A Brief History of UniRx/UniTask, IUniTaskSource in DepthYoshifumi Kawai
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The document discusses the architecture of UniTask in C#, including the IUniTaskSource interface and AsyncUniTask class. IUniTaskSource defines methods for getting task results and status and handling completions. AsyncUniTask implements IUniTaskSource and manages a state machine and task pool for asynchronous operations. It retrieves tasks from the pool if available or creates new ones, and returns tasks to the pool after completion.
This document discusses using C++ and the WebRTC Native APIs to build real-time communications applications. It provides an overview of the WebRTC architecture and APIs, describes how to set up the native development environment by checking out the WebRTC code from Chromium, and gives examples of using key WebRTC classes like PeerConnection, DataChannel, and observers. It also covers building for different platforms like Linux and macOS and integrating WebRTC with other libraries and protocols.
This document provides an agenda for a software engineer interview preparation. It includes a timeline of online assessments and referrals from August to November 2018. It also lists resources like coding books, websites like LeetCode and Glassdoor, online judges, and YouTube channels to study popular interview questions, data structures and algorithms, system design, and behavioral questions.
This document provides information about x86 architecture including registers, flags, modes, common instructions, Intel and AT&T syntax, system calls, examples, and references. It defines the purpose of key registers like EAX, EBX, ESP and flags. It explains real and protect modes and differences between Intel and AT&T syntax. Examples demonstrate how to write assembly code and call system calls. References provided can be used to learn more about x86 assembly programming.
CloudNative Days Spring 2021 ONLINE キーノートでの発表資料です。
https://event.cloudnativedays.jp/cndo2021/talks/1071
本セッションでは、DockerとKubernetesのもつ基本的な機能の概要を、コンテナの仕組みをふまえつつイラストを用いて紹介していきます。一般にあまり焦点をあてて取り上げられることは多くありませんが、コンテナの作成や管理を担う低レベルなソフトウェア「コンテナランタイム」も本セッションの中心的なトピックのひとつです。
本セッションは、拙著「イラストで分かるDockerとKubernetes」(技術評論社)の内容を参考にしています。
https://www.amazon.co.jp/dp/4297118378
This document provides an agenda for a software engineer interview preparation. It includes a timeline of online assessments and referrals from August to November 2018. It also lists resources like coding books, websites like LeetCode and Glassdoor, online judges, and YouTube channels to study popular interview questions, data structures and algorithms, system design, and behavioral questions.
This document provides information about x86 architecture including registers, flags, modes, common instructions, Intel and AT&T syntax, system calls, examples, and references. It defines the purpose of key registers like EAX, EBX, ESP and flags. It explains real and protect modes and differences between Intel and AT&T syntax. Examples demonstrate how to write assembly code and call system calls. References provided can be used to learn more about x86 assembly programming.
CloudNative Days Spring 2021 ONLINE キーノートでの発表資料です。
https://event.cloudnativedays.jp/cndo2021/talks/1071
本セッションでは、DockerとKubernetesのもつ基本的な機能の概要を、コンテナの仕組みをふまえつつイラストを用いて紹介していきます。一般にあまり焦点をあてて取り上げられることは多くありませんが、コンテナの作成や管理を担う低レベルなソフトウェア「コンテナランタイム」も本セッションの中心的なトピックのひとつです。
本セッションは、拙著「イラストで分かるDockerとKubernetes」(技術評論社)の内容を参考にしています。
https://www.amazon.co.jp/dp/4297118378