投稿時間:2021-07-19 19:44:18 RSSフィード2021-07-19 19:00 分まとめ(55件)

カテゴリー等	サイト名等	記事タイトル・トレンドワード等	リンクURL	頻出ワード・要約等/検索ボリューム	登録日
TECH	Engadget Japanese	任天堂、「有機ELスイッチは収益性改善」報道を否定。更なる新モデルも「計画しておりません」	https://japanese.engadget.com/nintendo-oled-switch-rumor-095055333.html	nintendo	2021-07-19 09:50:55
ROBOT	ロボスタ	自由に話せて動ける分身ロボットの新製品『OriHime Porter』オリィ研究所が発表　OriHimeとワゴン型アバターモビリティの融合	https://robotstart.info/2021/07/19/orihime-porter-release.html	orihimeport	2021-07-19 09:02:33
IT	ITmedia 総合記事一覧	[ITmedia ビジネスオンライン] あずきバーの井村屋が「和菓子」の直営店、三重県のリゾート商業施設「VISON」に開業	https://www.itmedia.co.jp/business/articles/2107/19/news145.html	itmedia	2021-07-19 18:30:00
IT	ITmedia 総合記事一覧	[ITmedia ビジネスオンライン] スパコン「富岳」でゲリラ豪雨を予測、20日から実証実験	https://www.itmedia.co.jp/business/articles/2107/19/news148.html	itmedia	2021-07-19 18:29:00
IT	ITmedia 総合記事一覧	[ITmedia ビジネスオンライン] 売れすぎて出荷停止になった「綾鷹カフェ 抹茶ラテ」　4カ月ぶりに販売再開	https://www.itmedia.co.jp/business/articles/2107/19/news141.html	itmedia	2021-07-19 18:20:00
TECH	Techable（テッカブル）	スマホと連動する体験型AI占いアート展「NAKED URANAI」	https://techable.jp/archives/158382	nakeduranai	2021-07-19 09:00:27
Google	カグア！Google Analytics 活用塾:事例や使い方	蚊の対策に超おすすめのグッズ13選～長時間きく「極太」蚊取り線香やアロマなで知らなかった最新！蚊の対策グッズまとめ	https://www.kagua.biz/family/bizfasion/20210719c.html	蚊取り線香	2021-07-19 09:00:30
python	Pythonタグが付けられた新着投稿 - Qiita	Databricks(Spark）のPythonにてブルームフィルターが設定されているカラム情報を取得する方法	https://qiita.com/manabian/items/f6dce3acdd559ec102fc	DatabricksSparkのPythonにてブルームフィルターが設定されているカラム情報を取得する方法概要DatabricksSparkのPythonにてブルームフィルターが設定されているカラム情報を取得する方法を共有します。	2021-07-19 18:17:51
python	Pythonタグが付けられた新着投稿 - Qiita	Databricks(Spark）のPythonにてNot Null制約が設定されているカラム情報を取得する方法	https://qiita.com/manabian/items/4499259ccb2f477f93c3	DatabricksSparkのPythonにてNotNull制約が設定されているカラム情報を取得する方法概要DatabricksSparkのPythonにてNotNull制約が設定されているカラム情報を取得する方法を共有します。	2021-07-19 18:11:32
python	Pythonタグが付けられた新着投稿 - Qiita	Python + GoogleChat(webhook) で天気予報を送信したい	https://qiita.com/X23/items/58a6f77e2d93104933ad	今回はPythonのrequestspostを用いて、テキストベースでこのwebhook君に天気予報をプレゼントしていきます。	2021-07-19 18:04:25
js	JavaScriptタグが付けられた新着投稿 - Qiita	セレクトボックスを選択後、自動でサブミット(送信)する方法	https://qiita.com/HolaSoyNaoki/items/a87a9412a8981aacc1ab	セレクトボックスを選択後、自動でサブミット送信する方法この記事では、セレクトボックスを選択後、自動でサブミット送信する方法について解説していきます。	2021-07-19 18:21:04
Program	[全てのタグ]の新着質問一覧｜teratail（テラテイル）	wordpressのチェックボックスとタクソノミーをつかったに絞り込み検索。	https://teratail.com/questions/350292?rss=all	wordpressのチェックボックスとタクソノミーをつかったに絞り込み検索。	2021-07-19 18:50:38
Program	[全てのタグ]の新着質問一覧｜teratail（テラテイル）	デスクトップ版(windows) FlutterアプリでカスタムURLのパラメータを取得する方法	https://teratail.com/questions/350291?rss=all	AppAからAppBを起動するカスタムURLは以下の通りです。	2021-07-19 18:49:42
Program	[全てのタグ]の新着質問一覧｜teratail（テラテイル）	ワードプレスのカテゴリーページで投稿記事をランダムに表示させたい	https://teratail.com/questions/350290?rss=all	ワードプレスのカテゴリーページで投稿記事をランダムに表示させたいワードプレスのカテゴリーページで、「現在のカテゴリの投稿記事」をランダムに表示させたいです。	2021-07-19 18:44:10
Program	[全てのタグ]の新着質問一覧｜teratail（テラテイル）	Segmentation fault の解決をしたいです。	https://teratail.com/questions/350289?rss=all	Segmentationfaultの解決をしたいです。	2021-07-19 18:31:16
Program	[全てのタグ]の新着質問一覧｜teratail（テラテイル）	[Atcoder]ABC099C問題　ー　配列を初期化する１行を書き換えた際、ACとRE結果の違いが生じる理由がわかりません。	https://teratail.com/questions/350288?rss=all	コードを提出した際に、同じような処理をしていると思われる行を書き換えたときに、結果が、ACAccepted、RERuntimenbspErrorと別れる原因がわからず困っています。	2021-07-19 18:27:27
Program	[全てのタグ]の新着質問一覧｜teratail（テラテイル）	容量制約付き配送計画問題（CVRP）のMTZ制約式のpythonプログラムの書き方がわかりません	https://teratail.com/questions/350287?rss=all	容量制約付き配送計画問題CVRPのMTZ制約式のpythonプログラムの書き方がわかりません容量付き制約問題CVRPに関して、以下のURLを参考にして定式化およびpythonでのシミュレーションを試みました。	2021-07-19 18:21:16
Program	[全てのタグ]の新着質問一覧｜teratail（テラテイル）	昨年のデータと今年度のデータを取得して計算する場合に、うまく計算できない	https://teratail.com/questions/350286?rss=all		2021-07-19 18:19:38
Program	[全てのタグ]の新着質問一覧｜teratail（テラテイル）	Python/Gmailの送信する時、本文（テキスト形式）にpandasのデータフレームを1行毎に整形して表示させたい	https://teratail.com/questions/350285?rss=all	PythonGmailの送信する時、本文テキスト形式にpandasのデータフレームを行毎に整形して表示させたい実現したい事pandasnbspdataframenbspをつずつ値を取り出してgmailnbsp送信本文にテキスト表示したい目的は、pandasnbspdataframeで取得した値を、既成のパッケージソフトにて「メールでテキスト形式で取り込みしたい」からです。	2021-07-19 18:15:19
Program	[全てのタグ]の新着質問一覧｜teratail（テラテイル）	クリップボードからのペーストで数値のみ取得	https://teratail.com/questions/350284?rss=all	クリップボードからのペーストで数値のみ取得次のコードで「nbsp円」半角スペース含むのテキストをコピーして価格のフォームにペーストすると数字のみの「」が反映されるようにする方法を教えてください。	2021-07-19 18:08:35
Azure	Azureタグが付けられた新着投稿 - Qiita	Azure Functionsの関数内でJSTの時刻を取得する	https://qiita.com/ytamu2/items/1b3d7a680ffea7b25603	設定JST表示にするためAzureFunctionsの構成でアプリケーション設定を追加します。	2021-07-19 18:40:44
Git	Gitタグが付けられた新着投稿 - Qiita	WSL の git	https://qiita.com/KojiKobayashi/items/76d180e1c78d6c966b50	keyはwindowsホスト側に存在するので、これを一緒に使いたい。	2021-07-19 18:45:34
Ruby	Railsタグが付けられた新着投稿 - Qiita	form_withでの検索機能作ってみた	https://qiita.com/yo0314baseball/items/0a7fb8d8ead47eefac44	formwithでの検索機能作ってみたrailsでformwithを使用した検索機能を作ってみようrailsの検索機能の記事はたくさんあるのですが、どれもformtagでの実装であるので今回はrails向けのformwithを使用して実装をしようかと思います。	2021-07-19 18:41:54
技術ブログ	Developers.IO	非VPN接続のMeet上でVPN接続限定サイトの画面共有表示をSwitchyOmegaで実現させてみた	https://dev.classmethod.jp/articles/proxy-switch-on-chrome-by-switchyomega/	switchyomega	2021-07-19 09:40:36
技術ブログ	Developers.IO	【登壇資料】AKIBA.AWS ONLINE #05 – AWSスキルアップ編 『こんな気持ちで勉強してきました』のタイトルで登壇しました！#AKIBAAWS	https://dev.classmethod.jp/articles/akiba-aws-210715-skillup-awssales_awsengineer_change/	akibaaws	2021-07-19 09:17:57
海外TECH	DEV Community	5 Best Google Cloud Professional Data Engineer Certification Courses to Crack Exam in 2021	https://dev.to/javinpaul/5-best-google-cloud-professional-data-engineer-certification-courses-to-crack-exam-in-2021-33p2	Best Google Cloud Professional Data Engineer Certification Courses to Crack Exam in Disclosure This post includes affiliate links I may receive compensation if you purchase products or services from the different links provided in this article Hello folks If you are preparing for Google Cloud Professional Data Engineer Certification Exam in and looking for useful preparation material and online courses then you have come to the right place Earlier I have shared best AWS Solution Architect Associate courses and in this article I am going to share best online courses to crack Google Cloud Professional Data engineer certification in If you are following cloud computing trends then you may know that Google Cloud Professional Data Engineers are currently in high demand for their ability to maintain the process of accumulating converting and publishing data with a certain level of expertise They are famous for having the capability to put machine learning models into operation creating and structuring data processing systems to work accurately and ensuring that the data is secure and scalable A career in Google cloud data engineering is mostly pursued by those who are confident in their programming skills and wish to conduct in depth studies in data and data technologies If you have an interest in programming and manipulating data tech then it s recommended that you take a look into data engineering As for the additional rewards of being a Google Cloud Data Engineer you could potentially receive an average salary of more than per year The rates may vary depending on how much experience you possess in data engineering as data engineering is best learned with much practice Best Google Cloud Professional Data Engineer Certification Exam Courses for BeginnersIn order to become a Google Cloud Data Engineer one must first pass the exam that will certify them as a data engineer This exam is conducted online and tests the user s knowledge of data engineering in Google Cloud There are no prerequisites necessary to qualify for this certificate but it is recommended that you have a thorough knowledge and some practice in data engineering before the exam is conducted There are many courses online available to help you with this Here are the top recommended online courses to prepare for Google Cloud Data Engineering certification Udemy GCP Complete Google Data Engineer and Cloud Architect GuideThis is one of the best Udemy course to become a Google Data Engineer in Its lessons are taught by two instructors who have been working for Google as Cloud data engineers for years after successfully completing Google Cloud s data engineer certification exam The course s total video content measures hours long and is taught in a very engaging and practical way with downloadable material available for additional information and practice They break down complex topics in a way that the participant will find easy to comprehend and apply in the certification exam The course can only be accessed through Udemy Udemy is an online learning platform that uses a one time payment for each of their courses and they also offer a refund within days if you are not satisfied with your course of choice They also give very good discounts on their prices which makes their courses very affordable Udemy also has a section where you can ask the instructors a question regarding the course They generally answer these in hours or less Udemy Google Cloud Professional Data Engineer CourseAt hours long this Udemy course is a very short one but makes up for that in terms of the content that is focused on It is taught by a certified Google Cloud Professional Data Engineer who has plenty of experience working with data tech The course builds on your foundation of GCP s products by explaining the role of each of the products as well as the applications of GCP that you will need to know to be able to pass the exam There are quizzes at the end of each section aiming to help you apply and retain the information you ve learned However before you start the course there are some requirements which include SQL Basics and having an understanding of Relational Databases and NoSQL These concepts are not difficult to grasp and won t require more than a Google search or two Coursera Data Engineering with Google Cloud Professional CertificateThis best Coursera course for Google Cloud Platform has landed jobs in data engineering with Google Cloud for many of its students It s offered by the Google Cloud Team themselves and is taught by many certified instructors from top companies and universities Upon entering this course you will gain access to a plethora of resources structured to help you apply the google cloud technology and pass the exam for the Google Cloud Data Engineering Certificate There is also a certificate of completion that will be given to you upon completion of the course To access the course you ll need to purchase a Coursera subscription for monthly but in case you would like to confirm that you are satisfied with the course you can start a day free trial and cancel any time after And if you find Coursera courses and certifications useful then you should also join the Coursera Plus a subscription plan from Coursera which provides you unlimited access to their most popular courses specialization professional certificate and guided projects It cost around year but its complete worth of your money as you get unlimited certificates and its also very cost effective Pluralsight Data Engineering on Google CloudDesigned by Google Cloud this course on Pluralsight offers Cloud Data Engineer training for all levels from beginner to advanced data engineering You are taught all the necessary skills needed to become a Google Cloud Data Engineer such as processing and streaming data building data processing systems and managing data pipelines This is all through a series of presentations demos and labs Pluralsight offers a day free trial but you ll have to pay a fee of per month after that trial is over One important thing to note about Google cloud certification is that they are valid for two years from the data you passed the exam and after expiration you need to re certify yourself Udemy GCP Google Cloud Platform Data Engineer Cloud ArchitectThis Udemy online course is taught by two instructors who have years of experience in Google Cloud Data Engineering and coaching others who wish to get into the field They take great care in making sure that the individual taking the course will get a thorough knowledge of the GCP concepts and examples to know what it is like to take on the tasks of a data engineer Before this they will show you how to set up the Google Cloud Platform on your computer in order to follow along with them in their demos so that you can get hands on experience with the products while you are taking the course The course is hours long and contains many downloadable training material resources to help you along with the lectures You will get all those materials without any additional costs That s all about the best online courses to become a Google Cloud Platform Data Engineer in These online courses are specially designed keeping this prestigious cloud certification in mind and they cover all topics specified in official exam guides If you are preparing for Google Cloud Certification particularly Data Engineer then you should take benefit of these courses for better preparation Other IT and Cloud Certification Articles you may like Courses to become Google Cloud Certified Associate Cloud Engineer Top Courses to Crack AWS DevOps Engineer Exam Top Courses to Crack AWS Solution Architect Professional Exam How to pass Spring Core Professional Certification Top AZ Practice tests for programmers How to Crack Oracle s Java Certification in Top Courses to become GCP Associate Cloud Engineer How to Pass the AZ Azure Solution Architect exam Top Courses to crack Azure Cloud Architect AZ Exam Free AWS Solution Architect Practice Test How to Crack Azure Fundamentals AZ CertificationThanks for reading this article so far If you find these Google Cloud Platform Data Engineer courses useful then please share with your friends and colleagues on Facebook Twitter and LinkedIn If you have any questions or about then please drop a note P S Apart from going through these GCP Associate Cloud engineer courses you can also check out the exam guide or take the practice exam that will help you in identifying and focusing on the main areas during your preparation	2021-07-19 09:27:50
海外TECH	DEV Community	New benchmark: Mezon Router is up to 480 times faster than Leaf Router	https://dev.to/alexdodonov/new-benchmark-mezon-router-is-up-to-480-times-faster-than-leaf-router-mf2	New benchmark Mezon Router is up to times faster than Leaf RouterHi all Today we have one more benchmark As usual we have two cases http server accepts request launches php script which handles this request and then all script data is removed from memory All following requests are processed in the same way In this case very critical to launch script as soon as possible and we do not have time for long pre compilations and preparations Because all of it will be lost after the script will finish working php script is launching initiating all internal components and router is one of them and then starting processing requests This case can be organized via for example react php It differs from the previous case because we can spend reasonable time to pre compile routes for faster processing The first case static routes router RouteGenerator generateTetoStaticRoutes router gt match GET static router RouteGenerator generateTetoStaticRoutes router gt match GET static router RouteGenerator generateTetoStaticRoutes router gt match GET static and so on up to static route non static routes router RouteGenerator generateTetoNonStaticRoutes router gt match GET param router RouteGenerator generateTetoNonStaticRoutes router gt match GET param router RouteGenerator generateTetoNonStaticRoutes router gt match GET param and so on up to param route The second case static routes router RouteGenerator generateTetoStaticRoutes router gt match GET static router gt match GET static router gt match GET static and so on up to static route non static routes router RouteGenerator generateTetoNonStaticRoutes router gt match GET param router gt match GET param router gt match GET param and so on up to param route OK What do we have The first case static routes benchmark subject set revs its mem peak best mean mode worst stdev rstdev diff CoffeeSingleRequestStaticBench benchStatic b μs μs μs μs μs x DVKSingleRequestStaticBench benchStatic b μs μs μs μs μs x HoaSingleRequestStaticBench benchStatic b μs μs μs μs μs x IBSingleRequestStaticBench benchStatic b μs μs μs μs μs x JoomlaSingleRequestStaticBench benchStatic b μs μs μs μs μs x LeafSingleRequestStaticBench benchStatic b μs μs μs μs μs x MezonSingleRequestStaticBench benchStatic b μs μs μs μs μs x MiladSingleRequestStaticBench benchStatic b μs μs μs μs μs x PeceeSingleRequestStaticBench benchStatic b μs μs μs μs μs x PowerSingleRequestStaticBench benchStatic b μs μs μs μs μs x SteampixelSingleRequestStaticBench benchStatic b μs μs μs μs μs x TetoSingleRequestStaticBench benchStatic b μs μs μs μs μs x ToroSingleRequestStaticBench benchStatic b μs μs μs μs μs x ZaphpaSingleRequestStaticBench benchStatic b μs μs μs μs μs x The first case non static routes benchmark subject set revs its mem peak best mean mode worst stdev rstdev diff CoffeeSingleRequestParamBench benchParam b μs μs μs μs μs x DVKSingleRequestParamBench benchParam b μs μs μs μs μs x HoaSingleRequestParamBench benchParam b μs μs μs μs μs x IBSingleRequestParamBench benchParam b μs μs μs μs μs x JoomlaSingleRequestParamBench benchParam b μs μs μs μs μs x LeafSingleRequestParamBench benchParam b μs μs μs μs μs x MezonSingleRequestParamBench benchParam b μs μs μs μs μs x MiladSingleRequestParamBench benchParam b μs μs μs μs μs x PeceeSingleRequestParamBench benchParam b μs μs μs μs μs x PowerSingleRequestParamBench benchParam b μs μs μs μs μs x SteampixelSingleRequestParamBench benchParam b μs μs μs μs μs x TetoSingleRequestParamBench benchParam b μs μs μs μs μs x ToroSingleRequestParamBench benchParam b μs μs μs μs μs x ZaphpaSingleRequestParamBench benchParam b μs μs μs μs μs x The second case static routes benchmark subject set revs its mem peak best mean mode worst stdev rstdev diff CoffeeReactStaticBench benchStatic b μs μs μs μs μs x DVKReactStaticBench benchStatic b μs μs μs μs μs x HoaReactStaticBench benchStatic b μs μs μs μs μs x IBReactStaticBench benchStatic b μs μs μs μs μs x JoomlaReactStaticBench benchStatic b μs μs μs μs μs x LeafReactStaticBench benchStatic b μs μs μs μs μs x MezonReactStaticBench benchStatic b μs μs μs μs μs x MiladReactStaticBench benchStatic b μs μs μs μs μs x PeceeReactStaticBench benchStatic b μs μs μs μs μs x PowerReactStaticBench benchStatic b μs μs μs μs μs x SteampixelReactStaticBench benchStatic b μs μs μs μs μs x TetoReactStaticBench benchStatic b μs μs μs μs μs x ToroReactStaticBench benchStatic b μs μs μs μs μs x ZaphpaReactStaticBench benchStatic b μs μs μs μs μs x The second case non static routes benchmark subject set revs its mem peak best mean mode worst stdev rstdev diff CoffeeReactStaticBench benchStatic b μs μs μs μs μs x DVKReactStaticBench benchStatic b μs μs μs μs μs x HoaReactStaticBench benchStatic b μs μs μs μs μs x IBReactStaticBench benchStatic b μs μs μs μs μs x JoomlaReactStaticBench benchStatic b μs μs μs μs μs x LeafReactStaticBench benchStatic b μs μs μs μs μs x MezonReactStaticBench benchStatic b μs μs μs μs μs x MiladReactStaticBench benchStatic b μs μs μs μs μs x PeceeReactStaticBench benchStatic b μs μs μs μs μs x PowerReactStaticBench benchStatic b μs μs μs μs μs x SteampixelReactStaticBench benchStatic b μs μs μs μs μs x TetoReactStaticBench benchStatic b μs μs μs μs μs x ToroReactStaticBench benchStatic b μs μs μs μs μs x ZaphpaReactStaticBench benchStatic b μs μs μs μs μs x As you can see almost in all cases Mezon Router is faster than Leaf router What s next More articles can be found in my Twitter What is mezon router mezon router now is framework for routing with code coverage points on scrutinizer ci comrouter is a part of the Mezon ProjectRepo on github com It will be great if you will contribute something to this project Documentation sharing the project in your social media bug fixing refactoring or even submitting issue with question or feature request Thanks anyway	2021-07-19 09:20:32
海外TECH	DEV Community	Tell your users the remaining reading time, in CSS	https://dev.to/fcalderan/tell-your-users-the-remaining-reading-time-in-css-1mik	Tell your users the remaining reading time in CSSNote this demo must be tested in Chrome Canary with the enable experimental web platform features flag enabled Recently thanks to the new scroll timeline property available on Chrome Canary I have seen an interesting demo by bramus where the user is aware of the time needed to read a page with a sticky progress bar that stretches horizontally where its width is dependant on the current scrolling position of the root element I ve extended this idea a little bit by showing an animated countdown of the exact time needed to read the page All you need to do is to just set the time in minutes and the CSS animations will do the work for you Demo scroll the page until the end How does it work Here is a step by step explanation The variablesBasically two variables ss and mm hold the values of seconds and minutes and two distinct animations change them In order to make the interpolation of the values in the keyframes work these variables have been registered as integers properties through the Houdini s API integrated on Chrome So the ss variable is declared in the CSS like this property ss syntax lt integer gt initial value inherits true while the mm is declared instead in a lt style gt block inside the markup because here is where you are going to set the minutes needed e g lt style gt property mm syntax lt integer gt initial value inherits true lt style gt Since it s not still possibile to print out the value of a variable using the content property I ve set two counters and print their values through the counter function with a leading when necessarycounter reset ss var ss content counter ss decimal leading zero andcounter reset mm var mm content counter mm decimal leading zero The scroll timelineI ve set the scroll timeline animation in this way scroll timeline scroll time range s start px end calc px The time range has been set to seconds in order to make the calculations of the animations easier at least for my brain To give a meaningful example let s say that we want to start the countdown after px of scroll ーto exclude the title or maybe a hero image but you could even set it to or to another value of course ーand we want to also stop it before a hypothetical footer px tall The animationsThis is the most intriguing part due to the tricky computations Here is the animation of the minutes keyframes mins to mm animation mins duration s timing steps var mm start delay calc calc s calc var mm var mm repetition fill mode forwards The keyframes start from the value we have previously set and should decrease until so the definition of the last keyframe is enough The animation should takes s which is the same amount of time we defined for the scroll timeline The delay expression is calculated so that the value of the minutes decreases immediately after s e g switching from to The animation of seconds is quite similar but in this case we need to specify the starting value keyframes secs from ss to ss animation secs duration calc s calc var mm timing linear delay calc calc s calc var mm var mm repetition var mm fill mode forwards The only difference here is the duration seconds need to be updated faster than minutes running mm times from to with a repetition of mm Here the purpose of the delay is just to wait the first update of the minutes Always respect user preferencesThe update of the seconds is amazing but it can be annoying for users who don t like continuous animations and that prefer a reduced motion We may hide the element with the seconds using a simple mediaquery media prefers reduced motion reduce countdown display ss display none Ta da Final words amp thoughtsFeel free to follow me on Codepen or Twitter where I usually talk about frontend and trees Note This is a carbon free article so I pledge to plant trees with Ecologi plus tree for each retweet of the announcement belowin the next days Fabrizio Calderan fcalderan New article published on dev todev to fcalderan tell…«Tell your users the remaining reading time in CSS This is carbonfree article I ll plant tree with Ecologi hq for each retweet see the article for the notes AM Jul up to trees retweets from human accounts with followers	2021-07-19 09:15:49
海外TECH	DEV Community	Create a simple pomodoro timer in python	https://dev.to/code_jedi/create-a-simple-pomodoro-timer-in-python-l97	Create a simple pomodoro timer in python HeyIf you re looking for a pretty useful yet simple python project you ve come to the right place For those who don t know what a pomodoro timer is A pomodoro timer is a special type of timer used to increase productivity It works something like this A pomodoro timer will give you minutes to work then once you ve finished working thus completing pomodoro it will give you minutes to rest then the timer will repeat the process To get started with making a pomodoro timer in python you ll first need to install the plyer library by running pip install plyer or pip install plyer Then import these libraries at the beginning of your python file import timefrom plyer import notificationNext define the variable which will represent the amount of pomodoros completed by the user as well as an indicator that the pomodoro timer has started import timefrom plyer import notificationcount print The pomodoro timer has started start working Now let s make the actual timer First you ll need to put the timer in a while True loop nested inside an if name main statement if you re not familiar with it here s a good explanation if name main while True Next make the first notification function which will notify the user when they ve finished a pomodoro if name main while True notification notify title Good work message Take a minute break You have completed str count pomodoros so far As you can see this notify function notifies the user that he she has finished a pomodoro and it indicates how many pomodoros the user has finished so far with the count variable Next you ll need to create the notify function which will notify the user once his her minutes of break time are over if name main while True notification notify title Good work message Take a minute break You have completed str count pomodoros so far notification notify title Back to work message Try doing another pomodoro Your pomodoro timer is almost finished The only things left to do are Set timeouts between the notify functions Increment the count variable every time the user finishes a pomodoro if name main while True time sleep count notification notify title Good work message Take a minute break You have completed str count pomodoros so far time sleep notification notify title Back to work message Try doing another pomodoro Let me explain The first time sleep function waits minutes seconds before displaying the first notification then before displaying the notification the count variable is incremented since minutes have passed meaning that the user has done one pomodoro Finally the second time sleep function waits minutes seconds before notifying the user that his her minute break is over There you have it If you put everything together your pomodoro timer should look something like this import timefrom plyer import notificationcount print The pomodoro timer has started start working if name main while True time sleep count notification notify title Good work message Take a minute break You have completed str count pomodoros so far time sleep notification notify title Back to work message Try doing another pomodoro Get the hottest programming stuff of the week in your inbox every Friday via my newsletter Byeeeee	2021-07-19 09:11:40
海外TECH	DEV Community	Journey of a web page - How browsers work	https://dev.to/gitpaulo/journey-of-a-web-page-how-browsers-work-10co	Journey of a web page How browsers workThis article covers the processes that happen in between a user entering a web address in a browser and a web page showing up as a result OverviewIf you re like meーif you like to understand the tools you work withーI hope this article helps you learn something you did not know before Let s get started There are a handful of steps that occur between the time a user requests a web page and the time it displays in their browser I ve divided these steps into the following sections NavigationResolving the web address URL Establishing a connection to the server TCP way handshake Establishing a security protocol TLS negotiation FetchingHTTP requestHTTP responseParsingBuilding the DOM treeBuilding the CSSOM treeCombining the trees into the render treePreload ScannerJavaScript CompilationBuilding the Accessibility TreeRenderingLayoutPaintCompositingFinalisingJavascript Occupied User can now browse the page Use this section to jump to any particular section of interest However if you re new to some of these conceptsーstay here It is time for a quick background lesson BackgroundThis section contains a quick and general overview of the core background concepts that are required to understand the later parts of the article You may skip this section if you re already familiar with them Networking modelsModels exist to explain how data is transmitted through a network And there even exists a model so widely known that even those that do not partake in hackerman things might ve heard of We call it the Open Systems Interconnected OSI model Here it goes The Open Systems Interconnection OSI model describes seven layers that computer systems use to communicate over a network Each upper layer is one level of abstraction higher than the previous all the way up to the application browser layer which we will be talking about It s important to note that the OSI model is a “conceptual model for how applications communicate over a network It is not a protocol Do not get the two confused Protocols are strict sets of rules that may live within these layers An older and very similar model and more relevant to the article is the TCP IP model This model is used for both modelling current Internet architecture and providing a set of rules that are followed by all forms of transmission over the network I will be referring to this model and its associated protocols throughout the article As hinted at before any data sent from an application to another will have to travel up and down through these layers a few numbers of times depending on how many middle men there are Of course this happens incredibly fast nowadays however it still does happen and understanding the overview of the process is something that every developer should know The following is an image representation of this process between a server and a client application Take our example a user requesting to browse a page using a browser the request is first sent to the application layer where it is processed from layer to layer down with each layer performing its designated functions The data is then transmitted over the physical layer of the network until the destination server or another device receives it At this point the data is passed up through the layers again each layer performing its assigned operations until the data is used by the web server software This process is repeated again for the response of the server This is how machines communicate High level abstraction of a browserThe later sections of the article will be covering how a typical browser displays the content of the page on the screen A high level understanding of the browser is important when reading those sections I will be referencing some of the following browser components The user interface this includes the address bar back forward button bookmarking menu etc Every part of the browser display except the window where you see the requested page The browser engine marshals actions between the UI and the rendering engine The rendering engine responsible for displaying requested content For example if the requested content is HTML the rendering engine parses HTML and CSS and displays the parsed content on the screen Networking for network calls such as HTTP requests using different implementations for different platforms behind a platform independent interface UI backend used for drawing basic widgets like combo boxes and windows This backend exposes a generic interface that is not platform specific Underneath it uses operating system user interface methods JavaScript interpreter Used to parse and execute JavaScript code Data storage This is a persistence layer The browser may need to save all sorts of data locally such as cookies Browsers also support storage mechanisms such as localStorage IndexedDB WebSQL and FileSystem It is important to note that browsers such as Chrome have a multi process approach for performance and security reasons This means that they run instances of some of these components such as the rendering engine for each tab each tab is a separate process You can find proof of this by checking chrome s processes in a task manager As you observer from the screenshot above each tab has a process priority and CPU Network GPU statistics implying that they work like normal processes That is because they do You can further confirm this by listing your OS s processes and you will surely find them Finally it is also important to note that what you just read so far in this background section is a very high level generalisation of how networks and browsers work Not all networks strictly abide by the OSI TCP IP models and the main browsers in use today are all different in their own ways but share a common base of concepts that allows us to abstract them to what you ve just read For browsers this is because they all follow to some degree the specifications maintained by the WC World Wide Web Consortium organization which is the standards organization for the web As an example their rendering engines are different Internet Explorer uses Trident Firefox uses Gecko Safari uses WebKit Chrome Edge and Opera use Blink a fork of WebKit Journey of a pageYou open up a browser and type in www google com This is what happens NavigationThe first step is navigating to the correct place Navigating to a web page is finding where the assets for that page are located To us web pages are simply domain names but to computers they resolve into IP addresses If you navigate to www google com the page resources will be located on a server with an IP address such as of sorts If you ve never visited this site a Domain Name System DNS lookup must happen Round Trip TimeRound trip time RTT is the duration measured in milliseconds from when a browser sends a request to when it receives a response from a server It s a key performance metric for web applications and one of the main factors along with Time to First Byte TTFB when measuring page load time and network latency I will be annotating each network process with their corresponding RTT Resolving a web address The DNS Process O RTT An overview of the DNS process for www google com is as follows Check browser amp OS cache return if IP found Browser sends out a request asking for a DNS resolver DNS resolver checks its cache return if IP is found DNS resolver sends out a request asking root nameservers A root nameserver responds to the DNS resolver with an IP address to a TLD nameserver in this case the TLD for extensions of com DNS resolver sends out another request now to the TLD nameserver asking if they know what the IP is TLD nameserver responds back to the DNS resolver with an IP of the authoritative nameserver DNS resolver sends out the final request to the authoritative nameserver asking for the IP The authoritative nameserver will scan zones files to find the domainname ipaddress mapping and will return whether it exists or not to the DNS resolver Finally the DNS resolver will now respond back to the browser with the IP of the server the browser is trying to communicate Note that this process is usually incredibly fast and rarely follows through in its entirety because of all the layers of caching It was designed to be fast Establishing a connection to the server TCP Handshake RTT Now that the IP address is known the browser sets up a connection to the server via a TCP three way handshake TCP uses a three way handshake to establish a reliable connection The connection is full duplex and both sides synchronize SYN and acknowledge ACK each other The exchange of these four flags is performed in three stepsーSYN SYN ACK and ACKーas shown in The client chooses an initial sequence number set in the first SYN packet The server also chooses its own initial sequence number Each side acknowledges the other s sequence number by incrementing it this is the acknowledgement number Once a connection is established ACKs typically follow for each segment The connection will eventually end with an RST reset or tear down the connection or FIN gracefully end the connection This mechanism is designed so that two entities attempting to communicate in this case the browser and web server can negotiate the parameters of the network TCP socket connection before transmitting data in our case it will be over HTTPSーthe secure version of HTTP HTTPS is HTTP with encryption The only difference between the two protocols is that HTTPS uses TLS SSL to encrypt normal HTTP requests and responses As a result HTTPS provides a solid layer of security over HTTP A website that uses HTTP has http in its URL while a website that uses HTTPS has https Establishing a security protocol TLS Negotiation RTT For secure connections established over HTTPS another handshake is required This handshake or rather the TLS negotiation determines which cypher will be used to encrypt the communication verifies the server and establishes that a secure connection is in place before beginning the actual transfer of data While making the connection secure adds time to the page load a secure connection is worth the latency expense as the data transmitted between the browser and the web server cannot normally be decrypted by a third party TLS has come a long way and version upwards has reduced the Round Trip Time RTT from all the way to or even depending on the situation Assuming DNS is instantaneous and adding in the HTTP fetch RTT next section this leaves round trips before the browser can start showing the page If you re visiting a site you ve recently connected to the TLS handshake phase can be shortened from round trips to with TLS session resumption New Connection RTT DNSResumed Connection RTT DNS FetchingNow that we have a TCP connection setup and the TLS exchange has been completed the browser can now begin to fetch the page s resources It starts by fetching the markup document for the page It does this by using the HTTP protocol HTTP requests are sent via TCP IP and in our case encrypted with Transport Layer Security TLS ーsince google uses HTTPS HTTP RequestTo fetch a page an idempotent not changing the server state request is made We use the HTTP GET request GETーRequests information from a given server using a Uniform Resource Identifier URI GET requests only retrieve data and do not cause changes in state No matter how many times you request the same resource you will never cause a change in state There are other idempotent request types PUT DELETE and not idempotent POST They don t matter for fetching pages GET HTTP Host www google comUser Agent Mozilla Windows NT Win x rv Gecko Firefox Accept text html application xhtml xml application xml q image webp q Accept Language en GB en q Accept Encoding gzip deflate brConnection keep aliveUpgrade Insecure Requests Cache Control max age TE Trailers HTTP ResponseOnce the webserver receives the request It will parse the request and try to fulfil it We assume the request is valid and the files are available It will reply with an HTPP response attaching the relevant response headers and the contents of the HTML HTTP OKdate Sun Jul GMTexpires cache control private max age content type text html charset UTF strict transport security max age content encoding brserver gwscontent length x xss protection x frame options SAMEORIGINdomain www google compriority highX Firefox Spdy h the source code of the HTML document will be in the body of the response ParsingOnce the browser receives the response it can begin parsing the information received Parsing is the step the browser takes to turn the data it receives over the network into the DOM and CSSOM which is used by the renderer to paint a page to the screen The Document Object Model DOM is an internal representation of the objects that comprise the structure and content of the markup HTML in this case document the browser just received It represents the page so that programs can change the document structure style and content The DOM represents the document as nodes and objects That way programming languages can connect to the page There are many different types of nodes in a DOM tree An example part of the specification for the DOM Node Interface looks as follows Node ELEMENT NODENode ATTRIBUTE NODENode TEXT NODENode CDATA SECTION NODENode PROCESSING INSTRUCTION NODENode COMMENT NODENode DOCUMENT NODENode DOCUMENT TYPE NODENode DOCUMENT FRAGMENT NODENode NOTATION NODEThese node types cover all possible nodes in the document Such representations help programming languages connect to the page so that they can manipulate it To conclude our parsing preface we need to talk about the CSSOM The CSS Object Model CSSOM is a set of APIs allowing the manipulation of CSS from JavaScript It is much like the DOM but for the CSS rather than the HTML It allows users to read and modify CSS style dynamically It is represented very similarly to the DOM as a tree and it will be used along with the DOM to form a render tree so that the browser can begin its rendering process Let s find out how by going through the entire process Building the DOM treeThe first step is processing the HTML markup and building the DOM tree HTML parsing involves tokenization and tree construction HTML may come as a surprise in the world of parsing as it cannot be parsed through conventional means as it cannot be defined by a Context Free Grammar CFG Instead there is a formal format for defining HTML which is called the Document Type Definition DTD I will not be going too much into detail about how this is done but main the reasons for this are The forgiving nature of the language The fact that browsers have traditional error tolerance to support well known cases of invalid HTML The parsing process is reentrant For other languages the source doesn t change during parsing but in HTML dynamic code such as script elements containing document write calls can add extra tokens so the parsing process actually modifies the input Unable to use the regular parsing techniques browsers create custom parsers for parsing HTML The parsing algorithm is described in detail by the HTML specification The algorithm consists of two stages tokenization and tree construction Tokenization is the lexical analysis parsing the input into tokens Among HTML tokens are start tags end tags attribute names and attribute values Tree construction is essentially creating a tree based of the parsed tokens and what we will be focusing onーThe DOM tree The DOM tree describes the content of the document The lt html gt element is the first tag and root node of the document tree The tree reflects the relationships and hierarchies between different tags Tags nested within other tags are child nodes The greater the number of DOM nodes the longer it takes to construct the DOM tree Below you can find a visual representation of the DOM treeーThe output of the parser When the parser finds non blocking resources such as an image the browser will request those resources and continue parsing Parsing can continue when a CSS file is encountered but lt script gt tagsーparticularly those without an async or defer attributeーblock rendering and pause the parsing of HTML Though the browser s preload scanner hastens this process excessive scripts can still be a significant bottleneck Building the CSSOM treeThe second step is processing CSS and building the CSSOM tree In a similar fashion to the DOM parsing phase the browser goes through each rule set in the CSS creating a tree of nodes with parent child and sibling relationships based on the CSS selectors In regards to parsing well unlike HTML CSS is a context free grammar and can be parsed using regular CFG parsing techniques In fact the CSS specification defines CSS lexical and syntax grammar As with HTML the browser needs to convert the received CSS rules into something it can work with From there it repeats the HTML to object process but for the CSS Combining the trees into the render treeThe CSSOM and DOM trees are combined into a render tree which is then used to compute the layout of each visible element and serves as an input to the paint process that renders the pixels to screen To construct the render tree the browser roughly does the following Starting at the root of the DOM tree traverse each visible node Some nodes are not visible for example script tags meta tags and so on and are omitted since they are not reflected in the rendered output Some nodes are hidden via CSS and are also omitted from the render tree for example the span nodeーin the example aboveーis missing from the render tree because we have an explicit rule that sets the display none property on it For each visible node find the appropriate matching CSSOM rules and apply them Emit visible nodes with content and their computed styles The final output is a render that contains both the content and style information of all the visible content on the screen With the render tree in place we can proceed to the layout stage Preload ScannerWhile the browser s main thread is busing building the DOM tree it has a helper worker scan through the content available This helper is the preload scanner and will prepare high priority fetch request for resources like CSS JavaScript and web fonts This is an optimization added over the parsing stage as it would take far too long to make these requests as the parser finds references to them lt link rel stylesheet src styles css gt lt script src myscript js async gt lt script gt lt img src myimage jpg alt image description gt lt script src anotherscript js async gt lt script gt Taking the example above the preload scanner will try to find the scripts and images and start downloading them There are ways to communicate to the preload scanner via the htmlーthe attributes async and defer async When present it specifies that the script will be executed asynchronously as soon as it is available defer When present it specifies that the script is executed when the page has finished parsing Waiting to obtain CSS doesn t block HTML parsing or downloading but it does block JavaScript because JavaScript is often used to query CSS properties impact on elements JavaScript CompilationWhile the CSS is being parsed and the CSSOM created other assets including JavaScript files are downloading thanks to the preload scanner JavaScript is interpreted compiled parsed and executed The scripts are parsed into abstract syntax trees Some browser engines take the Abstract Syntax Tree and pass it into an interpreter outputting bytecode which is executed on the main thread This is known as JavaScript compilation Building the Accessibility TreeThe browser also builds an accessibility tree that assistive devices use to parse and interpret content The accessibility object model AOM is like a semantic version of the DOM The browser updates the accessibility tree when the DOM is updated The accessibility tree is not modifiable by assistive technologies themselves Until the AOM is built the content is not accessible to screen readers RenderingNow that the information has been parsed the browser can begin to display it To achieve this the browser will now use the render tree to produce a visual representation of the document Rendering steps include layout paint and in some cases compositing LayoutLayout is the rendering stage where the geometry and positioning of the render tree nodes are determined Once the render tree is built the layout commences Layout is a recursive process It begins at the root renderer which corresponds to the lt html gt element of the HTML document Layout continues recursively through some or all of the frame hierarchy computing geometric information for each renderer that requires it The layout usually has the following pattern Dirty bit systemIn order not to do a full layout for every small change browsers use a dirty bit system A renderer that is changed or added marks itself and its children as dirty needing layout There are two flags dirty node needs a layout children are dirty node has at least one child that needs a layout Overview of layout processParent node determines its own width Parent goes over children and Calculate child render s sizeCalls child layout if they have a dirty descendantParent uses children s accumulative heights and the heights of margins and padding to set its own height this will be used by the parent renderer s parent Sets its dirty bit to false An added important concept is that of reflow As previously mentioned the first time the size and position of nodes are determined is called layout Subsequent recalculations of node size and locations are called reflows As an example suppose the initial layout occurs before the image is returned Since we didn t declare the size of our image there will be a reflow once the image size is known PaintThe third and last stage of rendering In this painting phase the browser converts each box calculated in the layout phase to actual pixels on the screen Painting involves drawing every visual part of an element to the screen including text colours borders shadows and replaced elements like buttons and images The browser needs to do this super quickly Painting orderCSS defines the order of the painting process This is actually the order in which the elements are stacked in the stacking contexts This order affects painting since the stacks are painted from back to front The stacking order of a block renderer is background colourbackground imageborderchildrenoutline Paint LayersPainting can break the elements in the layout tree into layers Promoting content into layers on the GPU instead of the main thread on the CPU improves paint and repaint performance There are specific properties and elements that instantiate a layer including lt video gt and lt canvas gt and any element which has the CSS properties of opacity a D transform will change and a few others These nodes will be painted onto their own layer along with their descendants unless a descendant necessitates its own layer for one or more of the above reasons Layers do improve performance but are expensive when it comes to memory management so should not be overused as part of web performance optimization strategies CompositingWhen sections of the document are drawn in different layers overlapping each other compositing is necessary to ensure they are drawn to the screen in the right order and the content is rendered correctly As the page continues to load assets reflows can happen recall our example image that arrived late A reflow sparks a repaint and a re composite Had we defined the size of our image no reflow would have been necessary and only the layer that needed to be repainted would be repainted and composited if necessary But we didn t include the image size When the image is obtained from the server the rendering process goes back to the layout steps and restarts from there FinalisingOnce the main thread is done painting the page you would think we would be all set That isn t necessarily the case If the load includes JavaScript which was correctly deferred and only executed after the onload event fires the main thread might be busy and not available for scrolling touch and other interactions Javascript OccupiedTime to Interactive TTI is the measurement of how long it took from that first request which led to the DNS lookup and SSL connection to when the page is interactiveーinteractive being the point in time after the First Contentful Paint when the page responds to user interactions within ms If the main thread is occupied parsing compiling and executing JavaScript it is not available and therefore not able to respond to user interactions in a timely less than ms fashion In our example maybe the image loaded quickly but perhaps the anotherscript js file was MB and our user s network connection was slow In this case the user would see the page super quickly but wouldn t be able to scroll without jank until the script was downloaded parsed and executed That is not a good user experience Avoid occupying the main thread as demonstrated in this WebPageTest example In this example the DOM content load process took over seconds and the main thread was fully occupied that entire time unresponsive to click events or screen taps The user can now browse the page Yes after all these stages the user can now both see and interact with the page SummaryFor a simple page to be displayed in our browser window it may need to go through DNS Lookup To find out the ip of the web address TCP Handshake To set up TCP IP communication between the client and server for the susbsequent steps TLS Handshake To safeguard the information that will be sent via encryption HTTP communication To establish a method of communication that browsers can understand Browser Parsing To parse the HTTP s responseーthe document of the page to be displayed Browser Rendering To render the document on the browsers window Javascript Occupied To wait for JS to compile and execute as it may hog the main thread It is incredible the number of things that happen for this seemingly simple task to be accomplished Truly an impressive journey for our little page There is more In a real world scenario our little page may have to tackle even more obstacles before reaching its destination things such as load balancers proxies multiple layers of firewalls etc These topics are beasts of their own and if you re curious about how they work I recommend looking them up Perhaps i ll write something for them in the future Thank you for reading Paulo Reference overview	2021-07-19 09:04:55
Apple	AppleInsider - Frontpage News	Supply chain expects new 'iPhone SE 3' in 2022	https://appleinsider.com/articles/21/07/19/supply-chain-expects-new-iphone-se-3-in-2022?utm_medium=rss	Supply chain expects new x iPhone SE x in Sources within the component supply chain are reportedly expecting orders for an updated iPhone SE in the first half of Credit Andrew O Hara AppleInsiderBacking up recent claims by analyst Ming Chi Kuo a new report says that Apple is planning to launch an updated version of the entry level iPhone Read more	2021-07-19 09:54:09
海外TECH	Engadget	Tencent to buy British video game studio Sumo for $1.27 billion	https://www.engadget.com/tencent-sumo-acquisition-091425058.html?src=rss	Tencent to buy British video game studio Sumo for billionIn a busy year for gaming mergers another deal has just been announced Tencent is to fully acquire Sumo Group the UK developer behind LittleBigPlanet and Crackdown The Chinese web giant is offering pence per share for the studio in which it already owns an percent stake valuing it at billion £ million The acquisition brings another major developer into the Tencent fold Already the world s biggest gaming company Tencent owns League of Legends studio Riot Games and has a financial stake in several publishers including Epic Games Activision Blizzard Ubisoft Bluehole Paradox Interactive Supercell Grinding Gear Games and Yager along with chat platform Discord In February the company acquired a minority position in DayZ developer Bohemia Interactive But Tencent s dominance has triggered regulatory pushback at home and abroad Earlier this month Chinese authorities blocked its plan to merge its two game livestreaming sites Douyu and Huya Tencent is also negiotiating an agreement with a US national security panel that would allow it to retain its stakes in US companies nbsp Riot Games and Epic Games according to multiple reports The Sumo acquisition hands Tencent a mix of AAA and indie content Alongside LittleBigPlanet and spinoff Sackboy both published by Sony nbsp Sumo was also behind Hitman It also owns UK based indie developer The Chinese Room Everybody s Gone to the Rapture and Red Kite Games best known for ports of games like Two Point Hospital In February the studio purchased Poland s PixelAnt Games for £ “The business will benefit from Tencent s broad videogaming ecosystem proven industry expertise and its strategic resources which will help secure and further the aspirations and long term success of Sumo Ian Livingstone non executive chairman of Sumo said in a statement Between Microsoft s acquisition of ZeniMax and EA s deal for Codemasters is already turning out to be a blockbuster year for video game consolidation Other hot deals include Epic Games acquisition of Fall Guys studio Mediatonic Sony s purchase of Returnal developer Housmarque and Facebook s takeover of BigBox VR through its Oculus arm	2021-07-19 09:14:25
医療系	医療介護 CBnews	介護の人員基準、臨時的な取り扱いは適用日以前も可-厚労省	https://www.cbnews.jp/news/entry/20210719183408	都道府県	2021-07-19 18:45:00
金融	日本銀行：RSS	【記者会見要旨】黒田総裁（7月16日分）	http://www.boj.or.jp/announcements/press/kaiken_2021/kk210719a.pdf	記者会見	2021-07-19 18:50:00
金融	ニュース - 保険市場TIMES	三井住友海上、AIドローンとチャットボットの活用で大規模水災の保険金支払を迅速化	https://www.hokende.com/news/blog/entry/2021/07/19/190000		2021-07-19 19:00:00
海外ニュース	Japan Times latest articles	Tokyo 2020 sponsor Toyota withdraws Games TV commercials due to lack of support	https://www.japantimes.co.jp/news/2021/07/19/national/olympics-japanese-doubts/	Tokyo sponsor Toyota withdraws Games TV commercials due to lack of supportSome corporations face a dilemma of whether or not to tie their brands to an event that has so far failed to win strong	2021-07-19 18:36:27
海外ニュース	Japan Times latest articles	From LDP ‘prince’ to punchline: What happened to Shinjiro Koizumi?	https://www.japantimes.co.jp/news/2021/07/19/national/politics-diplomacy/shinjiro-koizumi-political-decline/	From LDP prince to punchline What happened to Shinjiro Koizumi In addition to being regularly lampooned on social media the environment minister has struggled to maintain his influence amid COVID and as a Cabinet insider	2021-07-19 18:25:55
海外ニュース	Japan Times latest articles	Rui Hachimura’s arrival gives a boost to Japan’s Olympic basketball dream	https://www.japantimes.co.jp/sports/2021/07/19/olympics/summer-olympics/olympics-basketball/rui-hachimura-japan-olympic-basketball/	Rui Hachimura s arrival gives a boost to Japan s Olympic basketball dreamThe player who will serve as a co flag bearer for Japan at the opening ceremony at the National Stadium on Friday has his sights set	2021-07-19 18:03:33
ニュース	BBC News - Home	Johnson urges caution as Covid rules ease in England	https://www.bbc.co.uk/news/uk-57882029	events	2021-07-19 09:31:06
ニュース	BBC News - Home	Iceland and Greene King shut sites amid 'pingdemic'	https://www.bbc.co.uk/news/business-57885175	people	2021-07-19 09:39:50
ニュース	BBC News - Home	In pictures: UK soaks up sun as heatwave set to continue	https://www.bbc.co.uk/news/uk-57886265	nations	2021-07-19 09:17:12
ニュース	BBC News - Home	Hamilton racially abused online after British Grand Prix victory	https://www.bbc.co.uk/sport/formula1/57885011	media	2021-07-19 09:19:12
ニュース	BBC News - Home	Covid rules from 19 July: What has changed?	https://www.bbc.co.uk/news/explainers-52530518	scotland	2021-07-19 09:32:02
ニュース	BBC News - Home	What are the rules and guidance for face masks and coverings from 19 July?	https://www.bbc.co.uk/news/health-51205344	wales	2021-07-19 09:34:00
ニュース	BBC News - Home	Covid: Who has to self-isolate and what if I'm fully vaccinated?	https://www.bbc.co.uk/news/explainers-54239922	england	2021-07-19 09:37:59
ビジネス	ダイヤモンド・オンライン - 新着記事	ユニプレス、株主優待を変更！ 食品やQUOカードなど と交換できる｢株主優待ポイント｣がもらえるが、今期 から保有期間1年未満の300株未満の株主は対象外に！ - 株主優待【新設・変更・廃止】最新ニュース	https://diamond.jp/articles/-/277377		2021-07-19 18:35:00
北海道	北海道新聞	侍ジャパン、仙台で強化合宿始動　稲葉監督「気持ち高ぶってきた」	https://www.hokkaido-np.co.jp/article/568860/	楽天生命	2021-07-19 18:19:00
北海道	北海道新聞	東京円、１０９円台後半	https://www.hokkaido-np.co.jp/article/568849/	東京外国為替市場	2021-07-19 18:09:00
北海道	北海道新聞	韓国大統領、訪日見送りを発表　成果ある首脳会談困難と判断	https://www.hokkaido-np.co.jp/article/568848/	東京五輪	2021-07-19 18:07:00
北海道	北海道新聞	競泳日本代表が会場で初練習　水の感触など入念に確認	https://www.hokkaido-np.co.jp/article/568847/	日本代表	2021-07-19 18:05:00
北海道	北海道新聞	卓球五輪代表が初の公式練習　張本、伊藤ら笑顔で確認	https://www.hokkaido-np.co.jp/article/568845/	試合会場	2021-07-19 18:03:00
ビジネス	東洋経済オンライン	忙しい日本人が知らない｢疲労｣4条件【動画】 スタンフォードの一流選手は回復を重視する | 健康 | 東洋経済オンライン	https://toyokeizai.net/articles/-/441770?utm_source=rss&utm_medium=http&utm_campaign=link_back	日本人が知らない	2021-07-19 18:05:00
ニュース	Newsweek	「北京五輪を容認すれば、ヒトラーに譲歩したときと同じ禍根を招く」英与党重鎮がボイコットを訴え	https://www.newsweekjapan.jp/stories/world/2021/07/post-96729.php		2021-07-19 18:23:40
ニュース	Newsweek	ロックダウン解除のイギリス、変異株で20万人感染予測　マスク義務も民間任せに	https://www.newsweekjapan.jp/stories/world/2021/07/20-91.php		2021-07-19 18:10:45
IT	週刊アスキー	Switch『ハッピーダンガンロンパＳ』のキービジュアルとアナウンストレーラーが公開	https://weekly.ascii.jp/elem/000/004/063/4063226/	発売予定	2021-07-19 18:45:00