ceddlyburge

import requests

def print_commit(commit):
    if "sha" in commit:
        print("{},{},{},\"{}\"".format(commit["sha"], commit["commit"]["author"]["date"], commit["commit"]["author"]["name"], commit["commit"]["message"]).replace("\r", "").replace("\n", ""))
    else:
        print(commit)

def print_commits(repository_name):
    print(repository_name)

ceddlyburge

TidyUp is a class that allows you to use a using statement, to ensure that something is done when it goes out of scope. It makes it obvious what the "end" type action is for a "start" type action, puts both actions next to each other and ensures that the end action gets called.

This code has a minor quality issue, in that the indentLevel++ statement could be a long way away from the indentLevel-- statement, and one could get updated without the other.

public class ObjectWriter
{
	int indentLevel;

	public void WriteRootObject(SomeClass someClass)

ceddlyburge

import requests

def repositories_json(page):
    return requests.get(f"https://api.github.com/orgs/resgroup/repos?type=private&page={page}&per_page=100",
                 headers={'Authorization': 'token 32511df370378bb51e1c0ae19ccafc7e3bc74dd3'}).json()

def format_repository(repository):
    try:
        return f"{repository['name']},\"{repository['description']}\",{repository['created_at']},{repository['updated_at']},{repository['pushed_at']},{repository['size']},{repository['language']},{repository['archived']}"
    except:

ceddlyburge

public partial class SpecificationSpecificClassWithCustomProperty
{
  internal SpecificationSpecificClassWithCustomProperty CustomInt_of(int customInt)
  {
    // The framework requires you to do this
    AddValueProperty(GetCurrentMethod(), customInt);

    // And then you can do some custom thing with `value` here
    // classWithCustomProperty.Setup(m => m.Name).Returns(customInt.ToString());

ceddlyburge

public partial class SpecificationSpecificVermeulenNearWakeLengthCalculator
{
  // For the "Then" section, return the results to assert
  internal IEnumerable<IVermeulenNearWakeLength> VermeulenNearWakeLengths { get; private set; }

  // For the "When" section, exercising the system under test.
  internal void Calculate()
  {
    VermeulenNearWakeLengths = 
      new VermeulenNearWakeLengthCalculator(

ceddlyburge

def count_neighbours(
      point
    , living_cells
    ):

ceddlyburge

/*...*/ namespace BeerSong {
public class BeerSongGenerator {
    public string Verses(int begin, int end) { /*...*/ return string.Join("\n", VersesList(begin, end)); }
    
    IEnumerable<string> VersesList(int begin, int end) {
        for (int verse = begin; verse >= end; verse--)
            yield return Verse(verse); }
            
    string Verse(int verse) => new VerseGenerator(verse).Verse; }
    

ceddlyburge

public double CalculateDesignTurbulence(double windSpeed, double designTurbulence, double designTurbulenceShape)
{
    return designTurbulence * ((((15 / windSpeed) + designTurbulenceShape) / (1 + designTurbulenceShape)) + (1.28 / windSpeed * 1.44));
}

ceddlyburge

public double CalculateDesignTurbulence(
    double windSpeed,
    double designTurbulence
    double designTurbulenceShape)
{
    return 
        designTurbulence
        * 
        (
            (

ceddlyburge

public int? Accept(Reservation reservation)
{
    if (!IsReservationInFuture(reservation))
        return null;
 
    try {
        var reservedSeats =
            ReadReservations(reservation.Date)
            .Sum(r => r.Quantity);