Compiler Design is the structure and set of principles that guide the
translation, analysis, and optimization process of a compiler. A Compiler
is computer software that transforms program source code that is written
in a high-level language into low-level machine code. It essentially
translates the code written in one programming language to another
language without changing the logic of the code. The Compiler also makes
the code output efficient and optimized for execution time and memory
space. The compiling process has basic translation mechanisms and error
detection, it can’t compile code if there is an error. The compiler
process runs through syntax, lexical, and semantic analysis in the front
end and generates optimized code in the back end.
This course plan has been designed keeping all kinds of learners in mind.
The detailed course is specially planned for all the colleges and
university students, also the required numerical problems from various
PYQs pertaining to respective topics are to be included to provide clearer
insight to any of the exam aspirants.
The list of topics to be covered in order of top to bottom is as follows:
1. Introduction
a. Symbol table
b. Lexical analyzer
2. Syntax Analyzer
a. Ambiguous & Unambiguous Grammar
b. Left recursive & Right recursive Grammar
c. Non-deterministic & Deterministic Grammar
3. Parsers-Top down
a. Recursive Descent Parsers
b. LL(1) Parsers
4. Parsers-Bottom up
a. Operator Presence Parser
b. LR Parsers
5. SDTS: Syntax-Directed Translation Scheme
a. Top-down & Bottom-up Parsing
b. Syntax Trees
c. S-Attributed & L-Attributed SDTs
6. Intermediate Code Generation
a. Three Address Codes
7. Runtime Environment & Code optimization
a. Loop optimizations
https://www.nesoacademy.org/cs/12-compiler-designCompiler Design is the structure and set of principles that guide the
translation, analysis, and optimization process of a compiler. A Compiler
is computer software that transforms program source code that is written
in a high-level language into low-level machine code. It essentially
translates the code written in one programming language to another
language without changing the logic of the code. The Compiler also makes
the code output efficient and optimized for execution time and memory
space. The compiling process has basic translation mechanisms and error
detection, it can’t compile code if there is an error. The compiler
process runs through syntax, lexical, and semantic analysis in the front
end and generates optimized code in the back end.
This course plan has been designed keeping all kinds of learners in mind.
The detailed course is specially planned for all the colleges and
university students, also the required numerical problems from various
PYQs pertaining to respective topics are to be included to provide clearer
insight to any of the exam aspirants.
The list of topics to be covered in order of top to bottom is as follows:
1. Introduction
a. Symbol table
b. Lexical analyzer
2. Syntax Analyzer
a. Ambiguous & Unambiguous Grammar
b. Left recursive & Right recursive Grammar
c. Non-deterministic & Deterministic Grammar
3. Parsers-Top down
a. Recursive Descent Parsers
b. LL(1) Parsers
4. Parsers-Bottom up
a. Operator Presence Parser
b. LR Parsers
5. SDTS: Syntax-Directed Translation Scheme
a. Top-down & Bottom-up Parsing
b. Syntax Trees
c. S-Attributed & L-Attributed SDTs
6. Intermediate Code Generation
a. Three Address Codes
7. Runtime Environment & Code optimization
a. Loop optimizations
https://www.nesoacademy.org/cs/12-compiler-design
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