JayBazuzi

# I'm experimenting with a GitLab Push Rule to force all commits to follow Arlo's Commit Notation. Here's my latest regex:

^([RFB]!!)|([RFBa-z]  )|(\*\*\*)[- ].*

JayBazuzi

# /usr/bin/env python3

from typing import Callable
import unittest
import typing
import abc
import typing


class Tests(unittest.TestCase):

JayBazuzi

# Moved!
iwr -useb https://raw.githubusercontent.com/refactoring-pipelines/Pipelines/master/machine-setup.ps1 | iex

JayBazuzi

float Q_rsqrt_original(float number)
{
	long i;
	float x2, y;
	const float threehalfs = 1.5F;

	x2 = number * 0.5F;
	y = number;
	i = *(long*)&y;                       // evil floating point bit level hacking
	i = 0x5f3759df - (i >> 1);               // what the fuck? 

JayBazuzi

var zipCodePipe = new InputPipe<ZipCode>("zipCode");
var peanutButtersPipe = zipCodePipe.ProcessFunction( PeanutButterShop.GetAvailable);
var jelliesPipe = zipCodePipe.ProcessFunction(JellyShop.GetAvailable);

var bestPeanutButterPipe = peanutButtersPipe.Process(_ => _.BestPeanutButter);
var bestJelliesPipe = jelliesPipe.Process(_ => _.BestJelly);
var joinedPipe = bestPeanutButterPipe.JoinTo(bestJelliesPipe);
var sandwichPipe = joinedPipe.Process((bestPeanutButter, bestJelly) =>
    Sandwich.Create(bestPeanutButter, bestJelly));
sandwichPipe.Collect();

JayBazuzi

#include "okra.h"

TEST("addToArray will result in a new copy of the array with the added items")
{
	const vector<int> numbers = {1, 2, 3};
	const vector<int> result = ArrayUtils::addtoArray(numbers, 4, 5, 6);
	assertArrayEquals(vector<int>{1, 2, 3, 4, 5, 6}, result);
}

JayBazuzi

@Test
class YouCanAddToAnArrayTheSameWayYouCanAddToAList
{
	public void addToArray_WillResultInANewCopyOfTheArrayWithTheAddedItems() throws Exception
	{
		Integer[] numbers = {1, 2, 3};
		Integer[] result = ArrayUtils.addtoArray(numbers, 4, 5, 6);
		assertArrayEquals({1, 2, 3, 4, 5, 6}, result);
	}
}

JayBazuzi

// 
// - PipeSource is split. The "take a static input" is one part. The "execute a function and broadcast the result" is another.
// 
// - A FunctionPipe is like PipeMiddle, with the specific purpose of applying an A->B function to each item in the pipeline. Its last ctor parameter is the thing it listens to. (Assume it calls `predecessor.AndNext(this)`)
// 
// - An overloaded FunctionPipe ctor takes a string, to identify it in the ASCII art, when the function is a lambda that doesn't have a friendly name.

// var characterFile = CharacterFile.From(fileName);
var fileNamePipe = StaticInputPipe.Of(fileName);
var characterFile = FunctionPipe.Of(CharacterFile.From, fileNamePipe);

JayBazuzi

// var characterFile = CharacterFile.From(fileName);
var fileName = new StaticInputPipe(fileName);
var characterFile = new FunctionPipe(CharacterFile.From, fileName);

// var configFile = ConfigFile.Matching(characterFile);
var configFile = new FunctionPipe(ConfigFile.Matching, characterFile);

// var partialCards = characterFile.ParseCards();
var partialCards = new FunctionPipe("CharacterFile.ParseCards", _ => _.ParseCards(), characterFile);

JayBazuzi

// var characterFile = CharacterFile.From(fileName);
var fileName = new StaticInputPipe(fileName);
var characterFile = new FunctionPipe(CharacterFile.From, fileName);

// var configFile = ConfigFile.Matching(characterFile);
var configFile = new FunctionPipe(ConfigFile.Matching, characterFile);

// var partialCards = characterFile.ParseCards();
var partialCards = new FunctionPipe("CharacterFile.ParseCards", _ => _.ParseCards(), characterFile);