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const fs = require('fs');
const path = require('path')

filePath = process.argv[2]
extension = '.' + process.argv[3]

fs.readdir(filePath, function(err, lsContent){
    if (err) return console.error(err)
    lsContent = lsContent.filter(lsContent => path.extname(lsContent) == extension);
    for (let i = 0; i < lsContent.length; i++){

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// Some invalid JSON will be available on process.argv[2].
// Build a function called `parsePromised` that creates a promise,performs `JSON.parse` in a `try`/`catch` block, and fulfills or rejects the promise depending on whether an error is thrown.**Note:** your function should synchronously return the promise!
// Build a sequence of steps like the ones shown above that catchesany thrown errors and logs them to the console.

JSONdata = process.argv[2]

function parsePromise(data) {
    return new Promise(function(fulfill, reject){
        try{
            parsedData = JSON.parse(data)

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// Get random anime quotes by sending 'quote'
// requires nodeJS v >= 16

const Discord = require('discord.js');
const axios = require('axios');
const client = new Discord.Client({ intents: ['GUILDS', 'GUILD_MESSAGES']});

async function getAnimeQuote(){
        let res = await axios.get('https://animechan.vercel.app/api/random');
        quote = res.data.quote

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const L = parseInt(process.argv[2]);
const H = parseInt(process.argv[3]);
const T = process.argv[4];

/* exemplo: node asciiArt.js 5 5 ESSE_CODIGO_TA_RUIM
#####   ####   ####  #####     ####    #    ####   #####   ####    #      #####    #      ####   #   #  #####  #   #  
#       #      #     #        #      #   #  #   #    #    #      #   #      #    #   #    #   #  #   #    #    ## ##  
####     #      #    ####     #      #   #  #   #    #    #   #  #   #      #    #####    ####   #   #    #    # # #  
#         #      #   #        #      #   #  #   #    #    #   #  #   #      #    #   #    #   #  #   #    #    #   #  
#####  ####   ####   #####     ####    #    ####   #####   ####    #        #    #   #    #   #  #####  #####  #   #

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- Unidades de medida em CSS e respectivos usos

https://desenvolvimentoparaweb.com/css/unidades-css-rem-vh-vw-vmin-vmax-ex-ch/

---

- Propriedade position (relative, absolute, etc)

https://www.devmedia.com.br/como-usar-a-propriedade-position-css/24451

---

- Propriedade float

https://www.devmedia.com.br/dicas-para-trabalhar-com-a-propriedade-float-do-css/28365

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// single line comments use a double slash
(* multi line comments use (* . . . *) pair

-end of multi line comment- *)

// ======== "Variables" (but not really) ==========
// The "let" keyword defines an (immutable) value
let myInt = 5
let myFloat = 3.14
let myString = "hello"	//note that no types needed

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let cards = [0..5]
let hand = []

let drawCard (tuple: int list * int list) = 
    let deck = fst tuple // lembre-se que fst é da forma fst()
    let draw = snd tuple
    let firstCard = deck.Head
    printfn "%i" firstCard

    let hand = 

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// ref from https://www.alicemaz.com/writing/program.html

// it gets easier to reason about structs being only a definition of how much space we need to allocate for a "composite" data type.
typedef struct Android Android;
struct Android {
    char *name;
    char *secret_name;
    unsigned int kills;
    bool on_mission;
};

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#!/bin/bash

# ------------------- Install GTK dracula theme ------------------- 
sudo apt install gnome-tweaks --noconfirm
mkdir .themes
cd tmp
wget https://github.com/dracula/gtk/releases/download/v3.0/Dracula.tar.xz
tar -xf Dracula.tar.xz -C ../.themes
gsettings set org.gnome.desktop.interface gtk-theme "Dracula"
gsettings set org.gnome.desktop.wm.preferences theme "Dracula"

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Cracking a hashed password

Given a hashed password $2y$12$Dwt1BZj6pcyc3Dy1FWZ5ieeUznr71EeNkJkUlypTsgbX1H68wsRom, we have only one hint: the password has four letters, all lowercase.

Let's start: finding the hash type

There are a lot of hashes out there. A good way to start is to look at the hashed pass and try to find some kind of pattern. Here, the key is the first 4 characters of the hash. There is a page where you can look at example hashes: https://hashcat.net/wiki/doku.php?id=example_hashes Noticed something? We are looking for the bcrypt $2*$, Blowfish (Unix). Our $2y$ matches this pattern. So we are looking for a bcrypt hash. We also can grasp that the hash was generated using a factor of 12 (it is the number that comes after the first four characters).

Let's crack!

First, it is important to know how the proccess works. Hashing is a process essentially different from encryption - you can only do it once. It means that we cannot really recover the plaintext of a hashed