KMNowak

const getProductImagesByIds = productImagesIds =>
    Promise.all(productImagesIds.map(PROMISE_TO_SOLVE_WITH_ID_FROM_ARRAY))
        .then(results => Array.isArray(results) ?
            results.reduce((acc, row) => [...acc, row.url], []) :
            [results]
        )
        .catch(e => {
            throw new Error(e)
        })

KMNowak

const addTwo = prop => {
  console.log(`In addTwo, prop: ${prop}`)
  
  return prop + 2
}
const addTen = prop => {
  console.log(`In addTen, prop: ${prop}`)
  
  return prop + 10
}

KMNowak

// Write a function that receives two sequences:
// A and B of integers and returns one sequence C.
// Sequence C should contain all elements from sequence A (maintaining the order)
// except those, that are present in sequence B p times, where p is a prime number.

// Example:
// A=[2,3,9,2,5,1,3,7,10]
// B=[2,1,3,4,3,10,6,6,1,7,10,10,10]
// C=[2,9,2,5,7,10]

KMNowak

const isObject = (subj: any) => typeof subj === 'object' && !Array.isArray(subj) && subj !== null;

export const applyToAllProps = (obj: Record<any, any>, fun: (props: any) => any) => {
  const appliedEntries: any = Object
    .entries(obj)
    .map(([key, value]) => ([key, applyToProp(value, fun)]));

  return Object.fromEntries(appliedEntries);
};

KMNowak

const a = [2,3,7,5,1,3,9]
const startI = 4
const moves = 6

const mushroomPicker = (A, k, m) => {
	let maxSum = 0
  let sumFromMovesL = 0 // stores prefix sum for each step moving left
  
  for (
    let movesL = 0;