murder
microk8s
murder | microk8s | |
---|---|---|
3 | 8 | |
2,524 | 6,539 | |
- | - | |
0.0 | 9.3 | |
over 7 years ago | almost 2 years ago | |
Ruby | Python | |
GNU General Public License v3.0 or later | 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.
murder
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MicroShift
> I have many thousands of machines running in multiple datacenters and even getting a ~4mb binary distributed onto them without saturating the network (100mbit) and slowing everything else down, is a bit of a challenge.
You may find murder[1] of some use.
[1] https://github.com/lg/murder
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Fork Freshness: Discover Active Forks of Abandoned GitHub Repositories
Is there a repository for Fork Freshness? I could see the twitter account ignoring requests in the future and the same fate could fall to this project. I would recommend releasing the project under AGPL-3.0-or-later to partially solve this issue so the project can continue in the event of abandonment. I could see people contributing code to search for projects in other known forges such as GitLab, Sourceforge, Savannah, Gitea, pagure, and sourcehut as sometimes projects are forked outside of the original forge.
I have noticed this issue that Fork Freshness tries to solve. My example is Twitter's project murder https://github.com/lg/murder When a project becomes unmaintained whether officially or unofficially, the future home is often lost unless the original points to the new home at the top of the README file. You can dig within GitHub in the Insights > Network section to get a visual glimpse of what has changed since. https://github.com/lg/murder/network The original repository put up a notice that the project is unmaintained and archived the project which effectively ends the project in practice. In this case, ervinb's fork seems to be the most active commits before being abandoned. https://github.com/ervinb/murder Other forks also had independent commits that never were pulled into other projects. Looking at the network method fails to differentiate 30 grammar fixes from 30 new features without digging into each promising looking fork. Even then, you may miss a single commit that included more work then the entirety of the other commits. Disclosure: I have not worked on murder.
This is a serious problem and I hope we solve it.
- I have a ~2gb file I need regularly sent to ~300 *Nix servers. What's the best way to do this?
microk8s
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How to enable startup probe on GKE 1.16?
FROM postgres:11CMD sleep 30 && postgres I'm reusing this example from the same issue with microk8s where I could solve it by changing the kubelet and kubeapi-server configuration files (see https://github.com/ubuntu/microk8s/issues/770 in case you're interested). I assume this is not possible with GKE clusters as they don't expose these files, probably for good reasons.
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How to configure kubernetes (microk8s) to use local docker images?
$ kubectl get podsNAME READY STATUS RESTARTS AGEbackend-deployment-66cff7d4c6-gwbzf 0/1 ImagePullBackOff 0 18s Before that it was ErrImagePull. So, my question is, how to tell it to use local docker images? Somewhere on the internet I read that I need to build images using microk8s.docker but it seems to be removed.
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I was so excited to join this community
There's a whole community of hobbyists building Raspberry Pi clusters, porting things to work on various Arm processors, exploring and contributing to minimalist distros like k0s and microk8s, etc.
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no persistent volumes available for this claim and no storage class is set
same pvc worked fine on "GKE" (Google Kubernetes Engine) but failing in my local cluster using microk8s
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Is Kubernetes Still Just an Ops Topic?
Local Kubernetes Clusters: It is now possible to run Kubernetes on local machines with tools such as Kubernetes in Docker (kind), minikube or MicroK8s. This allows developers to run their first experiments completely isolated from others and with low risk and low cost.
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Kubernetes Development Environments – A Comparison
Local Kubernetes clusters are clusters that are running on the individual computer of the developer. There are many tools that provide such an environment, such as Minikube, microk8s, k3s, or kind. While they are not all the same, their use as a development environment is quite comparable.
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Local Cluster vs. Remote Cluster for Kubernetes-Based Development
Since the developer is the only one who has to access this cluster for development, local clusters can be a feasible solution for this purpose. Over time, several solutions have emerged that are particularly made for running Kubernetes in local environments. The most important ones are Kubernetes in Docker (kind), MicroK8s, minikube and k3s. For a comparison of these local Kubernetes options, you can look at this post.
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The Journey of Adopting Cloud-Native Development
Another very important distinction of this level is that developers have direct access to Kubernetes for the first time. While it is not strictly necessary, the standard case for the Kubernetes access with these tools is to use a local Kubernetes cluster, i.e. a Kubernetes cluster started with tools such as minikube, kind or MicroK8s on the local computer of the developer.
What are some alternatives?
active-forks - Find active github forks of a repo https://git.io/vSnrC
microshift - A small form factor OpenShift/Kubernetes optimized for edge computing
murder - Large scale server deploys using BitTorrent and the BitTornado library
rancher - Complete container management platform
Better-Github-Forks - Script for finding good forks of any project on Github
k3s - Lightweight Kubernetes
apt-transport-ipfs - IPFS transport for apt
docker - Moby Project - a collaborative project for the container ecosystem to assemble container-based systems [Moved to: https://github.com/moby/moby]
aws-sdk-go-v2 - AWS SDK for the Go programming language.
kind - Kubernetes IN Docker - local clusters for testing Kubernetes
liqo - Enable dynamic and seamless Kubernetes multi-cluster topologies