How difficult would it be to extend buildLayeredImage to compress the layers? I realize that the final output is gzipped and that it isn't buildLayeredImage { name = "ihaskell-nix"; tag = "latest"; contents = [ dockerEtc ihaskell nixpkgs.bashInteractive ]; config = { Cmd
I am currently generating docker images using BuildLayeredImage for a project and have been having trouble with the timezone inside the spawned dockerTools.buildLayeredImage fails where buildImage succeeds Discover the best practices for creating a resource-only package in Nix, enhancing your integration testing with efficient resource
buildLayeredImage, fakeNss, pullImage, shadowSetup, buildImageWithNixDb, pkgsCross, streamNixShellImage, }: let nixosLib = import ../../../nixos/lib I am trying to build multiarch OCI images on a macOS host. The following code works: mkDockerImage = pkgs: targetSystem: let archSuffix = if Has anyone had any success in building a docker container with dockerTools with cudatoolkit and deploying to Kubernetes?
nixpkgs/doc/build-helpers/images/dockertools.section.md at master How to use dockerTools.buildLayeredImage and CUDA - Help dockerTools.buildLayeredImage: Possible to compress layers
Easy IHaskell Docker Images with Nix - Vaibhav Sagar Nixpkgs Reference Manual nixpkgs/pkgs/build-support/docker/examples.nix at master · NixOS
Basically, buildLayeredImage runs the script created by streamLayeredImage to save the compressed image in the Nix store. buildLayeredImage supports the same buildLayeredImage. Create a Docker image with many of the store paths being on their own layer to improve sharing between images. The image is realized into
NixOS: Containers a la Nix - myme.no pkgs.dockerTools | nixpkgs How to Create a Resource-Only Package in Nix for Integration Testing
BuildLayeredImage and timezones in generated docker containers buildLayeredImage { name = imageName; tag = "latest"; contents = [ fakeNss nginx ]; extraCommands = '' # nginx still tries to read this
buildLayeredImage. buildLayeredImage uses streamLayeredImage underneath to build a compressed Docker-compatible repository tarball. Basically, buildLayeredImage