GeoLiberator 0.3.0

A small module that cleans, parses and standardizes addresses

The-GeoLiberator-Python-Module

This module is an address parser. It takes in an address as an argument and outputs a standardized version. Otherwise, 'OTHER' will be the result if the parser fails. "It is alike a liberal because it takes in any variant addresses indiscriminately. And it is a liberator because it liberates the addresses from their inconsistencies." (Note: This module does not do address validation but it will parse any address you throw at it to the best of its ability. Especially NYC addresses.)

Usage:

To start, import with your desired handle to call upon the module with ease,

import GeoLiberator as GL

GL.geoLiberate("123 Example St", "address") # 'address' to parse the full address
#Output: 123 EXAMPLE STREET

GL.geoLiberate("123 Example St", "number") # 'number' to parse the address house number
#Output: 123

GL.geoLiberate("123 Example St", "street") # 'street' to parse the full street
#Output: EXAMPLE STREET

The first argument is any address of data type string.

The second argument, as you may have noticed, determines what gets parsed. (Note: if no argument given, parses full address by default)

• "address" - Full Address
• "number" - House Number
• "street" - Full Street

The following function's first argument is a file containing a list of addresses. It automatically loops through the rows and parses each address.

GL.autoGeoLiberate("file.txt", "street", "output_file_name.txt") # 'street' to parse full street name
#If no output file name given, program will print all parsed addresses

Let's say 'file.txt' contains the following:

123 Bob Rd
321 N Johnson Aven
123-4 2nd St

Output would look like this:

123 BOB ROAD
321 NORTH JOHNSON AVENUE
123-4 2nd STREET

For that really lengthy list of addresses in a file, it's reccommended to use autoGeoLiberate() in your program and run it in a cli with the flag --status(-S for short) to monitor the module's progress. Like so: python my_progam.py --status

For developmental purposes:

address_object = GL.GeoLiberator("123 Example St") # Create a 'GeoLiberator Object' with address as an argument
#This new address object can then be parsed using the dot operator like so:
address_object.getAddress()
address_object.getAddressNum()
address_object.getStreet()

These member functions return a string value.

Function Parameters:

getAddress(log = '')

The 'log' parameter is for entering in a file name to append all address results to a log file. (Note: these functions will always return a value)

Copyright

Copyright (c) 2019 The Python Packaging Authority. Released under the MIT License.