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NEW QUESTION # 24
When working in configuration mode, which command allows you to move up one level in the configuration hierarchy?
Answer: D
Explanation:
The up command moves you up one level in the configuration hierarchy. The top command moves you directly to the top of the hierarchy, while exit leaves configuration mode from the top level or moves up one level depending on context.
NEW QUESTION # 25 
Referring to the exhibit, which command would be used to view the IP subnet addresses associated with prefix-list DIRECT-IP?
Answer: C
Explanation:
The exhibit illustrates the use of the apply-path feature within a prefix list configuration. In Junos OS, apply- path is a dynamic configuration utility that allows a prefix list to be automatically populated with values derived from other parts of the configuration-in this case, all IPv4 addresses assigned to interfaces with the xe-* prefix. This is particularly useful for building automated firewall filters or routing policies that stay updated as interfaces are added or modified.
When viewing the standard configuration using show configuration, the CLI only displays the literal apply- path statement. To verify the actual list of IP addresses that the system has inherited and populated into the DIRECT-IP list, the administrator must use the | display inheritance pipe filter. This command instructs the Junos OS parser to expand all inherited values and dynamic paths, showing the effective configuration as it is seen by the Packet Forwarding Engine. Based on the exhibit, this would reveal the subnets associated with xe-
0/1/0, xe-0/1/1, and xe-0/1/2, while ignoring ge-0/0/0 because it does not match the xe-* wildcard. This verification is a critical troubleshooting step before applying such a prefix list to a transit firewall filter like Export-Direct.
Reference: Routing Policy and Firewall Filters, Prefix Lists, and the apply-path statement.
NEW QUESTION # 26
Referring to the exhibit, which two statements are correct? (Choose two.) policy-options { policy-statement Load-Balance-Policy { term Load- Balance { then { load-balance per-flow; accept;
}
}
}
}
routing-options {
router-id 192.168.100.11; autonomous-system 65201; forwarding-table
{ export Load-Balance-Policy;
Answer: A,C
Explanation:
The load-balance per-flow statement in the Junos OS policy-options configuration enables flow- based load balancing in the forwarding table. This means that the traffic is distributed across multiple paths based on flows, where a flow is typically identified by attributes such as source and destination IP addresses, and possibly layer 4 information like TCP/UDP ports. This allows for more granular and efficient utilization of available paths, avoiding overloading a single path. The policy does not enable per-packet load balancing, which would send individual packets of the same flow over different paths, potentially causing out-of-order delivery issues. The policy's placement in the forwarding-table export suggests it's intended to influence forwarding behavior, not just routing protocol decisions, and does not necessarily have to be applied under the protocols hierarchy.
NEW QUESTION # 27
Which Junos tool should you use to identify the path that packets take through the network to a destination?
Answer: C
Explanation:
When you need to visualize the hop-by-hop journey of a packet across a multi-vendor or Junos-based network, traceroute is the definitive operational tool. Unlike ping , which merely confirms end-to-end reachability by eliciting an Echo Reply, traceroute provides a clinical breakdown of every Layer 3 device (router or switch) in the path.
The mechanics of this tool are quite clever: it sends out a sequence of packets (usually UDP or ICMP) with an increasing Time-to-Live (TTL) value, starting at 1. When the first router receives the packet, it decrements the TTL to 0, discards the packet, and sends an ICMP " Time Exceeded " message back to the source. This informs your Junos device of the first hop ' s identity. This process repeats, incrementing the TTL each time, until the packet reaches the final destination. This path discovery is vital for identifying where traffic might be diverted by a misconfigured routing policy or where latency is being introduced in the network fabric. While monitor interface traffic gives you real-time throughput on a local port and SNMP provides historical telemetry to a management station, neither can map the external topological path like traceroute. In the Junos CLI, you can even specify the source address or bypass the routing table to test specific egress paths.
Reference: Operational Monitoring and Maintenance, Troubleshooting Network Connectivity.
NEW QUESTION # 28
Which three benefits occur when operating an interior gateway protocol (IGP) in an autonomous system (AS)? (Choose three.)
Answer: B,C,E
Explanation:
Operating an Interior Gateway Protocol (IGP) within an Autonomous System (AS) provides several benefits, including determining the optimal paths for data transmission (B), reacting quickly to network changes (D), and learning all about the subnets and best paths within the network (E). IGPs are designed to manage routing within a single AS efficiently, adapting to changes and ensuring data is routed through the best available paths.
NEW QUESTION # 29
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