| function Test({ user }) { | |
| return ( | |
| <div className="container"> | |
| <Head> | |
| <title> | |
| Pi Network Demo | |
| </title> | |
| <script src="https://downloads.minepi.com/sdk/v1/prod.js"></script> | |
| </Head> | |
| <main> |
| --- | |
| AWSTemplateFormatVersion: 2010-09-09 | |
| Description: > | |
| A basic CloudFormation template for an RDS Aurora cluster. | |
| Parameters: | |
| DatabaseUsername: | |
| AllowedPattern: "[a-zA-Z0-9]+" | |
| ConstraintDescription: must be between 1 to 16 alphanumeric characters. |
| /* | |
| Homework 8 | |
| Hoang, Anh | |
| */ | |
| -- FINAL FORMAT | |
| -- movie id, movie title, release date, IMDB URL, avg_rating | |
| -- step 1) Load u.data and u.item tables from hdfs, | |
| -- assign to proper column names |
| auto lo | |
| iface lo inet loopback | |
| allow-hotplug wlan0 | |
| iface wlan0 inet manual | |
| wpa-conf /etc/wpa_supplicant/wpa_supplicant.conf | |
| allow-hotplug wlan0 | |
| #iface wlan0 inet dhcp | |
| iface wlan0 inet static |
| # Title: Only Human | |
| class Human | |
| def initialize(name) | |
| @name = name.uppercase | |
| @consciousness = Consciousness.new | |
| @greed = Random.rand(0..100) | |
| @love = Random.rand(0..100) | |
| def loveCapacity |
IAM allows you to manage users and their level of access to the AWS Console.
+ centralized control your AWS account
+ shared access to your AWS account
+ granular permissions
+ identity federation (including Active Directory, Fb, Linkedin, etc)
| """ | |
| Name: Anh Kim Hoang | |
| Info: program to parse a text file and calculate population and housing densities for each place, | |
| and to find densest and sparsest places | |
| NOTES: | |
| place PIPs as place - 4th column | |
| population - 14th |
| #----------------------------------------------------------------------------- | |
| # Name: Tic Tac Toe | |
| # Purpose: Simple game of tic tac toe with tkinter library for GUI | |
| # Info: Tested with Python 3.4.1 on Mac OS v.10.9.5 | |
| #----------------------------------------------------------------------------- | |
| import tkinter | |
| import random | |
| from itertools import permutations |
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| # Compare Fibonacci! | |
| # At this point you should be good at refactoring your code to make it better, | |
| # but do you feel comfortable determining "good" vs. "bad" code? In this exercise | |
| # you will evaluate four different solutions to the same challenge and evaluate | |
| # their clarity, effectiveness, and overall "good"ness. | |
| # By the end of this challenge, you should be able to: | |
| # 1) Confidently read other people's code and figure out how it works | |
| # 2) Recognize good and not so good practices | |
| # 3) Consider ways to improve solutions |