Podcasts about saad ali

Nick Skinner joins Aaman and Nate to discuss the newly announced World Cup schedule, new details on the failures of the "American Premiere League", Washington Freedom's trip to New South Wales (minus Mukhtar Ahmed and Saad Ali), and more. 

Episode 13: Letter Quest (Remastered).Timestamps:(1:35) Basic Info(5:24) Gameplay(16:19) Vibe(18:27) Wrap Up.Featured Tracks:Main Menu ThemeBattle ForestDust BunnyMain Menu Theme (again).Music by Saad Ali.Found Bytes Intro Song by Brian McGinlyFollow Brian's gaming! https://psnprofiles.com/XenoLinkGot feedback? Email us at FoundBytesGRS@gmail.com or Tweet @foundbytesgrs

The Leaking Bucket - 11th Hour - Season 2 - Ep. 17 - TJ, Abu Saad & Ali E.

Sprint Mode - Last 10 days of Ramadan - 11th Hour - Season 2 - Last Episode - TJ, Abu Saad & Ali E

TERcets is a literary podcast by The Ekphrastic Review. Listen to your host, Brian Salmons, read three pieces selected from our website, ekphrastic.net. This episode features works by Anita Nahal, Alarie Tennille, and Saad Ali. Writer's websites: Anita Nahal - https://anitanahal.wixsite.com/anitanahal Alarie Tennille - https://alariepoet.com/ Saad Ali - https://www.saadalipoetry.com/ The Ekphrastic Review is an online journal devoted entirely to writing inspired by visual art. Our objective is to promote ekphrastic writing and art appreciation, and to experience how the two strengthen each other and bring enrichment to every facet of life. We want to inspire more ekphrastic writing and promote the best in ekphrasis far and wide. Intro/outro from music by Judadi (on SoundCloud @judadi). Interludes from Silver Process ("Fantastic Planet"), Louis Davy ("nausea"), and Jahzzar ("Guilty"). Cover art uses "Composition", by Sophie Taeuber Arp (1931).

More gripping than a crime scene in Las Vegas, the Container Storage Interface (CSI) lets vendors interface with Kubernetes. Saad Ali from Google led development of Kubernetes storage, including the CSI and volume subsystem. He joins hosts Adam and Craig for an in-depth look at how storage works in Kubernetes. Do you have something cool to share? Some questions? Let us know: web: kubernetespodcast.com mail: kubernetespodcast@google.com twitter: @kubernetespod Chatter of the week Adam’s puzzle How they made The Mandalorian Unreal Engine: Project Spotlight Fraggle Rock: Rock On! Lockdown music videos: Crowded House: Something So Strong Mostar Diving Club: Quiet Hands News of the week IBM Cloud Satellite Google Cloud Buildpacks Anthos for app modernisation via CI/CD and transforming legacy Java applications Azure Container Registry adds dedicated data endpoints Amazon ECR: multi-architecture containers Amazon Cloudwatch adds Prometheus metrics run:AI creates fractional GPU sharing for Kubernetes The State of Cloud Native Development: CNCF survey (PDF) VMware’s State of Kubernetes 2020 (PDF) Gatekeeper Policy Management from SIGHUP Episode 101, with Tim Hinrichs and Torin Sandall Datastax Astra on GCP and Sam Ramji’s blog Episode 98 with Sam Ramji Introducing PodTopologySpread by Aldo Culquicondor and Wei Huang Pod Security Policies at Square by Jason Price Introduction to OpenTelemetry by Ran Ribenzaft Episode 97, with Yuri Shkuro Kubernetes and Istio on the F-16 jet: CNCF case study GKE logging introduction by Charles Baer and Xiang Shen Helm and Kustomize, better together Helm, with Matt Butcher Kustomize, with Phillip Wittrock Links from the interview SIG Storage KubeCon keynote: Debunking the Myth: Kubernetes Storage is Hard Episode 41 with Tim Hockin Docker: Volumes Volumes Persistent Volumes In-tree volume plugins (deprecated) FlexVolume Container Storage Interface Kubernetes CSI docs Design doc CSI GA announcement CSI sidecar containers Ephemeral CSI volumes (Beta) Secrets Store CSI driver Local persistent volumes Data populators KEP CSI topology Topology-aware volume provisioning CSI for Persistent Memory GKE on AWS CSI TV theme songs The Who: Substitute Saad Ali on Twitter

Read More: Welcome to The New Stack Context, a podcast where we discuss the latest news and perspectives in the world of cloud native computing. This week we spoke with Ryan Staatz, head of DevOps at LogDNA, about running stateful services on Kubernetes, as part of our series of posts and podcasts on the challenges of running Kubernetes in 2020. TNS editorial and marketing director Libby Clark hosted this episode, alongside founder and publisher Alex Williams and TNS Managing Editor Joab Jackson. Each month on The New Stack, we pick ta heme to devote a certain amount of coverage, issues that we hear are important to our readers. This month, we looked at one of the ongoing challenges for Kubernetes around how to run stateful applications. As Staatz explains in his post on the subject, “A Blueprint for Running Stateful Services on Kubernetes,” “State” refers to the condition that an application is in at a particular point in time. A stateful application changes its behavior based on previous transactions; in other words, it maintains a memory of the past. Examples of stateful applications include databases, caches, and content management systems (CMS) such as WordPress. With stateful applications, the application must have a location where it can store its state as data. This data needs to be available to the application throughout its lifespan. In a basic single-server, single-instance application, this could be as easy as storing data directly on the host filesystem. We chat with Staatz about his preferred approaches to running stateful applications on Kubernetes, as well as how LogDNA supports these architectures with its own logging service. Then, later in the show, we discuss some other recenet posts on the topic: Analyst Janakiram MSV in his post, “Different Approaches for Building Stateful Kubernetes Applications,” reveals that there are a number of different ways to provide stateful support to K8s. A Q&A with Saad Ali, the chair of the Kubernetes Storage Special Interest Group at the Cloud Native Computing Foundation, discusses the work already done to make run stateful workloads easier, as well as the challenges that remain and what to look for in the future. We also give a listen to The New Stack Makers podcast with InfluxData's Chris Churilo, who offers some perspective on why organizations increasingly rely on time series databases to “make products or services better.”

Read More: Welcome to The New Stack Context, a podcast where we discuss the latest news and perspectives in the world of cloud native computing. This week we spoke with Ryan Staatz, head of DevOps at LogDNA, about running stateful services on Kubernetes, as part of our series of posts and podcasts on the challenges of running Kubernetes in 2020. TNS editorial and marketing director Libby Clark hosted this episode, alongside founder and publisher Alex Williams and TNS Managing Editor Joab Jackson. Each month on The New Stack, we pick ta heme to devote a certain amount of coverage, issues that we hear are important to our readers. This month, we looked at one of the ongoing challenges for Kubernetes around how to run stateful applications. As Staatz explains in his post on the subject, “A Blueprint for Running Stateful Services on Kubernetes,” “State” refers to the condition that an application is in at a particular point in time. A stateful application changes its behavior based on previous transactions; in other words, it maintains a memory of the past. Examples of stateful applications include databases, caches, and content management systems (CMS) such as WordPress. With stateful applications, the application must have a location where it can store its state as data. This data needs to be available to the application throughout its lifespan. In a basic single-server, single-instance application, this could be as easy as storing data directly on the host filesystem. We chat with Staatz about his preferred approaches to running stateful applications on Kubernetes, as well as how LogDNA supports these architectures with its own logging service. Then, later in the show, we discuss some other recenet posts on the topic: Analyst Janakiram MSV in his post, “Different Approaches for Building Stateful Kubernetes Applications,” reveals that there are a number of different ways to provide stateful support to K8s. A Q&A with Saad Ali, the chair of the Kubernetes Storage Special Interest Group at the Cloud Native Computing Foundation, discusses the work already done to make run stateful workloads easier, as well as the challenges that remain and what to look for in the future. We also give a listen to The New Stack Makers podcast with InfluxData's Chris Churilo, who offers some perspective on why organizations increasingly rely on time series databases to “make products or services better.”

Containers are made to fail gracefully. When your container shuts down due to a hardware or software failure, your distributed application should be able to tolerate that failure. One simple way to be able to tolerate such a failure is to make all of your application logic “stateless.” If your application does not maintain state, The post Kubernetes Storage with Saad Ali appeared first on Software Engineering Daily.

A blog post by Saad Ali, senior software engineer at Google, drew considerable attention early year when Ali first described Kubernetes GA in “Container Storage Interface (CSI) for Kubernetes GA.  In that post, Ali described how “CSI was developed as a standard for exposing arbitrary block and file storage systems to containerized workloads on Container Orchestration Systems (COs) like Kubernetes.” Among other things, CSI protects backwards compatibility with protection by a Kubernetes deprecation policy, Ali wrote. The implications of CSI, as well as Kubernetes storage and the evolution of containers, were the subject of a podcast episode of The New Stack Analyst hosted by Alex Williams, founder and editor-in-chief of The New Stack, with Janakiram MSV, a TNS correspondent and principal of Janakiram & Associates. Joining Ali as a guest was  Anand Babu "AB" Periasamy, co-founder and CEO at MinIO. The podcast was broadcast during DockerCon 2019, Docker's flagship user conference, which recently took place in San Francisco.

In a cloud infrastructure environment, failures happen regularly. The servers can fail, the network can fail, and software bugs can crash your software unexpectedly. The amount of failures that can occur in cloud infrastructure is one reason why storage is often separated from application logic. A developer can launch multiple instances of their application, with The post Stateful Kubernetes with Saad Ali appeared first on Software Engineering Daily.

In a cloud infrastructure environment, failures happen regularly. The servers can fail, the network can fail, and software bugs can crash your software unexpectedly. The amount of failures that can occur in cloud infrastructure is one reason why storage is often separated from application logic. A developer can launch multiple instances of their application, with The post Stateful Kubernetes with Saad Ali appeared first on Software Engineering Daily.