Splunk SPLK-3003 Exam Questions - Real Practice Questions for Guaranteed Success

Question 1

Which event processing pipeline contains the regex replacement processor that would be called upon to run event masking routines on events as they are ingested?

AMerging pipeline

BIndexing pipeline

CTyping pipeline

DParsing pipeline

Correct : A

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AMerging pipeline

BIndexing pipeline

CTyping pipeline

DParsing pipeline

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Question 2

Which statement is correct?

AIn general, search commands that can be distributed to the search peers should occur as early as possible in a well-tuned search.

BAs a streaming command, streamstats performs better than stats since stats is just a reporting command.

CWhen trying to reduce a search result to unique elements, the dedup command is the only way to achieve this.

DFormatting commands such as fieldformat should occur as early as possible in the search to take full advantage of the often larger number of search peers.

Correct : D

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AIn general, search commands that can be distributed to the search peers should occur as early as possible in a well-tuned search.

BAs a streaming command, streamstats performs better than stats since stats is just a reporting command.

CWhen trying to reduce a search result to unique elements, the dedup command is the only way to achieve this.

DFormatting commands such as fieldformat should occur as early as possible in the search to take full advantage of the often larger number of search peers.

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Question 3

A non-ES customer has a concern about data availability during a disaster recovery event. Which of the following Splunk Validated Architectures (SVAs) would be recommended for that use case?

ATopology Category Code: M4

BTopology Category Code: M14

CTopology Category Code: C13

DTopology Category Code: C3

Correct : B

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ATopology Category Code: M4

BTopology Category Code: M14

CTopology Category Code: C13

DTopology Category Code: C3

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Question 4

The universal forwarder (UF) should be used whenever possible, as it is smaller and more efficient. In which of the following scenarios would a heavy forwarder (HF) be a more appropriate choice?

AWhen a predictable version of Python is required.

BWhen filtering 10%--15% of incoming events.

CWhen monitoring a log file.

DWhen running a script.

Correct : B

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AWhen a predictable version of Python is required.

BWhen filtering 10%--15% of incoming events.

CWhen monitoring a log file.

DWhen running a script.

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Question 5

When monitoring and forwarding events collected from a file containing unstructured textual events, what is the difference in the Splunk2Splunk payload traffic sent between a universal forwarder (UF) and indexer compared to the Splunk2Splunk payload sent between a heavy forwarder (HF) and the indexer layer? (Assume that the file is being monitored locally on the forwarder.)

AThe payload format sent from the UF versus the HF is exactly the same. The payload size is identical because they're both sending 64K chunks.

BThe UF sends a stream of data containing one set of medata fields to represent the entire stream, whereas
the HF sends individual events, each with their own metadata fields attached, resulting in a lager payload.

CThe UF will generally send the payload in the same format, but only when the sourcetype is specified in the inputs.conf and EVENT_BREAKER_ENABLE is set to true.

DThe HF sends a stream of 64K TCP chunks with one set of metadata fields attached to represent the entire stream, whereas the UF sends individual events, each with their own metadata fields attached.

Correct : B

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AThe payload format sent from the UF versus the HF is exactly the same. The payload size is identical because they're both sending 64K chunks.

CThe UF will generally send the payload in the same format, but only when the sourcetype is specified in the inputs.conf and EVENT_BREAKER_ENABLE is set to true.

DThe HF sends a stream of 64K TCP chunks with one set of metadata fields attached to represent the entire stream, whereas the UF sends individual events, each with their own metadata fields attached.

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