adplus-dvertising
frame-decoration

Question

What is one of the primary differences between assembly language and high-level languages?

a.

Assembly language has complex expressions, while high-level languages do not.

b.

High-level languages have complex expressions, while assembly language does not.

c.

Assembly language and high-level languages have the same ability to describe complex expressions.

d.

None of the above

Posted under Reverse Engineering

Answer: (b).High-level languages have complex expressions, while assembly language does not. Explanation:One of the primary differences between assembly language and high-level languages is the ability of high-level languages to describe complex expressions.

Engage with the Community - Add Your Comment

Confused About the Answer? Ask for Details Here.

Know the Explanation? Add it Here.

Q. What is one of the primary differences between assembly language and high-level languages?

Similar Questions

Discover Related MCQs

Q. What is the purpose of the decompiler's intermediate representation?

Q. What are expression trees?

Q. How can high-level language expressions be produced from an expression tree?

Q. What is data-flow analysis?

Q. What is a control flow graph and why is it important for decompilers?

Q. What is the opposite function of compiler back ends performed by decompiler front ends?

Q. What is the first step in the decompilation process performed by decompiler front ends?

Q. How do some decompilers differ from others in terms of the disassembling process?

Q. What is the purpose of the code analysis stage in the decompilation process?

Q. What is a control flow graph (CFG)?

Q. What is the function of a decompiler front end?

Q. What is the problem with comparing two floating-point values on early versions of the IA-32 architecture?

Q. What is the role of the decompiler front end in analyzing architecture-specific sequences?

Q. What is the code generated by a decompiler’s front end represented in?

Q. What is each code block called in the graph structure?

Q. What kind of instruction ends each basic block?

Q. Why are basic blocks defined for each code segment that is referenced elsewhere in the code?

Q. When is a basic block created after a conditional branch instruction?

Q. What is the purpose of structuring the control flow graph during the control flow analysis stage?

Q. What is the purpose of the code analysis stage in a decompiler?