........this is saying copilot: Hoisting with let and const: In summary, while all declarations (including let, const, and var) are hoisted, the behavior differs: - var variables are hoisted with default initialization (value: undefined). - let and const variables are hoisted without initialization, leading to a temporal dead zone where they cannot be accessed before declaration12. - ................................This is from MDN docs: - let declarations can only be accessed after the place of declaration is reached (see temporal dead zone). For this reason, let declarations are commonly regarded as non-hoisted. - (https://developer.mozilla.org/en-US/docs/Web/JavaScript/Reference/Statements/let) - const declarations can only be accessed after the place of declaration is reached (see temporal dead zone). For this reason, const declarations are commonly regarded as non-hoisted. - (https://developer.mozilla.org/en-US/docs/Web/JavaScript/Reference/Statements/const)

Hey guys, I've developed something similar to quizlet to help study for all the interview questions. It leverages openAI's API and let's you type an answer in and it will tell you how to correct your answer if you're a little or a lot off. The repo can be found here: https://github.com/THEjacob1000/study-buddy And to get it working you'd need your own API key from OpenAI located here: https://platform.openai.com/api-keys Once you have one, create a .env file in the root directory and create the variable: `OPENAI_API_KEY=<your api key here>`

@Cristian Florea @Basil Gubara got the balls working from the call earlier. Check it out https://codesandbox.io/p/sandbox/balls-lz8mc5?file=%2Fsrc%2FBall.tsx%3A77%2C1 When the isActive flag changes the whole balls array needs to re-render, but when progress is increasing only the effected ball re-renders

function longestComb(arr, command){ const result = []; function backtrack(startIndex, currentComb) { console.log('currentComb', currentComb) if (startIndex >= arr.length - 1) { if (currentComb.length >= 3) { result.push(currentComb.slice()); } return; } else { if (currentComb.length >= 3) { result.push(currentComb.slice()); } } for (let i = startIndex; i < arr.length; i++) { if (!currentComb.length) { currentComb.push(arr[i]); backtrack(i + 1, currentComb); currentComb.pop() } else { if (command === '< <' || command === '<<') { if (currentComb.at(-1) < arr[i]) { currentComb.push(arr[i]); backtrack(i + 1, currentComb); currentComb.pop(); } } else if (command === '> >' || command === '>>') { if (currentComb.at(-1) > arr[i]) { currentComb.push(arr[i]) backtrack(i + 1, currentComb); currentComb.pop(); } } } } } backtrack(0, []); if (!result.length) { return result; } console.log(result) const mappedToLength = result.map(el => el.length); const longestLength = Math.max(...mappedToLength); const filteredResult = result.filter(el => el.length === longestLength); return filteredResult.length > 1 ? filteredResult : filteredResult[0]; } let arr = [-1, 3, -34, 18, -55, 60, 118, -64]; let comm = '< <'; console.log('#1', longestComb(arr, comm)); // [-1, 3, 18, 60, 118] arr = [-1, 3, -34, 18, -55, 60, 118, -64]; comm = '> >'; console.log('#2', longestComb(arr, comm)) // [3, -34, -55, -64]]); arr = [-26, 26, -36, 17, 12, 12, -10, -21]; comm = '< <'; console.log('#3', longestComb(arr, comm)) // [] arr = [ 36, 26, -26, -40, 12, 27, -56, 34, -55 ] comm = '> >'; console.log('#4', longestComb(arr, comm)) // [ [ 36, 26, -26, -40, -56 ], [ 36, 26, -26, -40, -55 ] ] arr = [ 45, 25, -19, 7, 46, -19, 36, -50, -57, 26, 46, 50, 20 ]; comm = '>>'; console.log('#5', longestComb(arr, comm)) // [ 45, 25, 7, -19, -50, -57 ]

https://github.com/swkeever/tailwind-css-theme-demo/tree/main