REST API Automation Testing from Scratch - REST Assured Java - Practice Exercise - Excel Driven Testing – Part 1

The video tutorial explains how to work with a row-based API, focusing on iterating through rows and searching specific columns. It covers implementing logic for row iteration, using iterators for navigation, and extracting data from rows. The tutorial concludes with storing extracted data in arrays for use in test cases.

What is the primary focus of the API discussed in the video?

• Cell-based operations

• Column-based operations

• Row-based operations

• Sheet-based operations

What is the main task when iterating through rows in the context of the video?

• Skipping all rows

• Counting the number of columns

• Checking a specific column for a value

• Checking every cell in every row

Which method is crucial for navigating through rows and cells?

• getCell()

• hasNext()

• getRow()

• getColumn()

What should be done once a match is found in a specific column?

• Delete the row

• Skip to the next row

• Extract all data from the row

• Stop the iteration

What is the ultimate goal after finding a match in a row?

• To print the row number

• To extract and use all cell values from the row

• To skip the row

• To delete the row

What is recommended to do with the extracted data for test cases?

• Ignore it

• Print it directly

• Store it in an array

• Store it in a database

Why is practice emphasized in the final section?

• To understand the logic and build confidence

• To memorize the code

• To write more code

• To learn new programming languages

What is the suggested method to connect data to a test case?

• Directly print the data

• Store data in an array and pass it

• Use a database connection

• Manually enter data into the test case

What is the main challenge when first learning the concepts in the video?

• Writing the code

• Connecting the logical dots

• Understanding the syntax

• Finding the right tools

What is the key takeaway regarding the code structure discussed?

• It is only suitable for small datasets

• It is complex and hard to understand

• It is simple and repetitive

• It requires advanced Java knowledge