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NEW QUESTION # 18
Which two actions does the configure exclusive command perform? (Choose two.)
Answer: A,C
Explanation:
The configure exclusive command allows only a single user to edit the configuration at a time, preventing others from entering configuration mode.
It retains uncommitted changes in the candidate configuration until the user commits or quits without committing.
NEW QUESTION # 19
Which statement about collision domains and broadcast domains is correct?
Answer: B
Explanation:
Understanding the distinction between collision and broadcast domains is fundamental to Layer 2 and Layer 3 networking. In a modern Ethernet switching environment, a switch effectively eliminates collisions by creating a separate collision domain for each of its physical ports. This is achieved through micro- segmentation and the support of full-duplex communication, which allows for simultaneous transmission and reception of data on a per-port basis.
However, while a switch segments collision domains, it does not inherently segment broadcast domains. By default, all ports on a switch reside within the same broadcast domain, meaning that a broadcast frame (such as an ARP request) received on one port will be flooded to all other ports within that specific VLAN or bridge domain. Segmenting broadcast domains requires either the configuration of Virtual LANs (VLANs) or the use of a Layer 3 device like a router, which does not forward broadcast traffic by default between its interfaces. It is a common misconception that broadcast domains are absent in IPv6; while IPv6 utilizes multicast (via NDP) instead of traditional Layer 2 broadcasts, the concept of the " link-local " scope where these packets are distributed remains functionally equivalent to a broadcast domain. For the JNCIA-Junos standard, the core takeaway is that switches provide per-port collision isolation while maintaining a unified broadcast environment unless explicitly partitioned. Reference: Networking Fundamentals, Collision and Broadcast Domains.
NEW QUESTION # 20
According to HPE Juniper Networking, when should you use the replace pattern command instead of the rename command?
Answer: C
Explanation:
In Junos OS configuration management, the rename and replace pattern commands serve distinct roles for modifying the candidate configuration. The rename command is used when an administrator needs to change the identifier of a specific, single configuration object-such as changing an interface name or a policy-term name-while keeping the underlying properties of that object intact. In contrast, the replace pattern command is a powerful utility designed for bulk modifications across the configuration hierarchy. It utilizes string matching or regular expressions to find every occurrence of a specific text string and substitute it with another.
This is particularly useful in scenarios involving mass updates, such as migrating an entire subnet across multiple interface descriptions, firewall filters, and routing policy terms simultaneously. While rename acts locally on a specific path, replace pattern can be applied globally from the root of the configuration or constrained to a specific sub-hierarchy. As a Senior Architect, it is critical to understand that replace pattern does not just change names; it can modify any part of the statement text, making it an essential tool for efficient large-scale configuration refactoring without the need for manual, line-by-line edits. Reference:
Configuration Basics, Modifying Configuration, Command Line Editing.
NEW QUESTION # 21
What is the primary purpose of an IPv6 link-local address?
Answer: C
Explanation:
IPv6 link-local addresses, which are identified by the fe80::/10 prefix, are a mandatory component of the IPv6 architecture. The primary purpose of a link-local address is to enable immediate communication between devices located on the same local network segment (the same " link " ) without the requirement for a global unicast address or an external routing infrastructure. These addresses are non-routable, meaning they are never forwarded by a router to another network segment.
Every IPv6-enabled interface on a Junos device automatically generates a link-local address, typically derived from the interface ' s MAC address using the EUI-64 format or a stable privacy algorithm. These addresses are essential for several core functions: they are used by the Neighbor Discovery Protocol (NDP) to resolve MAC addresses, they serve as the source address for routing protocol adjacency formation (such as OSPFv3 or RIPng), and they are frequently used as the next-hop address in IPv6 routing tables. While they do not provide Layer 2 connectivity themselves (which is the role of the MAC address), they provide the necessary Layer 3 link-level presence required for nodes to discover one another and communicate across the physical medium before any global addressing is configured.
Reference: Networking Fundamentals, IPv6 Addressing and Link-Local Scope.
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NEW QUESTION # 22 
Referring to the exhibit, you are configuring a Junos router to provide connectivity to a building across town on the network 10.10.10.0/24. The next-hop router is at 10.10.1.1, which is reachable using interface ge-0/0/1.
After committing the configuration in the exhibit, users report they still cannot reach the 10.10.10.0/24 network, and the route does not appear as active in the routing table. In this scenario, which statement is correct?
Answer: C
Explanation:
In Junos OS, the Routing Engine (RE) performs a validation check on every entry in the Routing Information Base (RIB). For a static route to be considered valid and transition to an active state in the inet.0 table, its designated next hop must be resolvable . A next-hop address is resolvable only if the router has an existing route (typically a directly connected route) to that specific IP address.
According to the exhibit, the static route for 10.10.10.0/24 has been configured with a next hop of 10.1.1.1 .
However, the scenario states that the actual gateway router is located at 10.10.1.1 . If the local interface (ge-0
/0/1) is configured with an IP in the 10.10.1.0/x subnet, the router will have a direct route to 10.10.1.1, but it will likely have no path to the 10.1.1.1 address provided in the exhibit.
Because the router cannot resolve the next hop 10.1.1.1 , the static route is placed in an " inactive " or " hidden " state. It will not be installed in the forwarding table pushed to the Packet Forwarding Engine (PFE), and standard show route commands will not display it unless specific flags like hidden or all are used. This logic ensures that the router does not attempt to forward packets into a " black hole " where the gateway is logically unreachable. To fix this, the administrator must modify the configuration to point to the correct, reachable next-hop address of 10.10.1.1.
Reference: Routing Fundamentals, Static Route Resolution, and Troubleshooting Routing Tables.
NEW QUESTION # 23
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