lcright.blogg.se - Install docker on raspberry pi zero w

Install docker on raspberry pi zero w install#
Install docker on raspberry pi zero w software#
Install docker on raspberry pi zero w code#

I wanted to get another to build a retro game pad, but all gone (Westbury, NY)Ĭurrently working fine (so far), but works much faster in iPhone Homekit app. Unfortunately, Zero 2 W is selling VERY fast. There are so many other website that didn't help me. Total cost : $15 (Zero 2 W) + $5 (32gb Samsung micro SD card) (probably step 8 and 9 are not needed, just did it for fun)

Install docker on raspberry pi zero w install#

ssh into and follow direction from Homebridge ( - I used direction for zero to install Node.js.

configure the rest, follow the direction.

connect Pi Zero 2 W via USB port and ssh into and "sudo raspi-config".

add "modules-load=dwc2,g_ether " in cmdline.txt 3. When cross-compiling, you then point the compiler or build tools to your. Once it is writable, you can install the necessary libraries to this sysroot. Make a copy of the toolchains sysroot, make it writable ( chmod -R u+w your-copy-of-the-sysroot ).

Install OS using Raspberry Pi Imager (I installed official Raspberry Pi OS, not Homebridge OS) If your project has dependencies, such as libdbus, youll have to install them in your sysroot.

Tested other micro SDs and if the card is slow, it's difficult to install (sometimes Homebridge install fails, other times remote connection too slow.

Install docker on raspberry pi zero w software#

Pi image software could not write the OS. Get a good SD card - got an 32gb micro sd from microcenter.Just to recap in case some other peeps are interested in : It's my first time to set up raspberry pi and it was not easy. I got the zero 2 W from micro center the other day, and configured. I got a good response to my question before. dockerignore file you can use to not include all the files in your image. The commands above would then be like this: # Build & saveĭocker build -t my-app:armv6 -f Dockerfile.armv6. I also tag the image with the suffix :armv6. Note: In my repo I've named the file Dockerfile.armv6 because I already have a Dockerfile for running the app on other architectures that doesn't require a specific docker image. transfer it to your RPi (with scp or whatever) and load it! # On RPiĭoing this can get tedious if you make a lot of changes to your app, so I created a simple bash script that you can use:

# Same as earlier, be specific or copy everythingĬOPY -from=builder /app/node_modules /app/node_modules # the node_modules dir ends up in the final image # Fetch node_modules for backend, nothing here except Since you can't run the arm32v6/node on your computer, you need to first use a working node image to fetch/build your project. This is useful when you want to make an image of someone elses project and/or don't want to install npm on your machine. # Either be specific with what to add, docker caches every stepĪDD package-lock.json /app/package-lock.json This is more useful and faster with an app you're developing yourself, since you probably have npm installed.įetch the deps as usual with npm install then add a Dockerfile (and possibly a. Run npm in a container with a multistage build and then copy the files to image.

Install docker on raspberry pi zero w code#

Install npm on your computer, fetch all dependencies ( node_modules) and copy them together with the code into the armv6 image.

After some thinking and googling I realised that you can save docker images and then load them on another computer. I thought about creating the image locally and pushing it to Docker Hub but it felt a bit overkill for small, personal apps. I wanted to be able to run the app in Docker but building an image from a Dockerfile on the RPi0 was incredibly slow and I didn't manage to complete it because my Pi ran out of memory. While developing a web app for my Raspberry Pi Zero SMS gateway I ran into trouble.