投稿時間:2023-07-10 22:17:58 RSSフィード2023-07-10 22:00 分まとめ(23件)

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IT	ITmedia 総合記事一覧	[ITmedia PC USER] アイ・オー・データ機器の各種ストレージが最大47％オフ！	https://www.itmedia.co.jp/pcuser/articles/2307/10/news060.html	光学ドライブ	2023-07-10 21:35:00
IT	ITmedia 総合記事一覧	[ITmedia PC USER] アイ・オー・データ機器のモニターやネットワーク機器などが最大44％オフ	https://www.itmedia.co.jp/pcuser/articles/2307/10/news061.html	amazon	2023-07-10 21:35:00
python	Pythonタグが付けられた新着投稿 - Qiita	ChatGPTとCode interpreterを用いた効率的なコードコメント生成！実用的なプロンプトの紹介	https://qiita.com/key353/items/c358ec587eda6b6c77b9	chatgpt	2023-07-10 21:49:02
python	Pythonタグが付けられた新着投稿 - Qiita	PythonとBottleを使用してフォームの値を取得すると文字化けが発生する件の対処法	https://qiita.com/miki_grapes/items/1f8314ee86b71423e48e	ltfor	2023-07-10 21:47:47
python	Pythonタグが付けられた新着投稿 - Qiita	【Django】Typeエラー「Object of type 'bytes' is not JSON serializable」の原因と解決方法	https://qiita.com/Ryo-0131/items/4ce460e3a1f473f55964	django	2023-07-10 21:37:02
python	Pythonタグが付けられた新着投稿 - Qiita	SQLite3のエラーの解決方法	https://qiita.com/miki_grapes/items/5bb4def1695ac5de5359	bottle	2023-07-10 21:32:43
js	JavaScriptタグが付けられた新着投稿 - Qiita	自身を書き換えるウロボロスHTMLによるローカルWebアプリ	https://qiita.com/obukhov/items/00887990d991f0986160	javascript	2023-07-10 21:19:42
Docker	dockerタグが付けられた新着投稿 - Qiita	[小ネタ] mavenのdockerコンテナ「で」docker imageをビルドする。	https://qiita.com/matsu3365/items/dff31b62191568c5e50d	docker	2023-07-10 21:38:03
golang	Goタグが付けられた新着投稿 - Qiita	fmt.Printfの表示時にpanicしてもrecoverされる	https://qiita.com/Syuparn/items/26bb86f2cc121a96d290	panicboom	2023-07-10 21:04:13
Ruby	Railsタグが付けられた新着投稿 - Qiita	ゲストログイン機能のパスワード生成でエラーが出た時の対処法	https://qiita.com/shinyakoki/items/e74244071438dedf7e43	追求	2023-07-10 21:27:49
海外TECH	DEV Community	Why is GitHub not open-source? with Zach Holman (ex GitHub & GitLab)	https://dev.to/crowddotdev/why-is-github-not-open-source-with-zach-holman-ex-github-gitlab-4aa6	Why is GitHub not open source with Zach Holman ex GitHub amp GitLab GitHub a widely popular platform for developers has revolutionized the way code is shared collaborated on and managed However despite its commitment to open source software GitHub itself is not open source In a recent interview with Zach Holman an engineer who worked at GitHub for five years and later advised GitLab we gain insights into the factors that contributed to GitHub s success its approach to building a developer community and the decision to keep the platform closed source Let s explore the key takeaways from this conversation Listen to this Podcast You can listen to this episode of Developer led on all regular podcast platforms Timing and Building a Developer CommunityOne of the significant factors that played a crucial role in GitHub s success was timing Zach Holman emphasizes the importance of seizing the right moment to launch a product GitHub s founders had a deep understanding of the Ruby community which allowed them to build a strong initial user base By capturing the attention of influential developers and providing a valuable platform GitHub started gaining traction organically Culture and Developer EvangelismZach Holman sheds light on the role of culture and developer evangelism in GitHub s growth GitHub embraced an open source approach internally modeling itself after successful open source projects This approach fostered a culture of collaboration and transparency resonating with developers worldwide Zach Holman played a pivotal role in promoting this culture through conference talks and advocating for the open source way of working Transitioning to a Larger OrganizationAs GitHub grew from a small team to a company of employees it faced unique challenges in maintaining its culture The addition of managers and the need for more structured processes became inevitable Zach acknowledges that scaling the company culture while maintaining productivity and innovation was a complex task The transition from a managerless organization to one with a hierarchical structure required careful implementation and adjustments The Open Source DilemmaThe decision to keep GitHub itself closed source despite its focus on open source software was a subject of ongoing discussion within the company Zach Holman acknowledges the merits of both approaches While open sourcing aspects of the product can promote transparency and community collaboration it also presents challenges in managing contributions dealing with potential negativity and maintaining a competitive advantage GitHub s experience and exposure to various scenarios influenced the team s perspective on open sourcing their entire product GitHub vs GitLab Differences and PerspectivesHaving also advised GitLab another prominent platform for developers Zach Holman provides insights into the significant differences between the two companies GitLab s strong commitment to open source principles and its transparent decision making processes set it apart Zach acknowledges that GitLab s open sourceness has a significant impact on its culture and product development pace However he emphasizes that both GitHub and GitLab have found success by employing different approaches proving that there isn t a single correct path Transitioning from Engineering to Angel InvestingZach Holman s journey from engineering at GitHub to angel investing brings a unique perspective to the discussion He highlights the advantage of having technical knowledge when investing in tech companies By advising and investing in different startups Zach gained valuable insights into diverse industries broadening his perspective Investing became an extension of his advisory role allowing him to leverage his experience to make informed decisions Wrapping upThe interview with Zach Holman provides valuable insights into the growth of GitHub the challenges of scaling company culture and the decision making process behind keeping the platform closed source GitHub s success can be attributed to factors such as perfect timing a strong developer community and an open source culture While GitHub remains closed source the conversation also highlights the merits of open sourcing aspects of a product Ultimately the success of platforms like GitHub and GitLab showcases that different approaches can lead to remarkable achievements in the developer community	2023-07-10 12:45:38
海外TECH	DEV Community	Exploring Ethereum Wallets: A Comprehensive Guide	https://dev.to/sahil_4555/exploring-ethereum-wallets-a-comprehensive-guide-20g1	Exploring Ethereum Wallets A Comprehensive GuideEthereum wallets serve as essential software applications that allow users to interact with Ethereum They provide access to your funds handle key management track balances and enable the creation and signing of transactions Some wallets even support the interaction with smart contracts and tokens From a programmer s perspective a wallet specifically refers to the system responsible for storing and managing a user s keys While certain wallets solely focus on key management others fall under the broader category of browsers which act as interfaces for Ethereum based decentralized applications DApps In this chapter we will primarily explore wallets as containers for private keys and systems designed to manage these keys Wallet Technology OverviewWhen designing Ethereum wallets it s important to find a balance between convenience and privacy Using a single key for everything is easy but compromises privacy as all transactions can be traced On the other hand using a new key for each transaction is more private but difficult to manage Good wallet design aims to strike the right balance Contrary to popular belief Ethereum wallets only store keys not actual ether or tokens The tokens are recorded on the Ethereum blockchain and users control them by signing transactions with their wallet keys Think of an Ethereum wallet as a keychain Although there is a technical distinction it doesn t have a significant impact in practice However it s important to shift from a centralized banking mindset to a decentralized blockchain system where anyone can see the balance but needs permission to initiate transactions Ethereum wallets are designed to hold cryptographic keys instead of directly storing ether or tokens These wallets can be compared to keychains as they house pairs of private and public keys By utilizing their private keys users can sign transactions providing evidence of their ownership of the ether The actual storage of ether occurs on the Ethereum blockchain There are two main types of wallets nondeterministic and deterministic Nondeterministic wallets also known as JBOK wallets generate independent keys from random numbers These keys are not related to each other Deterministic wallets derive all keys from a single master key called the seed This means that all keys in a deterministic wallet are connected and can be regenerated if you have the original seed Hierarchical Deterministic Wallets BIP BIP use a tree like structure for key derivation which is commonly employed To enhance security for deterministic wallets the seeds are often converted into a list of words known as mnemonic code words This list should be written down and kept in a safe place as it can be used to recreate the wallet if needed However it s crucial to protect the mnemonic code words as anyone with access to them can gain control of the wallet and its associated ether and smart contracts Avoid storing the recovery words electronically and instead write them on paper storing them securely In the following sections we will explore these wallet technologies in more detail Remember to prioritize the security of your mnemonic code words Nondeterministic Random WalletsThe first Ethereum wallet used during the pre sale stored a single randomly generated private key in each wallet file However these old style wallets are being replaced by deterministic wallets which are considered superior in many ways It is recommended to avoid reusing Ethereum addresses to maximize privacy This means using a new address with a new private key each time you receive funds Some people even use a new address for each transaction although this can become costly when dealing with tokens In a nondeterministic wallet you need to regularly increase the list of keys and make backups If you lose your data before backing up your wallet you will lose access to your funds and smart contracts The type nondeterministic wallets are particularly challenging because they create new wallet files for every new address Many Ethereum clients like geth use a keystore file This file is JSON encoded and contains a single randomly generated private key encrypted with a passphrase for added security address dfefaebdecffbaf crypto cipher aes ctr ciphertext afdedcbbdadfcbfadffbfece cipherparams iv dcecbaebcbdefa kdf scrypt kdfparams dklen n p r salt dacccffabbfadcaabed mac cdfceededacafecfdfbcabbce id fcbba ccdb f d ccebfc version The keystore format employs a key derivation function KDF also known as a password stretching algorithm It protects against brute force dictionary and rainbow table attacks The passphrase is repeatedly hashed for rounds making it difficult for attackers to guess the passphrase Several software libraries such as keythereum can read and write the keystore format Deterministic Seeded WalletsDeterministic wallets also known as seeded wallets are wallets that have private keys derived from a single master key or seed The seed is a randomly generated number combined with other data like an index number or chain code With a deterministic wallet the seed alone is enough to recover all the derived keys This means that a single backup taken during wallet creation is sufficient to secure all the funds and smart contracts within the wallet The seed can also be used for wallet export or import making it easy to transfer keys between different wallet systems The security of the seed is crucial because having access to the seed grants full access to the entire wallet However focusing security efforts on a single piece of data can be advantageous Hierarchical Deterministic Wallets BIP BIP Deterministic wallets were created to make it easier to generate multiple keys from a single seed The most advanced type is called hierarchical deterministic HD wallets In an HD wallet keys are organized in a tree structure with parent keys deriving child keys which can then derive grandchild keys and so on This structure allows for better organization and management of keys HD wallets have two important advantages First they provide additional organizational meaning For example specific branches of keys can be designated for incoming payments or outgoing change In corporate settings different branches can be assigned to departments or accounting categories The second advantage is that HD wallets allow the creation of public keys without needing access to the private keys This feature enables the use of HD wallets on insecure servers or in situations where only receiving or watching capabilities are needed In summary HD wallets make it easier to generate and manage multiple keys from a single seed They offer improved organization and the ability to create public keys without exposing private keys enhancing security and flexibility in different scenarios Seeds and Mnemonic Codes BIP One popular method for securely backing up and retrieving a private key is by using a sequence of words called a mnemonic This approach standardized by BIP allows the private key to be recreated by arranging the words in the correct order Many Ethereum wallets and other cryptocurrency wallets use this standard making it easy to import and export seeds for backup and recovery using interoperable mnemonics To see why this approach has become popular let s have a look at an example A seed for a deterministic wallet in hexceededfeaaA seed for a deterministic wallet from a word mnemonicarmy van defense carry jealous truegarbage claim echo media make crunchWriting down a long hex sequence for the private key can be prone to errors On the other hand using a list of known words is much easier because there is redundancy in word writing especially in English For example if inzect was mistakenly recorded it can be quickly identified during wallet recovery that inzect is not a valid English word and should be corrected to insect It is recommended to write down a representation of the seed as a backup for HD wallets since the seed is crucial for wallet recovery in case of data loss However the seed must be kept extremely private so digital backups should be avoided Writing it down on paper with a pen is the safest approach In summary using a recovery word list to encode the seed for an HD wallet is the easiest and safest way to export transcribe record on paper read without errors and import a set of private keys into another wallet Wallet Best PracticesAs cryptocurrency wallet technology has advanced certain industry standards have emerged to ensure interoperability ease of use security and flexibility These standards allow wallets to generate keys for multiple cryptocurrencies using a single mnemonic Here are the common standards Mnemonic code words Based on BIP these code words are used to create a mnemonic that represents the private keys This standard enables easy backup and recovery of keys HD wallets Based on BIP HD wallets use a hierarchical structure to derive multiple keys from a single master key or seed This provides efficient key management and organization Multipurpose HD wallet structure Based on BIP this standard extends HD wallets to support additional functionalities and purposes enhancing their versatility Multicurrency and multiaccount wallets Based on BIP this standard allows wallets to manage multiple cryptocurrencies and multiple accounts within each cryptocurrency It provides a unified approach to handling different currencies These standards have become the de facto wallet standard across various blockchain platforms They are widely adopted by both software and hardware wallets ensuring interoperability Users can export a mnemonic generated by one wallet and import it into another wallet recovering all their keys and addresses Examples of software wallets that support these standards include Jaxx MetaMask MyCrypto and MyEtherWallet MEW Hardware wallets such as Keepkey Ledger and Trezor also adhere to these standards Mnemonic Code Words BIP Mnemonic code words are word sequences that represent a random number used as a seed to generate a deterministic wallet These words can be used to recreate the seed and thus the entire wallet and its derived keys When creating a wallet users are typically presented with a sequence of to words as a backup These words serve as a backup and can be used to recover the wallet in the same or compatible wallet applications Mnemonic codes are defined in BIP which is a widely adopted industry standard It s important to note that there are different implementations of mnemonic code standards Electrum Bitcoin wallet for example uses a different set of words predating BIP and is not compatible with it However BIP has gained broad industry support and is considered the de facto standard It allows for the creation of multicurrency wallets including support for Ethereum while Electrum seeds cannot The process of creating a mnemonic code and seed as defined by BIP involves nine steps These steps are divided into two parts generating the mnemonic words steps and converting the mnemonic to a seed steps In summary mnemonic code words are word sequences that represent a seed for deterministic wallets They simplify wallet backup and recovery and BIP is the widely accepted industry standard for creating and utilizing mnemonic codes Generating mnemonic wordsMnemonic words are generated automatically by the wallet using the standardized process defined in BIP The wallet starts from a source of entropy adds a checksum and then maps the entropy to a word list Create a cryptographically random sequence S of to bits Create a checksum of S by taking the first length of S ÷ bits of the SHA hash of S Add the checksum to the end of the random sequence S Divide the sequence and checksum concatenation into sections of bits Map each bit value to a word from the predefined dictionary of words Create the mnemonic code from the sequence of words maintaining the order Generating entropy and encoding as mnemonic words From Mnemonic to SeedThe mnemonic words represent a level of randomness typically with a length of to bits These words are then used to derive a longer bit seed through a process called key stretching The key stretching function used is called PBKDF PBKDF takes two parameters the mnemonic words and a salt The salt serves two purposes First it adds extra complexity to prevent brute force attacks Second it allows for the introduction of an optional passphrase which adds an additional layer of security to protect the seed In the BIP standard the mnemonic words are passed as the first parameter to the PBKDF function and the salt is formed by combining the constant string mnemonic with an optional user supplied passphrase PBKDF then performs rounds of hashing using the HMAC SHA algorithm on the mnemonic and salt resulting in a bit value known as the seed Creating an HD Wallets from the SeedHD wallets are built from a single root seed which is a random number of or bits The root seed is typically generated from a mnemonic as explained earlier Using this root seed every key in the HD wallet is derived in a deterministic manner This means that the entire HD wallet can be recreated from the root seed in any compatible HD wallet This feature simplifies tasks such as exporting backing up restoring and importing HD wallets that can contain numerous keys Only the mnemonic from which the root seed is derived needs to be transferred for these operations HD Wallets BIP and Paths BIP Most HD wallets adhere to the BIP standard which is widely accepted as the industry standard for deterministic key generation While we won t delve into all the intricacies of BIP we ll cover the key components relevant for understanding its use in wallets The important aspect to note is the hierarchical relationships that can exist among derived keys as depicted in the HD wallet a tree of keys generated from a single seed illustration Additionally it s essential to grasp the concepts of extended keys and hardened keys which will be explained in the following sections There are numerous interoperable BIP implementations available in various software libraries Although most of these implementations are designed for Bitcoin wallets they can still be used for Ethereum wallets by incorporating an Ethereum address encoding library or opting for a library specifically designed for Ethereum Extended Public and Private KeysIn BIP keys can be extended to derive child keys creating a hierarchical structure This allows for the generation of a chain of keys and addresses Parent keys can be extended by appending a chain code to them which is a special bit binary string mixed with each key to produce child keys If the key is a private key it becomes an extended private key distinguished by the prefix xprv xprvsZrQHKJFRafpqtKiTbsbaxEeUaMnNHsmowCWzySyHUxFVSfZnESufgiri An extended public key is distinguished by the prefix xpub xpubMyMwAqRbcEnKbXcCqDGTdizQxVqoHPAgHNedvJPgWmDproSkFHJnLZdtWevhdn An important feature of HD wallets is the ability to derive child public keys from parent public keys without requiring access to the private keys This means that child public keys can be derived either directly from the child private key or from the parent public key Using an extended public key it is possible to derive all the public keys within a specific branch of the HD wallet structure This enables the creation of highly secure deployments where a server or application holds an extended public key but does not possess any private keys This allows for the generation of numerous public keys and Ethereum addresses but prevents the ability to spend any funds sent to those addresses The corresponding private keys can be securely stored on a separate server ensuring that transactions can be signed and funds can be spent One practical use case for this approach is deploying an extended public key on a web server hosting an ecommerce application The server can generate a new Ethereum address for each transaction such as a customer s shopping cart using the public key derivation function Since the server does not have access to private keys the risk of theft is minimized This eliminates the need to generate and manage thousands of Ethereum addresses on a separate secure server streamlining the process Another application is in cold storage or hardware wallets The extended private key can be stored in a hardware wallet for added security while the extended public key can be kept online Users can generate receive addresses as needed while the private keys remain safely offline When it s time to spend funds the extended private key can be used in an offline signing Ethereum client or on the hardware wallet device to sign transactions Navigating the HD Wallet Tree StructureThe HD wallet tree structure offers great flexibility but can also become complex to navigate due to its unlimited potential for generations and children To manage this complexity two BIPs Bitcoin Improvement Proposals provide standards for structuring HD wallets BIP suggests using the first hardened child index as a special identifier for the purpose of the tree structure This means that an HD wallet should use only one branch of the tree with the index number defining the purpose of the wallet BIP extends this idea to propose a multicurrency and multiaccount structure In this structure the purpose number is set to and each currency has its own subtree under the second level BIP specifies the structure as consisting of five predefined tree levels m purpose coin type account change address indexThe HD wallet structure defined by BIP has three levels purpose coin type and account The purpose level is always set to The coin type level specifies the type of cryptocurrency coin allowing for multiple currencies within the HD wallet The account level allows users to divide their wallets into separate logical subaccounts for organizational purposes In the Ethereum world the fourth level of the path change has two subtrees one for receiving addresses and one for change addresses However in Ethereum only the receive path is used as there is no need for change addresses like in Bitcoin The address index becomes the fifth level of the tree and usable addresses are derived as children of this level The HD wallet path m corresponds to the second private key in the Litecoin main account specifically used for signing transactions Let s break down the path m indicates that it is an HD hierarchical deterministic wallet signifies the purpose level which is set to for BIP standard compliance represents the coin type level where denotes Litecoin as the cryptocurrency indicates the account level specifically the main account for Litecoin represents the change level which is not relevant in Litecoin as there are no separate change addresses signifies the address index specifically the second private key in the main account for Litecoin To summarize the BIP standard provides a structured approach for HD wallets allowing for multicurrency and multi account functionality The purpose coin type account and address index define the hierarchical levels within the wallet tree ConclusionWallets serve as the cornerstone of any blockchain application that interfaces with users They provide the means for users to manage their assortment of keys and addresses Additionally wallets enable users to demonstrate their rightful ownership of ether and authorize transactions by applying digital signatures Essentially wallets act as the gateway for users to interact with the blockchain ensuring secure verification of ownership and authorization of transactions	2023-07-10 12:29:20
海外TECH	DEV Community	ConnectNovu Hackathon 2023	https://dev.to/novu/connectnovu-hackathon-2023-i2l	ConnectNovu Hackathon ConnectNovu Hackathon was a global event focused on notifications Participants built projects with Novu using various channels like Email SMS Direct and Push After very long months of excitement the results are up Super proud to show Novu winners Prizes everybody wants There are some really great prizes But I like to emphasize the Novu community ambassador reward which we worked on and not just sending money from our members Our team gathered in Portugal for a company offsite and we have all signed the papers for the winners I hope it means something to you For me it means a lot Place GpteaMade by Nova TsuiGptea is an AI newsletter recommendation tailored to developers and startups using ChatGPT prompt Beautiful graphic Very detailed code and send newsletter notifications via Novu The available source code can be found here Place Special DayzMade by Ishaan BediSpecial Dayz is a notification system that sends alerts for important dates such as birthdays or anniversaries with personalized content or gift recommendations it sends you a Novu notification every time there is an important birthday It can be yours or somebody else Dark modeGlowsThe available source code can be found here Place Novu DonateMade by Anuforo Okechukwu DeedeNovu Donate is a charitable system that delivers updates on donations and volunteer opportunities Great design and a working flow The available source code can be found here Place SentinelSkyMade by Nikunj NavdiyaSentinelSky is a real time web application that sends an email notification containing surrounding weather reports The available source code can be found here Place Reduced toMade by Ori GranotReduced to is a modern web application that reduces the length of the link URL So it s easier to remember share and track The available source code can be found here Place Management System for SchoolMade by Abhishek FadakeBuilding a notification system for schools that delivers updates and reminders to students and parentsThe available source code can be found here Place Mental health appMade by Lunar MarathonBuilding a notification system for schools that delivers updates and reminders to students and parentsThe available source code can be found here Place RemindXMade by Agu Bright ChidubemAn SMS notification system that sends reminders for upcoming appointments or events with customizable scheduling options The available source code can be found here Place AnnapurnaMade by Subhashis PaulA push notification system that integrates with social impact organizations and sends alerts for volunteer opportunities or donation campaignsThe available source code can be found here Place Crypto alertMade by Emmanuel KaluUsers can select a coin of their choice and set a target price to get a notification whenever the coin reaches the set target The available source code can be found here READY FOR THE NEXT HACKATHON HackSquad is coming	2023-07-10 12:20:25
Apple	AppleInsider - Frontpage News	Aqara P2 Thread sensor & new home automation gear on the HomeKit Insider podcast	https://appleinsider.com/articles/23/07/10/aqara-p2-thread-sensor-new-home-automation-gear-on-the-homekit-insider-podcast?utm_medium=rss	Aqara P Thread sensor amp new home automation gear on the HomeKit Insider podcastIn this news filled episode of the HomeKit Insider podcast your hosts highlight several new smart home products and discuss their new projects HomeKit InsiderAqara s Thread lineup kicked off this past week with the launch of the P contact sensor This new smart home sensor works with Matter over Thread to support multiple platforms and doesn t require an Aqara hub to use Read more	2023-07-10 12:35:19
Apple	AppleInsider - Frontpage News	Foxconn pulls out of $19.5 billion India chip joint venture	https://appleinsider.com/articles/23/07/10/foxconn-pulls-out-of-195-billion-india-chip-joint-venture?utm_medium=rss	Foxconn pulls out of billion India chip joint ventureApple iPhone manufacturer Foxconn has ended its planned joint venture with India s Vedanta company an almost billion project to boost chip production in the country Foxconn was originally reported to have invest million into the venture with Vedanta a firm categorized as an oil to metals group Now months on Reuters reports that Foxconn s investment rose to billion ーand that Foxconn has quit the joint venture Foxconn has determined it will not move forward on the joint venture with Vedanta said a Foxconn spokesperson in a statement seen by Reuters Read more	2023-07-10 12:32:54
金融	ニュース - 保険市場TIMES	オリックス生命「管理栄養士との予約電話相談サービス」開始	https://www.hokende.com/news/blog/entry/2023/07/10/220000	オリックス生命「管理栄養士との予約電話相談サービス」開始年月日発表オリックス生命保険株式会社以下、オリックス生命は、業界初となる「管理栄養士との予約電話相談サービス」の開始と、健康医療相談サービスの相談方法追加について年月日に発表した。	2023-07-10 22:00:00
海外ニュース	Japan Times latest articles	Kishida arranging summit with Zelenskyy in Lithuania	https://www.japantimes.co.jp/news/2023/07/10/national/kishida-zelenskyy-nato-summit/	Kishida arranging summit with Zelenskyy in LithuaniaDuring his talks with Zelenskyy Kishida is expected to express his eagerness to boost support for Ukraine in rebuilding its infrastructure and economy	2023-07-10 21:44:35
ニュース	BBC News - Home	Wagner boss Yevgeny Prigozhin met Russia's Vladimir Putin after mutiny	https://www.bbc.co.uk/news/world-europe-66154909?at_medium=RSS&at_campaign=KARANGA	kremlin	2023-07-10 12:13:31
ニュース	BBC News - Home	Jury considers verdicts in Lucy Letby murder trial	https://www.bbc.co.uk/news/uk-england-merseyside-65960506?at_medium=RSS&at_campaign=KARANGA	neonatal	2023-07-10 12:25:45
ニュース	BBC News - Home	Lana Del Rey says sorry for truncated Glastonbury show	https://www.bbc.co.uk/news/entertainment-arts-66152258?at_medium=RSS&at_campaign=KARANGA	london	2023-07-10 12:21:14
ニュース	BBC News - Home	Wimbledon 2023 results: Mirra Andreeva loses to Madison Keys after racquet throw	https://www.bbc.co.uk/sport/tennis/66155195?at_medium=RSS&at_campaign=KARANGA	Wimbledon results Mirra Andreeva loses to Madison Keys after racquet throwRussian year old Mirra Andreeva s Wimbledon run ends in controversy after she is docked a point for throwing her racquet	2023-07-10 12:52:29
ニュース	BBC News - Home	Wimbledon 2023: Mirra Andreeva docked point for throwing racquet	https://www.bbc.co.uk/sport/av/tennis/66155332?at_medium=RSS&at_campaign=KARANGA	wimbledon	2023-07-10 12:49:11
ニュース	Newsweek	特等席で腹ばい...　扇風機の涼しさを覚えてしまったリス、次の日とった納得の行動とは？	https://www.newsweekjapan.jp/stories/world/2023/07/post-102155.php	特等席で腹ばい扇風機の涼しさを覚えてしまったリス、次の日とった納得の行動とは【動画】扇風機の涼しさを覚えてしまったリスたちの振る舞いにどこか既視感ますます気温が上がり、暑さにうんざりしているのは人間だけではないみたいだ。	2023-07-10 21:20:00