# Import the WebAdministration moduleImport-ModuleWebAdministration# Define variables$Website="YourWebsiteName"$Port= 443$certThumbprint="NewCertificateThumbprint"# Get the site$site=Get-Item"IIS:\Sites\$Website
[-SiteDeploymentType] <String>] [[-ContainerSiteName] <String>] [[-WebSitePort] <Int32>] [[-AppPoolName] <String>] [[-PublishFolder] <String>] [[-DnsIdentity] <String>] [[-CertificateThumbprint] <String>] [-AddFirewallException] [[-HelpServer] <String>] [[-HelpSer...
The <binding> section specifies the protocol and encoding to be used for each operation. There can be several bindings pertaining to the same <portType> definition, but the IDL2SDL tool produces only one, for SOAP. Therefore, there is only one <binding> sect...
So not only does the encrypted key improve the performance of security operations when using X.509 certificates, but it also enables secure responses back to the client without using U/P or requiring the server to have a client X.509 certificate installed. When the client receives the response...
I wouldn't recommend using that procedure if you are not testing it in a dev environment first. But, thanks for the try andres at leat it gave me something to try! Hello, So the IP stayed the same but the MAC surely would have changed since it went from one machine t...
So not only does the encrypted key improve the performance of security operations when using X.509 certificates, but it also enables secure responses back to the client without using U/P or requiring the server to have a client X.509 certificate installed. When the client receives the response...
Figure 1 below shows a client application deployed on the Internet that talks to an ASP.NET application server deployed on an intranet inside a firewall. The client application has the server's X.509 certificate installed in order to protect (encrypt) the messages sent to the server. Since ...
* Using IIS Drive (Not all machines have drive available) New-WebBinding-Name$Website-Protocol$Protocol-Port$Port-IPAddress$IPAddress-HostHeader$HostName-SslFlags$SNIFlag$bindingItem=Get-Item"IIS:\SslBindings\*$($Port)!$($HostName)"Set-ItemProperty-Path$bindingItem.PSPath...
So not only does the encrypted key improve the performance of security operations when using X.509 certificates, but it also enables secure responses back to the client without using U/P or requiring the server to have a client X.509 certificate installed. When the client receives the response...
* Using IIS Drive (Not all machines have drive available) New-WebBinding-Name$Website-Protocol$Protocol-Port$Port-IPAddress$IPAddress-HostHeader$HostName-SslFlags$SNIFlag$bindingItem=Get-Item"IIS:\SslBindings\*$($Port)!$($HostName)"Set-ItemProperty-Path$bindi...