kaniko
jib
Our great sponsors
kaniko | jib | |
---|---|---|
49 | 46 | |
13,712 | 13,321 | |
1.8% | 0.9% | |
9.5 | 8.0 | |
7 days ago | 7 days ago | |
Go | Java | |
Apache License 2.0 | Apache License 2.0 |
Stars - the number of stars that a project has on GitHub. Growth - month over month growth in stars.
Activity is a relative number indicating how actively a project is being developed. Recent commits have higher weight than older ones.
For example, an activity of 9.0 indicates that a project is amongst the top 10% of the most actively developed projects that we are tracking.
kaniko
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Building Cages - Creating better DX for deploying Dockerfiles to AWS Nitro Enclaves
Kaniko for building the container images
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Container and image vocabulary
kaniko
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Schedule on Least Utilized Node
If you are using the docker socket just for building container images, you might want to look into kaniko. It doesn't use docker to build images. If you use the socket also for starting containers (we are actually doing that in our CI pipelines), you could think about limiting the pods Kubernetes schedules on a node (you can change the default of 110 using the kubelet config file).
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You should use the OpenSSF Scorecard
It took less than 5 minutes to install. It quickly analysed the repo and identified easy ways to make the project more secure. Priya Wadhwa, Kaniko
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Faster CI builds?
As for avoiding cargo rebuilding artifacts, make sure to use the same docker image, the same target dir and same workspace dir, every build. If you're using kaniko, it also does not preserve file timestamps (#1894) causing rebuilds.
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Ask HN: How are you dealing with the M1/ARM migration?
According to Kaniko documentation [1], they don't really support cross-platform compilation. Do you solve that by having both amd64- and arm64-based CI/CD runners?
[1] https://github.com/GoogleContainerTools/kaniko#--customplatf...
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Interaction between Docker, AMI and Ansible
Docker is a tool for building container images and running containers. Normally you'd compose a `Dockerfile` to configure an container image, include that `Dockerfile` at the root of an application repository, then use a CI/CD system to build and deploy that image on to a fleet of servers (possibly, but not necessarily, using Ansible!). You can use Ansible to build Docker images, but the idiomatic way - e.g. the least surprising, most common way - would be to use a `Dockerfile` and `docker` itself (or another builder such as [`Buildah`](https://buildah.io/) or [`kaniko`](https://github.com/GoogleContainerTools/kaniko)).
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Deploy Node app to GCR without Docker?
Cloud Build builds the container image on either Container Registry (older) or Artifact Registry (newer). You can specify how Artifact Registry builds this container image. It could be with a Dockerfile, or directly from source code if you tell Artifact Registry to use pack, or it could even use something called kaniko (I never used it). Instead, if you'd rather build the container image on your computer, you could use whatever tool you want, as long as it produces an OCI-compliant container image.
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Kubernetes for Startups: Practical Considerations for Your App
Build: Workloads need to be containerized. That leads to long build times, especially if there is no caching possible/enabled for the build. A local build might be just a hot reload, but these can take many minutes with the container build step included. Please use podman, kaniko, or similar over docker for builds.
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📺 Certified Kubernetes Administrator (CKA) training from CBT Nuggets 👨🏻💻👩🏻💻
Kaniko - build container images directly in Kubernetes clusters
jib
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Nix is a better Docker image builder than Docker's image builder
Having the author do this for a service written in Go is a mistake. Your first address for containerizing Go services should be ko: https://ko.build/ , and similar solutions like Jib in the Java ecosystem: https://github.com/GoogleContainerTools/jib . No need to require everyone to install something heavy like Nix, no need for privileged containers in CI to connect to a Docker daemon so that actual commands can be executed to determine filesystem contents, just the absolute bare minimum of a manifest defining a base layer + the compiled artifacts copied into the tarball at the correct positions. More languages should support this kind of model - when you see that pnpm's recipe (https://pnpm.io/docker), ultimately, is to pick a pre-existing node base image, then copy artifacts in and set some manifest settings, there's really no technical reason why something like "pnpm build-container-image", without a dependency on a Docker daemon, hasn't been implemented yet.
Using nix, or Dockerfile, or similar systems are, today, fundamentally additional complications to support building containerized systems that are not pure Go or pure Java etc. So we should stop recommending them as the default.
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Deploy Secure Spring Boot Microservices on Amazon EKS Using Terraform and Kubernetes
You need to build Docker images for each app. This is specific to the JHipster application used in this tutorial which uses Jib to build the images. Make sure you are logged into Docker using docker login. Navigate to each app folder (store, invoice, product) and run the following command:
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Tool to build Docker images
JIB
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Thin (ish) Clojure jars for better docker containers
It is pretty easy to do with https://github.com/GoogleContainerTools/jib.
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Fearless Distroless
I first learned about Distroless because it was the default option in Google's Jib. Jib is a Maven plugin to create Docker containers without dependency on Docker. Note that the default has changed now.
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Spring Boot pod takes 60 seconds to become ready; trouble handling spiky workloads
Optimize your Dockerfile by using a small base Java Image, use either Spring Boot's layers tools or Google Jib to build your docker file, and increase CPU/Memory requests and limits if you can.
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CI/CD with Spring Boot and Jenkins Pipelines
In this section, we will setup the automated generation and deployment of a Docker container image. You will need a Docker Hub account and the Jib Gradle Plugin.
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How to Deploy JHipster Microservices on Amazon EKS Using Terraform and Kubernetes
You need to build Docker images for each app. This is specific to the JHipster application used in this tutorial which uses Jib to build the images. Make sure you are logged into Docker using docker login. Navigate to each app folder (store, invoice, product) and run the following command:
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Cloud Native Java Microservices with JHipster and Istio
We are ready to deploy now. First, we need to build and push the images to the registry. We can use the handy Jib commands provided by JHipster. Navigate to each of the microservice folders and run the commands below.
What are some alternatives?
podman - Podman: A tool for managing OCI containers and pods.
buildah - A tool that facilitates building OCI images.
buildkit - concurrent, cache-efficient, and Dockerfile-agnostic builder toolkit
nerdctl - contaiNERD CTL - Docker-compatible CLI for containerd, with support for Compose, Rootless, eStargz, OCIcrypt, IPFS, ...
jkube - Build and Deploy java applications on Kubernetes
skopeo - Work with remote images registries - retrieving information, images, signing content
source-to-image - A tool for building artifacts from source and injecting into container images
ko - Build and deploy Go applications
Bazel - a fast, scalable, multi-language and extensible build system
pack - CLI for building apps using Cloud Native Buildpacks
docker-maven-plugin - INACTIVE: A maven plugin for Docker