adplus-dvertising
frame-decoration

Question

What is the difference between a 'switch' block and a sequence of 'else-if' statements?

a.

'Switch' blocks support complex conditions, while 'else-if' statements use hardcoded constants

b.

'Switch' blocks allow for more flexible conditional statements, while 'else-if' statements don't

c.

'Switch' blocks can have several conditions leading to the same code block, while 'else-if' statements link each condition to just one code block

d.

'Switch' blocks add additional "alternate blocks," while 'else-if' statements don't

Posted under Reverse Engineering

Answer: (c).'Switch' blocks can have several conditions leading to the same code block, while 'else-if' statements link each condition to just one code block Explanation:Unlike ‘switch’ blocks where several conditions can lead to the same code block, with these kinds of ‘else-if’ blocks each condition is linked to just one code block.

Engage with the Community - Add Your Comment

Confused About the Answer? Ask for Details Here.

Know the Explanation? Add it Here.

Q. What is the difference between a 'switch' block and a sequence of 'else-if' statements?

Similar Questions

Discover Related MCQs

Q. What are compound conditionals?

Q. What is the challenge faced by reversers when deciphering compound conditionals?

Q. What is the purpose of using compound conditionals in programs?

Q. What are logical operators?

Q. What are the two most common logical operators used for combining multiple conditions?

Q. How is a compound conditional with the AND operator detected in assembly language?

Q. What is the purpose of the conditional code block in a compound conditional with the AND operator?

Q. What are the two most common logical operators used for constructing compound conditionals in high-level languages?

Q. In the context of compound conditionals, what does the AND operator denote?

Q. In assembly language, how can you detect the use of an AND operator in a conditional statement?

Q. What is the OR operator used for in creating conditional statements?

Q. How is the OR operator implemented in assembly language by some compilers like GCC?

Q. How are OR operators denoted in C and C++?

Q. How is the OR operator implemented in GCC and several other compilers?

Q. What is the advantage of using the GCC approach for implementing the OR operator?

Q. What happens when any of the logical operators are used to specify more than two conditions?

Q. How is the OR operator implemented when reversing code?

Q. What happens when more than two conditions are combined using the OR operator?

Q. What do high-level programming languages allow programmers to do?

Q. How can programmers create complex combinations of conditional statements?