投稿時間:2023-01-16 18:38:02 RSSフィード2023-01-16 18:00 分まとめ(43件)

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IT	気になる、記になる…	NTTドコモ、9月27日をもって｢dゲーム｣のサービスを終了へ	https://taisy0.com/2023/01/16/167099.html	終了	2023-01-16 08:40:11
IT	気になる、記になる…	無料動画配信サービス｢GYAO!｣、2023年3月31日でサービス終了へ	https://taisy0.com/2023/01/16/167095.html	動画配信サービス	2023-01-16 08:30:24
IT	気になる、記になる…	PayPay、2023年3月に公式アプリでの｢Android 6.0｣と｢iOS 12｣のサポートを終了へ	https://taisy0.com/2023/01/16/167093.html	android	2023-01-16 08:09:58
IT	ITmedia 総合記事一覧	[ITmedia News] ドコモ「dゲーム」終了へ　「dコイン」の販売も	https://www.itmedia.co.jp/news/articles/2301/16/news138.html	itmedia	2023-01-16 17:14:00
IT	ITmedia 総合記事一覧	[ITmedia ビジネスオンライン] PayPayほけんの「インフルエンザお見舞い金」好調　サービス開始3日で加入数1万件突破	https://www.itmedia.co.jp/business/articles/2301/16/news127.html	itmedia	2023-01-16 17:10:00
IT	ITmedia 総合記事一覧	[ITmedia ビジネスオンライン] 流山おおたかの森S・Cに「フードコート」がオープン、7店舗の内訳は？	https://www.itmedia.co.jp/business/articles/2301/16/news136.html	flaps	2023-01-16 17:09:00
TECH	Techable（テッカブル）	ソバーキュリアスとは？なぜあえて飲まない人が増えているのか	https://techable.jp/archives/189603	curious	2023-01-16 08:00:19
AWS	AWS Japan Blog	AWS 請求、コスト管理、アカウントコンソール権限の変更	https://aws.amazon.com/jp/blogs/news/changes-to-aws-billing-cost-management-and-account-consoles-permissions/	changes	2023-01-16 08:18:33
python	Pythonタグが付けられた新着投稿 - Qiita	ONNXモデルを内蔵GPUで推論する。	https://qiita.com/watatoshi/items/f3237ac772b45333892b	onnxruntimedirectml	2023-01-16 17:56:42
python	Pythonタグが付けられた新着投稿 - Qiita	使用頻度の高いLinuxコマンドをまとめてみた	https://qiita.com/sei_yu/items/d3267c91b47198279a7e	linux	2023-01-16 17:37:41
python	Pythonタグが付けられた新着投稿 - Qiita	CP4DのWatson Studio NotebookからJayDeBeApiでDb2 for iに接続	https://qiita.com/nishikyon/items/448263fefa2e806e26f7	dbfori	2023-01-16 17:12:10
python	Pythonタグが付けられた新着投稿 - Qiita	ｳｯｶﾘツイッターツリー小説を書いてしまったので #TwitterAPI と #Python で解決する	https://qiita.com/mhwtss/items/4bad6815e5a3c88cb2f2	twitterapi	2023-01-16 17:10:32
js	JavaScriptタグが付けられた新着投稿 - Qiita	【React】フォームは状態管理せずに実装できるよ	https://qiita.com/nuko-suke/items/1393995fd53ecaeb1cbc	react	2023-01-16 17:50:10
js	JavaScriptタグが付けられた新着投稿 - Qiita	【jQuery】ラジオボタンのvalue値を取得して開閉するアコーディオンを実装	https://qiita.com/EkanTw/items/2e93dc56366f2f26705b	jquery	2023-01-16 17:38:12
js	JavaScriptタグが付けられた新着投稿 - Qiita	paizaラーニング レベルアップ問題集 スタック・キューメニュー JavaScript 括弧列	https://qiita.com/ZampieriIsa/items/9ffc3aa1707c58c77f2e	stack	2023-01-16 17:30:54
js	JavaScriptタグが付けられた新着投稿 - Qiita	小道具：rubyタグを使って文字の上にコードを出力	https://qiita.com/ikiuo/items/163e795dd8bcf82f9634	htmllangjagtltheadgtltmet	2023-01-16 17:09:42
AWS	AWSタグが付けられた新着投稿 - Qiita	StepFunctions ステートマシン同期実行の挙動	https://qiita.com/fumiya0238/items/c974c2473d8bdb9b5dd6	stepfunctions	2023-01-16 17:50:28
Azure	Azureタグが付けられた新着投稿 - Qiita	Oracle Database Service for Azure(ODSA)で作成したMySQL HeatWaveにAzureから接続する	https://qiita.com/mikoma/items/4d845b7c28754a0e4bca	oracledata	2023-01-16 17:23:11
Azure	Azureタグが付けられた新着投稿 - Qiita	Oracle Database Service for Azure(ODSA)でOCI上にMySQL HeatWaveを作ってみる	https://qiita.com/mikoma/items/4b0982877d279f4a8bc7	databaseserviceforazure	2023-01-16 17:21:46
Azure	Azureタグが付けられた新着投稿 - Qiita	開発経験が全くない30代マーケティング担当者が3週間でAZ-900に895点で合格した勉強法	https://qiita.com/yamashitubuyaki/items/4e010db648a1063a10ff	認定試験	2023-01-16 17:19:49
海外TECH	DEV Community	UNIT TESTING WITH JEST (with example)	https://dev.to/csituma/unit-testing-with-jest-with-example-29k4	UNIT TESTING WITH JEST with example Unit testing is like when you play a game and you want to make sure all the pieces are working the way they should Imagine you are playing with a toy car and you want to make sure it can drive forward backward and make turns You test these things one by one to make sure they work Similarly in programming when we make a program we also want to make sure all the small parts of the program are working correctly So we write some special tests that check each part of the program to make sure it s working as expected It s like playing a game of making sure the toy car works but instead we are making sure our program works WHY TESTING IS IMPORTANThelps to ensure that the code is working as expected and that any changes made in the future do not break the existing functionality Unit tests are automated tests that are written to test small isolated units of code such as functions or methods They are typically written by developers and run automatically as part of a continuous integration pipeline In this article we will be using Jest as our test framework to demonstrate how to write unit tests for a Node js and TypeScript application Jest is a popular test framework that is widely used in the JavaScript community and has built in support for TypeScript Here is an example of a test suite for a class Utils which has two static methods parseUrl and toUpperCase create a nodejs project install everything on this package json devDependencies to replicatee g npm i save dev types jest jest ts node name TestCourse version description main index js scripts test jest keywords author license ISC devDependencies types jest types node jest ts jest ts node typescript OUR PROJECT STRUCTURE src app Utils ts test Utils test ts jest config js package lock json js pacakge json REMEMBER TO HAVE THIS ON THE jest config file module exports tells Jest to look for test files in the src directory roots lt rootDir gt src tells Jest to use the ts jest transformer for TypeScript files transform tsx ts jest tells Jest which files to consider as test files testRegex test test spec jt sx tells Jest which file extensions to look for when resolving imports moduleFileExtensions ts tsx js jsx json node prints the test results in a more detailed format verbose true The jest config js file is a configuration file for Jest It tells Jest where to look for files to test how to transform TypeScript files and which files to consider as test files Utils ts import UrlWithParsedQuery parse from url export class Utils This is the parseUrl method that will parse the url and return an object with the url properties public static parseUrl url string UrlWithParsedQuery return parse url true This is the toUpperCase method that will convert the arg to uppercase public static toUpperCase arg string return arg toUpperCase The class is composed of two methods one for parsing the url and returning an object with the url properties and the other for converting a string to uppercase Unit test tsimport Utils from app Utils describe Utils test suite gt first test case for the toUpperCase method test first test gt const result Utils toUpperCase abc asserts that the result is equal to ABC expect result toBe ABC test case for parseUrl method with simple url test parse simple URL gt const parsedUrl Utils parseUrl http localhost login asserts that the href port protocol and query properties are as expected expect parsedUrl href toBe http localhost login expect parsedUrl port toBe expect parsedUrl protocol toBe http expect parsedUrl query toEqual test case for parseUrl method with url with query test parse URL with query gt const parsedUrl Utils parseUrl http localhost login user user amp password pass const expectedQuery user user password pass asserts that the query property is as expected expect parsedUrl query toEqual expectedQuery The above code is an example of a test suite for a class Utils which has two static methods parseUrl and toUpperCase The test suite uses the describe function from Jest to group together the tests for this class Each test case uses the test function to define an individual test and the expect function to make an assertion about the expected outcome of the test The toBe matcher is used to check that the result of the function is equal to the expected value while the toEqual matcher is used to check that the object is equal to the expected object toBe on strings and numbers toEqual on objectsRUN THE TESTrun npm test to run the test make sure that is sspecified on your package json as we have aboveresults	2023-01-16 08:30:27
海外TECH	DEV Community	What Happened to UUIDv2?	https://dev.to/this-is-learning/what-happened-to-uuidv2-en3	What Happened to UUIDv If you read my last post introducing UUIDs you ll remember that I said UUIDv is weird After this I left a very short one or two sentences explanation of what a UUIDv is Why would I do that when UUIDv and UUIDv got four whole headers worth of explanation What makes UUIDv different or weird as I put it The answer is that while UUID is a form of UUID by some definitions it effectively is not in others What I know It s a bit jarring What s worse even within the definitions of UUIv we have it is deeply flawed enough so that most are comfortable leaving it in the past To figure out how UUIDv became this way let s explore the following What makes a UUID a UUID How is UUIDv defined What was UUIDv supposed to be used for What are the problems with UUIDv What makes a UUID a UUID As you may have noticed UUIDs aren t a free for all There are specific rules that apply to UUID that come from a document released in by the Internet Engineering Task Force IETF This document is known as RFC and acts as the de facto UUID specification This is all the official UUID specification has to say about UUIDv Description DCE Security version with embedded POSIX UIDs That s it Even in a proposal to update RFC This makes the UUIDv the only official version of UUID that does not have an explicit definition as part of the specification This doesn t mean that it doesn t have rules however The UUIDv specification can be found in an older standard set for UUIDs This older standard was created by an organizational body then called the Open Software Foundation OSF now called The Open Group This older specification which outlined the rules for UUIDv and was released in is called the DCE Authentication and Security Services specification Interesting in more history of UUIDs Twilio Segment s blog has an amazing history lesson about how they came to be How is UUIDv Defined While the DCE specification is happy to go in depth about the fine grained details of UUIDv let s take a more zoomed out look at it UUIDv is almost identical to UUIDv It contains most of the same components A timestampA versionA variantA clock sequenceA Mac addressHowever there are a few small differences Namely The Clock Sequence from UUIDv is changed from characters to as the last characters are replaced with a new Local Domain enum value The Low Time is replaced with a Local Domain Number Wait what is a Local Domain or Local Domain Number Well to answer this we have to take a short detour to explain what UUIDv was supposed to be used for What was UUIDv Supposed to Be Used for In Unix like operating systems such as Linux and macOS your machine needs a way to keep track of the users on its system The primary way computers in this family of OSes do this is by assigning you a User ID or UID This is what the Local Domain refers to The in the Local Domain field says that the Local Domain Number is tracking the UID of a Unix like system s user The Local Domain Number is the UID itself But wait why would we need a Local Domain field anyway Well as it turns out Unix like systems track more data on the user than a single number Consider the following use case for a Linux based school server You want to provide permissions to all teachers to access the Homework Answers directory but not the student users Wouldn t it be nice to have a group of users that you could assign specific permissions to It was with this thought process that the concept of a Group ID or GID was invented Similar to UIDs GIDs are a number that keeps information about a group of users on the system UUIDvs are able to track a GID rather than a UID by changing the Local Domain to the number Are those the only two Local Domains Alas they are not Let s continue our example of a school Linux server once more to explain why Assume you re the University of California system of schools and want to create a directory that allows for emails to be sent to everyone on the UC Davis campus That s where an organization might come into play This organization would relate to a collection of groups which in turn relates to a collection of users This would be tracked with an organization ID and assigned a Local Domain of This was UUIDv s original purpose Encoding of POSIX data in a unique ID There are application instances where having the user s operating system information easily accessible would be handy in the resource s ID Why do UUIDvs suck UUIDv has a lot of problems today Few implementations Because of the scarcity of UUIDv usage and the lack of formal specification in RFC there are very few implementations of UUIDv in most languages and libraries This may make implementing them more challenging than other versions of UUID Difficult to research Because there are few implementations of UUIDv it s challenging to learn about this version of UUIDs Most articles including my own introduction to UUIDs leave a single paragraph if even about the subject Both of these feel a bit more like symptoms of a deeper rooted problem Dig deep enough and you ll end up finding what this problem is UUIDv has a very high likelihood of ID collision This means that if you run UUIDv multiple times in rapid succession you re very likely to get the exact same ID This is an absolute showstopper for most applications as the entire idea behind UUIDv which remember UUIDv is based on is to generate unique IDs for each generation Let s explain why this occurs in UUIDv but not in UUIDv To explain this let s explore the difference in how UUIDv handles input dates Explaining How UUIDv Handles DatesLet s look back at the previous article to see how UUIDv is structured Here we use a timestamp of byes Let s take the example UUIDv from that image ebdc e ed a fdbeAnd strip out just the time data ebdc e edNow we can sort them from High Time Mid Time then Low Time ed e ebdcLet s remove the dashes leaving us with the following edeebdcNow we can convert this from a hex number to a decimal number What do we do with this number Well this is a timestamp Namely this is the number of nanoseconds intervals since October at midnight UTC This date may seem arbitrary but this is the date of Gregorian reform to the Christian calendar Let s use dayjs to see what this equates to Convert timestamp to milliseconds and add it to the start datedayjs October add milliseconds toString This outputs Fri Jan GMTThis is the same date as the input value Because of the precision of characters we re able to track the input time down to the closest th nanosecond How does UUIDv Handle Dates Now that we ve seen how UUIDv handles date values let s look one more time at UUIDv Here once again we can take the original UUID d e ed fdbeGrab the time values e edSort them ed eRemove the dashes edeNotice how we only have digits here Compare this to UUIDv s digits of timestamp Here s where things get tricky If we attempt to convert this number to a decimal value we get the following This isn t correct The number we have should start with in order to properly add it to the date to get the UUID s timestamp To solve this we need to add back the missing digits of the timestamp to our hexadecimal number edeOnly after we ve added these s can we convert to decimal And add this number to the previous date dayjs October add milliseconds toString This outputs Fri Jan GMT How do UUIDv and UUIDv Dates Differ Compare the UUIDv parsed date Fri Jan GMTTo the UUIDv parsed date Fri Jan GMTWhat s interesting here is that we passed the same timestamp to both UUIDs The reason for the time difference is that UUIDv does not have the same level of granularity as UUIDv Instead of UUIDv s nanosecond tracking of the input timestamp UUIDv only tracks up to segments of minutes at a time This means that if you have an input date to UUIDv the encoded value can be up to minutes ahead or behind the encoded value Why do UUIDv Collisions Occur So what does this time encoding have to do with UUID collision Well let s take one last look between UUIDv and UUIDv While the change between Low Time and Local Domain Number is the most obvious difference between these two there s one more significant difference UUIDv has characters for Clock and UUIDv has only characters for Clock The remaining two characters of Clock have been reallocated to Local Domain in UUIDv If you recall the Clock is short for Clock Sequence and is a random number generated by the system s clock In UUIDv a clock sequence is a bit number which can host a value from to This is a contrast from the clock sequence in a version UUID which is a bit number This bit number supports values from to This means that UUIDv generators can create unique IDs until the timestamp increments while UUIDv generators can only generate unique IDs until the timestamp increments This is made substantially worse when you remember that UUIDv generators increment their timestamps every nanoseconds while UUIDv increments every minutes This difference of unique IDs every nanoseconds vs unique IDs every minutes is why UUIDv has so many issues with collisions ConclusionHopefully this has been insightful as to why most people tend to avoid UUIDv in production applications Collisions are the bane of every unique ID system and UUIDv has a pretty rough time mitigating that In the next article we ll take a look at what future versions of UUID v and will look like and how they ll be utilized in applications in the near future Until then go forth and prosper be your unique self	2023-01-16 08:27:24
海外TECH	DEV Community	What are UUIDs?	https://dev.to/this-is-learning/what-are-uuids-45b9	What are UUIDs Oftentimes in computer programming you ll find yourself needing a way to give a unique identifier to a digital asset For example items such as books in your to read digital bookshelf computers on your network or rows in your database need a quick and easy way to access them This is typically done with a distinct ID for each item If you ve done much research on this problem you ll likely have heard of a universally unique identifier UUID or globally unique identifier GUID a way to generate IDs for these assets quickly After all UUID usage is wide reaching in the software industry While it s good to recognize popular technologies a few questions remain What is a UUID What are the various versions of UUID Why are they so widely utilized What is a UUID Broadly speaking a UUID is a numerical value of bits that can be used to provide an identification number for a resource While there are multiple different kinds of UUIDs which we ll touch on shortly all UUID formats follow a few general ideas First UUIDs are for all intents and purposes unique While that might seem obvious here s the part that isn t The guarantee that a number is unique does not require previous knowledge of other generated UUIDs This differs from a simple counter that counts up from where you would need to look up the previous number stored to generate a new one Second while it s not literally impossible to generate two UUIDs with the same value it s generally safe to assume that it s nearly impossible with the proper inputs Finally all UUIDs are formatted similarly The numerical value of the UUID is encoded into a string of hexadecimal numbers and dashes when displayed as a string An example UUIDv might be formatted to look something like this aabec ce c a cfbfdebTwo of these characters include information about which kind of UUID it is xxxxxxxx xxxx Mxxx Nxxx xxxxxxxxxxxxHere M is the UUID version number while N is the variant of the UUID version Think of this as information encoded within the UUID about the UUID generation process that yielded the output value While we ll explain what the UUID version is in the next section let s quickly explain what the variant means If the variant is through the UUID is backward compatible with very old computer systems from the s If the variant is through b it means the UUID is part of the RFC standardIf the variant is c or d it means the UUID is compatible with early Windows systemsVariants e and f are reserved for future UUID versionsThis means that we can take the previous UUID aabec ce c a cfbfdebAnd determine that this is a UUID with the version of and the variant of Speaking of UUID version numbers what are those I know we outlined earlier that there were different ways of generating a UUID what are they I m glad you asked What are the different types of UUID A UUID version outlines which type of UUID you re generating each version of UUID has a different generation mechanism and therefore different use cases At the time of writing there are different types of UUIDs that are part of the official UUID specification UUIDvA machine s network card information a timestampUUIDvIt s a long story UUIDvEncode a string using MDUUIDvRandom UUID with effectively zero chance of producing the same number twiceUUIDvUUIDv but more secure uses SHA Track Network Systems Using UUIDvAs mentioned previously a UUID is composed of A timestampA UUID version of A UUID variant valueA random number called a Clock Sequence A unique ID number of a computer s network card called a MAC address This data is then converted to raw numerical values and encoded into UUID with the following format Pros of UUIDvLow likelihood of collision While Mac addresses are not truly unique thanks to vendor re use the combination of timestamp and Mac address makes it extremely unlikely to duplicate the same UUID in multiple generations on the same network system Furthermore introducing a clock sequence adds another layer of protection against UUIDv collision Cons of UUIDvAnonymity Because we re encoding a system s Mac address into the UUIDv it cannot be used as an anonymous value since it links the UUID to a system that can be identified by its network card metadata Easy to guess the sequence Likewise let s say you want to use a UUID to generate a reset password link to the user An attacker can decode the Mac address of the server in this case f b f f a da and use it to brute force the rest of the URL as demonstrated in this article by Versprite UUIDvs are weirdI know you mentioned it s a long story with UUIDv when outlining the different versions of UUID Surely it can t be that bad can it No really it s a long story It s complex enough that I ve written a second blog post explaining what UUIDvs are why they re not widely used and how they came to be In the meantime the short version of UUIDv is UUIDv matches the specification for UUIDv but replaces some of the timing and clock information with identification numbers for operating system usage They re rarely implemented into most UUID libraries and are used even less This is because of reasons They re not documented as part of the newest UUID specification Significant pitfalls in UUIDv s generation schema that regularly leads to collision with other generated UUIDvsAs a result we won t talk about UUIDvs anymore today Instead I d encourage you to read the follow up article to this one if you re interested Namespace Your IDs with UUIDv and UUIDvLet s say you re creating a database of URLs tracked on your website You want to use the URL as the primary key in your database but don t want to use the full URL as it will bloat your key s storage requirements On the other side of the coin You can t use any random data to store as your URL s primary key since it could introduce duplicate URL entries into your database table Is there a good way to generate the same unique ID from the same input every single time Intro UUIDv and UUIDv Both of these UUID versions take the following information A constant UUID called a namespace An input string called a name These UUID versions then output a UUID that contains a hash of the namespace and name concatenated together You can think of the generation algorithm for both of these UUID versions as the following UUID hash NAMESPACE NAME For example here s UUIDv which uses MD to hash the concatenated value Compare this to UUIDv which uses SHA to generate the hash What is a namespace in UUIDv and UUIDv Some of you might be wondering What is a namespace and why does it need to be another UUID Great question Let s consider the following usecase Let s say we want to assign a UUID to each blog post on the Unicorn Utterances site We could simply assign the URL posts intro to uuidTo the input value of the hash function of the UUID generation This works if we only have one instance of the website but we often deploy multiple versions of the website in order to make sure the new versions of Unicorn Utterances are running properly before deploying to production For example we might have framework guide unicorn utterances comTo host a preview of the Framework Field Guide book early access This isn t the real URL just an example Want to have the real early access link Join our Discord and ask As a result of the early access site being a mirror of the main site many of the URLs might be duplicated We want to allow seperate comments from the preview site vs the production site so that issues in preview can be resolved before going live If we used the same constant UUID for each site Each URL with the same path would lead to the same UUID being generated This means that if we used this UUID to track comments they would be duplicated on each deployment of the site Luckily for us we may not need to define our own constant UUID The UUID specification establishes pre defined namespaces for common use cases The pre defined namespaces are DNS bab dad d b cfdcURL bab dad d b cfdcOID bab dad d b cfdcX DN bab dad d b cfdcKnowing this we can do something akin to the following UU UUID uuidv DNS UUID unicorn utterances com FFG UUID uuidv DNS UUID framework guide unicorn utterances com And use this base namespace for each post URL FFG POST UUID uuidv FFG UUID posts what are uuids UU POST UUID uuidv UU UUID posts what are uuids Now each of the posts will have a distinct UUID This is what the namespace ensures each distinct environment has their own hash for the same name value When should you use UUIDv vs UUIDv When provided the option when should you use UUIDv against UUIDv When should you do the opposite You should use UUIDv when Performance is key or system resources are limitedIt s not critical that name or namespace contents can be decodedThis is because UUIDv uses the less secure MD hashing method for its contents Likewise you should use UUIDv when It s critical that name or namespace contents cannot be decodedPerformance is less of a concernAs UUIDv s SHA is significantly more secure with hashing its contents Pros of UUIDv and UUIDvContents are stable In instances where you need the output to match the input every time no other UUID versions can fulfill this use case Cons of UUIDv and UUIDvContents are not random While output stability can be incredibly useful it has somewhat limited usage in ID generation As such it may not fit your needs that other UUIDs may Generate non clashing random IDs with UUIDvWhile the previous versions of UUID have had some kind of input data UUIDv breaks from this pattern Instead a UUIDv is defined as random data alongside the standard version and variant UUID standards Pros of UUIDvNo required metadata There are many instances where you won t have the proper metadata for other UUID versions Near chance of collision While there s still theoretically a possibility that you can have two UUIDv UUIDs match one another the likelihood of this happening is Well let s put it this way You would have to generate billion UUIDs per second for about years before you even hit a chance of a collision Cons of UUIDvNo encoded metadata This UUID does not convey any information about the item it s being generated for This means you must store this data elsewhere and do additional lookups to find this data ConclusionAnd that s it That s all of the UUID versions that are part of the original specification Hopefully this has been helpful in learning about the different UUID versions and when each is useful In the next article we ll talk about how UUIDs came to be what happened to UUIDv and why you shouldn t use it Until then happy hacking ID generating	2023-01-16 08:13:08
医療系	医療介護 CBnews	アルツハイマー新薬レカネマブ、24年4月に薬価収載も-エーザイ、日本で承認申請	https://www.cbnews.jp/news/entry/20230116172809	承認申請	2023-01-16 17:45:00
金融	RSS FILE - 日本証券業協会	外国株式信用取引の取扱状況	https://www.jsda.or.jp/shiryoshitsu/toukei/foreign-shinyo/index.html	信用取引	2023-01-16 10:00:00
金融	RSS FILE - 日本証券業協会	個人情報の苦情処理に関する実績報告	https://www.jsda.or.jp/shiryoshitsu/toukei/kojn_kujyou.html	個人情報	2023-01-16 09:00:00
金融	金融庁ホームページ	金融庁の災害用備蓄食品の提供先を募集しています。	https://www.fsa.go.jp/choutatu/choutatu_j/choutatsu_saigaisyokuhin.html	食品	2023-01-16 10:00:00
金融	金融庁ホームページ	「マネー・ローンダリング等対策高度化推進事業」の公募について公表しました。	https://www.fsa.go.jp/news/r4/sonota/20230116/amlhojokin.html	推進事業	2023-01-16 10:00:00
金融	ニッセイ基礎研究所	今週のレポート・コラムまとめ【1/10～1/16発行分】	https://www.nli-research.co.jp/topics_detail1/id=73607?site=nli		2023-01-16 17:59:37
海外ニュース	Japan Times latest articles	New AI smartphone app will be able to decipher Japanese cursive manuscripts	https://www.japantimes.co.jp/news/2023/01/16/national/japanese-cursive-decipher-app/	New AI smartphone app will be able to decipher Japanese cursive manuscriptsThe app s beta version is set for release later this month while the full version is scheduled to become available to the public this March	2023-01-16 17:41:11
海外ニュース	Japan Times latest articles	Rafael Nadal victorious at Australian Open but heartbreak for Nick Kyrgios	https://www.japantimes.co.jp/sports/2023/01/16/tennis/rafael-nadal-australia-open-kyrgios/	arena	2023-01-16 17:50:49
ニュース	BBC News - Home	Cost of living: Charity warns Christmas debt could take years to repay	https://www.bbc.co.uk/news/business-64235996?at_medium=RSS&at_campaign=KARANGA	charity	2023-01-16 08:57:18
ニュース	BBC News - Home	Police could get new powers to shut down protests	https://www.bbc.co.uk/news/uk-politics-64282962?at_medium=RSS&at_campaign=KARANGA	plans	2023-01-16 08:43:34
ニュース	BBC News - Home	Energy boss warns higher bills are here to stay	https://www.bbc.co.uk/news/business-64270157?at_medium=RSS&at_campaign=KARANGA	investment	2023-01-16 08:12:50
ニュース	BBC News - Home	Nepal plane crash: Pilot didn’t report anything untoward, official says	https://www.bbc.co.uk/news/world-asia-64284366?at_medium=RSS&at_campaign=KARANGA	pokhara	2023-01-16 08:48:05
ニュース	BBC News - Home	Australian Open: Jack Draper loses to Rafael Nadal at Melbourne Park	https://www.bbc.co.uk/sport/tennis/64286561?at_medium=RSS&at_campaign=KARANGA	Australian Open Jack Draper loses to Rafael Nadal at Melbourne ParkBritish rising star Jack Draper tests Spanish great Rafael Nadal before more physical issues cost him in a four set defeat at the Australian Open	2023-01-16 08:25:30
ビジネス	不景気.com	ドコモがゲームポータル「dゲーム」を9月に終了、dコインも - 不景気com	https://www.fukeiki.com/2023/01/docomo-close-dgame.html	携帯通信	2023-01-16 08:36:14
ビジネス	不景気.com	スーパーバリューの23年2月期は17億円の赤字へ、無配転落 - 不景気com	https://www.fukeiki.com/2023/01/super-value-2023-loss.html	首都圏	2023-01-16 08:19:09
ニュース	Newsweek	【閲覧注意】ネパール墜落事故、搭乗客のライブ配信映像が物語る恐怖の瞬間	https://www.newsweekjapan.jp/stories/world/2023/01/post-100596.php	撮影された秒間の映像は、イエティ機が墜落した後、数時間のうちにSNSで瞬く間に拡散された。	2023-01-16 17:35:00
IT	週刊アスキー	いちごスイーツが勢ぞろい！　そごう横浜店にて「甘酸っぱい いちごフェア」開催中	https://weekly.ascii.jp/elem/000/004/120/4120601/	勢ぞろい	2023-01-16 17:30:00
IT	週刊アスキー	TOUCH TO GO導入無人店舗「ファミリーマートベネッセ高柳/S店」、岡山市にオープン	https://weekly.ascii.jp/elem/000/004/120/4120652/	touchtogo	2023-01-16 17:30:00
IT	週刊アスキー	エリクソンとKDDI、横浜市立箕輪小学校にてロボット活用の重要性を伝える授業を実施	https://weekly.ascii.jp/elem/000/004/120/4120645/	connecttolearn	2023-01-16 17:15:00
マーケティング	AdverTimes	商品名を武器に難しい効果効能を訴求「すごい納豆 体調管理 すごい納豆」テレビCM	https://www.advertimes.com/20230116/article409006/	体調管理	2023-01-16 08:17:15