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101 Practice Test


Page 25 out of 86 Pages

Which statement describes advanced shell access correctly?


A.

Users with advanced shell access can always change, add, or delete LTM objects in
allpartition. Users with? Advanced shell access can always, change, add, or delete LTMobjects in
all partitions.


B.

Users with advance shell access are limited to changing, adding, or deleting LTM object inany
single partition. Users with? Advance shell accesses are limited to changing, adding,or deleting
LTM object on any single partition.


C.

Users with advance shell access have the same right as those with msh access, but theright
extend to all partition rather than to Users with advance shell access have the sameright as those
with msh access, but right extend to all partition rather than to a singlepartition.


D.

All Users can be given advanced shell access. All users can be given advance shellaccess.





A.
  

Users with advanced shell access can always change, add, or delete LTM objects in
allpartition. Users with? Advanced shell access can always, change, add, or delete LTMobjects in
all partitions.



Adivinar?


A.

The context determines the values of commands that vary between client and server.


B.

The context has no impact on events.


C.

The context determines which events are available for iRule processing.


D.

The context determines which pools are available for load balancing.





A.
  

The context determines the values of commands that vary between client and server.



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.

160.10.10.10.


B.

It could be either 10.10.10.10 or 10.10.10.11.


C.

10.10.10.2.


D.

200.10.10.1.


E.

10.10.10.1.





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.

There are no detectable differences.


C.

Profile B has a greater potential number of persistence records.


D.

Profile B will have fewer persistence records for the sane client base.





D.
  

Profile B will have fewer persistence records for the sane client base.



A BIG-IP has two SNATs, a pool of DNS servers and a virtual server configured to loabalance
UDP traffic to the DNS servers. One SNAT's address is 64.100.130.10; this SNAT is defined for all
addresses. The second SNAT's address is 64.100.130.20; this SNAT is defined for three specific
addresses, 172.16.3.54, 172.16.3.55, and 172.16.3.56. The virtual server's destination is
64.100.130.30:53. The SNATs and virtual server have default VLAN associations. If a client with
IP address 172.16.3.55 initiates a request to the virtual server,
What is the source IP address of the packet as it reaches the chosen DNS server?


A.

64.100.130.30


B.

172.16.3.55


C.

64.100.130.20


D.

64.100.130.10





C.
  

64.100.130.20




Page 25 out of 86 Pages
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