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Command syntax for the remaining virtual directories in .NET Get Code 3 of 9 in .NET Command syntax for the remaining virtual directories




How to generate, print barcode using .NET, Java sdk library control with example project source code free download:
Command syntax for the remaining virtual directories using barcode generator for vs .net control to generate, create barcode 3/9 image in vs .net applications. British Royal Mail 4-State Customer Barcode We"ve already looked at the Code 3/9 for .NET syntax for modifying both OWA and ECP and internal and external URLs; now let"s look at how we can do this for the remaining virtual directories. In these examples, we"ll configure the external URL value using the -ExternalUrl parameter.

If you need to modify the internal URL, simply use the -InternalUrl parameter.. 7 . To configure the external U Code-39 for .NET RL for the OAB, use the following syntax:. Set-OABVirtualDirectory -Id entity "cas1\oab (Default Web Site)" ` -ExternalUrl https://mail.contoso.com/oab.

To configure the external U Code-39 for .NET RL for the ActiveSync virtual directory, use the following syntax:. Set-ActivesyncVirtualDirect ory -Identity ` "cas1\Microsoft-Server-ActiveSync (Default Web Site)" ` -ExternalURL https://mail.contoso.com/Microsoft-Server-Activesync.

To configure the EWS virtua Visual Studio .NET bar code 39 l directory, use the following syntax:. Set-WebServicesVirtualDirec tory -Identity ` "cas1\EWS (Default Web Site)" ` -ExternalUrl https://mail.contoso.com/ews/exchange.

asmx. In each example, we"re sett bar code 39 for .NET ing the value on the CAS1 server. When running these commands or using them in a script, replace the server name with the name of the appropriate CAS server.

. See also Generating a certificate re .net framework USS Code 39 quest in 10, Exchange Security Installing certificates and enabling services in 10, Exchange Security Importing certificates on multiple exchange servers in 10, Exchange Security. Managing Outlook Anywhere settings With the release of Exchang Code-39 for .NET e 2007 and continuing with Exchange 2010, Microsoft has renamed the RPC over HTTP feature to Outlook Anywhere. This feature allows Outlook clients to connect to Exchange through RPCs encapsulated into an HTTPS connection.

This allows easy external access to Exchange from Outlook, as there is no need to open RPC ports on firewalls. In this recipe, we"ll take a look at how you can use the Exchange Management Shell to manage Outlook Anywhere settings..

How to do it... To enable Outlook Anywhere, USS Code 39 for .NET use the Enable-OutlookAnywhere cmdlet as shown in the following example:. Enable-OutlookAnywhere -Ser ver cas1 ` -ExternalHostname mail.contoso.com ` -ClientAuthenticationMethod Basic ` -SSLOffloading $false.

Managing Client Access In this example, Outlook Anywhere is enabled on the CAS1 server. How it works... Before enabling Outlook Any .NET 39 barcode where, there are two prerequisites that need to be met. First, you need to ensure that your CAS server has a valid SSL certificate installed from a certificate authority (CA) that is trusted by your client machines.

Exchange installs a self-signed certificate by default, but this will not be trusted by client workstations. In addition, you"ll need to make sure that Microsoft Windows RPC over HTTP Proxy component is installed on the server. This is typically done before the installation of Exchange when all of the operating system prerequisites are installed.

When running the Enable-OutlookAnywhere cmdlet, you can see that we specified the ExternalHostname. This will be the FQDN that Outlook clients use to connect to Exchange. You"ll need to make sure that you have a DNS record created for this FQDN that resolves to your CAS server or to your reverse proxy infrastructure, such as ISA or TMG.

When specifying a value for the ClientAuthenticationMethod parameter, you"ll want to use either Basic or NTLM. This setting determines how users authenticate to Outlook Anywhere. When using Basic authentication, the user"s password is sent to the server in plain text, but the connection is secured by SSL.

If you have workstations that are not domain-joined that will be connecting to Exchange through Outlook Anywhere, you"ll need to use Basic authentication. If only domain-joined clients will be connecting to Outlook Anywhere, such as roaming users with laptops that connect from home, using NTLM authentication is a much more secure option for the ClientAuthenticationMethod. When using NTLM, a user"s password is not sent to the server; instead, NTLM sends a hashed value of the user"s credentials to the server.

Another benefit to using NTLM is that Outlook clients will not be prompted for their credentials when connecting with Outlook Anywhere. Keep in mind that if you are publishing Outlook Anywhere with a reverse proxy solution such as ISA or TMG, you"ll need to use Kerberos Constrained Delegation (KCD), which allows the ISA or TMG server to request a Kerberos service ticket from Active Directory on behalf of the user. Also, remember that NTLM authentication may not work correctly through some firewalls; check with your firewall manufacturer"s documentation for details.

Finally, SSLOffloading allows the CAS server to offload the encryption and decryption of the SSL connections to a third party device. Unless you have an SSL offloading solution in place, set the -SSLOffloading parameter to $false..

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