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| Section | Objectives |
|---|---|
| Topic 1: Routing Fundamentals | - Routing Concepts and Configuration
|
| Topic 2: Operational Monitoring and Maintenance | - Monitoring and Troubleshooting
|
| Topic 3: Routing Policy and Firewall Filters | - Policy Control and Packet Filtering
|
| Topic 4: User Interfaces and Configuration Basics | - CLI and Basic Configuration
|
| Topic 5: Networking Fundamentals | - Core Networking Concepts
|
| Topic 6: Junos OS Fundamentals | - Junos Architecture and Operations
|
>> JN0-106 Reliable Test Topics <<
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NEW QUESTION # 10
What does the Junos CLI prompt indicate when it ends with a hash symbol (#)?
Answer: A
Explanation:
In the Junos OS, the Command Line Interface (CLI) uses distinct prompt symbols to provide the administrator with immediate contextual awareness of their current operating environment. When the prompt ends with a hash symbol (#) , it indicates that the user is in configuration mode .
This mode is the " engine room " of the device, where you modify the candidate configuration. Here, you can add, delete, or modify statements across the various hierarchies like [edit system], [edit interfaces] , or [edit protocols]. It is important to remember that changes made while the # prompt is visible are not active until a commit command is successfully executed.
Contrast this with the operational mode , which is indicated by a greater-than symbol ( > ) . Operational mode is used for monitoring, troubleshooting, and viewing the system status (e.g., show commands). Moving between these modes is a fundamental part of the Junos workflow: you enter configuration mode by typing configure and return to operational mode by typing exit or quit. If you see a percent sign (%), you ' ve wandered into the FreeBSD shell mode , which is a lower-level Unix environment typically reserved for advanced system maintenance. Recognizing that # means you have the power to change the system ' s " brain
" is a key safety check for any network architect.
Reference: User Interfaces, CLI Modes and Navigation.
NEW QUESTION # 11
Which statement accurately describes the Junos candidate configuration?
Answer: A
Explanation:
In the Junos OS architecture, the configuration environment is strictly bifurcated to ensure system stability and integrity. The candidate configuration is a specific database that serves as a staging area, storing all proposed changes made by an administrator during a configuration session before they are finalized. Unlike other network operating systems where changes might take effect immediately upon entry, Junos utilizes this "sandbox" approach where modifications reside only in the candidate database until a commit command is explicitly executed.
Once the commit process is initiated, the Junos OS kernel validates the candidate configuration for syntax errors and logical consistency. If the validation check is successful, the candidate configuration is promoted and becomes the active configuration--the operational state currently running on the device hardware. This separation allows multiple administrators to work on complex changes without impacting live transit traffic or device stability prematurely. If a mistake is identified during the editing process, the candidate configuration can be easily discarded or compared against the active state to identify discrepancies. This workflow is a cornerstone of Junos OS, facilitating a "check-before-apply" methodology that is essential for carrier-grade reliability and minimizing the risk of accidental outages during critical maintenance windows.
NEW QUESTION # 12
Which two statements are correct about the employee@R1> prompt? (Choose two.)
Answer: C,D
Explanation:
In Junos OS, the prompt employee@R1> indicates the current context of the user interface. The
'R1' part of the prompt signifies the hostname of the device, which in this case is 'R1'. The absence of a '#' symbol at the end of the prompt suggests that the user is in operational mode, as opposed to configuration mode which is indicated by a prompt ending in '#'. Operational mode allows users to view the status of the device and execute operational commands, but does not allow for configuration changes.
NEW QUESTION # 13
What are two functions of the Routing Engine? (Choose two.)
Answer: A,B
Explanation:
The Routing Engine (RE) is the " brains " of a Juniper device, representing the control plane in the Junos dual-plane architecture. One of its primary functions is that it runs the Junos OS . The RE is essentially a high-performance workstation running a specialized version of FreeBSD that hosts the various software daemons responsible for the device ' s logic, such as the Routing Protocol Process (rpd) and the Device Control Process (dcd).
The second core function is that the RE processes all management traffic . Any packet destined for the router itself-such as an SSH session, an SNMP poll, a NETCONF request, or an NTP update-is handled by the Routing Engine ' s CPU. The RE also maintains the master routing table, manages configuration commits, and provides the CLI environment for the administrator.
It is critical to distinguish these control-plane duties from the duties of the Packet Forwarding Engine (PFE)
. The PFE is responsible for the " heavy lifting, " such as processing transit traffic (data passing through the router) and evaluating firewall filters at wire speed. While the RE defines the policies and routing tables, it hands off a streamlined version of this information to the PFE so the RE isn ' t bogged down by millions of individual packets. This separation ensures that a busy management session or a complex routing calculation on the RE doesn ' t impact the device ' s ability to forward traffic at maximum capacity.
Reference: Junos OS Fundamentals, Control Plane and Forwarding Plane.
NEW QUESTION # 14
Which statement describes the primary purpose of a routing policy in Junos OS?
Answer: D
Explanation:
In Junos OS, a routing policy is a powerful tool used to manage the flow of routing information between the Routing Information Base (RIB) and routing protocols. Unlike forwarding decisions, which are handled by the Packet Forwarding Engine, routing policies function within the control plane on the Routing Engine. Their primary purpose is to define specific criteria for importing routes into the routing table from neighbors or exporting routes from the routing table to neighbors.
Routing policies consist of terms containing from (match) and then (action) statements. They allow administrators to filter prefixes (e.g., denying specific BGP routes), modify route attributes (e.g., changing OSPF metrics or BGP communities), and manipulate path selection behavior. For example, an export policy might be used to ensure that only specific internal subnets are advertised to an ISP via BGP, preventing the accidental leakage of private infrastructure addresses. By default, Junos applies " default policies " for each protocol (such as OSPF accepting all OSPF routes), but custom policies allow for granular control over how the device interacts with the rest of the network. This ensures that the routing table contains only the desired paths for optimal traffic engineering.
Reference: Routing Policy and Firewall Filters, Policy Framework.
NEW QUESTION # 15
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