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Snowflake Certified SnowPro Specialty - Snowpark Sample Questions (Q25-Q30):
NEW QUESTION # 25
You are building a Snowpark application that processes a large number of PDF files stored in a Snowflake stage. You need to extract text from each PDF file using a Python UDF and store the extracted text in a Snowflake table. You are considering different approaches for loading the PDF files into the UDE Which of the following approaches would provide the BEST performance and scalability, while minimizing network traffic and memory usage?
- A. Load the PDF files into a pandas DataFrame within the Snowpark application, then pass the DataFrame to the UDF. This way the PDF can be available to all workers in the dataframe.
- B. Pass the file path of each PDF file in the Snowflake stage to the UDF as a string. Within the UDF, use the 'snowflake.snowpark.files.SnowflakeFile' class to open and read the file. This will allow efficient access to the file directly from the stage.
- C. Use the 'GET_OBJECT Snowflake SQL command to retrieve each file's contents and then pass the results as arguments into the UDF for processing. This allows use of pure SQL statements to access the files.
- D. Use the 'snowflake.snowpark.functions.read' function in Python to read the PDF files directly from the stage within the UDF. This loads the file contents into a variable available for processing.
- E. Download all PDF files from the Snowflake stage to a local directory on the machine running the Snowpark application, then load the files from the local directory into the UDF.
Answer: B
Explanation:
Option C is the most efficient approach. 'snowflake.snowpark.files.SnowflakeFile' allows the UDF to directly access the PDF files stored in the Snowflake stage without transferring the entire file to the client. This minimizes network traffic and memory usage. Option A requires loading all PDF files into a pandas DataFrame, which can consume a significant amount of memory. Option B has issues relating to the file size and content restrictions and isn't suitable for many files. Option D involves downloading all files to a local directory, which is not scalable and introduces unnecessary overhead. Option E using 'GET OBJECT is outside the scope of the python api.
NEW QUESTION # 26
You are developing a Snowpark stored procedure to perform sentiment analysis on customer reviews. You need to use the 'nltk' Python package, which is not a built-in package in Snowflake. You have already created a stage named 'my_stage' in Snowflake and uploaded the necessary nltk data files (e.g., 'vader_lexicon.zip') to the stage. Which of the following code snippets correctly configures the session and imports the required nltk components within the stored procedure?
- A.

- B.

- C.

- D.

- E.

Answer: A
Explanation:
Option E correctly adds the zipped nltk data file from the stage as an import, and then updates the NLTK_DATA environment variable to point to the /tmp directory where Snowflake unpacks the zip file. This ensures that nltk can find its data files. Option A and D attempt to use './nltk_data' which is incorrect as the file system is read-only, and Option B incorrectly uses sys.path.append and session.add_packages in wrong way as well as hard coded path. Option C fails as well with session.add_packages('snowflake-snowpark-python','nltk') incorrect syntax .
NEW QUESTION # 27
You have a Snowpark application that utilizes a vectorized Python UDF to perform complex calculations on a large dataset. You notice that the performance is still not optimal. You suspect that the bottleneck might be related to how the data is being partitioned and processed by Snowflake. Which of the following actions, when performed in conjunction with vectorization, would MOST likely improve performance?
- A. Broadcast the DataFrame to all compute nodes before applying the UDF.
- B. Increase the number of UDF worker threads within the UDF definition.
- C. Convert the DataFrame to a Pandas DataFrame before applying the UDF.
- D. Ensure that the data is pre-sorted according to the primary key of the table before applying the UDF.
- E. Repartition the Snowpark DataFrame using to align the data distribution with the computational needs of the UDF.
Answer: E
Explanation:
Repartitioning the DataFrame using allows you to control how the data is distributed across compute nodes. This can improve performance by ensuring that related data is processed together, reducing data shuffling and improving data locality. Pre- sorting data (A) might help in some cases, but it doesn't guarantee optimal data distribution for parallel processing. Broadcasting the DataFrame (C) is suitable for smaller datasets, not large ones where it can lead to memory issues. Converting the DataFrame to a Pandas DataFrame (D) defeats the purpose of using Snowpark for distributed processing and introduces a single-node bottleneck. There's no direct control over the number of UDF worker threads in Snowflake.
NEW QUESTION # 28
Consider a DataFrame 'products df loaded from a SnoMlake table. It contains a 'features' column of type VARIANT, where each row contains a JSON object representing product features. Your task is to create a new DataFrame where each feature becomes a separate column. You need to dynamically extract these features without knowing the specific feature names in advance. Which of the following approaches could achieve this using Snowpark, and what considerations are important? Choose all that apply:
- A. It's not possible to dynamically extract feature names and create columns in Snowpark without knowing the schema in advance.
- B. Use the 'FLATTEN' function within a Snowpark DataFrame transformation. This allows you to transform the key-value pairs within the VARIANT column into separate rows, which can then be pivoted to create new columns.
- C. Use the function on the VARIANT column to get an array of feature names. Then, use a loop to iterate over this array and dynamically create new columns using bracket notation (e.g.,
- D. The function can be used in conjunction with a Snowpark SQL query to dynamically extract the json into separate columns.
- E. Use a User-Defined Function (UDF) to parse the JSON and return a dictionary. Then, use a loop to iterate over the keys in the dictionary and create new columns based on these keys.
Answer: B,C
Explanation:
Options B and C are viable approaches. Option B: You can use the native function on the VARIANT column to extract the keys, then iterate over the returned array to dynamically create new columns. This relies on knowing the structure of the data at runtime, but doesn't require a UDE Option C: FLATTEN' offers a SQL-centric way to achieve this, which might be preferable for performance and maintainability. After flattening, you would typically pivot the data. Option A is possible with IJDFs, but might be less performant than using native functions or FLATTEN. Option D is incorrect; dynamic column creation is possible. While OBJECT_CONSTRUCT() can construct JSON objects, it's not directly helpful for dynamically extracting JSON properties into separate columns in this scenario (Option E).
NEW QUESTION # 29
You have a Snowpark application processing streaming data from an event table. You observe that the application frequently fails with transient errors related to network connectivity or Snowflake service unavailability. You want to implement a robust error handling strategy to ensure the application can recover from these transient failures without losing data'. Which of the following approaches would be MOST appropriate and effective in this scenario, ensuring idempotent processing?
- A. Use Snowflake's built-in retry mechanism for SQL queries by setting the 'CLIENT_SESSION PARAMETER to a non-zero value.
- B. Implement exponential backoff and jitter in your retry logic when catching exceptions during Snowpark operations. Store the last successfully processed event ID in a metadata table and resume processing from that point after a retry. Ensure all operations are idempotent.
- C. Implement a message queue (e.g., Kafka, SQS) to buffer the incoming event data. The Snowpark application consumes data from the queue, allowing for retries and ensuring no data is lost during transient failures.
- D. Implement a try-except block around the Snowpark DataFrame operations, logging the error and retrying the entire application from the beginning upon failure.
- E. Utilize Snowpark's 'cache()' method to cache the intermediate DataFrame results in memory, reducing the impact of transient failures.
Answer: B,C
Explanation:
Implementing a message queue provides a buffer that isolates the Snowpark application from transient data source failures. E is correct because adding an exponential backoff mechanism with jitter is crucial to prevent overwhelming the system with retries and helps to ensure idempotent processing. Option B can address some internal Snowflake errors, but not connectivity issues. The other approaches do not address data loss or idempotent operation.
NEW QUESTION # 30
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