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NEW QUESTION: 1
When designing an upstream API and its implementation, the development team has been advised to NOT set timeouts when invoking a downstream API, because that downstream API has no SLA that can be relied upon.
This is the only downstream API dependency of that upstream API.
Assume the downstream API runs uninterrupted without crashing. What is the impact of this advice?
A. The invocation of the downstream API will run to completion without timing out
B. A default timeout of 500 ms will automatically be applied by the Mule runtime in which the upstream API implementation executes
C. An SLA for the upstream API CANNOT be provided
D. A toad-dependent timeout of less than 1000 ms will be applied by the Mule runtime in which the downstream API implementation executes
Answer: B

NEW QUESTION: 2
Refer to the exhibit. Which description of the effect of entering the switch port trunk allowed vlan 2,3,4 command on FastEthernet0/2 is true?

A. The two workstations stop communicating because they are on VLAN 5, which is not allowed on the trunk.
B. The two workstations continue to communicate without a default gateway configured.
C. The command is unsupported on a trunk where VLANs have already been pruned manually.
D. The running configuration displays switch port trunk allowed vlan 1-5 for Fa0/2.
Answer: A

NEW QUESTION: 3
View the Exhibit.

Which of the following data center designs is represented by the diagram shown above?
A. looped triangle access design
B. looped square access design
C. loop-free inverted U access design
D. loop-free U access design
E. Layer 3 access design
Answer: D
Explanation:
Explanation/Reference:
Section: Enterprise Network Design Explanation
Explanation:
A loop-free U access design is represented by the diagram shown below:

A loop-free design is a design that contains no Layer 2 loops between the access layer and the aggregation layer. The aggregation layer is the data center equivalent to the distribution layer in campus designs. Because there are no Layer 2 loops in a loop-free design, Spanning Tree Protocol (STP) blocking is not in effect for any of the uplinks between access layer and aggregation layer switches. In the loop-free U access design, the Layer 2 topology resembles the letter U, as indicated by the dotted, black lines in the diagram above. Each access layer switch in this design provides a single Layer 2 uplink to the aggregation layer and shares a Layer 2 link to an adjacent access layer switch. The shared link is typically an 802.1Q trunk link and enables each access layer switch to share virtual LAN (VLAN) information. Additionally, the trunk link provides a redundant path for access layer traffic if an uplink to the aggregation layer fails. The link between the aggregation layer switches in this design is a Layer 3 link. Layer 3 links are not considered part of the Layer 2 topology and should be ignored when evaluating a design for Layer 2 loops.
The topology diagram in this scenario does not represent the Layer 3 access design. In the Layer 3 access design, the uplinks between the access layer and aggregation layer switches are Layer 3 connections.
Because the Layer 2 topology in this design is effectively reduced to the trunk link between the access layer switches, Layer 2 loops are eliminated and all uplinks are in a forwarding state. STP is no longer necessary in this design? however, Cisco recommends configuring STP on ports that connect to access layer devices to prevent user-side loops from entering the network. The Layer 3 uplinks in this design enable the access layer switches to use routing information to implement load balancing across all available uplinks. It is important to consider the performance limitations and capabilities of the access layer and aggregation layer switches when implementing a routing solution in the Layer 3 access design. If performance is an issue, static routes and stub routing can reduce processing load for the access layer and aggregation layer switches while route summarization can reduce processing load for core switches.
The Layer 3 access design is represented by the diagram below:

The topology diagram in this scenario does not represent the loop-free inverted U access design. Like the loop-free U access design, the loop-free inverted U access design contains no Layer 2 loops between the access layer and the aggregation layer. However, unlike the loop-free U access design, the loop-free inverted U access design does not contain Layer 2 trunk links between access layer switches. Instead, the aggregation layer switches are interconnected by Layer 2 trunk links. These Layer 2 trunk links enable access layer VLANs to span the aggregation layer and also to serve as redundant paths for access layer traffic in the event of an access layer uplink failure. However, because the access layer switches are not interconnected by Layer 2 trunk links, single-attached devices at the access layer can be cut off from the network if their access layer switch suffers an uplink failure. The Layer 2 topology of a loop-free inverted U access design resembles an inverted U, as indicated by the dotted, black lines in the diagram below:

The topology diagram in this scenario does not represent the looped triangle access design, nor does it represent the looped square access design. The looped triangle access design and the looped square access design are Layer 2, looped access designs. Both of these designs use Layer 2 trunk links between aggregation layer switches and rely on STP to resolve physical loops in the network. In the looped triangle access design, each access layer switch has two uplinks to the aggregation layer. These uplinks form a Layer 2 looped triangle, as shown by the black, dotted lines in the diagram below:

Because the uplinks in a looped triangle access design form a Layer 2 loop, one of the uplinks must remain in a blocking state until the active uplink fails. The blocking uplink provides a redundant path for access layer traffic in the event of a failure of the active uplink. By contrast, each access layer switch in the looped square access design has a single uplink to the aggregation layer. Additionally, access layer switches also share a Layer 2 link between them that remains in a blocking state until an uplink to the aggregation layer fails. In the event of an uplink failure, the shared link provides a redundant path for access layer traffic to the aggregation layer. The Layer 2 topology of a looped square access design resembles a square, as shown by the black, dotted lines in the diagram below:

Reference:
CCDA 200-310 Official Cert Guide, Chapter 3, Access Layer Best Practices, pp. 94-97 Cisco: Data Center Multi-Tier Model Design: Data Center Access Layer

NEW QUESTION: 4
Which two options are advantages of having a modular design instead of an EOR design in a data center? (Choose two.)
A. cable bulk
B. cooling constraints
C. decreased STP processing
D. low-skilled manager
E. cost minimization
F. redundancy options
Answer: A,B
Explanation:
"There are some disadvantages with EOR designs:
* Cable bulk: More cabling needs to be routed and managed.
* Cooling constraints: The cable bulk at the cabinet floor entry can be difficult to manage and can block cool airflow."
-> So these are advantages of modular design.
(Less cooling constraints and no cable bulk)
NOTE for your learnings:
"There are several advantages with EOR designs:
* Decreased management complexity: There are fewer devices to manage, which makes this task less complex.
* Decreased STP processing: With fewer devices in the Layer 2 infrastructure and significantly fewer uplinks, there is less impact on STP processing.
* Redundancy options: Redundant switch power and CPUs can be supported on modular switches."