gavinsykes

import { readFileSync } from 'fs';

const expectedAnswers = JSON.parse(readFileSync('problem_1/problem_1_expected_answers.json', 'utf8'));
import { euler_1 } from './problem_1.js';

let successfulTests = 0;
const failedTests = [];

expectedAnswers.forEach((expectedAnswer) => {
    console.log(`Input of ${expectedAnswer.input} should yield ${expectedAnswer.expected_answer}`);

gavinsykes

from json import loads, dumps
from os import path
from problem_1 import euler_1 as euler_function

def main():
  with open(path.dirname(__file__) + '/problem_1_expected_answers.json','r') as expected_answers_file:
    current_expected_answers_data = expected_answers_file.read()
    current_expected_answers = loads(current_expected_answers_data)
    expected_answers_file.close()
  for i in range(41,1001):

gavinsykes

from json import loads
from os import path
from problem_1 import euler_1 as euler_function
# This allows for a bit more portability, rather than changing the name of the function every time I import this file to a new problem, just run euler_function each time.

def main():
  # Get the expected answers and load them into a list
  with open(path.dirname(__file__) + '/problem_1_expected_answers.json','r') as expected_answers_file:
    expected_answers_data = expected_answers_file.read()
    expected_answers = loads(expected_answers_data)

gavinsykes

[
  {"input": 1, "expected_answer": 0},
  {"input": 2, "expected_answer": 0},
  {"input": 3, "expected_answer": 0},
  {"input": 4, "expected_answer": 3},
  // And so on and so forth
]

gavinsykes

const genStarPathData = (points,cx,cy,radius) => {
   let radii = {
     outer : radius, // this will be given to us when the function is called,
     inner : radius * Math.cos(2 * Math.PI / points) / Math.cos(Math.PI /points)
     /*
     Wait, why Math.PI instead of 360 and 180? Well I remembered this time before
     putting too much work in - JavaScript works in radians, not degrees!
     π radians = 180° */
   };
   /* Now to redo the whole methodology as we can't really have an xpoints and

gavinsykes

{
  "os": "Darwin",
  "os_release": "19.6.0",
  "os_version": "Darwin Kernel Version 19.6.0: Mon Apr 12 20:57:45 PDT 2021; root:xnu-6153.141.28.1~1/RELEASE_X86_64",
  "machine": "x86_64",
  "processor": "i386",
  "cpu_freq": 1800,
  "memory": 8589934592
}

gavinsykes

import platform
import psutil

import json

uname = platform.uname()
cpu = psutil.cpu_freq()
mem = psutil.virtual_memory()

environment = {

gavinsykes

def fullprint(challenge,fun,arg,filepath):
  import time
  import csv
  import platform
  import psutil
  import sys
  timing = {}
  timing['start'] = time.time()
  if arg:
    result = fun(arg)

gavinsykes

[
  {
    "name": "C",
    "type": "programming",
    "extensions": [
      ".c",
      ".cats",
      ".h",
      ".idc",
      ".w"

gavinsykes

#############################################################################
# Use the list below to determine which languages you will be working with, #
# then run this file to grab the language extensions and put them into      #
# languages.json for the rest of this program to use.                       #
#############################################################################

#############################################################################
# Special thanks to Peter Pisarczyk and Aymen Mouelhi for their hard work   #
# in putting together such comprehensive lists!                             #
# https://github.com/ppisarczyk                                             #