Free Deploy and Manage Citrix ADC with Traffic Management Exam 1Y0-241 Exam Practice Test

Scenario: The policies below are bound to a content switching vServer. bind cs vServer vserver1 –policyName CSPOL_7 –priority 100 –gotoPriorityExpression NEXT bind cs vServer vserver1 –policyName CSPOL_5 –priority 90 bind cs vServer vserver1 –policyName CSPOL_9 –priority 110 bind cs vServer vserver1 –policyName CSPOL_4 –priority 120 bind cs vServer vserver1 –policyName CSPOL_8 –priority 210 Policy CSPOL_7 has been invoked. Which policy will be invoked next?

• CSPOL_4
• CSPOL_5
• CSPOL_9
• CSPOL_8

Scenario: A Citrix Administrator configured the rewrite policies below: bind lb vServer VIP1_http -policyName POL_14 -priority 120 -gotoPriorityExpression END -type REQUEST bind lb vServer VIP1_http -policyName POL_12 -priority 90 -gotoPriorityExpression NEXT -type REQUEST bind lb vServer VIP1_http -policyName POL_15 -priority 100 -gotoPriorityExpression END -type REQUEST bind lb vServer VIP1_http -policyName POL_13 -priority 101 -gotoPriorityExpression NEXT -type REQUEST Which policy will be evaluated last considering POL_12 is hit first?

• POL_12
• POL_13
• POL_14
• POL_15

To protect an environment against Hash DoS attacks, which two configurations can a Citrix Administrator use to block all post requests that are larger than 10,000 bytes? (Choose two.)

• > add policy expression expr_hashdos_prevention “http.REQ.METHOD.EQ(\”POST\”)&& http.REQ.CONTENT_LENGTH.GT(10000)” > add rewrite policy drop_rewrite expr_hashdos_prevention DROP > bind rewrite global drop_rewrite 100 END –type REQ_OVERRIDE
• > add policy expression expr_hashdos_prevention “http.REQ.METHOD.EQ(\”POST\”)&& http.REQ.CONTENT_LENGTH.GT(10000)” > add responder policy pol_resp_hashdos_prevention expr_hashdos_prevention DROP NOOP > bind responder global pol_resp_hashdos_prevention 70 END –type REQ_OVERRIDE
• > add policy expression expr_hashdos_prevention “http.REQ.METHO
• > add policy expression expr_hashdos_prevention “http.REQ.METHOD.EQ(\”POST\”) || http.REQ.CONTENT_LENGTH.GT(10000)” > add rewrite policy drop_rewrite expr_hashdos_prevention DROP > bind rewrite global drop_rewrite 70 END –type REQ_OVERRIDE
• > add policy expression expr_hashdos_prevention “http.REQ.METHOD.EQ(\”POST\”) || http.REQ.CONTENT_LENGTH.GT(10000)” > add responder policy pol_resp_hashdos_prevention expr_hashdos_prevention DROP NOOP > bind responder global pol_resp_hashdos_prevention 100 END –type REQ_OVERRIDE
• > add policy expression expr_hashdos_prevention “http.REQ.METHOD.EQ(\”POST\”) || http.REQ.CONTENT_LENGTH.GT(10000)” > add rewrite policy drop_rewrite expr_hashdos_prevention DROP > bind rewrite global drop_rewrite 100 END –type REQ_OVERRIDE

Which two steps are necessary to configure global server load balancing (GSLB) service selection using content switching (CS)? (Choose two.)

• Bind the domain to the CS vServer instead of the GSLB vServer.
• Configure CS policies that designate a load-balancing vServer as the target vServer.
• Configure a CS vServer of target type GSLB.
• Bind the GSLB domain to the GSLB vServer.

In a global server load balancing (GSLB) active-active environment, the connection proxy is used as the site persistence method. What is used to source the traffic when the connection is proxied?

• Subnet IP (SNIP)
• LDNS IP Address
• Client source IP
• Virtual IP (VIP)

Scenario: A Citrix Administrator executed the following command in a global server load balancing (GSLB) environment: set gslb site SiteB –triggerMonitor MEPDOWN What will be the effect of this command on the default service monitoring behavior on a remote site?

• The service monitor is invoked only when Metric Exchange Protocol (MEP) has marked the service as DOWN.
• The service monitor is invoked only when Metric Exchange Protocol (MEP) connectivity has been lost between Site A and Site B.
• The service monitor will take precedence over Metric Exchange Protocol (MEP).
• The state of the GSLB service will always be controlled by Metric Exchange Protocol (MEP).

Which step can a Citrix Administrator take to use default compression policies?

• Select the compression algorithm (gzip/deflate/identity).
• Disable the Citrix ADC compression feature at a global level.
• Enable compression on the associated bound services.
• Bind the default compression policies to the vServer.

Scenario: A Citrix ADC MPX is using one of four available 10G ports. A Citrix Administrator discovers a traffic bottleneck at the Citrix ADC. What can the administrator do to increase bandwidth on the Citrix ADC?

• Purchase another Citrix ADC MPX appliance.
• Plug another 10G Citrix ADC port into the router.
• Add two more 10G Citrix ADC ports to the network and configure VLAN.
• Add another 10G Citrix ADC port to the switch, and configure Link Aggregation Control Protocol (LACP).

Scenario: A Citrix Administrator executed the following commands on the Citrix ADC: > add policy dataset Admin_group ipv4 > bind policy dataset Admin_group 192.168.149.10 –index 11 > bind policy dataset Admin_group 192.168.149.39 –index 12 > bind policy Admin_group 192.168.149.49 –index 13 > add responder policy POL_1 “!(CLIENT.IP.SRC.TYPECAST_TEXT_T.CONTAINS_ANY(\”Admin_group\”))” RESET > bind lb vServer lb_vsrv_www –policyName POL_1 –priority 100 –gotoPriorityExpression END –type REQUEST What will be the effect of these commands?

• Only users with a source IP address of 192.168.149.10, 192.168.149.39, or 192.168.149.49 will be allowed to connect to vServer lb_vsrv_www.
• Only users with a source IP address of 192.168.149.10, 192.168.149.39, or 192.168.149.49 will be blocked when attempting to connect to vServer lb_vsrv_www.
• Only users with a source IP address of 192.168.149.10 or 192.168.149.39 will be allowed to connect to vServer lb_vsrv_www.
• All traffic from users with a source IP address of 192.168.149.10, 192.168.149.39, or 192.168.149.49 will be blocked through the Citrix ADC.

Scenario: A Citrix ADC is configured with Interface 1/1 and bound to VLAN 40. A Citrix Administrator executed the below command: > bind vlan 10 –ifnum 1/1 What is the result of executing this command on the Citrix ADC?

• Interface 1/1 is bound to VLAN 20, and native VLAN is 20.
• Interface 1/1 is bound to VLAN 20, and native VLAN is NOT changed.
• Interface 1/1 is bound to VLAN 20, and native VLAN is 40.
• Interface 1/1 is bound to VLAN 20, and native VLAN is 1.