Even once you've figured out the intricacies of Python packaging and figure out why its a good idea to use twine, its still nice to have a few convenience tools to make using it easier.
The pypackage.sh file should be placed in ~/.scripts as
~/.scripts/pypackage and then in your ~/.bash_profile you
should have export PATH="$HOME/.scripts:$PATH" so that it
| #!/usr/bin/env python | |
| # -*- encoding: utf-8 -*- | |
| """ | |
| Sure, I had been aware that FizzBuzz existed, and had heard about it in | |
| passing, but never had it actually been used in any interview I had been a | |
| part of. Until now. The actual premise of the question is just as simple as | |
| it was designed to be, but what if you wanted to improve upon it? This is | |
| just a random exercise in improving the algorithm. For science. | |
| FIZZBUZZ: |
The first step is to download the .apk file of the app which you want
to sideload into your 'Downloads' folder. Since Google only wants you to
access apps via whatever methods they provide, you cannot just download it
directly from the Google Play store. There are essentialy two methods
to accomplish the task of downloading. You can either use one of the browser
extensions available for the job, or one of the online sites which proxy
the download for you.
The following will explain the steps necessary to stream twitch.tv (as well as other media sites like YouTube) on the Raspbian (wheezy) distribution for the Raspberry Pi 2. While you should be able to accomplish the following instructions with Python 2.6.x, I recommend using 2.7.10+.
System Updates
| import os | |
| # utility for getting settings from the environment | |
| NOT_PROVIDED = object() | |
| def env(key, default=NOT_PROVIDED, coerce=str): | |
| if default is NOT_PROVIDED: | |
| val = os.environ.get(key) |
### references # http://www.howtogeek.com/211541/homebrew-for-os-x-easily-installs-desktop-apps-and-terminal-utilities/?PageSpeed=noscript # https://gist.github.com/millermedeiros/6615994 # https://github.com/monfresh/laptop # https://gist.github.com/pithyless/1208841 # http://hackercodex.com/guide/python-development-environment-on-mac-osx/ # http://blog.manbolo.com/2014/09/27/use-python-effectively-on-os-x
| { | |
| "bold_folder_labels": true, | |
| "close_windows_when_empty": true, | |
| "color_scheme": "Packages/Color Scheme - Default/Monokai.tmTheme", | |
| "default_line_ending": "unix", | |
| "drag_text": false, | |
| "draw_white_space": "all", | |
| "enable_telemetry": false, | |
| "ensure_newline_at_eof_on_save": true, | |
| "fade_fold_buttons": false, |
| #! /usr/bin/env bash | |
| # http://smirnov-am.blogspot.com/2015/04/installation-of-python-279-in-ubuntu.html | |
| # http://davebehnke.com/python-pyenv-ubuntu.html | |
| # https://renoirboulanger.com/blog/2015/04/upgrade-python-2-7-9-ubuntu-14-04-lts-making-deb-package/ | |
| # install dependencies | |
| sudo apt-get update | |
| sudo apt-get upgrade | |
| sudo apt-get install build-essential |
Because of the way that the algorithm used works, you cannot encrypt an amount of information greater than the size of the key being used. That is, a key of size 2048 would allow you to encrypt 2048 bytes of information. This means that just using the key by itself, it cannot be used on arbitrarily large pieces of data such as files.
The solution is to generate a random key which can be used for