IDEAS

[jrTilak]

Here are some ideas if you are searching for.

For Arrays

• sampleArr: generate a random array of specified length
• shuffleArr: shuffle an array
• insert: insert an element after a specified index
  • (if the index is negative, it will insert from the end)
  • (recursive => it will insert the element on every index like)

  //insert arr = [1,2,3,4,5], element = 0, index = 2	
  //output => [1,2,0,3,4,0,5]	
  //insert arr = [1,2,3,4,5, 6], element = 0, index = 2	
  //output => [1,2,0,3,4,0,5,6,0]	
  //when index is negative, it will start inserting from the end	

• remove: remove an element at a specified index (if the index is negative, it will remove from the end) index can be array of indexes
• unique: remove duplicates from an array
• rotate: rotate an array by a specified number of steps ie ([1,2,3,4,5], 2) => [3,4,5,1,2]
• partition: partition an array into two arrays based on a condition
• difference: find the difference between two arrays #50

• interDiff: combination of intersection and difference

For Objects

• sampleObj: generate a random object with specified keys and values
• invertObj: invert the keys and values of an object #56
• omit: omit specified keys from an object
• pick: pick specified keys from an object and return a new object
• rename: rename a key in an object
• sortKeys: sort the keys of an object #89

Functional

• memoize: memoize a function #62
• curry: curry a function #61
• partial: partial application of a function ie partial(f, x)(y) => f(x, y) #60
• debounce: debounce a function #59
• throttle: throttle a function #58
• once: return a function that can only be called once
• after: return a function that can only be called after being called n times
• before: return a function that can only be called before being called n times
• times: call a function n times and return array of results
• count: count the number of times a function is called #63
• sleep: sleep for a specified amount of time
• retry: retry a function n times
• timeout: timeout a function after a specified amount of time ie timeout(f, 1000)(args) which will call f(args) and if it takes more than 1 second, it will return a timeout error

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