投稿時間:2022-08-15 00:25:14 RSSフィード2022-08-15 00:00 分まとめ(33件)

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python	Pythonタグが付けられた新着投稿 - Qiita	世界は色んな言語であふれている(langdetectで何語かを判定してみる）	https://qiita.com/study_program/items/d21b74e9d4076a8c3db7	langdetect	2022-08-14 23:49:22
python	Pythonタグが付けられた新着投稿 - Qiita	早期リターンって，値を返す関数しか考えてない？	https://qiita.com/WolfMoon/items/9c82d579c847047b3132	deffizzbuzziif	2022-08-14 23:18:35
js	JavaScriptタグが付けられた新着投稿 - Qiita	【jQuery】jQuery.each($.each)は何でreturn falseでループを抜けるんだ？	https://qiita.com/matsumoyu/items/0350d24e28a21b495af7	break	2022-08-14 23:59:38
js	JavaScriptタグが付けられた新着投稿 - Qiita	【React Native】React Navigatorをインストール後、シミュレーターが起動しない	https://qiita.com/shiho97797/items/8ce237d5e0806b9f5726	exporeactnativedebugger	2022-08-14 23:55:56
js	JavaScriptタグが付けられた新着投稿 - Qiita	Javascriptでのreplaceメソッドの第二引数の関数が理解できた件について	https://qiita.com/zakino123/items/c9d4763cc8c13dcdc545	javascript	2022-08-14 23:21:01
Linux	Ubuntuタグが付けられた新着投稿 - Qiita	【#50 エンジニア転職学習】WSL2でUbuntu20.04のGo開発環境をつくる	https://qiita.com/Chika110/items/68e1e4e13ac75c08453c	chika	2022-08-14 23:16:50
AWS	AWSタグが付けられた新着投稿 - Qiita	【機械学習】AWSでGPUインスタンスをたててBERTモデルを実行してみた	https://qiita.com/suzuki0430/items/3770e4acc42076806be7	tabberttabu	2022-08-14 23:02:51
golang	Goタグが付けられた新着投稿 - Qiita	【#50 エンジニア転職学習】WSL2でUbuntu20.04のGo開発環境をつくる	https://qiita.com/Chika110/items/68e1e4e13ac75c08453c	chika	2022-08-14 23:16:50
技術ブログ	Developers.IO	[AWS Toolkit for VS Code] S3 BucketをローカルにSyncしてVS CodeからオブジェクトのCRUD操作をする	https://dev.classmethod.jp/articles/aws-toolkit-for-vs-code-sync-s3-bucket-locally-and-perform-crud-operations-on-objects-from-vs-code/	awssbucket	2022-08-14 14:55:26
技術ブログ	Developers.IO	OU指定・自動デプロイ無効で展開しているStackSetにアカウント追加してみた	https://dev.classmethod.jp/articles/stackset-automatic-deployment-disabled-add-account/	cloudformationstacksets	2022-08-14 14:16:41
海外TECH	MakeUseOf	How to Change Your Instagram Explore Page	https://www.makeuseof.com/how-to-change-instagram-explore/	explore	2022-08-14 14:16:14
海外TECH	MakeUseOf	How to Install and Run Bash on Windows 11	https://www.makeuseof.com/windows-11-install-run-bash/	windows	2022-08-14 14:16:13
海外TECH	DEV Community	The simplest example of coroutines in C++20	https://dev.to/atimin/the-simplest-example-of-coroutines-in-c20-4l7a	The simplest example of coroutines in C The coroutines were introduced in C standard Unfortunately the implementation isn t such friendly even for experienced programmers because the standard library provides only interfaces and leave the event loop awaiters promises etc on programmers This is a minimal working example which could help people to start learning include lt iostream gt include lt coroutine gt include lt thread gt include lt queue gt include lt functional gt std queue lt std function lt bool gt gt task queue struct sleep sleep int n delay n constexpr bool await ready const noexcept return false void await suspend std coroutine handle lt gt h const noexcept auto start std chrono steady clock now task queue push start h d delay if decltype start clock now start gt d h resume return true else return false void await resume const noexcept std chrono milliseconds delay struct Task struct promise type promise type default Task get return object return std suspend never initial suspend return std suspend always final suspend noexcept return void unhandled exception Task foo noexcept std cout lt lt hello from foo lt lt std endl for int i i lt i co await sleep std cout lt lt hello from foo lt lt std endl Task foo noexcept std cout lt lt hello from foo lt lt std endl for int i i lt i co await sleep std cout lt lt hello from foo lt lt std endl call fooint main foo foo while task queue empty auto task task queue front if task task queue push task task queue pop std this thread sleep for std chrono milliseconds The magic happens here co await sleep The current coroutine suspends and the awaiter takes its handler to resume it later In this example the awaiter defers a task into an event loop to checks if the sleep time expires This is a simple event loop with a queue of tasks while task queue empty auto task task queue front if task task queue push task task queue pop std this thread sleep for std chrono milliseconds Play with this example a bit before starting to read about the coroutines in detail Hope it was helpful	2022-08-14 14:46:00
海外TECH	DEV Community	React Hooks: useThrottledValue and useThrottledFunction	https://dev.to/perssondennis/react-hooks-usethrottledvalue-and-usethrottledfunction-1j2n	React Hooks useThrottledValue and useThrottledFunctionThis article explains the new React hooks useDeferredValue and useTransition and compares them to throttle and debounce functions It also presents two similar custom hooks useThrottledValue and useThrottledFunction which can be used to throttle a function or value change when the React hooks isn t sufficient In This ArticleuseThrottledFunction HookuseThrottledValue HookuseDeferredValue and useTransitionWhat is Throttle and DebounceThrottle vs New React HooksWhen Not To Use useThrottledFunction or useThrottledValueWhen To Use useThrottledFunction and useThrottledValueuseThrottledValue ImplementationExamplesSummaryWhere To Learn More useThrottledFunction HookuseThrottledFunction is a hook you can use when you need to prevent a function from running too often It works similar to React s useTransition hook but has a slightly different use case I will provide the code for it later but before doing that we will look at the new hooks in React useTransition and useDeferredValue We will also look at what throttling and debounce actually means and how they differ from each other useThrottledValue HookuseThrottledValue is a hook similar to useThrottledFunction The difference is that useThrottledValue simply throttles a value change instead of a function call The code for it will be provided later in this article useDeferredValue and useTransitionuseDeferredValue is a new hook available in React I recommend you to read this article about why they added it here but in short it s because they want to give us an opportunity to postpone an update of a value until more important code has run It essentially burns down to deferring code execution so more prioritized UI updates can be render quicker To use useDeferredValue simply pass a value to it and it will automatically be deferred if necessary import useDeferredValue from react const UseDeferredValueExample items gt const deferredItems useDeferredValue items return lt ul gt deferredItems map item gt lt li key item id gt item text lt li gt lt ul gt export default UseDeferredValueExampleWith React came also a similar hook called useTransition useTransition defers an update just like useDeferredValue does but instead of merely updating a value it allows to customize the state update more granularly import useState useTransition from react const UseTransitionExample text gt const isPending startTransition useTransition const shouldShow setShouldShow useState false const showEventually gt startTransition gt setShouldShow true return lt div gt lt button onClick showEventually gt Show Text lt button gt isPending amp amp lt p gt Text will show soon lt p gt shouldShow amp amp lt p gt text lt p gt lt div gt export default UseTransitionExample What is Throttle and Debounce Throttle and debounce are two terms that often are mixed up together The purpose of them both are to prevent a function from running too often A similar use case is not to update a value for a certain amount of time A throttle and a debounce both take a callback function as an argument and a time interval that decides how often the callback function should be allowed to be invoked The return value is a new function that is the throttled debounced callback function The difference between them is that a throttle will run multiple times while a debounce only will run once When a function is being throttled for X seconds it will at maximum run once every X second regardless of how many times the function is called upon In other words a throttle allows the function to run every X second but will only run if it has been invoked one or more times during those X seconds Unlike a throttle the time interval passed to a debounce will not make a function run periodically A time interval passed to a debounce function can be seen as a cooldown time for the callback function that reset itself every time someone tries to trigger it A debounce is like a stubborn child that has made up its mind not to eat the food until the parents have stopped nagging about it for at least X seconds As soon as the parents have been silent for X seconds the child eats its vegetables Mama needs to learn how debounce worksThe picture below depicts the usage of a throttle and a debounce The lines labeled regular represents when the function is being called You can see that the stubborn debounce only invokes the function as soon as the function has stopped being invoked while the throttled function is invoked periodically with a minimum time between every invocation You can try it yourself at this site Throttle will trigger periodically while debounce will trigger when invocation has stoppedNote that throttle and debounce functions often comes with settings A debounce function can usually be configured to either run before or after the provided time interval For the stubborn child that would mean it would eat its vegetables the first time the parents asked but would not eat another piece of it until the parents had been quiet for X seconds Throttle vs New React HooksAs described above both a throttle and the new React hooks can be used to defer a function call or an update of a value There is a slight difference between throttling and using the new React hooks though useTranstition and useDeferredValue will update the state as soon as React has time for it That s not the case with a throttle A throttle will wait for a specified amount of time before regardless of whether it is necessary for performance or not This means that useDeferredValue and useTransition will be able to update the state sooner since they don t have to postpone it if it isn t really necessary A common reason to use a throttle is to prevent overheating an application with more function calls than the computer can handle Such overheating can often be prevented or mitigated with the new useDeferredValue or useTransition hooks since those hooks can detect when React has time to update the state For that reason many people claim that useDeferredValue and useTransition hooks removes the need for manually use a throttle or debounce The truth is overheating an application isn t the only use case of a throttle or a debounce Another use case is to prevent multiple invocations of a function in use cases where it could hurt the application in some way Maybe a backend service would return a HTTP error code when too many requests are sent or maybe a resource intensive or expensive job would run to often without a throttle In those cases it s still necessary to use a throttle or debounce There are often other solutions for such problems but React s new hooks isn t what you search for in those cases Totally legit HTTP error code When Not To Use useThrottledFunction or useThrottledValueAs described above there are some scenarios where you should use useDeferredValue or useTransition rather than using the useThrottledValue or useThrottledFunction hook Here are some examples of when to prefer the built in React hooks When the reason to use the hook is to let more important code or UI updates run first When the reason to use the hook is to optimize performance when a value updates a few times Well the first use case is obvious That s exactly what React s new hooks are supposed to do To let you prioritize some updates as more important than other The second use case is maybe a bit more obvious why wouldn t we throttle a function to optimize performance The thing is a lot of developers try to micro optimize their code Preventing a function from being called a few times is most often not a problem for performance Failing to design a good frontend architecture misusing the framework of use or neglecting the importance of managing states and data flows correctly are big issue though Handle those things properly and you won t need to micro optimize your code on a function call level If you still would judge your use case as a case where it s important to micro optimize useDeferredValue and useTransition can help you out with that They will help you deferring the updates until React feels there is time for it When To Use useThrottledFunction and useThrottledValueNow when we know when not to use the hooks we will look at when to use them When the hook triggers a function that could be harmful to any other service or code When the function or value change triggers a resource intensive or expensive job When the reason to use the hook is to optimize performance when a value updates a lot of times We did previously touch upon the two first scenarios under the Throttle vs New React Hooks heading We mentioned that a network service could respond with a HTTP error code Other scenarios could be that we would want to prevent a user from spamming a functionality that is allowed to be triggered multiple times Regarding the second use case when an intensive job is triggered A typical scenario could be when the value is listed as a dependency to a useMemo hook The useMemo hook is usually used to prevent heavy calculations from running multiple times Using a throttle to prevent the memo from updating too many times could therefore be a valid use case The third use case is almost the same as the second scenario of when not to use the hooks The argument not to use the hooks was because it wasn t important to micro optimize code on a function level However there is of course a threshold for when it would be necessary An example would be when listening on mouse movement Remember the picture describing throttle and debounce That picture was actually captured from a mouse movement In that picture duplicated here below we can see that the debounce and throttle prevents a huge amount of function calls If the function call is fairly heavy to run it could be a good idea to throttle or debounce it A debounce or throttle can prevent a lot of unnecessary function calls when it is triggered by mouse movement useThrottledValue ImplementationA lot of text above but finally we can look at the first hook implementation Let s start with useThrottledValue there s both a JavaScript and a TypeScript implementation of it The hook takes a single argument an object containing a value and optionally throttleMs The optional throttleMs is the throttle time for how often the value should be allowed to update If left out we have a default time at ms DEFAULT THROTTLE MS The hook consists of a single useEffect that will trigger as soon as a new value is passed in to the hook If the hook hasn t updated the value for throttleMs milliseconds it will update the value and save the time for the last update If the value updates more times within throttleMs milliseconds it will set a timeout that will update the value as soon as it is time for it to update To prevent memory leaks for the timers the timeout is cleaned up every time the useEffect runs JavaScript Implementationimport useCallback useEffect useRef useState from react const DEFAULT THROTTLE MS const getRemainingTime lastTriggeredTime throttleMs gt const elapsedTime Date now lastTriggeredTime const remainingTime throttleMs elapsedTime return remainingTime lt remainingTime const useThrottledValue value throttleMs DEFAULT THROTTLE MS gt const throttledValue setThrottledValue useState value const lastTriggered useRef Date now const timeoutRef useRef null const cancel useCallback gt if timeoutRef current clearTimeout timeoutRef current timeoutRef current null useEffect gt let remainingTime getRemainingTime lastTriggered current throttleMs if remainingTime lastTriggered current Date now setThrottledValue value cancel else if timeoutRef current timeoutRef current setTimeout gt remainingTime getRemainingTime lastTriggered current throttleMs if remainingTime lastTriggered current Date now setThrottledValue value cancel remainingTime return cancel cancel throttleMs value return throttledValue export default useThrottledValue TypeScript Implementationimport useCallback useEffect useRef useState from react const DEFAULT THROTTLE MS const getRemainingTime lastTriggeredTime number throttleMs number gt const elapsedTime Date now lastTriggeredTime const remainingTime throttleMs elapsedTime return remainingTime lt remainingTime export type useThrottledValueProps lt T gt value T throttleMs number const useThrottledValue lt T gt value throttleMs DEFAULT THROTTLE MS useThrottledValueProps lt T gt gt const throttledValue setThrottledValue useState lt T gt value const lastTriggered useRef lt number gt Date now const timeoutRef useRef lt NodeJS Timeout null gt null const cancel useCallback gt if timeoutRef current clearTimeout timeoutRef current timeoutRef current null useEffect gt let remainingTime getRemainingTime lastTriggered current throttleMs if remainingTime lastTriggered current Date now setThrottledValue value cancel else if timeoutRef current timeoutRef current setTimeout gt remainingTime getRemainingTime lastTriggered current throttleMs if remainingTime lastTriggered current Date now setThrottledValue value cancel remainingTime return cancel cancel throttleMs value return throttledValue export default useThrottledValue useThrottledFunction ImplementationThe next hook useThrottledFunction works very similar to useThrottledValue and the implementations is nearly identical The passed in value argument has been replaced with a callbackFn which is the function that should be throttled The function returns an object The object contains throttledFn which is a throttled version of the passed in callbackFn It also returns a cancel function which can be called whenever the throttle timer s needs to be stopped JavaScript Implementationimport useCallback useEffect useRef from react const DEFAULT THROTTLE MS const getRemainingTime lastTriggeredTime throttleMs gt const elapsedTime Date now lastTriggeredTime const remainingTime throttleMs elapsedTime return remainingTime lt remainingTime const useThrottledFunction callbackFn throttleMs DEFAULT THROTTLE MS gt const lastTriggered useRef Date now const timeoutRef useRef null const cancel useCallback gt if timeoutRef current clearTimeout timeoutRef current timeoutRef current null const throttledFn useCallback args gt let remainingTime getRemainingTime lastTriggered current throttleMs if remainingTime lastTriggered current Date now callbackFn args cancel else if timeoutRef current timeoutRef current setTimeout gt remainingTime getRemainingTime lastTriggered current throttleMs if remainingTime lastTriggered current Date now callbackFn args cancel remainingTime callbackFn cancel useEffect gt cancel cancel return cancel throttledFn export default useThrottledFunction TypeScript Implementationimport useCallback useEffect useRef from react const DEFAULT THROTTLE MS const getRemainingTime lastTriggeredTime number throttleMs number gt const elapsedTime Date now lastTriggeredTime const remainingTime throttleMs elapsedTime return remainingTime lt remainingTime export type useThrottledFunctionProps callbackFn lt T gt args T gt any throttleMs number const useThrottledFunction callbackFn throttleMs DEFAULT THROTTLE MS useThrottledFunctionProps gt const lastTriggered useRef lt number gt Date now const timeoutRef useRef lt NodeJS Timeout null gt null const cancel useCallback gt if timeoutRef current clearTimeout timeoutRef current timeoutRef current null const throttledFn useCallback lt T gt args T gt let remainingTime getRemainingTime lastTriggered current throttleMs if remainingTime lastTriggered current Date now callbackFn args cancel else if timeoutRef current timeoutRef current setTimeout gt remainingTime getRemainingTime lastTriggered current throttleMs if remainingTime lastTriggered current Date now callbackFn args cancel remainingTime callbackFn cancel useEffect gt cancel cancel return cancel throttledFn export default useThrottledFunction ExamplesThe code below shows how the useThrottledValue may be used When a button is clicked a value state variable is updated After the user have clicked the button a heavy calculation is done To prevent the heavy calculation from running too many times if the user spams the button we use this hook to throttle the recalculation of the memorized value You have a CodeSandbox of it here to try it and if you want to clone star or watch it on GitHub you have the repository for it here import useMemo useState from react import useThrottledValue from useThrottledValue Note that this will be called twice with React StrictMode because it s a callback provided to a useMemo const performHeavyCalculation value gt console log Heavy calculation for value value return value export default function App const value setValue useState const throttledValue useThrottledValue value throttleMs const memoizedValue useMemo gt return performHeavyCalculation throttledValue throttledValue return lt div gt lt button onClick gt setValue value gt Increment value lt button gt lt p gt Calculates a new value every fifth second lt p gt lt p gt Value value lt p gt lt p gt Last caculated result memoizedValue lt p gt lt div gt Below code depicts a use case of useThrottledFunction In this case a function performHeavyCalculation is throttled to prevent it from being called for every fired scroll event CodeSandbox to try it code GitHub repository here import useCallback useEffect from react import useThrottledFunction from useThrottledFunction const performHeavyCalculation gt console log Heavy calculation export default function App const callbackFnToThrottle useCallback gt performHeavyCalculation const throttledFn useThrottledFunction callbackFn callbackFnToThrottle throttleMs useEffect gt window addEventListener scroll throttledFn return gt window removeEventListener scroll throttledFn throttledFn return lt div gt lt p gt Scroll and look in console lt p gt lt p gt Code uses a throttle of seconds lt p gt lt div style height px gt lt p gt End of scroll lt p gt lt div gt Note that there are two things to note for the code above First thing is that the callback function called callbackFnToThrottle isn t necessary in this case It would be possible to directly pass the performHeavyCalculation function to the callbackFn argument attribute The callback is only added for demonstration The second thing to mention is that this use case isn t necessarily optimal When looking at scroll events there are many times often better solutions to apply Using the Intersection Observer API could be a better solution than listening for scroll events if the use case is to detect if an element is visible on screen I rather wonder why you are still reading it SummaryuseThrottledValue and useThrottledFunction are hooks you can use in a few use cases To throttle a function call that could be harmful to run many times To throttle a function call or value change that triggers a resource intensive or expensive job To optmize performance when a value is being updated lot of times React also introduced two new hooks useDeferredValue and useTransition These hooks can be used to run code with lower priority to allow for more important code to run first In some cases it is better to use one of those hooks instead That is the case when When the reason to use the hook is to let more important code or UI updates run first When the reason to use the hook is to optimize performance when a value updates a few times This article also described the difference between throttle and debounce While both are used to avoid running code too often they differ in how many times they will invoke the function A throttle will periodically invoke the function dependent on a throttle time while a debounce will run the function only once either at the start of or at the end of a series of invocations Where To Learn MoreIf you liked this article you are maybe interested to read similar articles You can do that here on DEV or by checking out my website I m also active on Instagram where I post more programmer memes Make sure to follow me if you find it interesting   Dennis PerssonFollow I m a former teacher writing articles about software development and everything around it My ambition is to provide people all around the world with free education and humorous reading	2022-08-14 14:25:06
海外TECH	DEV Community	Run Docker based GitHub runner containers on GitHub Codespaces	https://dev.to/pwd9000/run-docker-based-github-runner-containers-on-github-codespaces-2com	Run Docker based GitHub runner containers on GitHub Codespaces OverviewThis post has moved Check it out here Hosting your self hosted runners on GitHub Codespaces Marcel L・Aug ・ min read github codespaces githubactions development AuthorLike share follow me on GitHub Twitter LinkedIn Marcel LFollow Microsoft DevOps MVP Cloud Solutions amp DevOps Architect Technical speaker focused on Microsoft technologies IaC and automation in Azure Find me on GitHub	2022-08-14 14:21:27
海外TECH	DEV Community	Hoisting in Javascript	https://dev.to/shubhamtiwari909/hoisting-in-javascript-19eo	Hoisting in JavascriptHello Guys today i am discussing about Hoisting in Javascript What is Hoisting Hoisting is a process in which the declaration of variables and functions are moved to the top in the scope by the interpreter We can move the declaration of variables to the top with default value Only the declaration part not the initialization part or we can use a function call before it s declaration and then after that we can provide the declaration part in the code Let s understand this with examples Example Variables Hoistingconsole log a var a output undefinedconsole log b let b output ReferenceError Cannot access b before initializationconsole log c let c output ReferenceError Cannot access c before initializationAs you can see we have console logged the variables before declaring them It returns undefined in case of variable declared with var keyword because the declaration part is hoisted with var not initialization part In case of variables declared with let and const it returns a reference error because let and const are not hoisted with default value Example Function HoistinghoistedFunction function hoistedFunction console log This function is called before it s declaration output This function is called before it s declarationhoistedParameterisedFunction function hoistedParameterisedFunction a b c console log a b c output hoistedArrowFunction let hoistedArrowFunction gt console log This function is called before it s declaration output ReferenceError Cannot access hoistedArrowFunction before initializationYou can see we have called the function before it s declaration and still it gives the output because in case of function hoisting the entire function declaration along with its body is hoisted so it gives the desired output We can also pass parameters to the function call which is hoisted In case of Arrow function we have assigned the anonymous arrow function to the hoistedArrowFunction variable hoisting this will give a reference error same like in case of variable I have tried to explain this concept as much as i know and if there are more things with this concept please mention it in the comment section THANK YOU FOR CHECKING THIS POST You can help me by some donation at the link below Thank you gt lt Also check these posts as well	2022-08-14 14:07:31
Apple	AppleInsider - Frontpage News	Daily deals August 14: $200 off Mac Studio, $60 off Apple TV 4K, $15 off Magic Trackpad, more	https://appleinsider.com/articles/22/08/14/daily-deals-august-14-60-off-apple-tv-4k-15-off-magic-trackpad-200-off-mac-studio-more?utm_medium=rss	Daily deals August off Mac Studio off Apple TV K off Magic Trackpad moreSunday s best deals include a inch M Pro MacBook Pro for a TB WD Easystore USB Portable Hard Drive for an LG inch OLED K Smart TV for off and much more Best deals for August Every day AppleInsider scours online retailers to find offers and discounts on Apple devices hardware accessories smart TVs and other products The best discoveries are put into our daily deals post for you to enjoy Read more	2022-08-14 14:30:32
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