Free ENAUTO Practice Questions

Question 1

A configuration deployment submitted to Catalyst Center 2.3.7.x returns a task ID. Twelve seconds later, a status query returns HTTP 200:

{"response":{"isError":false,"progress":"Deployment in progress"}}

This operation supplies a nonzero endTime when it finishes. That field is still absent, and the application's 120-second monitoring deadline has not expired. How should the application handle this result?

Accepted Answer

Keep polling the original task; verify the resulting configuration after it finishes successfully.

Answer

Record success because the status query succeeded and the task has not reported an error.

Answer

Repeat the deployment POST to obtain a new task ID before continuing to monitor the operation.

Answer

Run the final configuration checks now and initiate rollback if the previous configuration remains.

Question 2

A RESTCONF client must disable Ethernet7 and set its MTU to 1500. The target implements this YANG model:

module branch-ports {
  yang-version 1.1;
  namespace "urn:example:branch-ports";
  prefix bp;
  container ports {
    list port {
      key "name";
      leaf name { type string; }
      leaf enabled { type boolean; }
      leaf mtu { type uint16 { range "1280..9216"; } }
    }
  }
}

Select the JSON payload that represents the requested configuration under RFC 7951.

Accepted Answer

{"branch-ports:ports":{"port":[{"name":"Ethernet7","enabled":false,"mtu":1500}]}}

Answer

{"bp:ports":{"port":[{"name":"Ethernet7","enabled":false,"mtu":1500}]}}

Answer

{"branch-ports:ports":{"port":{"name":"Ethernet7","enabled":false,"mtu":1500}}}

Answer

{"branch-ports:ports":{"port":[{"name":"Ethernet7","enabled":"false","mtu":"1500"}]}}

Question 3

A routing-policy change has interrupted business traffic through a remote router. The change was activated with a NETCONF confirmed commit and an explicit 120-second timeout. The commit is still pending and the timeout has not expired. The router advertises :candidate and :confirmed-commit:1.1. No persist token was used, no other writer has changed the configuration, and the session that issued the commit remains responsive.

The engineer must restore the preceding running configuration immediately while keeping that session open. Which operation accomplishes this?

Accepted Answer

Send cancel-commit on the original NETCONF session.

Answer

Send discard-changes on the session that issued the confirmed commit.

Answer

Send commit without the confirmed parameter on the existing session.

Answer

Copy the current running configuration into the candidate datastore.

Question 4

A rollout may advance only when average utilization is no greater than 80% in either direction of a full-duplex 1-Gbit/s uplink. All other acceptance checks have passed.

Over the same 10-second interval, its receive-octet counter rises from 6,000,000,000 to 6,900,000,000 without resetting or wrapping. Transmit utilization is 45%. Use 8 bits per octet and 1 Gbit/s = 1,000,000,000 bits/s.

What utilization result and rollout decision follow?

Accepted Answer

72% receive utilization; advance to the next batch.

Answer

9% receive utilization; advance to the next batch.

Answer

117% combined utilization; pause the rollout for capacity review.

Answer

552% receive utilization; pause the rollout for capacity review.

Question 5

A controller renders this Jinja 3.1 template with the following Python data:

ports = [
    {"label": "wan", "enabled": True},
    {"label": "spare", "enabled": False},
    {"label": "lan", "enabled": True}
]

{% for port in ports %}
{% if port.enabled %}
description {{ port.label | upper }}_{{ loop.index }}
{% endif %}
{% endfor %}

Ignoring blank lines, identify the description lines produced, in order.

Accepted Answer

description WAN_1
description LAN_3

Answer

description WAN_1
description LAN_2

Answer

description WAN_0
description LAN_2

Answer

description WAN_1
description SPARE_2
description LAN_3

Question 6

A controller's AI analytics has learned different DHCP completion-time ranges for two sites under comparable load: 200-350 ms at Site A and 1,800-2,200 ms at Site B. Current measurements are 900 ms and 2,100 ms, respectively. The analytics flags Site A; a separate monitor with a fixed threshold above 2,500 ms flags neither site.

Which interpretation is supported by these observations?

Accepted Answer

Site A departs from its learned range; Site B remains within its own expected range.

Answer

The AI alarm is invalid because both measurements remain below the fixed 2,500-ms threshold.

Answer

The AI alarm establishes a DHCP server failure at Site A and rules out DHCP faults at Site B.

Answer

Site B is more anomalous because it has the higher absolute completion time.

Question 7

A Netmiko script calls send_config_set() and then save_config() whenever no Python exception is raised. On one IOS XE switch, the transcript contains two accepted configuration commands followed by "% Invalid input detected". The script nevertheless saves the configuration and reports success.

How should success detection be corrected for subsequent runs?

Accepted Answer

Fail on CLI rejection; save only after validating the intended running configuration.

Answer

Increase read_timeout and treat a normal return as proof that all commands succeeded.

Answer

Save after detecting the configuration-mode exit prompt at the end of the command batch.

Answer

Catch authentication and read-timeout exceptions before running the existing save step.

Question 8

Three monitoring applications each send four Meraki Dashboard API v1 GET requests per second to the same organization. They sustain that rate for two minutes from one public source IP. Responses now contain HTTP 429, an organization-rate-limit error, and Retry-After: 3.

The collection service must recover automatically. Choose the adjustment that addresses the reported limit.

Accepted Answer

Share nine requests per second across the organization and honor the three-second Retry-After.

Answer

Assign a separate API key to each application so their organization request budgets become independent.

Answer

Move each application to a different public source IP and retain its existing request rate.

Answer

Suspend all polling and require an administrator to approve a fresh API key before collection resumes.

Question 9

An IOS XE device exposes this RFC 8340 tree for an implemented interface model:

+--rw interfaces
   +--rw interface* [name]
      +--rw name           string
      +--rw description?   string
      +--rw enabled?       boolean
      +--ro oper-status?   enumeration

An authorized client must disable GigabitEthernet1 without losing its existing description, then retrieve the interface's observed operational state. It can edit running configuration and use NETCONF get and get-config.

Which write/read combination meets that requirement?

Accepted Answer

Merge enabled=false into the entry keyed by name, then retrieve oper-status using get.

Answer

Merge enabled=false into the entry keyed by name, then retrieve oper-status using get-config.

Answer

Merge oper-status=down into the keyed entry, then read that value with get.

Answer

Replace the entry with only name and enabled=false, then retrieve oper-status using get.

Question 10

RESTCONF has successfully created a configured telemetry subscription on an IOS XE 17.18 device. The subscription includes these native-model values:

{
  "base": {
    "stream": "yang-push",
    "encoding": "encode-kvgpb",
    "period": 500
  },
  "mdt-receivers": [
    {"address": "192.0.2.50", "port": 57555, "protocol": "grpc-tcp"}
  ]
}

The selected data path is supported and the receiver is reachable. What delivery should the collector be prepared to handle?

Accepted Answer

Key-value GPB updates through gRPC on TCP port 57555, about every 5 seconds.

Answer

JSON updates through RESTCONF on TCP port 443, about every 5 seconds.

Answer

Key-value GPB updates through gRPC on TCP port 57555, about every 500 milliseconds.

Answer

XML updates through NETCONF on TCP port 830, about every 5 seconds.

Free ENAUTO Practice Questions

Domain 1: Network Automation Foundation 10% of exam

Question 1

Question 2

Domain 2: Device-Level Network Automation 25% of exam

Question 3

Question 4

Domain 3: Controller-Based Network Automation 30% of exam

Question 5

Question 6

Question 7

Domain 4: Operations 20% of exam

Question 8

Question 9

Domain 5: AI in Automation 15% of exam

Question 10

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