投稿時間:2022-02-02 18:39:22 RSSフィード2022-02-02 18:00 分まとめ(38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	Netflixの「視聴中コンテンツ」削除機能、TV向けアプリでも利用可能に	https://japanese.engadget.com/netflix-remove-continue-watching-list-082030340.html	netflix	2022-02-02 08:20:30
TECH	Engadget Japanese	【GREEN FUNDING】先週の支援額ランキング BEST5（2021.1.24-1.30）	https://japanese.engadget.com/greenfunding-ranking-20220124-0130-060452793-111854786-100930187-040145343-080818599.html	【GREENFUNDING】先週の支援額ランキングBEST最新テクノロジーを活用したガジェットや思わぬ掘り出し物を見つけられるクラウドファンディングサービス「GREENFUNDING」。	2022-02-02 08:08:18
ROBOT	ロボスタ	最大4段の大容量トレーが特徴の配膳運搬ロボット「Keenbot アイリスエディション」発売 導入事例を公開　SBRとアイリスオーヤマ	https://robotstart.info/2022/02/02/keenbot-sbr-iris.html	keenbot	2022-02-02 08:46:55
ROBOT	ロボスタ	メディアの自動音声化と配信サービス「Audiostart」が6つの新機能を追加　読み間違いのないリッチな音声番組化　提携メディア数は200超に	https://robotstart.info/2022/02/02/audiostart-function-addition.html	audiostart	2022-02-02 08:07:13
IT	ITmedia 総合記事一覧	[ITmedia News] 改札で駅員から食材受け取り　クックパッドマート、JR東と連携	https://www.itmedia.co.jp/news/articles/2202/02/news147.html	itmedia	2022-02-02 17:38:00
IT	ITmedia 総合記事一覧	[ITmedia News] 車の助手席に荷物配達　スマホを“時間限定キー”に　KDDIなど、国内初の実験	https://www.itmedia.co.jp/news/articles/2202/02/news146.html	itmedia	2022-02-02 17:34:00
IT	ITmedia 総合記事一覧	[ITmedia PC USER] NVIDIAがKepler世代のGPUドライバを更新　セキュリティ対策で	https://www.itmedia.co.jp/pcuser/articles/2202/02/news141.html	windows	2022-02-02 17:30:00
IT	ITmedia 総合記事一覧	[ITmedia ビジネスオンライン] 学生時代頑張ったこと　2位「部活、クラブ、ボランティア活動」、3位「サークル活動」、1位は？	https://www.itmedia.co.jp/business/articles/2202/02/news131.html	itmedia	2022-02-02 17:20:00
IT	ITmedia 総合記事一覧	[ITmedia Mobile] 広角カメラを使って障害物を効率的に回避――ロボット掃除機「ルンバ j7／j7+」が日本上陸　2月10日発売	https://www.itmedia.co.jp/mobile/articles/2202/02/news140.html	ITmediaMobile広角カメラを使って障害物を効率的に回避ーロボット掃除機「ルンバjj」が日本上陸月日発売米iRobotのロボット掃除機「ルンバRoomba」の新モデルが日本でも登場する。	2022-02-02 17:15:00
AWS	AWS - Japan	AWS Academy 加盟校の声：大阪YMCA	https://www.youtube.com/watch?v=WwTYDZBzaqo	awsacademy	2022-02-02 08:04:32
python	Pythonタグが付けられた新着投稿 - Qiita	【Python】macOS Big Sur でのPython環境構築まとめ	https://qiita.com/KazunokoCeiling/items/48da5d0b38da1e64a24c	※自分の場合はpyenvがbinじゃなくてshimsにあったためそちらに変更Djangoのインストールまんまこの記事のDjangoのインストール以下を実行しました。	2022-02-02 17:50:49
python	Pythonタグが付けられた新着投稿 - Qiita	スクレイピング基礎備忘録	https://qiita.com/mamorubaseball/items/5941934aea03c9d7bae0	今回は、基本的な『書き込みと読み込み』だけなのでcsvモジュールのみを紹介しますnumpypandascsv書き込みwithopencompanydatacsvwasfwritercsvwriterfwriterwriterow会社名url代表者読み込みwithopencompanydatacsvrasfreadercsvreaderfforreadinreaderprintreaderタイムスリープの設定最後にタイムスリープの紹介です。	2022-02-02 17:15:26
Docker	dockerタグが付けられた新着投稿 - Qiita	【Docker】amazonlinux ＋ nginx ＋ php-fpm ＋ mysql でLaravelの開発環境構築してみた。	https://qiita.com/Sub_Tanabe/items/f4b73bb30a823093a50d	dockerexecitlaraveldbbashmysqlのbashで以下を入力mysqlurootpmysqlEnterpasswordパスワードrootを入力dockercomposeymlで設定したパスワードmysqlgtCREATEdatabaselaraveldbデーターベース名mysqlgtSHOWdatabases→制作されたか確認⑤Laravelのenvファイル編集DBCONNECTIONmysqlDBHOSTlaraveldbmysqlコンテナ名DBPORTDBDATABASElaraveldb④で制作したDB名DBUSERNAMEroot→ユーザー制作してない場合はrootでアクセスDBPASSWORDroot→ユーザー制作してない場合はrootパスワードでアクセスphpartisanmigrateこれでテーブルが作成されればLaravelとDBの接続成功最後に筆者はDB接続をRDSにしたかったのですが、うまく接続ができなかったのでこの方法を用いました。	2022-02-02 17:28:20
Ruby	Railsタグが付けられた新着投稿 - Qiita	同一オリジンポリシーとCORS	https://qiita.com/WisteriaWave/items/a877c4ac3af30d9ea9c8	オリジンAで読み込まれたリソースhtmljscookieetcからオリジンBのリソースへの通信をしようとするとブラウザに同一オリジンポリシー違反としてブロックされる。	2022-02-02 17:44:44
海外TECH	DEV Community	Creating Beautiful Tracebacks with Python's Exception Hooks	https://dev.to/martinheinz/creating-beautiful-tracebacks-with-pythons-exceptions-hooks-4869	Creating Beautiful Tracebacks with Python x s Exception HooksWe all spend a good chuck of our time debugging sifting through logs or reading tracebacks Each of these can be difficult and time consuming and in this article we will focus on making the last one dealing with tracebacks and exceptions as easy and efficient as possible To achieve this we will learn how to implement and use custom Exception Hooks that will remove all the noise from tracebacks make them more readable and display just the information we need to troubleshoot our code and exceptions in Python On top of that we will also take a look at awesome Python libraries that provide ready to use exception hooks with beautiful tracebacks which can be installed and used without any additional coding Exception HooksWhenever exception is raised and isn t handled by try except block a function assigned to sys excepthook is called This function called Exception Hook is then used to output any relevant information to standard output using the arguments it receives type value and traceback Let s now look at a minimal example to see how this works import sysdef exception hook exc type exc value tb print Traceback filename tb tb frame f code co filename name tb tb frame f code co name line no tb tb lineno print f File filename line line no in name Exception type and value print f exc type name Message exc value sys excepthook exception hookIn the above example we leverage each of the arguments to provide basic traceback data in output We use traceback tb object to access the traceback frame which contains data describing where the exception occurred that is filename f code co filename function module name f code co name and line number tb lineno Apart from that we also print information about exception itself using the exc type and exc value variables With this hook in place we can invoke a function that raises some exception and we will receive the following output def do stuff do something that raises exception raise ValueError Some error message do stuff Traceback File home some path exception hooks py line in lt module gt ValueError Message Some error messageThe above example provides some information about exception but to get all the information needed for debugging as well as a full picture of where and why the exception happened we need to dig a bit deeper into the traceback object def exception hook exc type exc value tb local vars while tb filename tb tb frame f code co filename name tb tb frame f code co name line no tb tb lineno print f File filename line line no in name local vars tb tb frame f locals tb tb tb next print f Local variables in top frame local vars File home some path exception hooks py line in lt module gt File home some path exception hooks py line in do stuff Local variables in top frame some var data As you can see here the traceback object tb is actually a linked list of all the exceptions that occurred a stacktrace This allows us to loop through it using tb next and print information for each frame On top of that we can also use tb frame f locals attribute to dump local variables to console which can also aid in debugging Digging through the traceback object like we saw above works but it s cumbersome and becomes quite unreadable very quickly Better solution is to use traceback module instead which provides lots of helper functions for extracting information about exceptions So now that we know the basics let s see how we can build our own exception hooks with some real useful features Make Your OwnThere are more things that we can do then just dump data on stdout One of them would be logging the output to a file automatically LOG FILE PATH some log FILE open LOG FILE PATH mode w def exception hook exc type exc value tb FILE write Exception n traceback print exc file FILE FILE write n Traceback n traceback print tb tb file FILE Exception NoneType None Traceback File home some path exception hooks py line in lt module gt do stuff File home some path exception hooks py line in do stuff raise ValueError Some error message This can be useful if you want to preserve information about uncaught exception for later debugging By default uncaught exception will go to stderr which might be undesirable if you have a logging setup in place and want the logger to take care of the error output You could use following hook to allow logger to take care of these exceptions import logginglogging basicConfig level logging CRITICAL format asctime s pathname s lineno d levelname s message s datefmt H M S stream sys stdout def exception hook exc type exc value exc traceback logging critical Uncaught exception exc info exc type exc value exc traceback home some path exception hooks py CRITICAL Uncaught exception Traceback most recent call last File home some path exception hooks py line in lt module gt do stuff File home some path exception hooks py line in do stuff raise ValueError Some error message ValueError Some error messageThe first thing that comes to mind when trying to improve the console output is making it pretty by giving it some colours highlighting the important bits pip install coloramafrom colorama import init Foreinit autoreset True Reset the color after every printdef exception hook exc type exc value tb local vars while tb filename tb tb frame f code co filename name tb tb frame f code co name line no tb tb lineno Prepend desired color e g RED to line print f Fore RED File filename line line no in name local vars tb tb frame f locals tb tb tb next print f Fore GREEN Local variables in top frame local vars There s obviously much more you could do for example printing local variables in each frame or even lookup variables that were referenced on the line on which the exception occurred Unsurprisingly exception hooks for these use cases already exist so instead of dumping the code on you I d suggest you take a look at their source code from which you can draw some inspiration printing local variables from each frameprinting relevant info for each frame referenced variables Finally I want to include a word of caution whenever you decide to install an exception hook be aware that libraries can install their own hooks so make sure you don t override those In those cases you can instead catch the exception and use except block to output information you want to see for example by using sys exc info Awesome Hooks in The WildBuilding your own exception hook can be a fun little exercise but there are already quite a few cool ones out there So instead of reinventing a wheel let s rather look at what we can just grab and start using immediately First and my favourite being Rich pip install rich python m rich tracebackfrom rich traceback import installinstall show locals True do stuff Raises ValueErrorThe installation is super easy all you need to do is install the library import it and run install function which puts exception hook in place If you want to just check out a sample output without writing Python code then you can also use python m rich traceback Another popular option is better exceptions It also produces nice output but requires a little more setup pip install better exceptions export BETTER EXCEPTIONS import better exceptionsbetter exceptions MAX LENGTH None Check if you TERM variable is set to xterm if not set below variable better exceptions SUPPORTS COLOR Truebetter exceptions hook do stuff Raises ValueErrorIn addition to installing the library with pip we also need to set BETTER EXCEPTIONS environment variable to enable it Next we need the above Python code for setup The most important part being the call to hook function which installs the exception hook Additionally we also set SUPPORTS COLOR to True which might be necessary depending on the terminal you re using more specifically you will need this if your TERM variable is set to anything other than xterm Next up is pretty errors library This one is definitely the easiest one to configure requiring just an import pip install pretty errorsimport pretty errors configure can be omitted if you re satisfied with default settingspretty errors configure filename display pretty errors FILENAME EXTENDED line number first True display link True line color pretty errors RED gt pretty errors default config line color code color pretty errors default config line color truncate code True display locals True do stuff Apart from the mandatory import the above snippet also shows optional configuration for the library This is just a small sample of what you can configure to produce below output The full list of config options can be found here Next one is a library whose output style will be familiar to everyone who uses Jupyter notebook It s IPython s ultratb module which provides a couple of options for very pretty and readable exception and traceback error outputs pip install ipythonimport IPython core ultratb Also ColorTB FormattedTB ListTB SyntaxTBsys excepthook IPython core ultratb VerboseTB color scheme Linux Other colors NoColor LightBG Neutraldo stuff Last but not least is stackprinter library which produces concise output with all the debugging information you might need Again all you need to do to set it up is install the exception hook pip install stackprinterimport stackprinterstackprinter set excepthook style darkbg do stuff ConclusionIn this article we learned how to write an exception hook but I don t actually recommend writing and using your own hooks Implementing one such hook could be a fun exercise but probably not a worthwhile effort You re better off using one of the awesome hooks presented above and calling it a day I do however strongly recommend choosing one of them and installing it across all the projects you re working on both for improved debugging but also for consistency The more you use one of these exception hooks the more used you will become to its output and consequently the more benefit you will get from using it With that said though you should consider excluding custom exception hooks from your production build as the prettified outputs might obscure some information which might be critical in certain scenarios One such example would be missing file paths in some of the outputs above which aids readability when debugging locally but might make it harder to debug code running on remote system	2022-02-02 08:08:41
海外TECH	DEV Community	The big STL Algorithms tutorial: the memory header	https://dev.to/sandordargo/the-big-stl-algorithms-tutorial-the-memory-header-1i1p	The big STL Algorithms tutorial the memory headerWe are slowly reaching the end of the big STL algorithm tutorial and in this last but one part we are going to cover a record high operations that are part of the lt memory gt header I decided to take all of them because they are quite similar to each other uninitialized copyuninitialized copy nuninitialized filluninitialized fill nuninitialized moveuninitialized move nuninitialized default constructuninitialized default construct nuninitialized value constructuninitialized value construct ndestroydestroy ndestroy atconstruct at uninitialized copy uninitialized copy nstd uninitialized copy takes an input range and copies the elements to an uninitialized area that is denoted by an iterator pointing at the beginning of the output range Potentially you can also set the execution policy The only difference std uninitialized copy n has compared to std uninitialized copy is that it doesn t take the input range by two iterators defining the beginning and the end of the input range but instead it takes the beginning of the range and the size include lt algorithm gt include lt iostream gt include lt memory gt include lt string gt include lt tuple gt include lt vector gt int main std vector lt std string gt v This is an example auto sz std size v if void pbuf std aligned alloc alignof std string sizeof std string sz try auto first static cast lt std string gt pbuf auto last std uninitialized copy std begin v std end v first for auto it first it last it std cout lt lt it lt lt std cout lt lt n std destroy first last catch std free pbuf std string p std tie p sz std get temporary buffer lt std string gt v size sz std min sz v size std uninitialized copy n v begin sz p for std string i p i p sz i std cout lt lt i lt lt i gt basic string lt char gt std return temporary buffer p uninitialized move uninitialized move nstd uninitialized move and std uninitialized move n unsurprisingly work very similarly compared to their copy versions but instead of copying the items from the input ranges they move the items The range to be moved is either defined by two iterators denoting its beginning and end uninitialized move or by an iterator to its beginning and the number of positions to fill uninitialized move n The output range is defined only by its beginning as usual and as a caller we have to make sure that it can accommodate all the necessary elements to avoid undefined behaviour Before all the other parameters we can also define an execution policy include lt cstdlib gt include lt iomanip gt include lt iostream gt include lt memory gt include lt string gt void print auto rem auto first auto last for std cout lt lt rem first last first std cout lt lt std quoted first lt lt std cout lt lt n int main std string in Home Work print initially in std begin in std end in if constexpr auto sz std size in void out std aligned alloc alignof std string sizeof std string sz try auto first static cast lt std string gt out auto last first sz std uninitialized move std begin in std end in first comment the previous line and uncomment the next one to see uninitialized fill n in action std uninitialized move n std begin in sz first print after move in std begin in std end in print after move out first last std destroy first last catch std cout lt lt Exception n std free out uninitialized fill uninitialized fill nstd uninitialized fill and std uninitialized fill n fills an uninitialized memory area with a given value The range to be filled is either defined by two iterators denoting its beginning and end uninitialized fill or by an iterator to its beginning and the number of positions to fill uninitialized fill n In both cases the value comes after and execution policy can also be defined include lt algorithm gt include lt iostream gt include lt memory gt include lt string gt include lt tuple gt int main std string p std size t sz std tie p sz std get temporary buffer lt std string gt std uninitialized fill p p sz Example comment the previous line and uncomment the next one to see uninitialized fill n in action std uninitialized fill n p sz Example for std string i p i p sz i std cout lt lt i lt lt n i gt basic string lt char gt std return temporary buffer p uninitialized default construct uninitialized default construct nstd uninitialized default construct and std uninitialized default construct n fills an uninitialized memory area with the default initialized instances of the contained type The range to be filled is either defined by two iterators denoting its beginning and end uninitialized default construct or by an iterator to its beginning and the number of positions to fill uninitialized default construct n In both cases the value comes after and execution policy can also be defined include lt iostream gt include lt memory gt include lt string gt struct S std string m Default value int main constexpr int n alignas alignof S unsigned char mem n sizeof S auto first reinterpret cast lt S gt mem auto last first n std uninitialized default construct first last comment the previous line and uncomment the next one to see uninitialized default construct n in action std uninitialized default construct n first n for auto it first it last it std cout lt lt it gt m lt lt n std destroy first last We should also note that std uninitialized default construct and std uninitialized default construct n do not zero fill the memory area for trivial types include lt iostream gt include lt memory gt include lt cstring gt int main Notice that for trivial types the uninitialized default construct generally does not zero fill the given uninitialized memory area int v const int original std uninitialized default construct std begin v std end v comment the previous line and uncomment the next one to see uninitialized default construct n in action std uninitialized default construct n std begin v std distance std begin v std end v for const int i v std cout lt lt i lt lt std cout lt lt n Maybe undefined behavior pending CWG std cout lt lt std memcmp v original sizeof v Unmodified n Modified n The result is unspecified uninitialized value construct uninitialized value construct nuninitialized value construct uninitialized value construct n has the same signatures as uninitialized default construct and uninitialized default construct n Besides they practically work the same way for object types they both invoke the default constructor of the contained type However while uninitialized default construct and uninitialized default construct n didn t zero fill trival types POD types uninitialized value construct uninitialized value construct n will do it Here is a nice little comparison between default and value initialization Here is a merged example include lt iostream gt include lt memory gt include lt string gt struct S std string m Default value int main constexpr int n alignas alignof S unsigned char mem n sizeof S auto first reinterpret cast lt S gt mem auto last first n std uninitialized value construct first last comment the previous line and uncomment the next one to see uninitialized default construct n in action std uninitialized value construct n first n for auto it first it last it std cout lt lt it gt m lt lt n std destroy first last Notice that for trivial types the uninitialized value construct zero fills the given uninitialized memory area int v for const int i v std cout lt lt i lt lt std cout lt lt n std uninitialized value construct std begin v std end v comment the previous line and uncomment the next one to see uninitialized default construct n in action std uninitialized value construct n std begin v std distance std begin v std end v for const int i v std cout lt lt i lt lt std cout lt lt n destroy destroy n destroy atIf you have read the code snippets thoroughly in this article you could already see std destroy at work and I m sure you can guess how std destroy n works compared to it std destroy and std destroy n take a range of objects and invoke the destructor of those std destroy takes a pair of iterators while std destroy n takes the beginning of a range and the number of objects to be destroyed It s also possible to set the execution policy Both can be implemented as a loop iterating over the range and in the body they call std destroy at which takes only one parameter a pointer include lt memory gt include lt new gt include lt iostream gt struct Tracer int value Tracer std cout lt lt value lt lt destructed n int main alignas Tracer unsigned char buffer sizeof Tracer for int i i lt i new buffer sizeof Tracer i Tracer i manually construct objects auto ptr std launder reinterpret cast lt Tracer gt buffer std destroy ptr ptr you can alternatively try this std destroy n ptr or this for int i i lt i std destroy at ptr i construct atstd construct at takes a memory address of an object of type T and a variable number of parameters and it constructs a T object with all the passed arguments include lt iostream gt include lt memory gt struct S int x float y double z S int x float y double z x x y y z z std cout lt lt S S n S std cout lt lt S S n friend std ostream amp operator lt lt std ostream amp os const S amp o os lt lt S x lt lt o x lt lt y lt lt o y lt lt z lt lt o z lt lt n return os int main alignas S unsigned char storage sizeof S S ptr std construct at reinterpret cast lt S gt storage f std cout lt lt ptr std destroy at ptr ConclusionThis time we learned about algorithms for dynamic memory management from the lt memory gt header To be completely honest with you in the almost years that I spent with C I ve never used them and there was no situation when I would have had to use them Still it s good to know about them and even better to avoid dynamic memory management as much as you can and let the compiler do it for us In the very last part of this series we are going to conclude what we learned about STL algorithms the key points to keep in mind Stay tuned Connect deeperIf you liked this article please hit on the like button subscribe to my newsletter and let s connect on Twitter	2022-02-02 08:04:03
海外TECH	DEV Community	A Quick 10-Second Programming Joke For Today	https://dev.to/dailydeveloperjokes/a-quick-10-second-programming-joke-for-today-1fg0	A Quick Second Programming Joke For TodayHi there Here s today s Daily Developer Joke We hope you enjoy it it s a good one For more jokes and to submit your own joke to get featured check out the Daily Developer Jokes Website We re also open sourced so feel free to view our GitHub Profile Leave this post a ️if you liked today s joke and stay tuned for tomorrow s joke too This joke comes from Dad Jokes GitHub Repo by Wes Bos thank you whose owner has given me permission to use this joke with credit	2022-02-02 08:00:28
海外TECH	Engadget	Sony drops PlayStation 5 sales forecast again due to chip shortage	https://www.engadget.com/sony-ps5-forecast-down-chip-shortages-085523096.html?src=rss	Sony drops PlayStation sales forecast again due to chip shortageSony is still struggling to make enough PlayStation consoles to keep up with demand During its key holiday fiscal quarter it shipped million units for a total of million since launch the company said in its earnings report That s considerably behind the million units the PS had managed at the same point in its life cycle Because of that Sony reported billion yen billion in revenue for its gaming division down from billion yen billion over the same quarter last year However operating profit rose percent to million because Sony actually loses money on each PS console sold nbsp Sony CFO Hiroki Totoki said in an analyst webcast that people want to buy PS consoles but partners can t supply components due to the ongoing chip shortage Sony expects that situation to continue during the coming year meaning PSs may not be any easier to find particularly in the first half of nbsp Sony lowered its forecast for PS shipments for the fiscal year to million units down from million As such it dropped its full year revenue estimate for its Game amp Network Services G amp NS division by million yen billion At the same time it expects percent more profit despite lower game sales thanks to the aforementioned unprofitable consoles Sony s gaming division is its biggest money maker accounting for around a quarter of its overall revenue and profits this quarter However its imaging division also fared well in fiscal Q with a percent increase in revenue year over year thanks to sales of its premium smartphone image sensors Its movie division meanwhile saw a large jump in revenue to billion due in large part to the success of Spider Man No Way Home nbsp	2022-02-02 08:55:23
医療系	医療介護 CBnews	22年度診療報酬改定案9日答申へ、中医協-充実体制加算、総合入院体制加算と同時算定不可	https://www.cbnews.jp/news/entry/20220202163356	中央社会保険医療協議会	2022-02-02 17:25:00
海外ニュース	Japan Times latest articles	New COVID cases in Tokyo surge past 20,000 for the first time as Osaka logs 19 deaths	https://www.japantimes.co.jp/news/2022/02/02/national/covid-tracker-feb-2/	New COVID cases in Tokyo surge past for the first time as Osaka logs deathsThe figures came as the number of cluster infections that occurred nationwide during the week ending Monday rose to ーa record high	2022-02-02 17:54:36
海外ニュース	Japan Times latest articles	Dispute over northern islands shapes Tokyo’s stance on Ukraine crisis	https://www.japantimes.co.jp/news/2022/02/02/national/northern-territories-explainer-ukraine/	Dispute over northern islands shapes Tokyo s stance on Ukraine crisisRussia Japan relations are centered on the decadeslong dispute over four islands northeast of Hokkaido that Russia occupies and Japan claims	2022-02-02 17:40:20
海外ニュース	Japan Times latest articles	As the U.S. pulls back from the Middle East, China leans in	https://www.japantimes.co.jp/news/2022/02/02/world/us-middle-east-china/	As the U S pulls back from the Middle East China leans inStates in the Middle East are increasingly looking to China not just to buy their oil but to invest in their infrastructure and cooperate on	2022-02-02 17:04:50
ニュース	BBC News - Home	'Levelling up' plan unveiled for UK	https://www.bbc.co.uk/news/uk-politics-60216307?at_medium=RSS&at_campaign=KARANGA	business	2022-02-02 08:08:06
ニュース	BBC News - Home	Colin the Caterpillar cake row crumbles	https://www.bbc.co.uk/news/business-60223220?at_medium=RSS&at_campaign=KARANGA	cakes	2022-02-02 08:29:51
ビジネス	ダイヤモンド・オンライン - 新着記事	新日本科学(2395)、4期連続の「増配」を発表して、 配当利回り3.0％に！ 年間配当は3年で13倍に急増、 2022年3月期は前期比20円増の｢1株あたり40円｣に！ - 配当【増配・減配】最新ニュース！	https://diamond.jp/articles/-/295196	新日本科学、期連続の「増配」を発表して、配当利回りに年間配当は年で倍に急増、年月期は前期比円増の「株あたり円」に配当【増配・減配】最新ニュース新日本科学が、年月期の配当予想の修正増配を発表し、配当利回りがに新日本科学は、年月期の年間配当を前回予想比で「円」の増配、前期比でも「円」の増配となる「株あたり円」に修正すると発表した。	2022-02-02 17:40:00
ビジネス	ダイヤモンド・オンライン - 新着記事	｢連続増配株ランキング｣ベスト20！[2022年最新版] 31期連続増配の｢花王｣、22期連続増配で利回り4％超 の｢三菱HCキャピタル｣など、おすすめ増配銘柄を紹介 - 配当【増配・減配】最新ニュース！	https://diamond.jp/articles/-/229803		2022-02-02 17:30:00
ビジネス	ダイヤモンド・オンライン - 新着記事	厳しいコロナ対策で、今年も低迷しそうな中国経済。 ただ「中国景気減速＝株売り」と焦る必要はない。 あくまで重要なのは米国経済の動向だ - 「勝者のゲーム」と資産運用入門	https://diamond.jp/articles/-/295045	中国経済	2022-02-02 17:05:00
北海道	北海道新聞	蘭越町もバス転換支持　道新幹線　並行在来線　長万部―小樽間	https://www.hokkaido-np.co.jp/article/640881/	並行在来線	2022-02-02 17:19:23
北海道	北海道新聞	クマ保護全国組織　「熊森協会」の道支部発足　出没抑止に北海道犬のベアドッグ養成へ	https://www.hokkaido-np.co.jp/article/640875/	北海道犬	2022-02-02 17:13:00
北海道	北海道新聞	０２年の強盗殺人、無期懲役　５０歳無職男、東京地裁	https://www.hokkaido-np.co.jp/article/640874/	東京地裁	2022-02-02 17:12:00
北海道	北海道新聞	東京で最多２万１５７６人感染　６人死亡	https://www.hokkaido-np.co.jp/article/640873/	新型コロナウイルス	2022-02-02 17:12:00
北海道	北海道新聞	北海道百科、マカ配合のチョコを開発　５日から限定発売	https://www.hokkaido-np.co.jp/article/640872/	限定発売	2022-02-02 17:09:54
北海道	北海道新聞	道内コロナ再拡大、酒造メーカーにも影　業務用の回復見通せず	https://www.hokkaido-np.co.jp/article/640871/	感染拡大	2022-02-02 17:04:00
北海道	北海道新聞	休校「５日程度」目安に　オミクロン対応で文科省	https://www.hokkaido-np.co.jp/article/640870/	学級閉鎖	2022-02-02 17:02:00
マーケティング	MarkeZine	リチカとミエルカが連携し、コンテンツマーケティング支援を開始　記事×動画で読了率や流入数の増加を向上	http://markezine.jp/article/detail/38254	開始	2022-02-02 17:15:00
IT	週刊アスキー	PS Nowに『GTA：バイスシティ 決定版』や『英雄伝説 閃の軌跡I：改』など5タイトルが追加！	https://weekly.ascii.jp/elem/000/004/082/4082378/	playstation	2022-02-02 17:50:00
IT	週刊アスキー	エバーブルーテクノロジーズ、新型の無⼈帆船型ドローン「everblueAST-201」のトライアル販売を開始	https://weekly.ascii.jp/elem/000/004/082/4082369/	everblueast	2022-02-02 17:30:00
IT	週刊アスキー	ヤマト運輸、デジタルキーを活用して荷物を車のトランクへ配達する実証実験を開始	https://weekly.ascii.jp/elem/000/004/082/4082371/	実証実験	2022-02-02 17:30:00