Which two configurations meet this requirement?
You are required to configure a SCREEN option that enables IP source route option
detection. Which two configurations meet this requirement? (Choose two.)
What would the ABR do with the information learned from the non-backbone area?
Your area border router (ABR) receives type 1.2 and 5 link-state advertisements (LSAs) from a
non-backbone area.
What would the ABR do with the information learned from the non-backbone area?
what is causing the issue?
Info PTR23245 2012/04/25 20:53:35 – SA – [1.2.3.4] – Root::hugo(LDAPRealm)[All Employees] –
Evaluating Policy Rule 1…
Info PTR23244 2012/04/25 20:53:35 – SA – [1.2.3.4] – Root::hugo(LDAPRealm)[All Employees] –
Condition [( loginTime.dayOfWeek = (Sat TO Sun) AND loginTime = (8:00AM TO 5:00PM)) OR groups
= ‘Clockworks’] evaluated to false
Info PTR23246 2012/04/25 20:53:35 – SA – [1.2.3.4] – Root::hugo(LDAPRealm)[All Employees] – No
Policy Rule applies to resource
[etc…]
Info PTR23245 2012/04/25 20:53:35 – SA – [1.2.3.4] – Root::hugo(LDAPRealm)[All Employees] –
Evaluating Policy Rule 1…
Info PTR23239 2012/04/25 20:53:35 – SA – [1.2.3.4] – Root::hugo(LDAPRealm)[All Employees] – Action
[Deny access] is returned
Info PTR23234 2012/04/25 20:53:35 – SA – [1.2.3.4] – Root::hugo(LDAPRealm)[All Employees] – Policy
[Pulse, Inc. Intranet] applies to resource
You are unable to access a Web page through the Junos Pulse Secure Access Service. You run a policy
trace in the Admin UI to troubleshoot the issue. Referring to the exhibit, what is causing the issue? A
Host Checker policy is limiting access to the realm.
Which label operation is performed by an MPLS ingress router?
Which label operation is performed by an MPLS ingress router?
which policy must be modified to allow access to the resource?
Root::user1(patch management)[Web Users] – Start Policy [WEBURL/REWRITING] evaluation for
resource http://www.juniper.net:80/
Root::user1(patch management)[Web Users] – Applying Policy [Initial Rewrite Policy]…
Root::user1(patch management)[Web Users] – Action [Rewrite Content (auto-detect content type)]
is returned
Root::user1(patch management)[Web Users] – Policy [Initial Rewrite Policy] applies to resource
Root::user1(patch management)[Web Users] – Passthrough proxy policies are not applicable for
http://www.juniper.net
Root::user1(patch management)[Web Users] – Start Policy [WEBURL/ACCESS] evaluation for
resource http://www.juniper.net:80/
Root::user1(patch management)[Web Users] – Applying Policy [Web]…
Root::user1(patch management)[Web Users] – Evaluating Policy Rule 1…
Root::user1(patch management)[Web Users] – Resource filter [http://www.juniper.com:80/*] does
not match
Root::user1(patch management)[Web Users] – No Policy Rule applies to resource
Root::user1(patch management)[Web Users] – Applying Policy [Initial Open Policy]…
Root::user1(patch management)[Web Users] – User roles [Web Users] do not match with configured
roles [Exclusive:Web Users]
Root::user1(patch management)[Web Users] – No Policy applies to resource
Root::user1(patch management)[Web Users] – Start Auto Allow evaluation on WEBURL for resource
http://www.juniper.net:80/
Root::user1(patch management)[Web Users] – No Auto Allow resources configured
A user should be able to access a Web resource but instead is receiving an error that access to the
site is blocked. Referring to the exhibit, which policy must be modified to allow access to the
resource? initial rewrite policy
What are three configuration objects used to build Junos IDP rules?
What are three configuration objects used to build Junos IDP rules? (Choose three.)
Which operational mode command will help you verify your suspicions?
An RSVP LSP in your network is operational but you are receiving complaints about network
throughput across the LSP. You suspect that the RSVP bandwidth was omitted from the router
configuration.
Which operational mode command will help you verify your suspicions?
What are two reasons that would cause this situation?
After configuring OSPF between two routers you check for an adjacency. You see that the
adjacencies are not coming up on an Ethernet segment.
What are two reasons that would cause this situation? (Choose two)
What is the cause of the problem?
Info AUT23457 2012-07-16 18:20:06 – ive – [192.168.252.1] jsmith(Users)[] – Login failed using auth
server Corp (LDAP Server). Reason: Failed
Info AUT24327 2012-07-16 18:20:06 – ive – [192.168.252.1] jsmith(Users)[] – Primary authentication
failed for jsmith/Corp from 192.168.252.1
Minor AUT23391 2012-07-16 18:20:06 – ive – [192.168.252.1] jsmith(Users)[] – Could not connect to
LDAP server ‘Corp’: Failed binding to admin DN: [49] Invalid credentials: ADCorp.acme.com:389
Info AUT23457 2012-07-16 18:20:01 – ive – [192.168.252.1] rbook(Users)[] – Login failed using auth
server Corp (LDAP Server). Reason: Failed
Info AUT24327 2012-07-16 18:20:01 – ive – [192.168.252.1] rbook(Users)[] – Primary authentication
failed for jsmith/Corp from 192.168.252.1
Minor AUT23391 2012-07-16 18:20:01 – ive – [192.168.252.1] rbook(Users)[] – Could not connect to
LDAP server ‘Corp’: Failed binding to admin DN: [49] Invalid credentials: ADCorp.acme.com:389
Users are reporting that they cannot log in to the Junos Pulse Secure Access Service. In the user
access log on the Junos Pulse Secure Access Service, you discover a series of messages shown in the
exhibit. What is the cause of the problem?
The Junos Pulse Secure Access Service cannot reach the LDAP authentication server.
which two statements about traffic from host_a in the HR zone to host_b in the trust zone are true?
Click the Exhibit button.
Assume the default-policy has not been configured. Given the configuration shown in the
exhibit, which two statements about traffic from host_a in the HR zone to host_b in the trust
zone are true? (Choose two.)