Online Access Free 301 Exam Questions

A monitor has been defined with an alias port of 443. All other options are left at their defaults. The administrator
wishes to assign it to a pool of members where the members' ports vary. Which is the result?

• A.For each member, the monitor will test member node at port 443. For each member, the monitor will test the member ? node at port 443.
• B.For each member, if the member port is not 443, the member will be marked down. For each member,if the member? Port is not 443, the member will be marked down.
• C.For each member. If it is running an SSL service at the member port, the monitor may work. Otherwise, the monitor will fail and the member for each member, if it is running an SSL service at the member port, the monitor may work. Otherwise, the monitor will fail and the member will be marked down.
• D.This assignment is not allowed since the port do not match.

An LTM has the 3 virtual servers, 2 SNATs, 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.
Assume port exhaustion has not been reached. VirtualServerl Destination: 10.10.2.102:80 netmask 255.255.255.255 Pool: Pool with 3 members in the 172.1 61.16 network SNAT Automap configured V VirtualServer2 Destination: 10.10.2.102:* netmask
255.255.255.255 Transparent with 3 pool members
in the 192.168/16 network VirtualServer3 Destination: 10.10.2.0:80 netmask 255.255.255.0 Type: IP Forwarding SNATI Source IP: 10.10.0.0 netmask 255.255.0.0 SNAT Address: SNAT Pool with 2 members
172.16.20.50 and 192.168.10.50 SNAT2 Source IP: All Addresses SNAT Address: 10.10.2.103 Floating 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 10.10.2.102:443. When the request is processed, what will be the source and destination IP addresses?

• A.Source IP: 10.20.10.50; Destination IP: pool member in the 192.168/16 network
• B.Source IP: 10.10.201; Destination IP: pool member in the 192.168/16 network G
• C.Source IP: 10.10.2.103; Destination IP: pool member in the 192.168/16 network
• D.Source IP: 10.10.2.103; Destination IP: 10.10.2.102
• E.Source IP: 10.10.201; Destination IP: 10.102.102
• F.The request will be dropped.

Which persistence method will always recognize a client when the client returns to the same virtual server?

• A.No persistence method work in all situations.
• B.source address
• C.expression [universal]
• D.SSL
• E.MSRDP

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_i Rule }

• A.10.10.10.2
• B.200.10.10.1200.10.10.1
• C.160.10.10.IOC.160.10.10.10
• D.It could be either 10.10.10.10 or 10.10.10.11.E.It could be either 10.10.10.10 or 10.10.10.11.
• E.10.10.10.1

What is the expected difference between two source address persistence profiles if profile A has a mask of 255.255.255.0 and profile B has a mask of 255.255.0.0?

• A.Profile A will have more clients matching existing persistence records.
• B.Profile B has a greater potential number of persistence records.
• C.There are no detectable differences.
• D.Profile B will have fewer persistence records for the sane client base.