投稿時間:2023-04-16 01:13:52 RSSフィード2023-04-16 01:00 分まとめ(16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
python	Pythonタグが付けられた新着投稿 - Qiita	pythonの文字列操作の計算量	https://qiita.com/alkshmir/items/9034ac39400bdeb36fc2	連結	2023-04-16 00:39:23
python	Pythonタグが付けられた新着投稿 - Qiita	文学部卒社会人が大学院で人工知能研究に挑戦〜5日目〜	https://qiita.com/kawauma/items/02b8b93dbac64eca21d3	人工知能	2023-04-16 00:34:45
python	Pythonタグが付けられた新着投稿 - Qiita	NVIDIA GTX２枚刺しでDollyV2-7bとチャットしてみた。	https://qiita.com/tomofu74/items/95af083086186016f6a3	dolly	2023-04-16 00:14:07
AWS	AWSタグが付けられた新着投稿 - Qiita	【AWS】SESでメールが受信できないので調べてみた	https://qiita.com/kawatani32/items/2fc97b7ec0ec99099d8d	amazonses	2023-04-16 00:49:57
技術ブログ	Developers.IO	Cloudflare Pages のドメイン *.pages.dev にアクセス制限をかける	https://dev.classmethod.jp/articles/cloudflare-pages-access/	sitenamepagesdev	2023-04-15 15:40:58
海外TECH	MakeUseOf	Nvidia RTX 3080 vs. RTX 4070: What's Best for 1440p Gaming?	https://www.makeuseof.com/nvidia-rtx-3080-vs-rtx-4070-1440p-gaming/	gaming	2023-04-15 15:25:17
海外TECH	MakeUseOf	How to Fix the Error Code E84 on Steam for Windows	https://www.makeuseof.com/error-code-e84-steam/	windows	2023-04-15 15:15:17
海外TECH	DEV Community	Understand the Asynchronous JavaScript: Callbacks, Promises, and Async/Await	https://dev.to/aradwan20/understand-the-asynchronous-javascript-callbacks-promises-and-asyncawait-3oj9	Understand the Asynchronous JavaScript Callbacks Promises and Async AwaitWhat is Synchronous Programming Synchronous programming is a programming paradigm where operations or tasks are executed sequentially one after the other In this model a task must complete its execution before the next task can start The flow of control follows a linear path and the program execution is blocked until the current task is finished Synchronous programming is straightforward and easy to understand since the code executes in the order it is written However it can lead to performance issues in cases where a task takes a long time to complete such as waiting for a server response or reading a large file While the program is waiting for the task to complete it is blocked and unable to perform any other tasks How to Create a Sync Programming in JavaScriptHere is a simple example of synchronous programming in JavaScript function task console log Task function task console log Task function task console log Task task task task In this example the functions task task and task are executed in the order they are called The output will be Task Task Task Although synchronous programming can be suitable for simple tasks and small programs it may not be efficient for more complex applications where tasks can be time consuming or depend on external resources In such cases asynchronous programming can be used to improve performance and responsiveness What is Asynchronous Programming Asynchronous programming is a programming paradigm that allows multiple tasks to be executed concurrently without blocking the flow of program execution In this model tasks can start run and complete in overlapping time periods enabling the program to continue processing other tasks while waiting for a long running task to complete Asynchronous programming is particularly useful in situations where a task may take a long time to complete such as waiting for a server response reading a large file or performing a complex computation By allowing the program to continue executing other tasks while waiting for these time consuming operations asynchronous programming can lead to more efficient and responsive applications In JavaScript asynchronous programming is commonly achieved through the use of callbacks Promises and the async await syntax These techniques allow the program to perform tasks concurrently without blocking the main thread which is responsible for managing the user interface and other tasks How to Create an Async Programming in JavaScriptHere s a simple example of asynchronous programming in JavaScript using the setTimeout function function task console log Task function task console log Task function task console log Task task setTimeout task Execute task after a ms delaytask In this example task and task are executed synchronously while task is executed asynchronously after a delay of milliseconds The output will be Task Task Task Notice that task is executed before task even though task is called before task in the code This is because task is scheduled for execution after a delay allowing the program to continue executing other tasks without waiting for task to complete How Callbacks Work in JavaScriptCallback functions are functions that are passed as arguments to another function and are executed at a later time They are particularly useful in asynchronous programming as they allow us to specify what should happen when an asynchronous operation is completed Callbacks are a way to manage the flow of your program when dealing with asynchronous events By passing a function as an argument you can ensure that the function is only called when the asynchronous operation is finished Create an Example with a Callback FunctionLet s create a simple example to demonstrate how callback functions work We will create a getUser function that takes a user ID and a callback function as arguments The getUser function will simulate an asynchronous operation using setTimeout and execute the callback function with the user data after a delay Define the getUser function which takes a userId and a callback function as argumentsfunction getUser userId callback Simulate an asynchronous operation using setTimeout setTimeout gt Create a mock user object with the provided userId const user id userId name John Doe Call the callback function with the user object after a delay callback user Call the getUser function with a user ID and a callback function to handle the user datagetUser user gt This function will be executed after the getUser function completes its asynchronous operation console log User ID user id User Name user name In this example we use the setTimeout function to simulate an asynchronous operation The getUser function takes a userId and a callback function as arguments After a second delay the callback function is executed with the user data When we call the getUser function we pass it a user ID and a callback function that will handle the user data In this case the callback function simply logs the user s ID and name to the console The key takeaway from this example is that the callback function allows us to manage the flow of our program when dealing with asynchronous operations such as fetching data from an API or reading data from a file Callbacks Revisiting setTimeoutWe will revisit the setTimeout function and show how it uses callback functions to execute code after a specified delay How setTimeout Uses Callback FunctionsThe setTimeout function is a built in JavaScript function that allows you to execute a function after a specified delay It takes two arguments A callback function that will be executed after the delayThe delay time in millisecondsHere s a simple example of using setTimeout with a callback function Define a callback function to be executed after a delayfunction delayedFunction console log This message is displayed after a second delay Use setTimeout to execute the delayedFunction after milliseconds seconds setTimeout delayedFunction In this example we define a delayedFunction that simply logs a message to the console We then use setTimeout to execute this function after a second delay The key takeaway here is that setTimeout uses a callback function to allow you to specify what code should be executed after the delay This is a simple but powerful concept that enables you to control the flow of your program when dealing with asynchronous operations You can also use anonymous functions as callback functions with setTimeout Here s an example of using an anonymous function with setTimeout Use setTimeout to execute an anonymous function after milliseconds seconds setTimeout function console log This message is displayed after a second delay In this case we provide an anonymous function as the callback for setTimeout This function is executed after a second delay and it logs a message to the console Callbacks Revisiting array filterNow we will revisit the array filter method and explain how it uses callback functions to filter array elements based on a specified condition How array filter Uses Callback FunctionsThe filter method is an array method in JavaScript that allows you to create a new array with elements that pass a specified test a callback function The callback function takes an array element as an argument and returns a boolean value If the callback function returns true the element is included in the new array otherwise it is excluded Here s an example of using array filter with a callback function const numbers Define a function that will be used as callback function to returns true if the number is evenfunction isEven number return number Use array filter to create a new array with only the even numbersconst evenNumbers numbers filter isEven console log evenNumbers Output Make your Own filterArray FunctionNow let s create a custom filterArray function that uses callback functions to filter elements in an array Define a custom filterArray function that takes an array and a callback function as argumentsfunction filterArray array callback const newArray for const element of array if callback element newArray push element return newArray Put the Custom filterArray Function to UseNow that we have our custom filterArray function let s apply it to an array to demonstrate its functionality const numbers Define a callback function that returns true if the number is greater than function greaterThanThree number return number gt Use our custom filterArray function to create a new array with numbers greater than const numbersGreaterThanThree filterArray numbers greaterThanThree console log numbersGreaterThanThree Output See we use our custom filterArray function to create a new array with numbers greater than We define a greaterThanThree callback function that takes a number and returns true if the number is greater than We then pass this callback function to our filterArray function along with the original numbers array Experiment What if fetch Used Callbacks We will discuss the challenges of using callbacks with the fetch function We ll consider an alternative scenario where fetch uses callback functions instead of Promises which are used by the actual fetch implementation The Cddddhallenges of Using Callbacks with fetchThe fetch function is a modern built in JavaScript function for making HTTP requests It returns a Promise that resolves to the Response object representing the response to the request Let s imagine a scenario where fetch uses callback functions instead of Promises function fetchWithCallback url successCallback errorCallback Simulate the fetch functionality using callbacks This example is for illustration purposes only fetchWithCallback function data console log Success data function error console error Error error In this example we create a hypothetical fetchWithCallback function that takes a URL and two callback functions a successCallback that is called when the request succeeds and an errorCallback that is called when the request fails The main challenge with using callbacks in this scenario is handling complex asynchronous flows such as making multiple requests in a sequence or handling errors Callbacks can lead to a situation known as callback hell where nested callbacks become hard to read understand and maintain For example imagine that you need to make three sequential requests using the fetchWithCallback function fetchWithCallback function data Process data fetchWithCallback function data Process data fetchWithCallback function data Process data function error console error Error fetching data error function error console error Error fetching data error function error console error Error fetching data error As you can see the code quickly becomes difficult to read and understand due to the deeply nested callbacks This is one of the main reasons why Promises were introduced as a way to handle asynchronous operations in JavaScript While this example works it highlights some challenges of using callbacks with fetch these challenges are Callback Hell As the number of asynchronous operations increases the code can become deeply nested making it difficult to read and maintain This is known as callback hell Error Handling With callbacks error handling becomes more complex as each callback function needs to handle errors separately In contrast Promises allow for centralized error handling using catch or finally methods Composition Promises make it easy to compose multiple asynchronous operations using methods like Promise all Promise race and Promise allSettled Achieving the same level of composition with callbacks can be cumbersome and challenging In the actual fetch implementation and real world scenario which uses Promises the same example would look like this fetch then response gt response json then data gt console log Data from the first request data return fetch then response gt response json then data gt console log Data from the second request data return fetch then response gt response json then data gt console log Data from the third request data catch error gt console error Error fetching data error So we first fetch data from After the first request is successful we log the data and proceed to make a second request to Similarly when the second request is successful we log the data and make a third request to Finally after the third request is successful we log the data If any error occurs during any of the requests we handle it in the catch block While it s possible to use callbacks with fetch Promises offer a more elegant readable and maintainable approach to handling asynchronous operations like fetching data from an API What Are Promises and How Promises Work in JavaScriptPromises are a powerful feature in JavaScript that helps manage asynchronous operations more effectively A Promise represents the eventual completion or failure of an asynchronous operation and its resulting value A Promise is in one of three states Pending The initial state the Promise is neither fulfilled nor rejected Fulfilled The operation was completed successfully and the Promise has a resulting value Rejected The operation failed and the Promise has a reason for the failure Promises help to avoid the callback hell problem by providing a cleaner and more maintainable way to handle asynchronous code How they improve asynchronous programmingPromises improve asynchronous programming by Simplifying error handling through chaining and centralized error management Making it easier to compose and manage multiple asynchronous operations Improving code readability and maintainability by avoiding nested callbacks Promises and then chaining Promises allow you to chain then methods for handling the results of asynchronous operations When a Promise is fulfilled the next then method gets in Let s explore a deeper example of chaining then methods with Promises using the fetch function to make API requests Consider a scenario where we need to fetch data from two different API endpoints The second API call depends on the data received from the first API call We can use Promises and then chaining to achieve this In this example we ll use the JSONPlaceholder API to fetch a user s information and then fetch the user s posts const fetch require node fetch Fetch user data from the JSONPlaceholder APIfetch then response gt Check if the request was successful if response ok throw new Error Failed to fetch user data Parse the JSON data from the response return response json then user gt console log User data user Fetch the user s posts using their ID return fetch user id then response gt Check if the request was successful if response ok throw new Error Failed to fetch user posts Parse the JSON data from the response return response json then posts gt console log User posts posts catch error gt Handle any errors during the fetch operations console error Error error We first fetch the user data from the JSONPlaceholder API When the first request is successful we parse the JSON data and log the user information Next we use the user s ID to fetch their posts When the second request is successful we parse the JSON data and log the user s posts If an error occurs during any of the fetch operations we handle it in the catch block How to Use Promise all and Handle Rejected PromisesPromise all is a method that takes an array or any iterable of Promises and returns a new Promise that is fulfilled with an array of the fulfilled values of the input Promises in the same order as the input Promises The returned Promise is fulfilled only when all input Promises are fulfilled and it is rejected if any of the input Promises are rejected Here s how you can use Promise all Create an array or any iterable of Promises Pass the iterable to Promise all Use then to handle the array of fulfilled values or catch to handle rejection Let s look at an example using Promise all with the fetch function to make multiple API requests const fetch require node fetch An array of URLs to fetchconst urls Create an array of Promises using fetch const fetchPromises urls map url gt fetch url Use Promise all to wait for all fetch Promises to be fulfilledPromise all fetchPromises then responses gt Map the responses to Promises that resolve with the parsed JSON data return Promise all responses map response gt response json then users gt console log Fetched users users catch error gt console error Error fetching users error In this example we have an array of URLs to fetch user data We create an array of Promises using fetch for each URL Let s now take a look at more advanced techniques to handle asynchronous code in Javascript The Async await keywords Async await is a more modern and syntactically cleaner way of working with asynchronous code in JavaScript It is built on top of Promises and makes your asynchronous code look and behaves more like synchronous code Async The async keyword is used to declare an asynchronous function When a function is marked with async it automatically returns a Promise If the function returns a value the Promise resolves with that value If the function throws an error the Promise is rejected with that error const fetch require node fetch async function asyncFunction return Hello async asyncFunction then result gt console log result Hello async catch error gt console error error Await The await keyword can only be used inside an async function It pauses the execution of the function until the Promise is resolved or rejected and then resumes the execution of the function with the resolved value or throws the rejection reason Using await allows you to write asynchronous code that looks and behaves more like synchronous code making it easier to read and understand Here s an example of using async await with the fetch function to make an API request const fetch require node fetch async function fetchUserData try Fetch user data from the JSONPlaceholder API const response await fetch Check if the request was successful if response ok throw new Error Failed to fetch user data Parse the JSON data from the response const user await response json console log User data user catch error Handle any errors during the fetch operation console error Error error Call the fetchUserData functionfetchUserData We declare an async function called fetchUserData Inside this function we use the await keyword to wait for the fetch request to resolve before continuing We then check if the request was successful and parse the JSON data from the response using await as well If an error occurs during any of the fetch operations we handle it in the catch block The async await pattern makes the code easier to read and understand by removing the need for then and catch chaining It allows you to write more linear synchronous looking code while still maintaining the benefits of asynchronous operations Note that although async await makes your code look synchronous it is still non blocking and asynchronous under the hood The JavaScript event loop continues to run and other tasks can still be executed while the async function is waiting for Promises to resolve Async Await in LoopsIt s a common scenario where you need to execute multiple asynchronous operations sequentially but you also want to use loops to simplify the code Using async await in synchronous loops can be a bit tricky as using await within a regular for or forEach loop would not work as expected We ll discuss how to properly use async await with loops and provide examples to demonstrate the correct and incorrect approaches Incorrect Approach with forEach const fetch require node fetch async function fetchAllUsers users users forEach async userId gt const user await fetchUserData userId console log User data user console log Finished fetching all users fetchAllUsers The forEach loop will execute all async functions concurrently and you ll see the Finished fetching all users message before all the user data is fetched and logged Correct Approach with for of loop const fetch require node fetch async function fetchUserData userId const response await fetch userId if response ok throw new Error Failed to fetch user data return await response json async function fetchAllUsers users for const userId of users const user await fetchUserData userId console log User data user console log Finished fetching all users fetchAllUsers We use a for of loop to execute the async fetchUserData function sequentially for each user ID The Finished fetching all users message will be logged only after all the user data has been fetched and logged Using a for of loop or a regular for loop allows you to properly use await within the loop body ensuring that each iteration of the loop waits for the previous asynchronous operation to complete before moving to the next This brings that question to mind Correct Approach with map and Promise all A common use case for combining async await with map is when you want to make multiple asynchronous requests and wait for all of them to finish before processing the results In such cases you can use Promise all along with map and async await Here s an example of using async await with map and Promise all const fetch require node fetch async function fetchUser userId const response await fetch userId const user await response json return user async function fetchMultipleUsers const userIds const userPromises userIds map async userId gt const user await fetchUser userId return user const users await Promise all userPromises console log users fetchMultipleUsers In this example we have an async function fetchUser that fetches a user from the JSONPlaceholder API We also have an async function fetchMultipleUsers that fetches multiple users using the fetchUser function Inside fetchMultipleUsers we use the map function to create an array of Promises by calling fetchUser for each user ID Then we use Promise all to wait for all Promises to resolve before logging the result Is the Async Await in Loops as same as using Promise all No the Promise all approach and the Asynchronous Awaits in Synchronous Loops approach serve different purposes and are not the same Promise all When you want to execute multiple asynchronous operations concurrently meaning you want them to run at the same time and wait for all the operations to complete before proceeding you would use Promise all It takes an array of promises and returns a new promise that resolves with an array of resolved values in the same order as the input promises Asynchronous Awaits in Synchronous Loops When you want to execute multiple asynchronous operations sequentially meaning you want each operation to complete before moving on to the next one you would use the correct approach for Asynchronous Awaits in Synchronous Loops using async await with a for of loop or a regular for loop Here s a summary of the differences Promise all is used for concurrent execution of multiple promises while async await in synchronous loops is used for sequential execution of multiple promises Promise all returns a single promise that resolves when all input promises have resolved or rejects if any of the input promises reject whereas async await in synchronous loops allows you to handle errors individually for each promise within the loop Note that you would choose between these approaches based on whether you need concurrent or sequential execution of your asynchronous operations Conclusion We explored the intricacies of asynchronous JavaScript programming understanding callbacks promises and the async await syntax We also discussed how to handle common challenges when working with these concepts such as using async await in synchronous loops These concepts enable developers to write cleaner more readable and maintainable code when dealing with asynchronous operations ultimately leading to a better programming experience and more robust applications	2023-04-15 15:17:09
海外TECH	DEV Community	How to create a static web app in Azure	https://dev.to/moyinoluwaa/how-to-create-a-static-web-app-in-azure-3836	How to create a static web app in AzureAzure Static Web Apps is a service that automatically builds and deploys full stack web applications to Azure from a code repository either Github or Azure Devops PrerequisitesHave an Azure Account If you do not have one you can create an account here A Github or Azure Devops Account to host your code This article would describe the Github workflow Step Create the code repositoryTo host the application code you need to have a repository either on Github or Azure Devops In this article I used Github and created a repository using this template Step Create a static web app Using Github From the azure portal search for Static Web Apps and select the Static Web Apps service in the dropdown Select Create or Create static web app button has shown below On the basic tab fill in the required fieldsSubscription Select your Azure subscriptionResource Group Select a resource group if you have one created or use the Create new link and enter a resource group name Name This is the name of the application I used moyin static web app Enter your desired name in the textbox Plan type Select Free Azure Functions and staging details Select a region closest to you I left it as default Source Select GitHub and authenticate by clicking Sign in with Github button Once authenticated select the code Organization Repository and Branch from the dropdowns Build Presets Select the framework or language used to write the code I used React App location Put the path of your application Mine is the root folder so I left it as default Api location If you are working with an api you can add the path here Output location Enter the path of your build Once done review and create the applicationWhen deployment is complete select the Go to resource button Step Viewing the web applicationThe deployment build must be completed before the site can be viewed You can select the banner with Click here to check the status of your github action runs Once the build Github Actions workflow is completed select the url and view the deployed web application as shown below Step Cleaning up resourcesIf you are not going to be using the application then delete the Azure Static Web Apps instance to avoid incurring unnecessary costs	2023-04-15 15:07:47
海外TECH	DEV Community	Maker tag	https://dev.to/alohe/maker-tag-1mdn	Maker tagIntroducing Maker Tag a customizable HTML and CSS based widget that allows you to display a text tag on your website The widget is designed to be easily added to any website with minimal configuration To add the Maker Tag widget to your website simply add the following JavaScript code to your web page lt script src dist mwl min js gt lt script gt The widget can be customized by passing an object to the MakerTag constructor You can customize the tag s text link color background margin padding font size font weight border radius position shadow and hover effects Additionally you can enable the animated gradient background Here is an example of the default configuration lt script gt new MakerTag text Made with ️by Alohe link position bottom left background radial gradient circle at left FFEA fff FFEA color EFD animated true padding px px margin px font size px weight borderRadius px hover color background shadow shadow none lt script gt Maker Tag is free and open source so you can use it for any personal or commercial project To learn more or want to make a contribution visit the GitHub page at and be sure to give it a And Thank you for reading	2023-04-15 15:02:05
海外TECH	DEV Community	AWS Mini-Project - Cats Need Love Too	https://dev.to/zyounger8/aws-mini-project-cats-need-love-too-5hi2	AWS Mini Project Cats Need Love TooCompleted my first AWS Mini Project today The services used were DynamoDB Lambda and SNS I first created a DynamoDB table where I manually entered in fictional data for a cat adoption agency I entered in kittens their names and adoption statuses In a real world example this would have been populated from a front end website In an ideal world all cats would have homes with all the cat nip and sunlight a kitten could dream of After creating my table I explore the comparison of querying the data in the table versus running a scan of the existing records Querying the data appears to be more efficient eliminating the need for DynamoDB to iterate over every record however I will use scanning later in the project Next I set up an SNS email protocol In simple terms AWS SNS is a messaging service that will allow me to send messages and notifications to any subscribed member in my cat loving community that is interested in adopting a cat In this example they will be receiving updates when a cat is adopted encouraging them to hop onto the site if they want to adopt one before they are all gone Now onto creating the Lambda function which is named cat adoption function In this portion I inserted code that will iterate through all the cat records that Dynamo DB passes to the Lambda function and then publish the message for our subscribers to receive Next I gave the Lambda function created permission to access DynamoDB so it can read the data from the DynamoDB Stream Without this permission the function created will not work Next I enabled the DynamoDB Stream that will trigger that cat adoption function every time a cat s adoption status is changed to true The final step involved testing it out In the DynamoDB console I ran a scan to ensure the code is working as expected and that the Lambda function is correctly reading and processing all of the table items At the initial scan all of the adoption statuses were set to false In a real world example this testing phase will be crucial to identify any data insertion bug and performance issues that could occur with larger datasets To test the trigger I changed the adoption status of one of the cats to true in the DynamoDB table Upon making the status change I received an email notifying me that the cat selected has been adopted As best practice with all projects my final step involved cleaning up by deleting all the resources used in this project And voila There goes my first project looking forward to the next Shout out to my favorite AWS course that is helping develop these skills and support my learning with these projects adrian cantrillCover Photo by The Lucky Neko on Unsplash	2023-04-15 15:00:26
Apple	AppleInsider - Frontpage News	Daily deals April 15: $600 off Sennheiser HD 800S, 15% off M2 13-inch MacBook Pro, $99 Apple TV 4K, more	https://appleinsider.com/articles/23/04/15/daily-deals-april-15-600-off-sennheiser-hd-800s-15-off-m2-134-inch-macbook-pro-99-apple-tv-4k-more?utm_medium=rss	Daily deals April off Sennheiser HD S off M inch MacBook Pro Apple TV K moreSaturday s top deals include up to off a inch MacBook Pro off AirPods Pro off a ninth gen iPad and more Save on Sennheiser HD S headphonesThe AppleInsider editorial team reviews the internet for top notch discounts at online stores to develop a list of unbeatable deals on popular tech items including discounts on Apple products TVs accessories and other gadgets We share the top bargains to help you save money Read more	2023-04-15 15:34:27
海外TECH	Engadget	Developer logs suggest Apple’s long-rumored 15-inch MacBook Air could arrive soon	https://www.engadget.com/developer-logs-suggest-apples-long-rumored-15-inch-macbook-air-could-arrive-soon-154131810.html?src=rss	Developer logs suggest Apple s long rumored inch MacBook Air could arrive soonApple s forthcoming inch MacBook Air will feature a processor “on par with the company s current M chip According to Bloomberg Apple recently began testing the laptop to ensure its compatibility with third party App Store apps something the company does in the lead up to the release of a new device Developer logs shared with the outlet show the machine was configured with a chipset that featured an eight core CPU and core GPU along with GB of RAM Those specs suggest the inch MacBook Air referred to as “Mac in the logs will ship with an M chipset not Apple s next generation chip as some past reports had suggested “Bigger changes to the Mac will come later with the release of an M chip Bloomberg s Mark Gurman notes The new machine was spotted running macOS which Apple is expected to announce at WWDC About the most interesting detail revealed by the logs is that the inch MacBook Air features a display resolution “equal to that of the inch MacBook Pro That means the new MacBook Air features a less dense display It s unclear when Apple plans to release the new laptop The company announced the M MacBook Air at WWDC Gurman previously reported the inch MacBook Air would arrive sometime between late spring and this summer This article originally appeared on Engadget at	2023-04-15 15:41:31
ニュース	@日本経済新聞 電子版	Ｇ７環境相声明案、天然ガスも廃止　石炭の時期明示せず https://t.co/aUM2PtlS6V	https://twitter.com/nikkei/statuses/1647256200788967429	天然ガス	2023-04-15 15:10:57
ニュース	BBC News - Home	SNP ruling body orders governance and transparency review	https://www.bbc.co.uk/news/uk-scotland-scotland-politics-65277808?at_medium=RSS&at_campaign=KARANGA	auditors	2023-04-15 15:52:28
ニュース	BBC News - Home	Women's Six Nations 2023: Wales 3-59 England - Red Roses run riot in Cardiff	https://www.bbc.co.uk/sport/rugby-union/65264807?at_medium=RSS&at_campaign=KARANGA	cardiff	2023-04-15 15:31:06