//mschema to define a Project type
type Project
{
    ProjectID : Integer64 = AutoNumber();
    ProjectName : Text#25;
    ConectionStringSource : Text;
    ConectionStringDestination : Text;
    DateCompared: DateTime;
    Comment: Text?;
    ProjectOwner: ApplicationUser;
} where identity ProjectID;

//this will define a SQL foreign key relationship
ProjectCollection : Project* where item.ProjectOwner in ApplicationUserCollection;

set xact_abort on;
go

begin transaction;
go

set ansi_nulls on;
go

create schema [Test1];
go

create table [Test1].[ApplicationUserCollection]
(
 [UserID] bigint not null identity,
 [FirstName] nvarchar(max) null,
 [LastName] nvarchar(25) not null,
 [Password] nvarchar(10) not null,
 constraint [PK_ApplicationUserCollection] primary key clustered ([UserID])
);
go

create table [Test1].[ProjectCollection]
(
 [ProjectID] bigint not null identity,
 [Comment] nvarchar(max) null,
 [ConectionStringDestination] nvarchar(max) not null,
 [ConectionStringSource] nvarchar(max) not null,
 [DateCompared] datetime2 not null,
 [ProjectName] nvarchar(25) not null,
 [ProjectOwner] bigint not null,
 constraint [PK_ProjectCollection] primary key clustered ([ProjectID]),
 constraint [FK_ProjectCollection_ProjectOwner_Test1_ApplicationUserCollection] foreign key ([ProjectOwner]) references [Test1].[ApplicationUserCollection] ([UserID])
);
go

insert into [Test1].[ApplicationUserCollection] ([FirstName], [LastName], [Password])
values (N'user1', N'name1', N'1@34')
;

insert into [Test1].[ApplicationUserCollection] ([FirstName], [LastName], [Password])
values (N'user2', N'name2', N'123@4')
;

insert into [Test1].[ApplicationUserCollection] ([FirstName], [LastName], [Password])
values (N'user3', N'name3', N'56#2')
;

insert into [Test1].[ApplicationUserCollection] ([FirstName], [LastName], [Password])
values (N'user4', N'name4', N'789@5')
;
go

commit transaction;

Go

   ProjectCollection
   {
       Project1{
           ProjectName = "My Project 1",
           ConectionStringSource = "Data Source=.;Initial Catalog=MyDB1;Integrated Security=True;",
           ConectionStringDestination = "Data Source=.;Initial Catalog=MyDB2;Integrated Security=True;",
           Comment="Project Comment",
           DateCompared=2009-01-01T00:00:00,
           ProjectOwner=ApplicationUserCollection.User1 //direct ref to User1 (FK)
       },
       Project2{
           ProjectName = "My Project 2",
           ConectionStringSource = "Data Source=.;Initial Catalog=MyDB1;Integrated Security=True;",
           ConectionStringDestination = "Data Source=.;Initial Catalog=MyDB2;Integrated Security=True;",
           Comment="Project Comment",
           DateCompared=2009-01-01T00:00:00,
           ProjectOwner=ApplicationUserCollection.User2 //direct ref to User2 (FK)
       }

   }

Controls  00:48:08 
WinRT provides numerous XAML controls, which act as the building blocks of your applications.
Some of these will be familiar, while some are new to Metro. 
Introduction
Command Controls
Demo: Application Bar
Context Menus
Demo: Context Menus
Application Settings
CheckBox, RadioButton, and ToggleSwitch
Progress Controls
Demo: Progress Controls
Displaying Text
Demo: Displaying Text
Text Entry
Sliders
Styling
WebView
UserControl
Summary

List Controls  00:31:14 
This module shows the Metro controls available to XAML applications for working with collections of items.
This includes the new GridView and ListView controls, 
which are optimized for handling collections in a touch-based user interface. 

Introduction
Items Controls
Demo: ListBox vs ListView
Demo: GridView
Demo: FlipView 
Common ItemsControl
Semantic Zoom
Demo: JumpViewer
Summary

Building Windows 8 Metro Apps in C# and XAML 
Overview  00:50:41 
This modules provides an overview of how to develop Windows 8 Metro style applications in C# and XAML. 

Introduction
XAML and Codebehind
Asynchronous APIs
Demo: Asynchronous APIs
Files and Networking
Demo: Requesting Capabilities
Integrating with Windows 8
WinRT and .NET
Summary