Smartly Prepare Exam with Free Online Professional-Web-Developer Practice Test

We offer the latest Professional-Web-Developer practice test designed for free and effective online Professional Web Developer (OutSystems 11) certification preparation. It's a simulation of the real Professional-Web-Developer exam experience, built to help you understand the structure, complexity, and topics you'll face on exam day.

Question 1

In OutSystems, can asynchronous processes interact with the database?

Options :

A : Asynchronous processes cannot interact with the database

B : Yes, asynchronous processes can read and write to the database

C : Database interactions are automatically handled by OutSystems and not relevant for asynchronous processes

D : Asynchronous processes can only read from the database but not write

Answer: B

Question 2

What is the purpose of the "Wait" action in asynchronous logic?

Options :

A : To introduce a delay in the execution of asynchronous logic

B : Wait action automatically pauses the Timer until manually resumed

C : To wait for user input in asynchronous processes

Answer: A

Question 3

Your OutSystems application needs to handle user feedback and ratings. How would you design and implement a user-friendly feedback system with considerations for data storage and analysis?

Options :

A : Ignore user feedback for simplicity.

B : Leverage External Database Entities for storing feedback and use Aggregates for analysis.

C : Use only built-in forms for feedback.

Answer: B

Question 4

How would you protect your application, avoiding the exposure of sensitive data passed in the arguments of the URL?

Options :

A : Establish a VPN connection

B : Use HTTPS

C : Use POSTs instead of GETs

D : Use session variables

Answer: D

Question 5

When using Expand Inline parameters in SQL queries, which of the following is not a best practice?

Options :

A : All options are bad practices.

B : Build WHERE column IN (@values) clauses by wrapping all the values in a EncodeSql call: values =

EncodeSql(name1 + "," + name2 + "," + name).

C : Perform manual string encoding using the Replace function.

D : Use EncodeSql to encode the full contents of an SQL parameter. For example: myparameter = EncodeSql("WHERE surname = " + @myVariable1 + " OR name = " + @myVariable2)

Answer: A