Last Week in Kubernetes Development: Week Ending May 26, 2024 -
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Devops/Cloud Architect at Oracle||Kubernetes and Oracle Cloud SME || Mock Interview & guidance for hands on Interview Preparation || Provide Job support & mentorship Service|| DM for Collaboration
*Great content to understand CrashLoopBackOff Concept* (Not my content) In Kubernetes, "CrashLoopBackOff" has significant importance. Let me explain why. When a pod enters the "CrashLoopBackOff" state, it means that the container inside the pod is failing, and Kubernetes will take steps to restart it. ➡️ In case the container continues to fail consistently, Kubernetes adopts a more cautious approach. ➡️ Instead of immediate restart attempts, it introduces a delay, commonly known as the "backoff" period, before initiating the next restart. Now, what happens if the "CrashLoopBackOff" condition is absent? 1️⃣ In the absence of CrashLoopBackOff, Kubernetes would try to restart the container right after it crashes. 2️⃣ This could lead to a significant number of restart attempts within a short span of time, thereby putting unnecessary strain on the system. 3️⃣ The increased failure rate could affect the availability of the application running inside the container. To summarize, the CrashLoopBackOff mechanism minimizes the chances of continuous restart loops, and facilitates effective debugging and problem resolution. (Copied from different Owner)
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I finally completed my second blog by writing about Kubernetes DaemonSets You can check it on https://lnkd.in/duEh5DpU or at https://lnkd.in/dyqkmGzs
A Thorough Exploration of Kubernetes DaemonSets: An In-Depth Examination
7h3-3mp7y-m4n.hashnode.dev
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Sr Cloud DevSecOps Engineer | Cloud Security Engineer | SRE | CI/CD | AKS/EKS | Containerization with Docker & K8s | Ansible | SAST/DAST | Terraform |Automation | Monitoring | Security
In Kubernetes, "CrashLoopBackOff" has significant importance. CrashLoopBackOff state shows up when container inside the pod is failing, and Kubernetes will take steps to restart it. In case the container continues to fail consistently, instead of immediate restart attempts, it introduces a delay, commonly known as the "backoff" period, before initiating the next restart. That way, Kubernetes facilitates effective debugging and problem resolution.
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ICYMI: FluxCD & Crossplane In this session titled "Applying GitOps to Everything with Crossplane + Flux CD", Viktor Farcic demonstrated how to harness the versatility of #Crossplane and #FluxCD. Discover how #GitOps can be applied not just to applications on #Kubernetes, but to all facets, including infrastructure, services, and applications running in various environments. GitOps Days 2022: Applying GitOps to Everything with Crossplane + Flux by Viktor Farcic https://lnkd.in/eeMtDNSU
GitOps Days 2022: Applying GitOps to Everything with Crossplane + Flux by Viktor Farcic
https://www.youtube.com/
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ICYMI: FluxCD & Crossplane In this session titled "Applying GitOps to Everything with Crossplane + Flux CD", Viktor Farcic demonstrated how to harness the versatility of #Crossplane and #FluxCD. Discover how #GitOps can be applied not just to applications on #Kubernetes, but to all facets, including infrastructure, services, and applications running in various environments. GitOps Days 2022: Applying GitOps to Everything with Crossplane + Flux by Viktor Farcic https://lnkd.in/eeMtDNSU
GitOps Days 2022: Applying GitOps to Everything with Crossplane + Flux by Viktor Farcic
https://www.youtube.com/
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In Kubernetes, "CrashLoopBackOff" has significant importance 👇 Let me explain why. When a pod enters the "CrashLoopBackOff" state, it means that the container inside the pod is failing, and Kubernetes will take steps to restart it. → In case the container continues to fail consistently, Kubernetes adopts a more cautious approach. → Instead of immediate restart attempts, it introduces a delay, commonly known as the "backoff" period, before initiating the next restart. Now, what happens if the "CrashLoopBackOff" condition is absent? 1️⃣ In the absence of CrashLoopBackOff, Kubernetes would try to restart the container right after it crashes. 2️⃣ This could lead to a significant number of restart attempts within a short span of time, thereby putting unnecessary strain on the system. 3️⃣ The increased failure rate could affect the availability of the application running inside the container. To summarize, the CrashLoopBackOff mechanism minimizes the chances of continuous restart loops, and facilitates effective debugging and problem resolution. That's it for today.
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Kubernetes 1.30 "Uwubernetes" is out now! Check out the blog post to catch up on all the new features!
Kubernetes v1.30: Uwubernetes
kubernetes.io
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Kubernetes 1.30 "Uwubernetes" is out now! Check out the blog post to catch up on all the new features!
Kubernetes v1.30: Uwubernetes
kubernetes.io
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Kubernetes 1.29: Decoupling taint-manager from node-lifecycle-controller Read mode on following blog post!
Kubernetes 1.29: Decoupling taint-manager from node-lifecycle-controller
kubernetes.io
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Kubernetes 1.29: Decoupling taint-manager from node-lifecycle-controller Read mode on following blog post!
Kubernetes 1.29: Decoupling taint-manager from node-lifecycle-controller
kubernetes.io
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