KTU Compiler Design Notes | 2019 Scheme CST 302

KTU Compiler Design Notes | 2019 Scheme CST 302

KTU  COMPILER  DESIGN CD is an S6 CSE 2019 scheme course. A compiler takes code and translates it into an executable that can be run on any computer or device with compatible hardware, operating system, and software.

The purpose of this course is to create awareness among students about the phases of a compiler and the techniques for designing a compiler. This course covers the fundamental concepts of different phases of compilation such as lexical analysis, syntax analysis, semantic analysis, intermediate code generation, code optimization, and code generation. Students can apply this knowledge in the design and development of compilers. Designing and implementing tools for computer programming, such as compilers Designing and implementing tools for computer programming, such as compilers. The Notes for compiler design are easily available on our website (www.keralanotes.com).

Board KTU
Scheme 2019 New Scheme
Year Third Year
Semester S6
Subject CST 302 | Compiler Design
Credit 4
Category KTU S6 Computer Science

KTU S6 Compiler Design | CST 302 | Notes (2019 Scheme)

Are you in need of study materials for the Compiler Design CD CST 302? This course explains the phases in the compilation process(lexical analysis, syntax analysis, semantic analysis, intermediate code generation, code optimization, and code generation) and models a lexical analyzer. Model language syntax using Context-Free Grammar and develop parse tree representation using leftmost and rightmost derivations. Build Syntax Directed Translation for context-free grammar, compare various storage allocation strategies and classify intermediate representations.

Module 1

Module 1 - Syllabus

Introduction to compilers and lexical analysis

Analysis of the source program - Analysis and synthesis phases, Phases of a compiler. Compiler writing tools. Bootstrapping. Lexical Analysis - Role of Lexical Analyser, Input Buffering, Specification of Tokens, Recognition of Tokens.

Module 1 - Notes

Module 1  COMPILER  DESIGN | CST 302 HANDWRITTEN Notes

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Module 1  COMPILER  DESIGN | CST 302 PDF Notes

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Module 2

Module 2 - Syllabus

Introduction to Syntax Analysis

Role of the Syntax Analyser – Syntax error handling. Review of Context-Free Grammars - Derivation and Parse Trees, Eliminating Ambiguity. Basic parsing approaches - Eliminating left recursion, left factoring. Top-Down Parsing - Recursive Descent parsing, Predictive parsing, LL(1) Grammars.


Module 2 - Notes

Module 2 COMPILER  DESIGN | CST 302  HANDWRITTEN Notes

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Module 2 COMPILER  DESIGN | CST 302  PDF Notes

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Module 3

Module 3 - Syllabus

Bottom-Up Parsing

Handle Pruning. Shift Reduce parsing. Operator precedence parsing (Concept only). LR parsing - Constructing SLR, LALR, and canonical LR parsing tables.

Module 3 - Notes

Module 3 COMPILER  DESIGN | CST 302 HANDWRITTEN Notes

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Module 4

Module 4 - Syllabus

Syntax directed translation and Intermediate code generation

Syntax directed translation - Syntax directed definitions, S-attributed definitions, L-attributed definitions, Bottom-up evaluation of S-attributed definitions. Run-Time Environments - Source Language issues, Storage organization, Storage-allocation strategies. Intermediate Code Generation - Intermediate languages, Graphical representations, Three-Address code, Quadruples, Triples. 

Module 4 - Notes

Module 4 COMPILER  DESIGN | CST 302 HANDWRITTEN Notes

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Module 4 COMPILER  DESIGN | CST 302 PDF Notes

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Module 4 COMPILER  DESIGN | CST 302 QUESTION BANK

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Module 5

Module 5 - Syllabus

Code Optimization and Generation

Code Optimization - Principal sources of optimization, Machine dependent and machine independent optimizations, Local and global optimizations. Code generation - Issues in the design of a code generator, Target Language, A simple code generator.

Module 5 - Notes

Module 5 COMPILER  DESIGN | CST 302 PDF Notes

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Module 5 COMPILER  DESIGN | CST 302 QUESTION BANK

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