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Generation of intermediate code based on an abstract machine model is useful in compilers because
- a)It makes implementation of lexical analysis and syntax analysis easier.
- b)Syntax-directed translations can be written for intermediate code generation.
- c)It enhances the portability of the front end of thecomplier.
- d)It is not possible to generate code for real machines directly from high level language programs.
Correct answer is option 'A'. Can you explain this answer?
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Generation of intermediate code based on an abstract machine model is ...
Generation of intermediate code based on an abstract machine model is useful in compilers because it makes implementation of lexical analysis and syntax analysis easier
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Generation of intermediate code based on an abstract machine model is ...
Benefits of generating intermediate code based on an abstract machine model:
Easier implementation of lexical and syntax analysis:
- By generating intermediate code based on an abstract machine model, the compiler can simplify the process of lexical and syntax analysis.
- The abstract machine model provides a high-level representation of the code, making it easier for the compiler to analyze and generate the intermediate code.
Enhanced portability of the front end:
- Using an abstract machine model for intermediate code generation can enhance the portability of the front end of the compiler.
- The abstract machine model allows for a more abstract representation of the code, which can be easily translated into machine code for different target platforms.
Facilitates syntax-directed translations:
- Intermediate code based on an abstract machine model allows for syntax-directed translations to be written more easily.
- Syntax-directed translations can be implemented based on the high-level representation provided by the abstract machine model, making the translation process more straightforward.
Conclusion:
Generating intermediate code based on an abstract machine model offers various benefits in compiler design, including simplifying lexical and syntax analysis, enhancing portability, and facilitating syntax-directed translations. By using an abstract machine model, compilers can generate more efficient and portable code for different target platforms.
Easier implementation of lexical and syntax analysis:
- By generating intermediate code based on an abstract machine model, the compiler can simplify the process of lexical and syntax analysis.
- The abstract machine model provides a high-level representation of the code, making it easier for the compiler to analyze and generate the intermediate code.
Enhanced portability of the front end:
- Using an abstract machine model for intermediate code generation can enhance the portability of the front end of the compiler.
- The abstract machine model allows for a more abstract representation of the code, which can be easily translated into machine code for different target platforms.
Facilitates syntax-directed translations:
- Intermediate code based on an abstract machine model allows for syntax-directed translations to be written more easily.
- Syntax-directed translations can be implemented based on the high-level representation provided by the abstract machine model, making the translation process more straightforward.
Conclusion:
Generating intermediate code based on an abstract machine model offers various benefits in compiler design, including simplifying lexical and syntax analysis, enhancing portability, and facilitating syntax-directed translations. By using an abstract machine model, compilers can generate more efficient and portable code for different target platforms.
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Generation of intermediate code based on an abstract machine model is useful in compilers becausea)It makes implementation of lexical analysis and syntax analysis easier.b)Syntax-directed translations can be written for intermediate code generation.c)It enhances the portability of the front end of thecomplier.d)It is not possible to generate code for real machines directly from high level language programs.Correct answer is option 'A'. Can you explain this answer?
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Generation of intermediate code based on an abstract machine model is useful in compilers becausea)It makes implementation of lexical analysis and syntax analysis easier.b)Syntax-directed translations can be written for intermediate code generation.c)It enhances the portability of the front end of thecomplier.d)It is not possible to generate code for real machines directly from high level language programs.Correct answer is option 'A'. Can you explain this answer? for Computer Science Engineering (CSE) 2024 is part of Computer Science Engineering (CSE) preparation. The Question and answers have been prepared according to the Computer Science Engineering (CSE) exam syllabus. Information about Generation of intermediate code based on an abstract machine model is useful in compilers becausea)It makes implementation of lexical analysis and syntax analysis easier.b)Syntax-directed translations can be written for intermediate code generation.c)It enhances the portability of the front end of thecomplier.d)It is not possible to generate code for real machines directly from high level language programs.Correct answer is option 'A'. Can you explain this answer? covers all topics & solutions for Computer Science Engineering (CSE) 2024 Exam. Find important definitions, questions, meanings, examples, exercises and tests below for Generation of intermediate code based on an abstract machine model is useful in compilers becausea)It makes implementation of lexical analysis and syntax analysis easier.b)Syntax-directed translations can be written for intermediate code generation.c)It enhances the portability of the front end of thecomplier.d)It is not possible to generate code for real machines directly from high level language programs.Correct answer is option 'A'. Can you explain this answer?.
Generation of intermediate code based on an abstract machine model is useful in compilers becausea)It makes implementation of lexical analysis and syntax analysis easier.b)Syntax-directed translations can be written for intermediate code generation.c)It enhances the portability of the front end of thecomplier.d)It is not possible to generate code for real machines directly from high level language programs.Correct answer is option 'A'. Can you explain this answer? for Computer Science Engineering (CSE) 2024 is part of Computer Science Engineering (CSE) preparation. The Question and answers have been prepared according to the Computer Science Engineering (CSE) exam syllabus. Information about Generation of intermediate code based on an abstract machine model is useful in compilers becausea)It makes implementation of lexical analysis and syntax analysis easier.b)Syntax-directed translations can be written for intermediate code generation.c)It enhances the portability of the front end of thecomplier.d)It is not possible to generate code for real machines directly from high level language programs.Correct answer is option 'A'. Can you explain this answer? covers all topics & solutions for Computer Science Engineering (CSE) 2024 Exam. Find important definitions, questions, meanings, examples, exercises and tests below for Generation of intermediate code based on an abstract machine model is useful in compilers becausea)It makes implementation of lexical analysis and syntax analysis easier.b)Syntax-directed translations can be written for intermediate code generation.c)It enhances the portability of the front end of thecomplier.d)It is not possible to generate code for real machines directly from high level language programs.Correct answer is option 'A'. Can you explain this answer?.
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