pjlsergeant

// And then...
var square = c.func({
    'input': function () {
        this.assert( arguments.length == 1, Error("Wrong number of arguments" ) );
        this.assert( typeof arguments[0] == 'number', Error('Argument is a number') );
    },
    'output': function () {
        this.assert( typeof arguments[0] == 'number', Error('Output is a number') );
    },
    'body': function (target) {

pjlsergeant

 Feature: Addition
   In order to avoid silly mistakes      # These are inline `comments` in the
   As a math idiot                       # form of an Agile User Story. They're
   I want to be able to add two numbers  # printed out during test execution.

   Scenario: Add two numbers                      # This is a test case
     Given I have entered 50 in to the calculator # This is a test *step*
     And I have entered 70 in to the calculator   # So is this
     When I press add                             # And this
     Then the result 120 should be on the screen  # And the final one

pjlsergeant

 if ( shipment['gift_message'] ) {
     print_gift_message( 'gift-message-printer', shipment['gift_message'] );
 }

pjlsergeant

 Given /I have entered (.*) into the calculator/ do |n|
   calculator = Calculator.new # Create a new calculator object
   calculator.push( n.to_i ) #
 end

pjlsergeant

"TakeMeasurements": {
  // Specify the inputs we require. `warehouse` and `product_measurable` are
  // custom types defined elsewhere, where `warehouse` is an enumeration of
  // the client's warehouses, and `product_measurable` is a boolean value
  "inputs": ["Type::warehouse", "Type::product_measurable"],

  // Guarantee the type we will return
  "output": "Type::Boolean",

  // The rule itself. Note how it neither gets or sets any values outside of

pjlsergeant

 "Type::warehouse": {
  "constraint": create_enum('WH1', 'WH2'),
  "cucumber": {
    "type": "Given",
    "match"   : qr/the warehouse is "(WH\d)"/,
    "describe": "the warehouse is \"{0}\"",
  }
 },

  "Type::product_measurable": {

pjlsergeant

 Scenario:
   Given the warehouse is WH1
   Then we are not required to take measurements
 Scenario:
   When the product is not measurable
   Then we are not required to take measurements
 Scenario:
   Given the warehouse is WH2
   When the product is measurable
   Then we are required to take measurements

pjlsergeant

#!perl

use strict;

# Accepts a grid size, and a list representing the grid. 131
# characters. RUNS UNDER STRICTURES BABY YEAH.

my$life=sub{$a=shift;map{$b=$_[$_];my$n;$n+=$_[$_]for($_-$a-1..$_-$a+1,$_-1,$_+1,$_+$a-1..$_+$a+1);$n+$b==3||$b&&$n==4||0}0..$#_};

my $result = join '', $life->( 5, qw/

pjlsergeant

package Roman;
use Moose;

sub AUTOLOAD {
    our $AUTOLOAD;

    (my $digits = $AUTOLOAD) =~ s/.+:://g;
    $digits =~ s/$_->[0]/$_->[1]/
        for
            [ IV => 'IIII'  ],

pjlsergeant

    # Table parsing, old friend... We have spent many long evenings together,
    # working through your broken tables, talking about your issues with
    # implicit thead elements, and your quirky tr/th heuristics. But ... but
    # but it's time for us to move on. We can't keep doing this. It's not you,
    # it's me...
    #
    # I've ... I've met someone new. She's beautiful, she's modern, and she's
    # elegant. She's logical, she's clean, and she's well-structured, if you
    # know what I mean...
    #