ryantuck

-- let's check what our table looks like
-- without bringing in everything
select * from email.sends limit 10;
select * from email.opens limit 10;

-- how many records are in the table?
select count(*) 
from email.sends 
limit 10;

ryantuck

Get some high-level data on our sends table.

select
    min(sent_on) as first_date,
    max(sent_on) as latest_date,
    count(*) as total_records,
    count(distinct template) as unique_templates,
    count(distinct sent_on) as unique_dates
from

ryantuck

with

    email_data as (
        select 
            s.id as send_id,
            s.template,
            s.sent_on,
            o.opened_on,
            case
                when opened_on is null then false

ryantuck

# install:
# pip3 install python-gnupg

# note - gpg needs to be installed first:
# brew install gpg
# apt install gpg

# you may need to also:
# export GPG_TTY=$(tty)

ryantuck

python sdk

Install facebook SDK

pip3 install facebook-sdk

Pull data:

ryantuck

drop table if exists seq_test;
create table seq_test as

with

dates as (
    select
    0 as id,
    generate_series(
        '2017-01-01'::date,

ryantuck

processing split transactions
who        |  total |   each | what
tuck       |    130 |  14.44 | Groceries
tuck       |     11 |   1.22 | Uber back from groceries
sara       |     47 |   7.83 | Dommy doms
tuck       |     18 |    3.6 | Lyft to smellrose
sara       |      7 |   2.33 | Uber
tuck       |     18 |    3.6 | Lyft from santas
tuck       |     70 |   10.0 | Lunch

ryantuck

import logging

log = logging.getLogger('my-app.aux')

def log_this(msg):

    if isinstance(msg, int):
        log.debug('{} is an int!'.format(msg))
        return None

ryantuck

from __future__ import division

from collections import Counter
import itertools
import six

n_dice = 6
n_sides_per_die = 6

options = range(1, n_sides_per_die+1)

ryantuck

# How many coin flips does it take to randomly shuffle a list of length N?

# My guess is to start with a list of all possible permutations, e.g.

# ABC
# ACB
# BAC
# BCA
# CAB
# CBA