- A Lexical Analysis
- B Semantic Analysis
- C Syntax Analysis
- D Intermediate Code Generation
Compiler - Quiz
- A Code Generation
- B Intermediate Code Generation
- C Code Optimization
- D Semantic Analysis
- A Translating source code to machine code
- B Identifying syntax errors in the code
- C Generating intermediate code
- D Analyzing program semantics
- A Loop Optimization
- B Instruction Scheduling
- C Data Flow Analysis
- D Constant Folding
- A Loop Unrolling
- B Common Subexpression Elimination
- C Dead Code Elimination
- D Register Allocation
- A Minimizing code size
- B Reducing program execution time
- C Efficiently utilizing CPU registers
- D Eliminating semantic errors
- A Converts source code to machine code
- B Resolves references to external functions and variables
- C Optimizes the generated code for performance
- D Performs syntax analysis on the code
- A Generating optimized machine code
- B Translating source code to intermediate code
- C Resolving external references
- D Performing code optimization
- A Code Generation
- B Data Flow Analysis
- C Register Allocation
- D Semantic Analysis
- A Generating intermediate code
- B Translating machine code to assembly code
- C Performing syntax analysis on the code
- D Resolving external references
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🟢 Correct Answers: 🔴 Wrong Answers:
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Quiz Information
Quiz Information
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Quiz Analytics
Compiler - Quiz
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Time Taken: Questions: Answered: Not Answered:
Correct Answer:
Wrong Answer:
Percentage: %
- A. Lexical Analysis
- B. Semantic Analysis
- C. Syntax Analysis
- D. Intermediate Code Generation
Remarks:
Explanation:
Syntax analysis, also known as parsing, is the phase where the compiler analyzes the structure of the source code and generates an intermediate representation.
- A. Code Generation
- B. Intermediate Code Generation
- C. Code Optimization
- D. Semantic Analysis
Remarks:
Explanation:
Code optimization is the compiler phase dedicated to improving the efficiency and performance of the generated machine code.
- A. Translating source code to machine code
- B. Identifying syntax errors in the code
- C. Generating intermediate code
- D. Analyzing program semantics
Remarks:
Explanation:
Code generation is the phase where the compiler translates the high-level source code into machine code executable by the target computer.
- A. Loop Optimization
- B. Instruction Scheduling
- C. Data Flow Analysis
- D. Constant Folding
Remarks:
Explanation:
Instruction scheduling is a compiler optimization technique that rearranges the order of instructions to reduce program execution time.
- A. Loop Unrolling
- B. Common Subexpression Elimination
- C. Dead Code Elimination
- D. Register Allocation
Remarks:
Explanation:
Common Subexpression Elimination is a compiler optimization technique that reduces redundant computations by identifying and eliminating repeated expressions.
- A. Minimizing code size
- B. Reducing program execution time
- C. Efficiently utilizing CPU registers
- D. Eliminating semantic errors
Remarks:
Explanation:
Register Allocation is a compiler optimization technique that aims to efficiently use CPU registers during program execution, enhancing performance.
- A. Converts source code to machine code
- B. Resolves references to external functions and variables
- C. Optimizes the generated code for performance
- D. Performs syntax analysis on the code
Remarks:
Explanation:
The linker is responsible for resolving references to external functions and variables, ensuring the correct linkage of program components.
- A. Generating optimized machine code
- B. Translating source code to intermediate code
- C. Resolving external references
- D. Performing code optimization
Remarks:
Explanation:
The Front End of a compiler is responsible for translating the high-level source code into an intermediate representation for further processing.
- A. Code Generation
- B. Data Flow Analysis
- C. Register Allocation
- D. Semantic Analysis
Remarks:
Explanation:
Code Generation is the compiler phase that determines the lifetime of variables and allocates memory for them during program execution.
- A. Generating intermediate code
- B. Translating machine code to assembly code
- C. Performing syntax analysis on the code
- D. Resolving external references
Remarks:
Explanation:
The Assembler is responsible for translating machine code into assembly code, making it more human-readable.