var products = from audio in DbContext.DataContext.ProductAudios
join product in DbContext.DataContext.ProductAudios on audio.ProductId equals product.ProductId
select new { Product = product, Audio = audio };

var products = DbContext.DataContext.ProductAudios.Join(
                DbContext.DataContext.Products,
                audio => audio.ProductId,
                product => product.ProductId,
                (audio, product) => new { Product = product, Audio = audio });

$m = lambda {
            a = Array.new
            a.push(2, 3)
            (4..50).each do
               |i|
               (2..(Math.sqrt(i).ceil)).each do
                  |thing|
                  if (i.divmod(thing)[1] == 0)
                     a.push i
                     break
                  end
               end
            end
            return a
         }

var ruby = Ruby.GetEngine(Ruby.CreateRuntime());
ruby.Execute(@"
    $m = lambda {
//.. snip..
            return a
         }
");
var rubyContext = Ruby.GetExecutionContext(ruby);
var m = (Proc)rubyContext.GetGlobalVariable("m");
var rubyArray = (RubyArray) m.Call();
foreach (var o in rubyArray)
{
    Console.Write(string.Format("{0},", o));
}

state = Numeric.new
print "2,3,"
(4..50).each do
   |i|
   (2..(Math.sqrt(i).ceil)).each do
      |thing|
      state = 1
      if (i.divmod(thing)[1] == 0)
         state = 0
         break
      end
   end
   print "#{i}\," unless (state == 0)
end

using IronRuby;
// ..
var runtime = Ruby.CreateRuntime();
runtime.ExecuteFile(@"ruby/run.rb");

public int[] DisplayPrimeNumbers(int maxNumber)
{
    int max = maxNumber;
    List previousPrimes = new List();
    previousPrimes.Add(2);
    if (max < 2) return null; // none
    for (int i = 3; i  maxDivisor) break;
            if ((i % previousPrimes[j]) == 0)
            {
                foundDivisor = true;
            }
        }
        if (!foundDivisor)
        {
            previousPrimes.Add(i);
        }
    }
    return previousPrimes.ToArray();
}

require 'mscorlib'
require 'CSharpLib, Version=1.0.0.0, Culture=neutral, PublicKeyToken=null';
prime_numbers = CSharpLib::PrimeNumbers.new
(prime_numbers.DisplayPrimeNumbers 20).each do |num|
	puts num
end

Actions a = new SADev.Gallery2.Protocol.Actions("http://www.blakepics.com");
string authToken = a.Login("*************", "*************").AuthToken;
a.FetchAlbums(authToken).Albums.ForEach(
    album =>
    {
        Console.WriteLine(album.Title);
        a.FetchImages(authToken, album.Name).Images.ForEach(image =>
            Console.WriteLine("\t" + image.Url)
        );
    }
    );
Console.ReadKey();

public DocumentProcessingInfo DocumentStatus(long DocumentID)
    {
        //Setup the service interface, set the URL of the service
        //and add our credentials.
        merchantinterfacedime myAmazon =
            new merchantinterfacedime();
        myAmazon.Url = ConfigurationManager.AppSettings["URL"];
        myAmazon.Credentials =
            new NetworkCredential(
                ConfigurationManager.AppSettings["UserName"],
                ConfigurationManager.AppSettings["Password"]);
        //Setup our merchant details.
        Merchant myMerchant = new Merchant();
        myMerchant.merchantIdentifier =
            ConfigurationManager.AppSettings["MerchantIdentifier"];
        myMerchant.merchantName =
            ConfigurationManager.AppSettings["MerchantName"];
        //Send it all off to Amazon.
        DocumentProcessingInfo myStatus =
            myAmazon.getDocumentProcessingStatus(
            myMerchant, DocumentID);
        //Return the status of the document.
        return myStatus;
    }

public string GetDocument(string id) {
        StringBuilder report = new StringBuilder();
        merchantinterfacedime myAmazon =
            new merchantinterfacedime();
        myAmazon.Url = ConfigurationManager.AppSettings["URL"];
        myAmazon.Credentials =
            new NetworkCredential(
                ConfigurationManager.AppSettings["UserName"],
                ConfigurationManager.AppSettings["Password"]);
        //Setup our merchant details.
        Merchant myMerchant = new Merchant();
        myMerchant.merchantIdentifier =
            ConfigurationManager.AppSettings["MerchantIdentifier"];
        myMerchant.merchantName =
            ConfigurationManager.AppSettings["MerchantName"];
        ReferencedBinary incomingDoc = new ReferencedBinary();
        // the seven-digit string is the document ID number
        myAmazon.getDocument(myMerchant, id, out incomingDoc);
        IEnumerator enumer = myAmazon.ResponseSoapContext.Attachments.GetEnumerator();
        while (enumer.MoveNext())
        {
            // Print the document to standard out
            Attachment downloadedDoc = enumer.Current as Attachment;
            StreamReader r = new StreamReader(downloadedDoc.Stream);
            report.Append(r.ReadToEnd());
        }
        return report.ToString();
}

long amazonId = #######
string report = GetDocument(DocumentStatus(amazonId).processingReport.documentID);

var answers = (from a in poll.Descendants("AnswerSet").Descendants("Answer")
join aCount in dbVotes
on a.Attribute("id").Value  equals aCount.AnswerId.ToString() into aJoined
from o in aJoined.DefaultIfEmpty()
select new {
id = a.Attribute("id").Value,
percentage = ((o == null ? 0 : o.VotesCount) / dbVotes.Sum(b => b.VotesCount.GetValueOrDefault())  * 100),
count = o == null ? 0 : o.VotesCount, text = a.Value
});