The correct Python snippet to receive a Meraki webhook request is the one that uses the @app.route decorator with the correct endpoint and accepts the POST method since webhooks typically send data using HTTP POST requests. In this case, Option D is set up to accept POST requests which align with how webhooks operate. References := ( Automating Cisco Enterprise Solutions Official Cert Guide )

 The module name that corresponds to the YANG model referenced in the RESTCONF GET request is “ietf-interfaces:interfaces”. This can be determined by looking at the first line of the response in the exhibit, which shows "ietf-interfaces:interfaces": {. This line indicates that the data returned is part of a list defined within the ‘ietf-interfaces’ YANG module and specifically within the ‘interfaces’ container. References: (Automating Cisco Enterprise Solutions Official Cert Guide)

The JSON formatted output from a network monitoring tool indicates that there is one unmonitored device in the access category. Additionally, the “healthScore” section shows values for “badCount” and “badPercentage” greater than zero, suggesting at least one device in this category has performance issues. Since this falls under the Access category, it can be inferred that an access switch is functioning in a degraded state. References: Automating Cisco Enterprise Solutions Official Cert Guide

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Zero Touch Provisioning (ZTP) is the solution used for automating the configuration of a device when it is first powered on. ZTP utilizes DHCP to obtain an IP address and TFTP to download the initial configuration file, automating the provisioning process without manual intervention.

References := Automating Cisco Enterprise Solutions Official Cert Guide

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 Software-defined networks (SDNs) offer several advantages over traditional networks; one key advantage is their distributed management architecture. Unlike traditional networks where the control plane (which makes decisions about where traffic should be sent) and the data plane (which actually sends packets according to those decisions) are coupled on each networking device leading to potential single points of failure, SDNs separate these planes. This separation allows for centralized control with a global view of the network state while maintaining local data forwarding at each switch. This architecture enhances resilience as it can dynamically adjust and reroute traffic around failed nodes or congested paths without manual intervention. References := ( Automating Cisco Enterprise Solutions Official Cert Guide )

• The ncclient library is used for NETCONF communication with network devices.
• To retrieve interface information, you need to use the get operation.
• The get operation allows you to retrieve configuration and operational data from the device.
• In the context of the question, the engineer is creating a Python script to retrieve interface information.
• The correct expression to complete the highlighted section is intf_config, which represents the configuration data for the specified interface.

References:

• Automating Cisco Enterprise Solutions Official Cert Guide

Automating Cisco Enterprise Solutions Official Cert Guide

The ENAUTO exam tests knowledge of implementing enterprise automated solutions, including programming concepts, Python programming, APIs, controllers, and automation tools. Without the specific Python code from the exhibit, I can’t provide the expected output. Generally, Python code in the context of ENAUTO might involve interacting with APIs or automating network configurations. The output would depend on the code’s function, such as retrieving data from an API or configuring network devices. References := Automating Cisco Enterprise Solutions Official Cert Guide

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MV Sense MQTT API has the capability to request and subscribe to historical, current, or real-time data. This allows applications to receive updates about what’s happening in an environment monitored by Meraki MV smart cameras. References: Automating Cisco Enterprise Solutions Official Cert Guide

 The statement ‘D’ is used to assign the list of interfaces from the JSON response to the variable ‘interfaces’. This allows the script to iterate over each interface and print the IP addresses of all loopback interfaces.

 Webhooks generated by Cisco DNA Center use REST calls to deliver notifications. Specifically, they utilize JSON payloads delivered via POST requests. These webhooks are essential for real-time event handling and automation.

References:

• Automating Cisco Enterprise Solutions Official Cert Guide

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 The ‘name’ parameter is essential as it defines the unique identifier for the network within the organization. The ‘type’ parameter determines the kind of network to be created, such as wireless or switch. These two parameters are crucial for the initial setup of a network using the Cisco Meraki API. References := (Automating Cisco Enterprise Solutions Official Cert Guide)

The Meraki Location Scanning API is designed to provide location-based services. Mapping and wayfinding solutions are built using this API to help users navigate physical spaces, making options B and E the correct answers. References := ( Automating Cisco Enterprise Solutions Official Cert Guide )

https://www.cisco.com/c/en/us/td/docs/ios-xml/ios/prog/configuration/166/b_166_programmability_cg/zero_touch_provisioning.html

The dampening period setting used for an on-change publication in YANG-push versus Openconfig is ‘0’. This setting indicates that there is no dampening period, and changes are reported immediately. 

Zero Touch Provisioning (ZTP) is a method used to automate the process of configuring network devices without manual intervention. When a device is first powered on, it uses DHCP to obtain an IP address and other network settings, including the location of a TFTP server from which it can download its initial configuration. This allows devices to be deployed at scale with minimal effort, as they can automatically configure themselves as soon as they are connected to the network. References := (Automating Cisco Enterprise Solutions Official Cert Guide)

 MQTT is a lightweight messaging protocol that operates on a publish-subscribe model, allowing clients to subscribe to topics and receive messages sent to those topics by any client. It is designed for connections with remote locations where a small code footprint is required or network bandwidth is limited.

 Python virtual environments should be used in cases where there are conflicting Python package versions across multiple projects (Option B) to ensure each project can have its own set of dependencies. Additionally, they are beneficial when starting a new project that requires a clean development environment (Option E), as it allows for a controlled setup without interference from other projects’ dependencies. References := ( Automating Cisco Enterprise Solutions Official Cert Guide )

To create a Python script that pulls inventory for Cisco SD-WAN Viptela devices using the Viptela library, the correct action is:

• C: from viptela.viptela import Viptela. This import statement is used to import the Viptela class from the viptela.viptela module, which is part of the Python SDK for Cisco Viptela vManage. This SDK allows for interaction with Cisco SD-WAN Viptela devices through various API calls, enabling the automation of tasks such as pulling inventory data1.

References:

• CiscoDevNet/python-viptela: Cisco Viptela vManage Python CLI/SDK on GitHub

REST API calls are characterized as being stateless and implemented over HTTP. Being stateless means that each request from client to server must contain all of the information needed to understand and complete the request; there is no session state stored on the server. Implemented over HTTP indicates that REST APIs use standard web protocols for communication. References: Automating Cisco Enterprise Solutions Official Cert Guide

https://developer.cisco.com/docs/dna-center/2-3-5/sync-devices/

Operation Id: syncDevices

Description: Sync the devices provided as input

curl -L --request PUT \

--url /dna/intent/api/v1/network-device \

--header 'Accept: application/json' \

--header 'Content-Type: ' \

--data '{ "type": "COMPUTE_DEVICE" }'

AND

Operation Id: syncDevicesNetworkDevice

Description: Synchronizes the devices. If forceSync param is false (default) then the sync would run in normal priority thread. If forceSync param is true then the sync would run in high priority thread if available, else the sync will fail. Result can be seen in the child task of each device.

curl -L --request PUT \

--url /dna/intent/api/v1/network-device/sync \

--header 'Accept: application/json' \

--header 'Content-Type: ' \

--data '{}'

To create a new network using the Meraki API, the correct HTTP action is POST. A POST request to the specified URL with the new organization ID and the required body parameters will create a new network and result in a 201 response code, indicating that the resource has been successfully created.

References := Automating Cisco Enterprise Solutions Official Cert Guide

To remove an administrator from a Meraki network using an API call, the correct URI is “DELETE https://api/meraki.com/api/v0/organizations/ /admins/”. This DELETE request removes the specified admin identified by from the organization identified by . References := ( Automating Cisco Enterprise Solutions Official Cert Guide )

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https://medium.com/@9cv9official/what-are-get-post-put-patch-delete-a-walkthrough-with-javascripts-fetch-api-17be31755d28

The MV Sense API provides various endpoints for different types of data. The endpoint that provides LUX level, which is a measure of light intensity, is option A. References := ( Automating Cisco Enterprise Solutions Official Cert Guide )

• B. The ethernetCsmacd type is imported from the iana-if-type module: This is correct because the XML response shows ethernetCsmacd, indicating that the ethernetCsmacd type is defined within the iana-if-type module.
• D. ipv4 is a container defined in the ietf-ip module: This is accurate as the XML response includes , which specifies that ipv4 is a container within the ietf-ip module.

References := ( Automating Cisco Enterprise Solutions Official Cert Guide )

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