Array.from() vs TextDecoder() and new Uint8Array() vs TextEncoder()

Test Array creation methods on a random ArrayBuffer

Test ArrayBuffer creation methods on a random Array

Port from jsperf(https://jsperf.com/sorting-algorithms/58)

Port from jsperf(https://jsperf.com/sorting-algorithms/58)

Test the performance of Array.find vs. Map.get, with various array sizes, and with/without conversion from array to map

Compare loop performance

Testing DOHSIM shuffled performance of find vs for

Testing DOHSIM shuffled performance of find vs for

Testing DOHSIM performance of find vs for

A benchmark for solutions that provide accurate decimal rounding, flooring, and ceiling to a specific number of decimal places. These solutions treat floats more like decimals by fixing the binary rounding issues to avoid unexpected results. Solution 1: converting the number to a string in the exponential notation (e.g., num + "e" + decimalPlaces). Solution 2: purely mathematical (Number.EPSILON) Solution 3: double rounding. This solution uses the Number.prototype.toPrecision() method to strip the floating-point round-off errors. Solution 4: double rounding v2. This solution is just like Solution 3, however it uses a custom toPrecision() function.

Comparing uniq vs new Set using a mid-sized array (length: 239) of datetime strings.