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Associate-Developer-Apache-Spark-3.5 Reliable Study Notes | Answers Associate-Developer-Apache-Spark-3.5 FreeFor a guaranteed path to success in the Databricks Certified Associate Developer for Apache Spark 3.5 - Python (Associate-Developer-Apache-Spark-3.5) certification exam, Exams4Collection offers a comprehensive collection of highly probable Databricks Associate-Developer-Apache-Spark-3.5 Exam Questions. Our practice questions are meticulously updated to align with the latest exam content, enabling you to prepare efficiently and effectively for the Associate-Developer-Apache-Spark-3.5 examination. Don't leave your success to chance¡ªtrust our reliable resources to maximize your chances of passing the Databricks Associate-Developer-Apache-Spark-3.5 exam with confidence. Databricks Certified Associate Developer for Apache Spark 3.5 - Python Sample Questions (Q50-Q55):NEW QUESTION # 50
A data engineer is asked to build an ingestion pipeline for a set of Parquet files delivered by an upstream team on a nightly basis. The data is stored in a directory structure with a base path of "/path/events/data". The upstream team drops daily data into the underlying subdirectories following the convention year/month/day.
A few examples of the directory structure are:
Which of the following code snippets will read all the data within the directory structure?
A. df = spark.read.parquet("/path/events/data/*")
B. df = spark.read.option("recursiveFileLookup", "true").parquet("/path/events/data/")
C. df = spark.read.option("inferSchema", "true").parquet("/path/events/data/")
D. df = spark.read.parquet("/path/events/data/")
Answer: B
Explanation:
To read all files recursively within a nested directory structure, Spark requires the recursiveFileLookup option to be explicitly enabled. According to Databricks official documentation, when dealing with deeply nested Parquet files in a directory tree (as shown in this example), you should set:
df = spark.read.option("recursiveFileLookup", "true").parquet("/path/events/data/") This ensures that Spark searches through all subdirectories under /path/events/data/ and reads any Parquet files it finds, regardless of the folder depth.
Option A is incorrect because while it includes an option, inferSchema is irrelevant here and does not enable recursive file reading.
Option C is incorrect because wildcards may not reliably match deep nested structures beyond one directory level.
Option D is incorrect because it will only read files directly within /path/events/data/ and not subdirectories like /2023/01/01.
Databricks documentation reference:
"To read files recursively from nested folders, set the recursiveFileLookup option to true. This is useful when data is organized in hierarchical folder structures" - Databricks documentation on Parquet files ingestion and options.
NEW QUESTION # 51
A developer needs to produce a Python dictionary using data stored in a small Parquet table, which looks like this:
The resulting Python dictionary must contain a mapping of region-> region id containing the smallest 3 region_idvalues.
Which code fragment meets the requirements?
A)
B)
C)
D)
The resulting Python dictionary must contain a mapping ofregion -> region_idfor the smallest
3region_idvalues.
Which code fragment meets the requirements?
A. regions = dict(
regions_df
.select('region_id', 'region')
.limit(3)
.collect()
)
B. regions = dict(
regions_df
.select('region', 'region_id')
.sort(desc('region_id'))
.take(3)
)
C. regions = dict(
regions_df
.select('region', 'region_id')
.sort('region_id')
.take(3)
)
D. regions = dict(
regions_df
.select('region_id', 'region')
.sort('region_id')
.take(3)
)
Answer: C
Explanation:
Comprehensive and Detailed Explanation From Exact Extract:
The question requires creating a dictionary where keys areregionvalues and values are the correspondingregion_idintegers. Furthermore, it asks to retrieve only the smallest 3region_idvalues.
Key observations:
select('region', 'region_id')puts the column order as expected bydict()- where the first column becomes the key and the second the value.
sort('region_id')ensures sorting in ascending order so the smallest IDs are first.
take(3)retrieves exactly 3 rows.
Wrapping the result indict(...)correctly builds the required Python dictionary:{ 'AFRICA': 0, 'AMERICA': 1,
'ASIA': 2 }.
Incorrect options:
Option B flips the order toregion_idfirst, resulting in a dictionary with integer keys - not what's asked.
Option C uses.limit(3)without sorting, which leads to non-deterministic rows based on partition layout.
Option D sorts in descending order, giving the largest rather than smallestregion_ids.
Hence, Option A meets all the requirements precisely.
NEW QUESTION # 52
The following code fragment results in an error:
Which code fragment should be used instead?
A.
B.
C.
D.
Answer: D
NEW QUESTION # 53
A developer is working with a pandas DataFrame containing user behavior data from a web application.
Which approach should be used for executing agroupByoperation in parallel across all workers in Apache Spark 3.5?
A)
Use the applylnPandas API
B)
C)
D)
A. Use theapplyInPandasAPI:
df.groupby("user_id").applyInPandas(mean_func, schema="user_id long, value double").show()
B. Use a regular Spark UDF:
from pyspark.sql.functions import mean
df.groupBy("user_id").agg(mean("value")).show()
C. Use a Pandas UDF:
@pandas_udf("double")
def mean_func(value: pd.Series) -> float:
return value.mean()
df.groupby("user_id").agg(mean_func(df["value"])).show()
D. Use themapInPandasAPI:
df.mapInPandas(mean_func, schema="user_id long, value double").show()
Answer: A
Explanation:
Comprehensive and Detailed Explanation From Exact Extract:
The correct approach to perform a parallelizedgroupByoperation across Spark worker nodes using Pandas API is viaapplyInPandas. This function enables grouped map operations using Pandas logic in a distributed Spark environment. It applies a user-defined function to each group of data represented as a Pandas DataFrame.
As per the Databricks documentation:
"applyInPandas()allows for vectorized operations on grouped data in Spark. It applies a user-defined function to each group of a DataFrame and outputs a new DataFrame. This is the recommended approach for using Pandas logic across grouped data with parallel execution." Option A is correct and achieves this parallel execution.
Option B (mapInPandas) applies to the entire DataFrame, not grouped operations.
Option C uses built-in aggregation functions, which are efficient but not customizable with Pandas logic.
Option D creates a scalar Pandas UDF which does not perform a group-wise transformation.
Therefore, to run agroupBywith parallel Pandas logic on Spark workers, Option A usingapplyInPandasis the only correct answer.
Reference: Apache Spark 3.5 Documentation # Pandas API on Spark # Grouped Map Pandas UDFs (applyInPandas)
NEW QUESTION # 54
What is the behavior for function date_sub(start, days) if a negative value is passed into the days parameter?
A. An error message of an invalid parameter will be returned
B. The same start date will be returned
C. The number of days specified will be added to the start date
D. The number of days specified will be removed from the start date
Answer: C
Explanation:
The function date_sub(start, days) subtracts the number of days from the start date. If a negative number is passed, the behavior becomes a date addition.
Example:
SELECT date_sub('2024-05-01', -5)
-- Returns: 2024-05-06
So, a negative value effectively adds the absolute number of days to the date.
NEW QUESTION # 55
......
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