GraemeF

    public static class RequestExtensions
    {
        public static string AsString(this RequestStream requestStream)
        {
            return new StreamReader(requestStream).ReadToEnd();
        }

        public static XDocument AsXml(this RequestStream requestStream)
        {
            return XDocument.Load(requestStream);

GraemeF

Comma and semicolon

Use the comma (,) and semi-colon (;) characters to indicate nonhierarchical portions
of the URI. The semicolon convention is used to identify matrix parameters:

    http://www.example.org/co-ordinates;w=39.001409,z=-84.578201
    http://www.example.org/axis;x=0,y=9 

These characters are valid in the path and query portions of URIs, but not all code
libraries recognize the comma and semicolon as separators and may require custom

GraemeF

System.IndexOutOfRangeException was unhandled
  Message=Probable I/O race condition detected while copying memory. The I/O package is not thread safe by default. In multithreaded applications, a stream must be accessed in a thread-safe way, such as a thread-safe wrapper returned by TextReader's or TextWriter's Synchronized methods. This also applies to classes like StreamWriter and StreamReader.
  Source=System.CoreEx
  StackTrace:
    Server stack trace: 
       at System.Buffer.InternalBlockCopy(Array src, Int32 srcOffsetBytes, Array dst, Int32 dstOffsetBytes, Int32 byteCount)
       at System.IO.StreamWriter.Write(Char[] buffer, Int32 index, Int32 count)
       at System.IO.TextWriter.WriteLine(String value)
       at System.IO.TextWriter.SyncTextWriter.WriteLine(String value)
       at System.Console.WriteLine(String value)

GraemeF

        private static void UpdatePropertyValue<T, TValue>(Expression<Func<T, TValue>> property, T fake, TValue newValue) where T : class
        {
            property.Compile()(fake).Returns(newValue);
        }

GraemeF

namespace Stuff
{
    #region Using Directives

    using System;
    using System.Collections.Generic;
    using System.ComponentModel;
    using System.Linq.Expressions;

    using Moq;

GraemeF

[Fact]
public void Offset_WhenLogOffsetChanges_RaisesPropertyChanged()
{
    LogPresenter test = BuildTestSubject();

    test.Initialize();

    test.AssertThatChangeNotificationIsRaisedBy(x => x.Offset).
        When(() => _log.PropertyChanged += Raise.With(new PropertyChangedEventArgs("Offset")).Now);
}

GraemeF

[Fact]
public void Offset_WhenLogOffsetChanges_RaisesPropertyChanged()
{
    LogPresenter test = BuildTestSubject();

    test.Initialize();

    test.AssertThatChangeNotificationIsRaisedBy(x => x.Offset).
        When(() => _log.PropertyChanged += Raise.Event<PropertyChangedEventHandler>(this, 
                                                                                    new PropertyChangedEventArgs("Offset")));

GraemeF

[Fact]
public void Offset_WhenLogOffsetChanges_RaisesPropertyChanged()
{
    LogPresenter test = BuildTestSubject();

    test.Initialize();

    test.AssertThatChangeNotificationIsRaisedBy(x => x.Offset).
        When(() => Mock.Get(_log).Raise(x => x.PropertyChanged += null, 
                                        new PropertyChangedEventArgs("Offset")));

GraemeF

[Fact]
public void Initialize_Always_InitializesParserPresenter()
{
    LogPresenter test = BuildTestSubject();
    test.Initialize();

    _parserPresenter.Received().Initialize();
}

GraemeF

[Fact]
public void Initialize_Always_InitializesParserPresenter()
{
    LogPresenter test = BuildTestSubject();
    test.Initialize();

    A.CallTo(() => _parserPresenter.Initialize()).MustHaveHappened();
}