#Plexamp for raspberry pi install
#Plexamp for raspberry pi zip file
#Plexamp for raspberry pi update
#Plexamp for raspberry pi download

#Plexamp for raspberry pi install

It also allows users to tune tine install to their needs and preferences. I believe that installing a native OS is the best options because it builds linux skills that can be used for other things in the future. That makes the install easy, but both the OS and HA are configured to their needs and preferences … which may not align with those of the user. To create hass.io, the developers perform the native OS and HA install for you. My instructions install native OS and a native home assistant, so you configure per native OS and native HA instructions. how long depends on the size and speed of the SD card 64GB SD card took about 80 minutes. Make an image of the SD with Win32DiskImager. J) Start Home assistant ? - if we take an image next, why start HA now?

#Plexamp for raspberry pi update

H) Update to the latest version of Home Assistant G) Configure Home Assistant to start automatically when RPi is bootedĢ)Ĝreate the file '/etc/systemd/system/ 'ĮxecStart=/srv/homeassistant/bin/hass -c '/home/homeassistant/.homeassistant'

not obvious when it completes, so be patient and allow extra time) Sudo chown homeassistant:homeassistant homeassistantĬ)Ĝreate and change to a virtual environment for Home Assistantį)Ěctivate homeassistant to complete the installation Sudo useradd -rm homeassistant -G dialout,gpioī)Ĝreate homeassistant installation directory Step 2: Install and Activate Home Assistant zipį) Under Raspberry/Preferences/Raspberry Pi Configuration/ Etcher reads the image directly from the.

#Plexamp for raspberry pi zip file

I need to redact a few tokens and passwords before I share that info.Ī)ĝownload ZIP file 'Raspbian Stretch with desktop and recommended software' from I also installed Samba to share data with my Windows syste, and I installed Mosquitto MQTT to communicate with some of the home-made devices that I have built and installed in my home. For kicks, I tested plugging a USB Powered 4TB Seagate Backup+ into a powered USB hub that was connected to the RPi, and that worked just fine, but you can’t plug it directly into the RPi because the Pi can’t provide the power it requires. Note that you don’t want to plug a USB powered hard-drive into the RPi. I restored the image to a second SD-card and started running from there to make sure the recovery point was solid.Īfter this point, I installed NTFS because I wanted to be able to write log files to a hard disk and I had a 1TB USB drive with it’s own power supply laying around. After the install, I made my own “combined image” so that I had a recovery point.

#Plexamp for raspberry pi download

Note that they include the download links I used and the reference sites that my installation steps came from. I took detailed notes when I did my install. No, you can install Stretch directly from an image. This is enough to display the HA front-end.

When I am done working, I can simply disconnect the monitor, keyboard, and mouse, and I attach a 7' touch display. This gives me enough surface area to simultaneously display the HA front-end, search the internet, edit YAML files, and display log files as I work on my system. When I work on HA, I work with an old 17' monitor with a keyboard and mouse (left over from a defunct Windows desktop). I have HA running on the platform described above, (and an SD-card that can read 170MB/s and write 90MB/s) It performs very well … far beyond my expectations. One thing I especially like is that the file manager lets you open a terminal window or execute a command within the displayed folder. The GUI is very user friendly, with a browser that you can use to display the HA front-end, a text-editor (much like Windows Notepad) to edit YAML files, and a file-manager that lets you browse the file system with ease. The RPI3B+ (64-bit, 4-core processor) has enough power and RAM to run Raspian Stretch which comes with the GUI enabled.