Refer to the exhibit. An engineer uses Python in Cisco NX-OS guest shell to retrieve the configuration of the EIGRP ASN on interface eth1/1. The engineer has written this script:

import json >>> from cli import* Which command set must be used to retrieve the value of the 'asn' key?

Question

Refer to the exhibit. An engineer uses Python in Cisco NX-OS guest shell to retrieve the configuration of the EIGRP ASN on interface eth1/1. The engineer has written this script:

import json >>> from cli import* Which command set must be used to retrieve the value of the 'asn' key?

Accepted Answer

D. >>> output = json.loads(clid('show ip eigrp neighbors')) >>> output['asn'] The `clid()` function executes a CLI command, returning its output as a string. To extract structured data like the 'asn' key, this string (assumed to be in JSON format, potentially via `| json`) must be converted into a Python dictionary or list using `json.loads()`. Once parsed into a Python object, dictionary-style key access `output['asn']` can then retrieve the specific value.

Answer

A. >>> output = json.loads(clid('show ip eigrp neighbors')) >>> This option correctly parses the JSON output into a Python object but does not complete the task of retrieving the 'asn' key's value.

Answer

B. >>> output = json.dumps(clid('show ip eigrp neighbors')) >>> `json.dumps()` converts a Python object into a JSON formatted string, which is the opposite of what is needed to parse CLI output for data extraction.

Answer

C. >>> output = json.dumps(clid('show ip eigrp neighbors')) >>> output['asn'] This option incorrectly uses `json.dumps()` instead of `json.loads()` and would attempt to access a key from a JSON string, which would result in an error.

Refer to the exhibit. An engineer uses Python in Cisco NX-OS guest shell to retrieve the configuration of the EIGRP ASN on interface eth1/1. The engineer has written this script: >>> import json >>>…

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