Merge pull request #1 from Azure/master

Updating local fork

articles/cloud-services-continuous-delivery-use-vso.md

@@ -13,7 +13,7 @@
 	ms.tgt_pltfrm="na" 
 	ms.devlang="dotnet" 
 	ms.topic="article" 
-	ms.date="02/02/2015" 
+	ms.date="02/17/2015" 
 	ms.author="kempb"/>
 
 
@@ -142,7 +142,7 @@ The following table shows the available properties in the Deployment section:
 <br/>
 
 If you are using multiple service configurations (.cscfg files), you can specify the desired service configuration in the **Build, Advanced, MSBuild arguments** setting. For example, to use ServiceConfiguration.Test.cscfg, set MSBuild arguments line option /p:TargetProfile=Test.<br/>
-![][37]
+![][38]
 
 11. By this time, your build should be completed successfully.<br/>
 ![][28]
@@ -174,12 +174,12 @@ This step applies only to cloud services, not websites. When you are ready, you
 
 <h2> <a name="step7"> </a>Step 7: Run unit tests</h2>
 
-To put a quality gate on your live or staging deployments, you can run unit tests and if they fail, you can stop the deployment.
+This step applies only to websites, not cloud services. To put a quality gate on your deployment, you can run unit tests and if they fail, you can stop the deployment.
 
 1.  In Visual Studio, add a unit test project.<br/>
 ![][39]
 
-2.  Add project references to the projects you want to test.<br/>
+2.  Add project references to the project you want to test.<br/>
 ![][40]
 
 3.  Add some unit tests. To get started, try a dummy test that will always pass.
@@ -222,13 +222,13 @@ To put a quality gate on your live or staging deployments, you can run unit test
 <br/>
 ![][47]
 
-8.  Try creating a test that will fail. Add a new test by copying the first one, rename it, and comment out the line of code that throws the NotImplementedException. 
+8.  Try creating a test that will fail. Add a new test by copying the first one, rename it, and comment out the line of code that states NotImplementedException is an expected exception. 
 
 		[TestMethod]
-		[ExpectedException(typeof(NotImplementedException))]
+		//[ExpectedException(typeof(NotImplementedException))]
 		public void TestMethod2()
 		{
-		    //throw new NotImplementedException();
+		    throw new NotImplementedException();
 		}
 
 9. Check in the change to queue a new build.<br/>

articles/documentdb-introduction.md

@@ -13,7 +13,7 @@
 	ms.tgt_pltfrm="na" 
 	ms.devlang="na" 
 	ms.topic="article" 
-	ms.date="01/26/2015" 
+	ms.date="02/18/2015" 
 	ms.author="mimig"/>
 
 #Introduction to Microsoft Azure DocumentDB
@@ -51,8 +51,7 @@ Azure DocumentDB offers the following key capabilities and benefits:
 
 -	**Elastically scalable throughput and storage:** Easily scale up or scale down DocumentDB to meet your application needs. Scaling is done through fine grained units of reserved SSD backed storage and throughput. You can elastically scale DocumentDB with predictable performance by purchasing more capacity units as your application grows. 
 
--	**Open by design:** 
--	 quickly by using existing skills and tools. Programming against DocumentDB is simple, approachable, and does not require you to adopt new tools or adhere to custom extensions to JSON or JavaScript. You can access all of the database functionality including CRUD, query, and JavaScript processing over a simple RESTful HTTP interface. DocumentDB embraces existing formats, languages, and standards while offering high value database capabilities on top of them.
+-	**Open by design:** Get started quickly by using existing skills and tools. Programming against DocumentDB is simple, approachable, and does not require you to adopt new tools or adhere to custom extensions to JSON or JavaScript. You can access all of the database functionality including CRUD, query, and JavaScript processing over a simple RESTful HTTP interface. DocumentDB embraces existing formats, languages, and standards while offering high value database capabilities on top of them.
 
 You can use DocumentDB to store flexible datasets that require query retrieval and transactional processing. Application scenarios may include user data for interactive web and mobile applications as well as storage, retrieval, and processing of application JSON data. A database can store any number of JSON documents, as DocumentDB is well suited for applications that run at scale on the internet.
 

articles/documentdb-java-application.md

@@ -13,7 +13,7 @@
 	ms.topic="article" 
 	ms.tgt_pltfrm="NA" 
 	ms.workload="data-services" 
-	ms.date="01/08/2014" 
+	ms.date="01/08/2015" 
 	ms.author="andrl"/>
 
 # Build a Java web application using DocumentDB #

articles/documentdb-limits.md

@@ -13,7 +13,7 @@
 	ms.tgt_pltfrm="na" 
 	ms.devlang="na" 
 	ms.topic="article" 
-	ms.date="01/29/2014" 
+	ms.date="01/29/2015" 
 	ms.author="mimig"/>