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NEW QUESTION # 14
Which two statements are true about the PFE? (Choose two.)
Answer: A,D
Explanation:
The Packet Forwarding Engine (PFE) in Juniper Networks devices is the heart of the data plane, handling the actual forwarding of packets based on pre-computed forwarding tables. It provides several critical services to manage and control traffic flow, including policing (to enforce bandwidth limits for certain traffic types), stateless firewall filtering (to permit or deny traffic based on predefined criteria), and Class of Service (CoS) (to prioritize traffic to ensure quality of service for critical applications). The PFE utilizes both Layer 2 (MAC addresses) and Layer 3 (IP addresses) forwarding tables to make intelligent forwarding decisions, ensuring that packets are efficiently routed toward their final destination.
NEW QUESTION # 15 
Referring to the exhibit using the show route 192.168.100.100 command output, over which interface will the traffic be forwarded?
Answer: A
Explanation:
In the Junos OS architecture, the Routing Engine (RE) manages path selection by evaluating multiple potential routes to a specific destination found within the Routing Information Base (RIB). When multiple routing sources (such as static configuration, OSPF, IS-IS, and BGP) provide information for the exact same destination prefix-in this case, 192.168.100.100/32 -the device utilizes route preference as the primary tie- breaker to determine which entry becomes the " active " route.
The provided exhibit displays the default preference values for each protocol: Static is 5 , OSPF is 10 , IS-IS is 15 , and BGP is 170 . Junos OS follows a " lower is better " logic for preference; therefore, the Static route is selected as the most trustworthy path. In the command output, the active route is explicitly identified by the asterisk (*) and plus sign (+) symbols located next to the [Static/5] entry. Looking at the specific next-hop information for this active static route, the output indicates the traffic is sent to 192.168.0.2 via xe-0/0/0.0 .
Consequently, the Packet Forwarding Engine (PFE) will install this specific path into the forwarding table, causing all traffic destined for 192.168.100.100 to be egressed over the xe-0/0/0.0 interface.
Reference: Routing Fundamentals, Route Preference, and Routing Table Output Interpretation.
NEW QUESTION # 16
Which command allows you to commit a configuration and automatically roll it back if you do not confirm the commit within a specified time?
Answer: A
Explanation:
The commit confirmed command commits the configuration temporarily; if a subsequent commit is not issued within the specified timeframe (default 10 minutes), the device automatically reverts to the previous configuration, which helps prevent lockouts from bad configurations.
NEW QUESTION # 17
Which two actions would you perform when you are in the operational mode of the CLI? (Choose two.)
Answer: B,C
Explanation:
The Junos Command Line Interface (CLI) is strictly partitioned into operational and configuration modes to maintain a clear boundary between monitoring and administrative changes. Operational mode, identified by the > prompt, is designed for executing commands that monitor device status, troubleshoot network connectivity, and manage the physical system state. One typical administrative task performed here is clearing log files (using the clear log command) to free up storage space or reset diagnostic data during troubleshooting.
Additionally, high-level system requests that do not alter the persistent configuration database, such as rebooting the hardware, are executed in operational mode. The request system reboot command allows the administrator to gracefully restart the device after a software update or as part of a maintenance cycle. In contrast, actions such as configuring routing protocols or committing changes require transitioning to configuration mode (the # prompt). Committing a configuration is the specific act of moving changes from the candidate database to the active database, which is a logic-altering event strictly reserved for configuration mode. Therefore, operational mode remains the dedicated environment for real-time observation and system- level requests that ensure the device operates correctly within its existing parameters. Reference: User Interfaces, CLI Modes, Operational Mode Commands.
NEW QUESTION # 18
Your switch01 device lost network connectivity after a configuration change. You must recover the device to a known working state using the rescue configuration that was previously saved.
The device is only accessible using the console. In this scenario, which command sequence will successfully restore the rescue configuration?
Answer: B
Explanation:
In Junos OS, the rescue configuration is a specifically designated file that stores a known-working configuration, intended to be used for emergency recovery when the device becomes unreachable or unstable due to recent changes. This configuration is not created automatically; an administrator must proactively save a stable state using the operational mode command request system configuration rescue save. This differs from the standard rollback archive, which automatically stores up to 50 previous configurations but can eventually rotate out the specific
"last known good" state needed for recovery.
When a device loses network connectivity, console access becomes the only viable management path. To restore the rescue configuration, the administrator must enter configuration mode using the configure command. Once inside the candidate configuration buffer, the rollback rescue command is issued. This command directs the Junos OS to locate the designated rescue file and load its contents over the current candidate configuration. Upon receiving the "load complete" confirmation, the administrator must execute a commit to promote the candidate configuration to the active, running state. Sequence C correctly follows this logic. Sequence A is technically incorrect for standard rescue restoration as load override typically targets specific file paths or URLs, whereas rollback rescue is the built-in mechanism for this function. Sequences B and D are destructive or counter-productive, either deleting the rescue file or overwriting it with the current, non-functional configuration state.
NEW QUESTION # 19
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