catichenor

import re

step_list = ['1. Pour\n2. Lather\n2. Rinse\n3. Repeat', # Note two step 2's.
             '1. Start filling with water\n1. Open Lid\n1. Load\n2. Add detergent\n3. Add fabric softener\n4. Add clothes\n5. Close lid', # Note 3 step 1's
             '1. Put toothpaste on brush\n2. Rub toothbrush on all teeth for two minutes, spit as necessary\n3. Rinse mouth\n4. Floss\n5. Swish mouthwash in mouth for 30 seconds\n6. Gargle, spit']

new_step_list = []

for row in step_list:
    if re.match(r'^\d+\. ', row):

catichenor

#!/bin/bash

for f in `find -maxdepth 1 . -type f -name '*.zip'`; do 
  datetime=`date -j -f "%y-%b-%d %H:%M" "$(zipinfo $f | head -n 3 | tail -n 1 | awk '{print $7 " " $8}')" +"%Y%m%d%H%M"`;
  echo "$f $datetime"
  # To rename, appending the date instead: mv $i `echo "$i" | sed -e "s/\(.*\)\(\..*\)/\1_${datetime}\2/"`; 
done

catichenor

test_info = {
    'old_macs': {
        'processors': [
            {'68000': [
                {'name': 'Mac 128k', 'color': False}, 
                {'name': 'Mac 512k', 'color': False}, 
                {'name': 'Mac Plus', 'color': False},
                {'name': 'Mac SE', 'color': False},
            ]},
            {'68020': [

catichenor

# To pass in the correct input, you need to use Automator on macOS.
# First, add in the "Find Calendar Events" Action and set it to find events where "Date starting" "is today".
# Then, pass that to the "Event Summary" Action.
# Finally, add a "Run Shell Script" Action and paste the following into it.

import sys
import re

cal_array = []

catichenor

from jinja2 import Template
from datetime import datetime, timedelta

today = datetime.now()
date_today = datetime(today.year, today.month, today.day)
day_of_the_week = date_today.weekday()
date_start_delta = timedelta(-(date_today.weekday()))
date_start = date_today + date_start_delta  # Result should be Monday of this week.
date_end_delta = timedelta(4)
date_end = date_start + date_end_delta  # Result should be Friday of this week.

catichenor

import sys
import re
from collections import defaultdict

# Script takes in a GitHub-Flavored-Markdown table assuming the following format:
#
# Start | Stop | Task
# ----- | ---- | ----
# 9:20 | 9:40 | Email/Admin
# 9:40 | 11:30 | Automation

catichenor

# Find a sequence of files and remove them in parallel with xargs. Helpful for FUSE-based object stores attached to VMs.
find . -type f -name "file*.png" | xargs rm -n 1 -P 8

catichenor

for i in `seq -f '%06g' 1 10`; do echo "/path/to/file.${i}.png"; done | xargs > ./filelist.txt
# ^Generate a space-delimited list of filenames and output it to `filelist.txt`.
# Contents of `filelist.txt`:
# /path/to/file.000001.png /path/to/file.000002.png /path/to/file.000003.png /path/to/file.000004.png /path/to/file.000005.png /path/to/file.000006.png /path/to/file.000007.png /path/to/file.000008.png /path/to/file.000009.png /path/to/file.000010.png

gsutil cp -m `cat ./filelist.txt` gs://png-bucket/path/to/receptacle/
# ^Read the list of files as an argument to gsutil and use multithreaded copy to copy to the bucket.

catichenor

# This is my frame range calculator. There are many like it, but this one is mine.

# Python 2 and 3 compatible. The division method becomes less optimal as the number increases, but 
# it works for the use case of relatively small numbers of divisions (up to a few dozen).

import math
import argparse

argparser = argparse.ArgumentParser()

catichenor

test = 'hello'
print(test[:-1] == 'hell')
# returns "True"
print(test[:-1] is 'hell')
# returns "False", these do not point to the same object in memory.