日本マイクロソフト株式会社
カスタマーサクセス事業本部 エンタープライズアーキテクト統括本部 クラウドアーキテクト技術本部 クラウドソリューションアーキテクト
牛上 貴司
AVD の導入を検討している方、または、構築に携わる方に向けて、導入する際に肝となるポイントをまとめてみました。
これらのポイントをおさえておくだけで、多くの時間を費やす事や余計なトラブルを回避できると思います。
Windows 365 の登場により、ますます活性化するクラウド VDI 市場に乗り遅れることなかれ!
【Microsoft Japan Digital Daysについて】
Microsoft Japan Digital Days は、お客様が競争力を高め、市場の変化に迅速に対応し、より多くのことを達成することを目的とした、日本マイクロソフトがお届けする最大級のデジタル イベントです。4 日間にわたる本イベントでは、一人一人の生産性や想像力を高め、クラウド時代の組織をデザインするモダンワークの最新事例や、変化の波をうまく乗り切り、企業の持続的な発展に必要なビジネスレジリエンス経営を支えるテクノロジの最新機能および、企業の競争優位性に欠かせないクラウド戦略のビジョンなどデジタル時代に必要な情報をお届けいたしました。(2021年10月11日~14日開催)
The document discusses Amazon Route 53 and Route 53 Resolver for hybrid cloud DNS. It explains that Route 53 Resolver allows DNS queries to be resolved between on-premises networks and AWS resources using private and public DNS zones. It provides examples of configuring inbound and outbound endpoints to allow resolution of queries from VPCs and on-premises to internet domains and private domains. The document also mentions additional capabilities like resolving queries for internal domain names in a VPC.
JavaScript is an enormously popular programming language, because of its unique place as the programming language of the web. Outside of that domain, JS is barely a blip compared to other dynamic languages like Python and Ruby. Outside of the browser, JavaScript is lacking something critical: a significant standard library. Thanks to a powerful standard library and a common module system, sophisticated applications can be written in Python and run unchanged on Windows, Mac and Linux and even across different interpreters including Jython and IronPython. The CommonJS project (formerly ServerJS) is building up a standard library API to give privileged JavaScript applications this same kind of interop. Imagine a server-side webapp that runs equally well in Rhino, SpiderMonkey and v8. We're getting there. Even better, those apps can easily share modules between the browser and the server, which is something you don't get in other languages. In this talk, I'll provide quick background on the project and demos of several implementations of the emerging standard, including how CommonJS impacts Mozilla's Jetpack and Bespin projects.
JavaScript dependencies & modules
Introduction to Browserify and how to use CommonJS/Node.js modules in the browser. We'll start with a brief look at the current landscape of handling dependencies and modules.
Talk at sthlm.js 2014-01-07, http://www.meetup.com/sthlm-js/events/156429912/
Demos & code examples; https://github.com/johannilsson/sthlmjs-1401
日本マイクロソフト株式会社
カスタマーサクセス事業本部 エンタープライズアーキテクト統括本部 クラウドアーキテクト技術本部 クラウドソリューションアーキテクト
牛上 貴司
AVD の導入を検討している方、または、構築に携わる方に向けて、導入する際に肝となるポイントをまとめてみました。
これらのポイントをおさえておくだけで、多くの時間を費やす事や余計なトラブルを回避できると思います。
Windows 365 の登場により、ますます活性化するクラウド VDI 市場に乗り遅れることなかれ!
【Microsoft Japan Digital Daysについて】
Microsoft Japan Digital Days は、お客様が競争力を高め、市場の変化に迅速に対応し、より多くのことを達成することを目的とした、日本マイクロソフトがお届けする最大級のデジタル イベントです。4 日間にわたる本イベントでは、一人一人の生産性や想像力を高め、クラウド時代の組織をデザインするモダンワークの最新事例や、変化の波をうまく乗り切り、企業の持続的な発展に必要なビジネスレジリエンス経営を支えるテクノロジの最新機能および、企業の競争優位性に欠かせないクラウド戦略のビジョンなどデジタル時代に必要な情報をお届けいたしました。(2021年10月11日~14日開催)
The document discusses Amazon Route 53 and Route 53 Resolver for hybrid cloud DNS. It explains that Route 53 Resolver allows DNS queries to be resolved between on-premises networks and AWS resources using private and public DNS zones. It provides examples of configuring inbound and outbound endpoints to allow resolution of queries from VPCs and on-premises to internet domains and private domains. The document also mentions additional capabilities like resolving queries for internal domain names in a VPC.
JavaScript is an enormously popular programming language, because of its unique place as the programming language of the web. Outside of that domain, JS is barely a blip compared to other dynamic languages like Python and Ruby. Outside of the browser, JavaScript is lacking something critical: a significant standard library. Thanks to a powerful standard library and a common module system, sophisticated applications can be written in Python and run unchanged on Windows, Mac and Linux and even across different interpreters including Jython and IronPython. The CommonJS project (formerly ServerJS) is building up a standard library API to give privileged JavaScript applications this same kind of interop. Imagine a server-side webapp that runs equally well in Rhino, SpiderMonkey and v8. We're getting there. Even better, those apps can easily share modules between the browser and the server, which is something you don't get in other languages. In this talk, I'll provide quick background on the project and demos of several implementations of the emerging standard, including how CommonJS impacts Mozilla's Jetpack and Bespin projects.
JavaScript dependencies & modules
Introduction to Browserify and how to use CommonJS/Node.js modules in the browser. We'll start with a brief look at the current landscape of handling dependencies and modules.
Talk at sthlm.js 2014-01-07, http://www.meetup.com/sthlm-js/events/156429912/
Demos & code examples; https://github.com/johannilsson/sthlmjs-1401
This document summarizes the history and features of the npm package manager. It began in 2009 and has grown to include over 58,000 packages. Npm allows for installation of commonjs modules across Node.js and browsers through tools like Browserify that emulate require(). It promotes modularity through small independent packages that are easy to create, replace, and contribute to.
Browserify allows bundling Node.js modules for use in the browser by allowing require statements. It bundles all modules into a single file that can be included in an HTML file. Gulp can be used to automate the Browserify process and add transforms and minification for production builds. This allows writing code with Node.js style modules that works on both server and client sides.
ASTs are an incredibly powerful tool for understanding and manipulating JavaScript. We'll explore this topic by looking at examples from ESLint, a pluggable static analysis tool, and Browserify, a client-side module bundler. Through these examples we'll see how ASTs can be great for analyzing and even for modifying your JavaScript. This talk should be interesting to anyone that regularly builds apps in JavaScript either on the client-side or on the server-side.
The Node.js movement has transformed the landscape of UI development. In this session we'll look at how Node.js can be leveraged on multiple layers of the web application development lifecycle. Attendees will learn how incorporating Node.js into your front-end build process can optimize code, allow you to use use new and upcoming JavaScript features in your code today, and to improve your asset delivery pipeline. This session will also cover how Node is changing the template rendering landscape, allowing developers to write "isomorphic" code that runs on the client and server. Lastly we'll look into using Node to achieve developer zen by keeping the codebase clean and limiting the risk of changes to the code causing unknown errors.