Step By Step Guide for Windows Server 2003 Domain Controller and DNS Server Setup

This tutorial will explain how to create a first domain controller(DC) in your network or company includes DNS server setup in windows server 2003 .You have to install DNS server for DC without DNS the client computers wouldn’t know which one is DC.You can host DNS on a different server than DC.

Before Starting the DC installation process you need to make sure the following points

• You have installed Basic windows server 2003 installation

• Make sure you have assigned a static ip address to your server

Now start DC and DNS Setup process

First you need to go to Start–>All Programs–>Administrative Tools–>Manage Your Server

Here you need to select Add or remove a role

Verify the following steps click on Next

Select Server Role as Domain Controller option click on Next

.NET Micro Framework Platform SDK

The Microsoft .NET Micro Framework is a powerful and flexible platform for rapidly creating embedded device firmware with Microsoft Visual Studio.

You can now develop firmware for devices that are too constrained to run Microsoft Windows CE and the .NET Compact Framework. With the .NET Micro Framework, you can use Visual Studio to write, test, and debug software on your hardware just as you would when developing software for the .NET Framework or the .NET Compact Framework.

.NET Micro Framework brings essential benefits of the Microsoft .NET platform to devices that do not need the full functionality that is available in the .NET Framework and the .NET Compact Framework. Our target is devices that operate below the functionality range of those for which software developers typically use the .NET Compact Framework to develop embedded applications.

The architecture of the .NET Micro Framework provides you with the tools necessary to develop your firmware as managed C# applications. It does this by making use of specialized versions of the .NET common language runtime (CLR) and the .NET Framework class library. For details, see .NET Micro Framework Architecture and .NET Micro Framework Programming Model.

NET Micro Framework Platform SDK

The Microsoft .NET Micro Framework is a powerful and flexible platform for rapidly creating embedded device firmware with Microsoft Visual Studio.

You can now develop firmware for devices that are too constrained to run Microsoft Windows® CE and the .NET Compact Framework. With the .NET Micro Framework, you can use Visual Studio to write, test, and debug software on your hardware just as you would when developing software for the .NET Framework or the .NET Compact Framework.

.NET Micro Framework brings essential benefits of the Microsoft .NET platform to devices that do not need the full functionality that is available in the .NET Framework and the .NET Compact Framework. Our target is devices that operate below the functionality range of those for which software developers typically use the .NET Compact Framework to develop embedded applications.

The architecture of the .NET Micro Framework provides you with the tools necessary to develop your firmware as managed C# applications. It does this by making use of specialized versions of the .NET common language runtime (CLR) and the .NET Framework class library. For details, see .NET Micro Framework Architecture and .NET Micro Framework Programming Model.

NET Micro Framework Platform SDK

The Microsoft .NET Micro Framework is a powerful and flexible platform for rapidly creating embedded device firmware with Microsoft Visual Studio.

You can now develop firmware for devices that are too constrained to run Microsoft Windows CE and the .NET Compact Framework. With the .NET Micro Framework, you can use Visual Studio to write, test, and debug software on your hardware just as you would when developing software for the .NET Framework or the .NET Compact Framework.

.NET Micro Framework brings essential benefits of the Microsoft .NET platform to devices that do not need the full functionality that is available in the .NET Framework and the .NET Compact Framework. Our target is devices that operate below the functionality range of those for which software developers typically use the .NET Compact Framework to develop embedded applications.

The architecture of the .NET Micro Framework provides you with the tools necessary to develop your firmware as managed C# applications. It does this by making use of specialized versions of the .NET common language runtime (CLR) and the .NET Framework class library. For details, see .NET Micro Framework Architecture and .NET Micro Framework Programming Model.

Windows Automotive

Windows Automotive is an automotive-grade open software platform that provides carmaker, suppliers, and developers with the building blocks necessary to quickly and reliably create a broad range of advanced in-vehicle solutions to meet the growing needs of automotive consumers.

In this section:

Windows Automotive 4.2
Describes the basic thinking of building an automotive infotainment system using Windows Automotive, based on version 4.2.

Windows Automotive 5.0 and 5.5
Provides technical information on the product’s version 5.0, with updates from Service Pack 1, 2 and version 5.5 included.