI pijuice-gui

  The PiJuice program can then be launched (LXDE) from LXDE start > Preferences
• SW1 = Power on unit
• SW2 = Power off unit (runs a sample script which can be modified /var/lib/dietpi/dietpi-software/installed/pijuice/pijuice_func1.sh)
• Additional configuration can be made via editing the following file (Full list of available config options):

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  nano /var/lib/pijuice/pijuice_config.JSON

  Restart services to apply any changes.

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  dietpi-services restart

• Update firmware
  At the time of writing, this will update firmware on the device to V1.1_2018_01_15, however, please replace the firmware link with the latest version:

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  wget https://github.com/PiSupply/PiJuice/raw/master/Firmware/PiJuice-V1.1_2018_01_15.elf.binary -O package.binary
  chmod +x package.binary
  pijuiceboot 14 package.binary

[Fourdee]

Airsonic:
Feature rich media streaming server with a web interface. Coded in Java.

Access the web interface:

• url = http://192.168.0.100:8080/airsonic
• username = admin
• password = admin

First run setup:
Once connected to the web interface, we need to configure the Music directory:

• Click the Settings button
• Under Media Folders, replace the current music folder entry with /mnt/dietpi_userdata/Music, then select Save
• Select Scan media folders now to update the library

Transfer music to your device:
Make sure you have one of DietPi's File Servers installed.
folder = /mnt/dietpi_userdata/Music



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[Fourdee]

InfluxDB
influxDB is a database optimized to save time based data as logs or data from a sensor.
The main interface to the database for management and data transfert is http requests that are handled directly by influxdb service (default port being 8086).

The data can be nicely viewed with Grafana.
This installation and documentation was possible, thanks to @marcobrianza

Usage:
The package comes with a command line tool influx for database management operations
This tool also uses http so it can manage a database on a remote machine setting the -host option.
Official documentation can be found at https://docs.influxdata.com/influxdb/

• Create a database

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  influx -execute 'create database mydb'

  • Another method

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    curl -i -XPOST http://localhost:8086/query --data-urlencode "q=CREATE DATABASE mydb"

• Posting data

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  curl -i -XPOST 'http://localhost:8086/write?db=mydb' --data-binary 'temperature value=20.12'

• Show data

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  influx -database mydb -execute 'SELECT * FROM temperature'

  • Another method

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    curl -i -XPOST http://localhost:8086/query?db=mydb --data-urlencode "q=SELECT * FROM temperature"

• By default http authentication is disabled, to enable, change auth-enabled = true in the configuration file /etc/influxdb/influxdb.conf, then restart services with dietpi-services restart
• Create users and authorizations from influx CLI

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  influx -username admin -password admin01

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  CREATE USER admin WITH PASSWORD 'admin01' WITH ALL PRIVILEGES
  CREATE USER test_user WITH PASSWORD 'test_user01'
  GRANT ALL ON mydb TO test_user
  exit

Install information:
The data location for InfluxDB is stored/symlinked to the DietPi userdata directory: /mnt/dietpi_userdata/influxdb



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