Awes Mubarak awesmubarak

Quant Dev Programming and Math Roadmap using Project Euler

1. Fundamental Programming Concepts

2. Number Theory and Mathematical Computations

Soylent's removed this page from their website, but I used the notion web clipper on it a while back. The old link was:

https://soylent.com/blog/post/148000076992/proudly-made-with-gmos

As a society, we struggle to satisfy the global demand for food. One in nine people across the globe suffer from hunger, and in order to keep pace with the rate of population growth, we will need to be able to produce [70 percent more food by 2050](https://t.umblr.com/redirect?z=http%3A%2F%2Fwww.fao.org%2

See https://github.com/joshdick/onedark.vim

  blue   = '#61AFEF',
  cyan   = '#56B6C2',
  black  = '#282C34',
  white  = '#ABB2BF',
  red    = '#E06C75',
  violet = '#C678DD',
 yellow = '#E5C07B',

Notes for 2017 AS-Level Computer Science Skeleton program (VB)

Pre-release files

This file contains all provided documentation for the exams. I'd recommend [downloading everything][download link] and saving it locally. Unzip the file using [7-zip][] or similar.

Table of contents:

[EAD][ead]
[Raw data][raw data]

Keybase proof

I hereby claim:

I am awesmubarak on github.
I am awesmubarak (https://keybase.io/awesmubarak) on keybase.
I have a public key whose fingerprint is 534F 38B8 0D40 78D7 4B81 1DB2 9CD5 FE08 B479 D538

To claim this, I am signing this object:

	"""Quantopian `get_pricing` Replacement Script

	This script provides a drop-in replacement for the `get_pricing` function that was
	previously used on the now-defunct Quantopian platform. It's useful if you're
	following the course on one of the archives [1].

	The best approach is to set up a virtual environment and install this module for
	easy integration. I reccomend setting up a virtual environment and using this as a
	module (Poetry makes this easy). For an example see my quant_notebooks [2]

	#include <stdio.h>

	char* solution(int T) {
	int h, m, s;
	char *time_str;

	h = (T/3600);
	m = (T - (3600 * h)) / 60;
	s = (T - (3600 * h) - (60 * m));

	#!/usr/bin/python3

	import requests
	import threading
	from faker import Faker
	from faker.providers import credit_card, phone_number, address, date_time, bank
	from stem import Signal
	from stem.control import Controller