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Coding Time

The time frame between ‘First Commit‘ to ‘PR Issued‘. It will show the average time it takes for a single engineering task (usually mapped to a branch) to go from First Commit to PR Issued.

Coding time is one of the most interesting engineering execution metrics to track over time. Since you want your PR Sizes to be small and your deployment frequency to be high, you want to make sure coding time isn’t increasing by a significant margin. If your coding time does spike, that is likely an indicator of larger issues down the pipeline.

Time to Merge

Time to merge refers to how long it takes for work to be merged, starting from the first commit.

How to configure XRDP on Fedora 29

From: https://ask.fedoraproject.org/en/question/115753/how-to-configure-xrdp-on-fedora-27/

Install

dnf install xrdp
systemctl start xrdp

Keybase proof

I hereby claim:

I am jpwhite3 on github.
I am jpwhite3 (https://keybase.io/jpwhite3) on keybase.
I have a public key ASA_JH0RIVo-g6T4pSsko2fgjE57Lxcv1lzXJDasi5TSmgo

To claim this, I am signing this object:

	#!/usr/bin/env python3
	# Demonstrates the use of Python to work with Cognito.
	# Create a new a user, log in, check tokens and call an API.
	# The purpose was to learn about Cognito. Security has been
	# circumvented in the interest of keeping it simple.
	# Notably, the authentication procedure uses the most insecure
	# method. This code is not intended for use in production.
	#
	# https://www.neant.ro/aws/working-with-cognito-and-api-gateway-in-python.html

	import unittest
	import random
	from typing import List


	class D20:
	minimum_value: int = 1
	maximum_value: int = 20
	number_range: List[int] = range(minimum_value, maximum_value + 1)

	import random

	CHOICES = 'rps'


	def get_player_choice():
	"""Get user input and validate it is one of the choices above"""
	player_choice = None
	while player_choice is None:
	player_choice = input('Choices: \n(R)ock \n(P)aper \n(S)cissors \n\nPick: ')

	from random import randint


	class Character:
	def __init__(self):
	self.name = ""
	self.health = 1
	self.health_max = 1

	def do_damage(self, enemy):

	"""
	Distributed Lock Manager using DynamoDB and Python
	Inspired by: https://aws.amazon.com/blogs/database/building-distributed-locks-with-the-dynamodb-lock-client/
	Written for Python 3.6 on macOS. Your milage may vary.
	Requirements (pip install):
	pynamdodb
	pynamdodb[signals]
	boto3
	"""
	import os