jakerieger

{
  "background": "#24283B",
  "black": "#414868",
  "blue": "#7AA2F7",
  "brightBlack": "#565F89",
  "brightBlue": "#448CFF",
  "brightCyan": "#4AD4FF",
  "brightGreen": "#87FFEC",
  "brightPurple": "#9F6DFF",
  "brightRed": "#F76373",

jakerieger

'''
Counts the total number of lines in all text files of
a specified directory, filtered by extension

Ex.
$ python3 source_line_count.py ~/Code/DataStructures ".c,.h"
'''

import sys
import os

jakerieger

# EXAMPLE
'''
rootDir = "F:"
keepItems = ['some_file.txt', 'some_directory']

Will delete everything in 'F:' that isn't in 'keepItems'
'''

import pathlib
from pathlib import WindowsPath

jakerieger

from os import symlink

header = '''=======================================
| Windows Symlink Tool by Jake Rieger |
=======================================
'''
print(header)

def repl() -> None:
    isDirStr = input("Directory (y/n)? ")

jakerieger

#include <stdio.h>
#include <stdint.h>
#include <immintrin.h>

#define ARRAY_SIZE 8

// Returns processor timestamp
// Used to benchmark direct CPU cycles
uint64_t rdtsc() {
    unsigned int lo, hi;

jakerieger

/**
** -- Assumes a storted list (ascending) as input
**/

function binarySearch(inputArray, token) {
  if (token > inputArray[inputArray.length - 1]) {
    console.log('Not found');
    return;
  }

jakerieger

<template>
    <div class="custom-select-wrapper">
        <div class="custom-select">
            <div class="custom-select__trigger"><span>{{ options[0].name }}</span>
                <div class="arrow"></div>
            </div>
            <div class="custom-options">
                <span v-for="option in options" v-bind:key="option.id" :class="{ 'custom-option selected': option.id == 0, 'custom-option': option.id !== 0 }">{{ option.name }}</span>
            </div>
        </div>

jakerieger

var seen = {}
$('table tr').each(function() {
    var txt = $(this).text()
    if (seen[txt])
        $(this).remove()
    else
        seen[txt] = true
})

jakerieger

import Data.List
import System.IO

-- Int: -2^63 to 2^63
minInt = minBound :: Int
maxInt = maxBound :: Int

-- Integer: no range

-- Double: up to 11 points of precision