pbjorklund

// Interface and class
export interface Printer {
    print(text: string): string;
}

export class Logger implements Printer {
    // Need to make it public to work in examples above.
    // I would like to keep it private but then compiler complains

    constructor(public logFunction = (text: string) => { return text; } ) { }

pbjorklund

The node ambient module defines a require with type NodeRequire which means that var require : any will claim that it needs type NodeRequire.

Doesn't seem like requirejs typings define RequireConfig anymore either?

var require = {
    paths: {
        "jquery": "../bower_components/jquery/dist/jquery"
    }
};

pbjorklund

var qsKeys = Request.QueryString.AllKeys;
 
if (qsKeys.Contains("SPAppWebUrl"))
{
    AppWebUrl.Value = Request.QueryString["SPAppWebUrl"];
}
else
{
    var rootUri = new UriBuilder(String.Concat(new Uri(Request.QueryString["SPHostUrl"]).Authority, "/sites/apps"))
    {

pbjorklund

    // vars from init
    // , companyParam = { symbol: "TEST1" }
    // , quoteParams = [{ close: 123 }, { close: 12 }, { close: 123 }]

    it('can create quotes with companies', function(done) {
      db.Company.create(companyParam).success(function (company) {
        quoteParams.map(function (item) {
          item.CompanyId = company.id;
        });

pbjorklund

class Tester
  def test statement, &block
    puts "Running test with #{statement}"
    block.call
    puts "Continuing test"
  end
end

tester = Tester.new
tester.test("string param") { puts "Running block" }

pbjorklund

Hi,

Today, the Pingdom team deployed a software upgrade to some of our
monitoring probes. Despite thorough testing, this upgrade contained a
malfunction that led to false down alerts being sent to a portion of our
customers, including you.

Even if the issue affected monitoring for less than 90 minutes for a
limited number of customers, it's of course frustrating if you were one
of them. We take a lot of pride in delivering a reliable service and

pbjorklund

module FormHelper
  def errors_for model, field
    if model.errors[field].present?
      content_tag :span, :class => 'error_explanation' do
        model.errors[field].join(", ")
      end
    end
  end

  def text_fields_for f, model

pbjorklund

# From http://stackoverflow.com/questions/4589731/git-blame-statistics
# Performs a git blame on the repo and sorts the results

git ls-tree -r HEAD | gsed -re 's/^.{53}//' | \
while read filename; do file "$filename"; done | \
grep -E ': .*text' | gsed -r -e 's/: .*//' | \
while read filename; do git blame "$filename"; done | \
ruby -ne 'puts $1.strip if $_ =~ /^\w{8} \((.*?)\s*\d{4}-\d{2}-\d{2}/' | \
sort | uniq -c | sort -rg

pbjorklund

def triangle(*args)
	[:equilateral, :isosceles, :scalene][args[0..2].uniq.size-1]
end

def triangle(a,b,c)
	[:equilateral, :isosceles, :scalene].fetch([a,b,c].uniq.size - 1)
end

pbjorklund

http://avdi.org/devblog/2011/04/11/screencast-taping-api-interactions-with-vcr/

== What is it
Testing web apps. Modern web apps are more often then not interconnected and talking with at least one RESTful api. These can be social networking sites, url shorteners, payment gateways etc.

This presents an interesting problem when it comes to high level integration testing. There are a few different approaches to testing on this level.

* Live testing - Talking directly to external sources
	Slow, makes continuous integration a pain
	Dependant on the services, can be in maintenance mode