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NEW QUESTION: 1
Welches der folgenden BEST beschreibt ein häufiges Risiko bei der Implementierung eines neuen Anwendungssoftwarepakets?
A. Die Empfindlichkeit von Transaktionen ist hoch
B. Parametereinstellungen sind falsch
C. Der Anwendung fehlen Prüfpfade.
D. Das Transaktionsvolumen ist zu hoch
Answer: C
NEW QUESTION: 2
Which of the following terraform subcommands could be used to remove the lock on the state for the current configuration?
A. Removing the lock on a state file is not possible
B. Unlock
C. force-unlock
D. state-unlock
Explanation
https://www.terraform.io/docs/commands/force-unlock.html
Answer: A
NEW QUESTION: 3
Frame relay and X.25 networks are part of which of the following?
A. Dedicated digital services
B. Packet-switched services
C. Circuit-switched services
D. Cell-switched services
Answer: B
Explanation:
Explanation/Reference:
Explanation:
Some examples of packet-switching technologies are the Internet, X.25, and frame relay.
Incorrect Answers:
A: X.25, and frame relay are packet switching services, not circuit-switching services.
B: X.25, and frame relay are packet switching services, not cell-switching services.
D: X.25, and frame relay are packet switching services, not dedicated digital services.
References:
Harris, Shon, All In One CISSP Exam Guide, 6th Edition, McGraw-Hill, New York, 2013, p. 674
NEW QUESTION: 4
What is a reason for 6PE to use two MPLS labels in the data plane instead of one?
A. 6PE allows penultimate hop popping and has a requirement that all P routers do not have to be IPv6 aware.
B. It allows 6PE to work in an MPLS network where 6VPE is also deployed.
C. It allows MPLS traffic engineering to work in a 6PE network.
D. 6PE does not allow penultimate hop popping.
Answer: A
Explanation:
Q. Why does 6PE use two MPLS labels in the data plane?
A. 6PE uses two labels:
The top label is the transport label, which is assigned hop-by-hop by the Label Distribution Protocol (LDP) or by MPLS
traffic engineering (TE).
The bottom label is the label assigned by the Border Gateway Protocol (BGP) and advertised by the internal BGP
(iBGP) between the Provider Edge (PE) routers.
When the 6PE was released, a main requirement was that none of the MPLS core routers (the P routers) had to be
IPv6-aware. That requirement drove the need for two labels in the data plane. There are two reasons why the 6PE
needs both labels.
PHP Functionality
If only the transport label were used, and if penultimate hop popping (PHP) were used, the penultimate hop router
(the P router) would need to understand IPv6.
With PHP, this penultimate hop router would need to remove the MPLS label and forward the packet as an IPv6
packet. This P router would need to know that the packet is IPv6 because the P router would need to use the correct
Layer 2 encapsulation type for IPv6. (The encapsulation type is different for IPv6 and IPv4; for example, for Ethernet,
the encapsulation type is 0x86DD for IPv6, while it is 0x0800 for IPv4.) If the penultimate hop router is not IPv6-
capable, it would likely put the Layer 2 encapsulation type for IPv4 for the IPv6 packet. The egress PE router would
then believe that the packet was IPv4.
There is time-to-live (TTL) processing in both the IPv4 and IPv6 headers. In IPv6, the field is called Hop Limit. The IPv4
and IPv6 fields are at different locations in the headers. Also, the Header Checksum in the IPv4 header would also
need to be changed; there is no Header Checksum field in IPv6. If the penultimate hop router is not IPv6-capable, it
would cause the IPv6 packet to be malformed since the router expects to find the TTL field and Header Checksum field
in the header.
Because of these differences, the penultimate hop router would need to know it is an IPv6 packet. How would this
router know that the packet is an IPv6 packet, since it did not assign a label to the IPv6 Forwarding Equivalence Class
(FEC), and there is no encapsulation field in the MPLS header? It could scan for the first nibble after the label stack and
determine that the packet is IPv6 if the value is 6. However, that implies that the penultimate hop router needs to be
IPv6-capable.
This scenario could work if the explicit null label is used (hence no PHP). However, the decision was to require PHP.
Load Balancing
Typical load balancing on a P router follows this process. The P router goes to the end of the label stack and
determines if it is an IPv4 packet by looking at the first nibble after the label stack.
If the nibble has a value of 4, the MPLS payload is an IPv4 packet, and the P router load balances by hashing the
source and destination IPv4 addresses.
If the P router is IPv6-capable and the value of the nibble is 6, the P router load balances by hashing the source and
destination IPv6 addresses.
If the P router is not IPv6-capable and the value of the nibble is not 4 (it could be 6 if the packet is an IPv6 packet), the
P router determines it is not an IPv4 packet and makes the load balancing decision based on the bottom label.
In the 6PE scenario, imagine there are two egress PE routers advertising one IPv6 prefix in BGP towards the ingress PE
router. This IPv6 prefix would be advertised with two different labels in BGP. Hence, in the data plane, the bottom
label would be either of the two labels. This would allow a P router to load balance on the bottom label on a per-flow
basis.
If 6PE used only the transport label to transport the 6PE packets through the MPLS core, the P routers would not be
able to load balance these packets on a per-flow basis unless the P routers were IPv6-capable. If the P routers were
IPv6-capable, they could use the source and destination IPv6 addresses in order to make a load balancing decision.
Reference: http://www.cisco.com/c/en/us/support/docs/multiprotocol-label-switching-mpls/mpls/116061-qa-6pe-
00.html