Join us to learn the concepts and terminology of Kubernetes such as Nodes, Labels, Pods, Replication Controllers, Services. After taking a closer look at the Kubernetes master and the nodes, we. This is the first part of the series on building highly scalable multi-container apps using AKS.As mentioned in the earlier post I will be building this series using Kubernetes as an Orchestrator for managing the cluster on which our Docker containers will be running. CNCF Webinars CNCF [Cloud Native Computing Foundation]. CNCF Webinar Series - Machine Learning in the Datacenter with Nick Chase of Mirantis by CNCF. Kubernetes in Docker for Mac by CNCF. How To Provision and Manage Remote Docker Hosts with Docker Machine on Ubuntu 18.04 How To Back Up and Restore a Kubernetes Cluster on DigitalOcean Using Heptio Ark Webinar Series: Building Blocks for Doing CI/CD with Kubernetes. « CNCF Webinar Series – Getting Helm to be Enterprise-ready CNCF Webinar Series – Kubernetes in Docker for Mac » In the first release of 2018, Kubernetes 1.10 continues to advance maturity, extensibility, and pluggability of Kubernetes.
Calibrated software calibratedq dvcpro hd decode for mac. Background This is the first part of the series on. As mentioned in the earlier post I will be building this series using Kubernetes as an Orchestrator for managing the cluster on which our Docker containers will be running. I assume that the readers have preliminary knowledge about Docker and containers in general. Need for Orchestration Lets try to understand the need for container orchestration.
Cncf Webinar Series Kubernetes In Docker For Mac
Docker containers are great at packaging the applications into self contained images. When we start running these images as containers in production, we need to address cross-cutting concerns like high availability, monitoring, resilience, scaling, disaster recovery etc.
Containers on their own are not capable of addressing such requirements. This is where Container Orchestration comes into the picture. Think of it as an operating system for containers which also has many other advanced features apart from managing the lifecycle of containers.
Originates from a Greek word which means pilot. Commonly referred to as k8s, it was originally designed by Google and now it is maintained by Cloud Native Computing Foundation (CNCF). Since its v1.0 release in July 2015, Kubernetes has been growing in popularity regularly. I found an excellent article from Deis called ‘’, which explains some of the concepts related to Kubernetes in a very basic terms like a story teller. Some of the salient features of Kubernetes include • Service Discovery • Load Balancing • Secrets / configuration / storage management • Heath checks • Auto scaling / restart / healing of containers and nodes • Zero-downtime deploys We will cover these features in details as we go along this series. Lets start with the first step of our journey in familiarizing with Kubernetes. We will be performing following actions during this post • Enable AKS preview for Azure subscription • Provision managed Kubernetes cluster using Azure CLI • Verify cluster resources using Kubernetes control plane Prerequisites I will be using Azure CLI to perform different actions related to my Azure subscription.
If you wish to follow along with me, Azure CLI can be installed using the instructions detailed. I have Azure-cli version 2.0.27 installed on my Mac. If you do not wish to install Azure CLI there is an alternative approach of using Azure Cloud shell which has Azure CLI preinstalled.
Sadly, it was saddled with Id Tech 5, which is terribly unfriendly to modding and really did no favors for the game in the graphical department. Not that it looks bad, but the things they had to sacrifice - not to mention the 60GB size of the game itself - probably didn't make it worthwhile.