F5 F50-522 Dumps PDF Free Download - Page: 6

QUESTION: 6

Click the Exhibit button.
An LTM has the 3 virtual servers, four self IP addresses defined and the networks shown in the exhibit. Selected options for each object are shown below. Settings not shown are at their defaults.

VirtualServer1
Destination: 10.10.2.102:443 netmask 255.255.255.255
Pool: Pool with 3 members in the 172.16/16 network
VirtualServer2
Destination: 10.10.2.102:* netmask 255.255.255.255
Pool: Pool with 3 members in the 192.168/16 network
VirtualServer3
Destination: 10.10.2.0:80 netmask 255.255.255.0
Type: IP Forwarding
SNAT1
Source IP: All Addresses
SNAT Address: SNAT Pool with 2 members - 172.16.20.50 and 192.168.10.50
Self IPs
192.168.1.1; 172.16.1.1; 10.10.2.1; 10.10.1.1

A connection attempt is made with a source IP and port of 10.20.100.50:2222 and a destination
IP and port of 10.10.2.102:80.
When the request is processed, what will be the destination IP address?

The request will be dropped.
Destination IP: 10.10.2.102
Destination IP: pool member in the 172.16/16 network
Destination IP: pool member in the 192.168/16 network

Answer(s): D

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QUESTION: 7

The partial configuration below includes an iRule, a virtual server, and pools.
When traffic from the client at 160.10.10.10:2056 connects to the virtual server Test_VS and sends an HTTP
request, what will the client's source address be translated to as the traffic is sent to the chosen pool member?
pool Test_Pool {
member 10.10.10.10:80
member 10.10.10.11:80
}
snatpool lower_range {
member 10.10.10.1
}
snatpool upper_range {
member 10.10.10.2
}
rule Test_iRule {
when CLIENT_ACCEPTED {
if { [TCP::local_port] < 2024 } {
snatpool lower_range
}
else { snatpool upper_range
}
}}
virtual Test_VS {
destination 200.10.10.1:http pool Test_Pool rule Test_iRule
}

10.10.10.1
10.10.10.2
160.10.10.10
200.10.10.1
It could be either 10.10.10.10 or 10.10.10.11.

Answer(s): A

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QUESTION: 8

Which tool is used on BIG-IP systems to capture data packets?

snoop
qkview
tcpdump
ethereal

Answer(s): C

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QUESTION: 9

The following iRule is being used within a persistence profile on a virtual server. Assuming the following HTTP requests are made within the same timeout window, what is the maximum number of persistence records that will be created?

iRule: rule Persist_Universal {
when HTTP_REQUEST {
persist uie [ findstr [HTTP::uri] "?" 8 3 ]
}
}
Requests
#1 http://www.test.com/input.html?test145ABR80
#2 http://www.test.com/input.html?test135PDC72
#3 http://www.test.com/input.html?test125ABR76
#4 http://www.test.com/input.html?test145MNO88
#5 http://www.test.com/input.html?test155ABR98
#6 http://www.test.com/input.html?test145PDC60
#7 http://www.test.com/input.html?test175ABC50
#8 http://www.test.com/input.html?test125MNO55
#9 http://www.test.com/input.html?test145ABC70
#10 http://www.test.com/input.html?test135PDC42

0
1
3
4
5
10
It cannot be determined from the given data.

Answer(s): D

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QUESTION: 10

Which are immediate results of entering the following command: b pool PoolA { lb method predictive member 10.10.1.1:80 member 10.10.1.2:80 }

A new pool is available for association with any iRule or virtual server.
The /config/bigip.conf file is updated to include a definition for the pool named PoolA.
No changes will take place since the command is missing the monitor component for PoolA.
Requests sent to this BIG-IP system with a destination port of 80 are load-balanced between the members of PoolA.

Answer(s): A

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F5 0-522 BIG-IP v9.4 Local Traffic Management Advanced F50-522 Dumps in PDF

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