IBM Cloudに専用線などを通じて接続するための、Direct Linkサービスに関する、実践的なガイドの日本語版です。Direct Link Connectや冗長構成など、最近の情報を追記しました。
A practical guide for administrators of IBM Cloud (SoftLayer) accounts who want to implement private connectivity to the cloud from their on-premise network. Update with the recent information such as Direct Link Connect, and redundant configuration. (updated as of 2020/11/02, Japanese edition)
Kubernetes는 전세계 조직의 96%가 이미 사용 중이거나 검토 중인 오픈소스 기술입니다. 클라우드 시장은 IaaS에서 PaaS로 그 중심이 이동하고 있으며, PaaS 시장은 2026년까지 연평균 19.6% 성장률을 기록할 것으로 전망되고 있습니다.
Kubernetes를 기반으로 애플리케이션을 손쉽게 배포하고 자동화된 운영 관리는 제공하는 PaaS 솔루션, Playce Kube를 소개합니다.
다양한 컴포넌트를 유기적으로 결합한 최적의 플랫폼으로 유연한 클라우드 네이티브 애플리케이션을 위한 환경을 제공합니다.
Using GitHub Actions to Deploy your Workloads to AzureKasun Kodagoda
This presentation provides an introduction to GitHub Actions and the core concepts of GitHub Actions. Then dives into details about how you can use GitHub Actions for Azure to deploy your workloads to Azure Cloud Platform.
IBM Cloudに専用線などを通じて接続するための、Direct Linkサービスに関する、実践的なガイドの日本語版です。Direct Link Connectや冗長構成など、最近の情報を追記しました。
A practical guide for administrators of IBM Cloud (SoftLayer) accounts who want to implement private connectivity to the cloud from their on-premise network. Update with the recent information such as Direct Link Connect, and redundant configuration. (updated as of 2020/11/02, Japanese edition)
Kubernetes는 전세계 조직의 96%가 이미 사용 중이거나 검토 중인 오픈소스 기술입니다. 클라우드 시장은 IaaS에서 PaaS로 그 중심이 이동하고 있으며, PaaS 시장은 2026년까지 연평균 19.6% 성장률을 기록할 것으로 전망되고 있습니다.
Kubernetes를 기반으로 애플리케이션을 손쉽게 배포하고 자동화된 운영 관리는 제공하는 PaaS 솔루션, Playce Kube를 소개합니다.
다양한 컴포넌트를 유기적으로 결합한 최적의 플랫폼으로 유연한 클라우드 네이티브 애플리케이션을 위한 환경을 제공합니다.
Using GitHub Actions to Deploy your Workloads to AzureKasun Kodagoda
This presentation provides an introduction to GitHub Actions and the core concepts of GitHub Actions. Then dives into details about how you can use GitHub Actions for Azure to deploy your workloads to Azure Cloud Platform.
도커부터 시작하여 쿠버네티스까지 각 서비스의 기능 및 구성요소에 대해 자세히 소개해 드립니다 | Learn more about the features and components of each service, starting with a Docker and ending with Kubernetes.
Kubernetes Architecture - beyond a black box - Part 1Hao H. Zhang
This is part 1 of my Kubernetes architecture deep-dive slide series.
I have been working with Kubernetes for more than a year, from v1.3.6 to v1.6.7, and I am a CNCF certified Kubernetes administrator. Before I move on to something else, I would like to summarize and share my knowledges and take-aways about Kubernetes, from a software engineer perspective.
This set of slides is a humble dig into one level below your running application in production, revealing how different components of Kubernetes work together to orchestrate containers and present your applications to the rest of the world.
The slides contains 80+ external links to Kubernetes documentations, blog posts, Github issues, discussions, design proposals, pull requests, papers, source code files I went through when I was working with Kubernetes - which I think are valuable for people to understand how Kubernetes works, Kubernetes design philosophies and why these design came into places.
The attached is a summary of terms, description of constructs, integration alternatives and more in the networking world of Kubernetes, Openshift and AWS
Kubernetes is an open-source system for automating deployment, scaling, and management of containerized applications. It groups containers that make up an application into logical units for easy management and discovery. Kubernetes masters manage worker nodes, and pods which are the basic building blocks, containing one or more containers. It provides self-healing, horizontal pod autoscaling, service discovery, load balancing, configuration management.
Watch this presentation and learn all about Microservices.
*Flannel, Weave, IPVLAN, MacVLAN and how they fit together with Docker, Swarm or Kubernetes
*How containers communicate with each other
*How the choice of Networking Interface impacts router and switch deployment in the Data Center
도커부터 시작하여 쿠버네티스까지 각 서비스의 기능 및 구성요소에 대해 자세히 소개해 드립니다 | Learn more about the features and components of each service, starting with a Docker and ending with Kubernetes.
Kubernetes Architecture - beyond a black box - Part 1Hao H. Zhang
This is part 1 of my Kubernetes architecture deep-dive slide series.
I have been working with Kubernetes for more than a year, from v1.3.6 to v1.6.7, and I am a CNCF certified Kubernetes administrator. Before I move on to something else, I would like to summarize and share my knowledges and take-aways about Kubernetes, from a software engineer perspective.
This set of slides is a humble dig into one level below your running application in production, revealing how different components of Kubernetes work together to orchestrate containers and present your applications to the rest of the world.
The slides contains 80+ external links to Kubernetes documentations, blog posts, Github issues, discussions, design proposals, pull requests, papers, source code files I went through when I was working with Kubernetes - which I think are valuable for people to understand how Kubernetes works, Kubernetes design philosophies and why these design came into places.
The attached is a summary of terms, description of constructs, integration alternatives and more in the networking world of Kubernetes, Openshift and AWS
Kubernetes is an open-source system for automating deployment, scaling, and management of containerized applications. It groups containers that make up an application into logical units for easy management and discovery. Kubernetes masters manage worker nodes, and pods which are the basic building blocks, containing one or more containers. It provides self-healing, horizontal pod autoscaling, service discovery, load balancing, configuration management.
Watch this presentation and learn all about Microservices.
*Flannel, Weave, IPVLAN, MacVLAN and how they fit together with Docker, Swarm or Kubernetes
*How containers communicate with each other
*How the choice of Networking Interface impacts router and switch deployment in the Data Center
2019/12/25 に開催した「みんなで Swift 復習会 GO! in 札幌」で使用した資料です。主にオープニング用の資料で、本編で使ったスライドは僅かで現場にいないと役に立たないかもしれませんが、何かの参考用に公開します。
実際の現場で使った本編資料は2ページですけれど、話が脱線する中で詳細に触れた項目が記載されていたページも数ページですけれど公開しておきました。
2018/11/09 の Swift 愛好会の LT で『Swift の let した変数に値を再代入してみよう』という問題提起をするのに使ったオープニング的なスライドです。
このスライドに「解答」は含まれていないので、この話題をきっかけにあれこれ試行錯誤して、さらにはそこから『どうして2回、代入することができたのか』みたいな理由を考える糸口にしてもらえたら嬉しいです。
This code snippet shows two switch statements in Swift. The first switch statement matches on a variable v and prints different outputs depending on which pattern matches. The second switch statement matches on a device variable and can match multiple patterns on one case or use a where clause to check for a suffix, printing outputs accordingly.
The document discusses control flow statements in Swift including if/else statements to check conditions, switch statements to check multiple options, and looping statements like for-in, while and repeat-while. It also provides examples of if let to safely unwrap optionals and the nil coalescing operator ?? to handle nil values.