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// Load the configuration file. RemotingConfiguration.Configure( "RemoteClientTcpCS.exe.config", false); // more code to follow...

Digital Certificates Certification Authority (CA) Certification Hierarchy Certificate Revocation List Certificate Policy Statement

The IPC channel is used to serialize, deserialize, and transport data using the Win dows interprocess communication. IPC is used to consume remotable objects resid ing on the same machine and, in this scenario, the IPC channel offers better performance than the HTTP channel or TCP channel. The following code example is identical to the code example used to illustrate the IPC channel in Lesson 1. However, the code example here is somewhat simplified and utilizes the configuration file shown here.

A digital certificate is a collection of related data that binds an identity to a crypto graphic key pair. Certificates can be used for authentication, authorization, nonrepudi ation, and other security controls. Figure 2-1 shows the Details tab from an EFS certificate.

Namespace MSLearning.5.Standard.ClientIpc Module IpcModule Sub Main() ' Load the configuration file. RemotingConfiguration.Configure( _ "RemoteClientIpcVB.exe.config", False)

Figure 2-1

System;

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<AppData>\Microsoft\Word # Use the following two lines for Outlook 98: # <AppData>\Microsoft\Shared\<SubFolder_Signatures> # <AppData>\Microsoft\Shared\<SubFolder_Stationery> # Use the following line for Web Server Locations: # <NetHood>

Certificates contain information such as:

System.Runtime;

A name that indicates to whom or to what the certificate belongs. If the certificate is issued from a CA that is integrated with Active Directory directory services, the name might be the name of a server or a user with Active Directory credentials. A copy of the public key from a cryptographic key pair. The name of the CA that issued the certificate. The purpose or purposes for which a certificate can be used. The signature of the CA that issued the certificate.

System.Runtime.Remoting;

2-10

System.Runtime.Remoting.Channels;

[IncludeIndividualFolders] # List individual folders to be included into the OPS file. # Syntax same as [IncludeFolderTrees] but does not include subfolders. # Wildcards are not supported.

2

System.Runtime.Remoting.Channels.Ipc;

Depending on the type of PKI that is implemented, specific types of certification might be issued that have specific uses on the network. Types of certificates include the following:

namespace MSLearning.5.Standard.ClientIpc {

EFS, which is used by the Encrypting File System Certification Authority, which is used to sign certificates and Certificate Revocation Lists (CRLs) produced by the CA IPSec, which is used for IPSec authentication User, which can be used for EFS, authentication, and other purposes Domain Controller, which is used to identify a domain controller Server, which is used to authenticate a server

static void Main(string[] args)

[IncludeIndividualFiles] # List individual files to be included into the OPS file. # Syntax is one path\filename per line. # Entries must begin with one of the Folder tokens listed under # [IncludeFolderTrees]. # Wildcards are not supported. # # Example for including Normal.dot: # <AppData>\Microsoft\<SubFolder_Templates>\Normal.dot # word

A Certification Authority (CA) can be an entity or an organization that manages and controls the production of public or private certificates. CA is also the name used to describe the computer device and the software that produces or controls the issuance or revocation of certificates and the infrastructure for their use in the network. Win dows Server 2003 provides such a service as an optional component or server role. In this book, unless otherwise noted, the use of the term Certification Authority or the ini tials CA will mean the computer and software that produces or controls the issuance or revocation of certificates and the infrastructure for their use in the network. A single CA can provide all the certificate services required, or multiple CAs can be arranged in a CA hierarchy. Windows CAs are either root CAs or subordinate CAs. A root CA creates its own certificate; a subordinate CA receives its CA certificate from another CA. The following four types of CAs can be installed:

// Load the configuration file. RemotingConfiguration.Configure( "RemoteClientIpcCS.exe.config", false); // more code to follow...

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