at1as

This tool will take an existing PDF and insert into it (at a given index) a page containing user details, then edit the metadata to match those details (such as a customer name). Finally, it will upload to file to a shared dropbox folder and return its URL.

Requirements:
* exiftool www.sno.phy.queensu.ca/~phil/exiftool/
* DropBox Access Token
* Python 2.7 (dependencies will not work in Python 3)

Limitations:
* pyPDF2 is unreliable. Does not work on all PDFs
* ReportLab PDF size is not reliable - may need to be hardcoded to match document

at1as

#!/usr/bin/env python2.7
# -*- coding: utf-8 -*-

'''
Returns list of Fibanacci numbers within a given range
'''

n = [0,1,0]     #placeholder: prev,curr,next fibanacci numbers
matches = 0

at1as

A visual representation of area contained within the local maximums of an array of values. Visualised as pools of water between the walls of a structure. Example below.

jason$ python waterfall.py 
Define your structure (comma seperated): 5,1,6,2,4,3,4

|      |      |      |      |      |      |      |
|      |      |      |      |      |      |      |
|      |      | -S-  |      |      |      |      |
| -S-  |  W   | -S-  |      |      |      |      |
| -S-  |  W   | -S-  |  W   | -S-  |  W   | -S-  |

at1as

import re

'''
Will sort two user inputed strings using a natural sorting algorithm (i.e., numbers are assigned their magnitudes)
ex. [file2, file10] or [file3abc, file10abc]
'''

filenames = raw_input("Enter two filenames (comma seperated, no space): ").split(",")

def naturalSort(a,b):

at1as

Given an integer, will return a list of all factor branches from the integer to 1. Range of divisors to use can be set through maxDivisor

ex. using input 72, and divisors of less than 10:

jason$ python factorBranches.py 
Enter a positive integer (large numbers will yield high runtime): 72
[72, 8, 1]
[72, 9, 1]
[72, 12, 2, 1]
[72, 12, 3, 1]

at1as

#!/bin/usr/env python2.7
# -*- coding: utf-8 -*-

d = {   '5E': 't', '5D': 'w', '5F': 'u', '5A': 'p', '5C': 'v', '5B': 'q', '48': 'b', '49': 'c', '46': 'l', '47': 'm', '44': 'n', '45': 'o',
        '42': 'h', '43': 'i', '40': 'j', '41': 'k', '0A': ' ', '4F': 'e', '4D': 'g', '4E': 'd', '4B': 'a', '6B': 'A', '59': 's', '58': 'r',
        '6F': 'E', '50': 'z', '53': 'y', '52': 'x', '6D' : 'G', '0B' : '!', '07' : '-', '06' : ',', '27' : '\\', '20' : 'n', '4C' : 'f', '6C' : 'F',
        'C7' : 'í', '64' : 'N', 'C1' : 'ë'  	}

ct = '6B0A6F46484F584F5E420A6D43465E42454443C1462720594346435C584F440A5A4F44444B0A47C75843C1462720450A474F444F460A4B4D464B580A4F464F444B5E420B2720644B0749424B4F584F4E0A5A4B464B44074EC75843C1462720450A4D4B464B4E42584F474743440A4F444445584B5E420627206C4B445F43464559060A464F0A464344444B5E4245442720444F4C0A4B4F4B58060A59C70A444F4C0A4B4F4B5845440B'

at1as

#!/usr/bin/env python2.7
# -*- coding: utf-8 -*-

'''
Will return the number of carry operations performed in positive integer addition
'''
carryover, carryCount = False, 0

while True:     #accept positive integer values as input
  try:

at1as

#!/bin/bash/env python2.7

from subprocess import Popen, PIPE, STDOUT
import re
import datetime

site = 'example.com' #enter website URL here
favicon = False
ssl_enabled = False

at1as

# A Natural Sort Algorithm in one line

ITEMS        = %W(item1 item2 item11 item1 item20 item3 hello other_item other_item7 item)
TRAILING_NUM = /[0-9]*\Z/

natural_sorted = ITEMS.sort.chunk{ |y| y.gsub(TRAILING_NUM, '') }.to_a.map{ |k_v| k_v[1] }.each{ |x| x.sort_by!{ |z| z.scan(TRAILING_NUM).first.to_i }}.flatten

puts natural_sorted

# => ["hello", "item", "item1", "item1", "item2", "item3", "item11", "item20", "other_item", "other_item7"]

at1as

Keybase proof

I hereby claim:

• I am at1as on github.
• I am willems (https://keybase.io/willems) on keybase.
• I have a public key ASBJanSm1SKbTunlyBBTt_3BFB8mjHGMiLPmvpjFRO9Zlwo

To claim this, I am signing this object: