The Loop Orders loop is configured to loop through the Orders collection.
How many times will the "˜Process Order' page be executed?
Question 6 of 109
Examine the following process flow:
The Loop Orders loop is configured to loop through the Orders collection.
How many times will the "˜Process Order' page be executed?
The Loop Orders loop is configured to loop through the Orders collection.
How many times will the "˜Process Order' page be executed?
Correct Answer: B
The Process Order page will be executed 15 times. This is because the Loop Orders action is set to iterate through the Orders collection, which contains 15 rows. Each iteration through the collection corresponds to one execution of the Process Order page.
Question 7 of 109
Study the following page in a process:
Calculation stages will write A, B or C to the Output value data item.
What will be the outcome after the page has run?
Calculation stages will write A, B or C to the Output value data item.
What will be the outcome after the page has run?
Correct Answer: D
In the decision properties, the expression EndsWith([Input], ?) lacks quotation marks around the question mark, which represents a syntax error. Therefore, the process will throw an internal exception due to the incorrect expression format.
Question 8 of 109
Study the following process flow:
This is the Main Page of a simple process which calls the Page Calculation before completing.
The data items are configured as follows:
✑ X is a Number data item with an initial value of 20
✑ Y is a Number data item with an initial value of 5
✑ Result is a Number data item with no initial value
The Calculation page stage is configured as follows:
The Calculation Page is as follows:
The Data Items are configured as follow:
✑ X is a Number data item with an initial value of 10
✑ Y is a Number data item with an initial value of 5
✑ Result is a Number data item with no initial value
The Start Stage is configured pass through the X and Y values an input parameters
The divide calculation stage expression is [X] / [Y]
The end stage is configured to pass back the results value as an output parameter.
What will be contained in the Result Data Item on the Main Page following the execution of the Process?
This is the Main Page of a simple process which calls the Page Calculation before completing.
The data items are configured as follows:
✑ X is a Number data item with an initial value of 20
✑ Y is a Number data item with an initial value of 5
✑ Result is a Number data item with no initial value
The Calculation page stage is configured as follows:
The Calculation Page is as follows:
The Data Items are configured as follow:
✑ X is a Number data item with an initial value of 10
✑ Y is a Number data item with an initial value of 5
✑ Result is a Number data item with no initial value
The Start Stage is configured pass through the X and Y values an input parameters
The divide calculation stage expression is [X] / [Y]
The end stage is configured to pass back the results value as an output parameter.
What will be contained in the Result Data Item on the Main Page following the execution of the Process?
Correct Answer: D
The Result data item on the Main Page will contain 4 following the execution of the Process. This is because the Main Page passes the values of X (20) and Y (5) to the Calculation Page. On the Calculation Page, these values are used in the divide calculation (X / Y), resulting in 20 / 5 = 4. This result is then passed back to the Main Page and stored in the Result data item.
Question 9 of 109
Study the following configuration:
Which of the following statements is correct?
Which of the following statements is correct?
Correct Answer: C
When the configuration is run in Control Room, it will become stuck in an infinite loop until the 'Switch' Session Variable is changed to True in the Control Room. The process flow has a decision stage that checks the value of the 'Switch' variable and loops until it evaluates to True. Since 'Switch' is configured as a Session Variable, it can be modified in the Control Room to break the loop.
Question 10 of 109
Consider the following flow in an object:
Which of the following statements are true?
Which of the following statements are true?
Correct Answer: D
There should be an intelligent wait stage after the start stage and after any stage that causes the application we are interfacing with to change. This ensures the stability and reliability of the flow by waiting for the necessary elements or conditions to be met before proceeding, thereby avoiding potential issues from incorrect timing.