Fiszki
EGZ PI WIEKSZE PYTANIA
Test w formie fiszek
Ilość pytań: 8
Rozwiązywany: 181 razy
Match the forwarding characteristic to its type. (Not all options are used.)
appropriate for high performance computing applications
error checking before forwarding
forwarding process can begin after receiving the destination address
forwarding process only begins after receiving the entire frame
may forward invalid frames
only forwards valid frames
cut-through 1
store-and-forward 1
cut-through 2
store-and-forward 2
cut-through 3
store-and-forward 3
appropriate for high performance computing applications
cut-through 1
error checking before forwarding
store-and-forward 1
forwarding process can begin after receiving the destination address
cut-through 2
forwarding process only begins after receiving the entire frame
store-and-forward 2
may forward invalid frames
cut-through 3
only forwards valid frames
store-and-forward 3
Match the link state to the interface and protocol status. (Not all options are used.)
disabled
Layer 1 problem
Layer 2 problem
operational
dministratively down
down/down
up/disabled
up/down
up/up
disabled
dministratively down
Layer 1 problem
down/down
up/disabled
Layer 2 problem
up/down
operational
up/up
Match the description to the correct VLAN type. (Not all options are used.)
default VLAN
management VLAN
data VLANS
native VLAN
all switch ports are assigned to this VLAN after initial bootup of the switch
an IP address and subnet mask are assigned to this VLAN, allowing the switch to be accessed by HTTP, Telnet, SSH, or SNMP
configured to carry user generated traffic
carries untagged traffic
only accessible by the network administrator
default VLAN
all switch ports are assigned to this VLAN after initial bootup of the switch
management VLAN
an IP address and subnet mask are assigned to this VLAN, allowing the switch to be accessed by HTTP, Telnet, SSH, or SNMP
data VLANS
configured to carry user generated traffic
native VLAN
carries untagged traffic
only accessible by the network administrator
Match the step to each switch boot sequence description. (Not all options are used.)
step 1
step 2
step 3
step 4
step 5
step 6
execute POST
load the boot loader from ROM
perform low-level CPU initialization
flash file system initialization
load the lOS
transfer switch control to the IOS
enter global configuration mode
step 1
execute POST
step 2
load the boot loader from ROM
step 3
perform low-level CPU initialization
step 4
flash file system initialization
step 5
load the lOS
step 6
transfer switch control to the IOS
enter global configuration mode
Match the purpose with its DHCP message type. (Not all options are used.)
a message that is used to identify the explicit server and lease offer to accept
a message that is used to locate any available DHCP server on a network
a message that is used to suggest a lease to a client
a message that is used to acknowledge that the lease is successful
DHCPREQUEST
DHCPDISCOVER
DHCPNAK
DHCPOFFER
DHCPACK
a message that is used to identify the explicit server and lease offer to accept
DHCPREQUEST
a message that is used to locate any available DHCP server on a network
DHCPDISCOVER
DHCPNAK
a message that is used to suggest a lease to a client
DHCPOFFER
a message that is used to acknowledge that the lease is successful
DHCPACK
Match each DHCP message type with its description. (Not all options are used.)
DHCPACK
DHCPREQUEST
DHCPNACK
DHCPDISCOVER
DHCPOFFER
the DHCP server confirming that the address lease has been accepted
the client accepting the IP address provided by the DHCP server
a client initiating a message to find a DHCP server
a DHCP server responding to the initial request by a client
DHCPACK
the DHCP server confirming that the address lease has been accepted
DHCPREQUEST
the client accepting the IP address provided by the DHCP server
DHCPNACK
DHCPDISCOVER
a client initiating a message to find a DHCP server
DHCPOFFER
a DHCP server responding to the initial request by a client
Match the DHCP message types to the order of the DHCPv4 process. (Not all options are used.)
Step 1
Step 2
Step 3
Step 4
x
xx
DHCPDISCOVER
DHCPOFFER
DHCPREQUEST
DHCPACK
DHCPREPLY
DHCPINFORMATION-REQUEST
Step 1
DHCPDISCOVER
Step 2
DHCPOFFER
Step 3
DHCPREQUEST
Step 4
DHCPACK
x
DHCPREPLY
xx
DHCPINFORMATION-REQUEST
Match the step number to the sequence of stages that occur during the HSRP failover process. (Not all options are used.)
Step 1
Step 2
Step 3
The forwarding router fails.
The standby router stops seeing hello messages from the forwarding router.
The standby router assumes the role of the forwarding router using both the IP and MAC addresses of the virtual router.
The host initiates an ARP request for the MAC address of the new forwarding router.
Step 1
The forwarding router fails.
Step 2
The standby router stops seeing hello messages from the forwarding router.
Step 3
The standby router assumes the role of the forwarding router using both the IP and MAC addresses of the virtual router.
The host initiates an ARP request for the MAC address of the new forwarding router.