Right-click on the first relevant entry (for example '.NET v4.5') and click " View Applications":Ħ. NET v4.5" and " DefaultAppPool") which have 'Applications' set to '1'ĥ.
For example, in the below example the server has two application pools (". Make a note of any application pool which has 'Applications' set to a number which is greater than zero Navigate to the ' Application Pools' sectionĤ. From the Start menu, open 'Administrative Tools' and launch " Internet Information Services (IIS) Manager"ģ. If (String.Compare(Request.ServerVariables.2. If it cannot use Kerberos, it will use NTLM." // if it is Negotiate. The header is set to "Negotiate" instead of "NTLM." This does not mean it will use Kerberos or NTLM, but that it will "Negotiate" the authorization method and try Kerberos first if it is able. We know that NTLM authentication is being used here because the first character is a '"T." If it was a "Y," it would be Kerberos. This response tells us that the client and the server are negotiating an NTLM connection. "What does this tell us? We can see that the Authorization header is set to "Negotiate" and we can see a long string of characters sent in that header. HTTP: Authorization = Negotiate TlRMTVNTUAABAAAAB4IIogAAAAAAAAAAAAAAAAAAAAAFASgKAAAA HTTP: User-Agent = Mozilla/4.0 (compatible MSIE 6.0 Windows NT 5.1 SV1. 
HTTP: Accept = image/gif, image/x-xbitmap, image/jpeg, image/pjpeg, application/vnd. HTTP: Uniform Resource Identifier = /webapplication1/webform1.aspx HTTP: GET Request (from client using port 3135) Here is a snippet from the frame that sends authentication information from the client: 23 4294967263.4294641621 LOCAL 00045A420DBC HTTP GET Request (from client using port 3135) 192.168.0.2 192.168.0.4 IP "Since we are looking over this trace to see if the client is sending authentication information, we can use the TCP segments to track the HTTP GET requests and the response from the server. Determine if HTTP authentication is NTLM or Kerberos
0 kommentar(er)
