bitoffdev

# Python file downloader for Pythonista by OMZ Software
# By: EJM Software ---- http://ejm.cloudvent.net
# Source: https://gist.github.com/89edf288a15fde45682a
# *****************************************
# This simple script uses the requests module to download files
# and the ui module to show a progress bar
# You can use this bookmarklet to download files from Safari:
# javascript:window.location='pythonista://filedownloader?action=run&argv='+encodeURIComponent(document.location.href);

import ui, console, clipboard, sys, requests, zipfile

jsbain

# Source: https://gist.github.com/5212628
#
# All-purpose gist tool for Pythonista.
#
# When run directly, this script sets up four other scripts that call various
# functions within this file. Each of these sub-scripts are meant for use as
# action menu items. They are:
#
#   Set Gist ID.py   - Set the gist id that the current file should be
#                      associated with.

omz

import ui

# Mapping based on http://www.upsidedowntext.com/unicode
CHARMAP = {'!': '\xc2\xa1', '"': ',,',
           "'": ',', '&': '\xe2\x85\x8b', 
           ')': '(', '(': ')', ',': "'", 
           '.': '\xcb\x99', 
           '1': '\xc6\x96',
           '0': '0', '3': '\xc6\x90',
           '2': '\xe1\x84\x85', 

nlitsme

from __future__ import print_function, division
"""
By Willem Hengeveld <[email protected]>

ecdsa implementation in python

demonstrating several 'unconventional' calculations,
like finding a public key from a signature,
and finding a private key from 2 signatures with identical 'r'
"""

CoinWhisperer

#! /usr/bin/env python

"""
burn-btc: create a bitcoin burn address

By James C. Stroud

This program requries base58 (https://pypi.python.org/pypi/base58/0.2.1).

Call the program with a template burn address as the only argument::

kanzure

"""
Bitcoin spray: distribute BTC from a coinbase.com account into many addresses
generated by a deterministic wallet (an electrum wallet).

1.0 BTC ->
    0.01 BTC
    0.01 BTC
    0.01 BTC
    etc..

nlitsme

from __future__ import print_function, division
"""
Example of how calculations on the secp256k1 curve work.
secp256k1 is the name of the elliptic curve used by bitcoin
see http://bitcoin.stackexchange.com/questions/25382
"""

## the prime modules used in the elliptic curve coordinate calculations
p = 2**256 - 2**32 - 977

YorikSar

_                   =r"""A(W//2,*M(3*G
               *G*V(2*J%P),G,J,G)+((M((J-T)
            *V((G-S)%P),S,T,G)if(S@(G,J))if(W%
         2@(S,T)))if(W@(S,T);H=2**256;import&hash
       lib&as&h,os,re,binas    cii&as&k;J$:int(k.b2
     a_hex(W),16);C$:C(W//    58)    +[W%58]if(W@[];X
    =h.new("ripemd1           60    ");Y$:h.sha256(W).
   digest();I$d=32:                 I(W//256,d-1)+bytes
  ([W%256])if(d>0@b"";                  U$:J(k.a2b_base6
 4(W));f=J(os.urandom       (64))%        (H-U(b"AUVRIxlQ

laurenarcher

import urllib2
import json

data = urllib2.urlopen("http://api.bitcoincharts.com/v1/weighted_prices.json")

def convert_to_bitcoin(amount, currency):
    bitcoins = json.loads(data.read())
    converted = float(bitcoins[currency]["24h"]) * amount
    print converted

Pypi.py

import urllib
import tarfile
import shutil
import console
import os

class Installer(object):
	name = None
	version = None
	firstLetter = None