📚 Compiler Construction (2025–2026 Edition) is a complete syllabus book designed for BSCS students, software developers, researchers, and competitive programmers who want to master the principles and implementation of compilers. This edition provides MCQs, quizzes, and practical exercises to ensure a strong academic and practical foundation in compiler design.

The book covers every phase of compilation from lexical analysis, parsing, semantic analysis, and intermediate code generation to code optimization and target code generation. Students will also explore modern compiler tools (LEX, YACC, ANTLR), Just-in-Time compilation, and real-world compiler frameworks like LLVM, GCC, and NET CLR.

With a blend of theory and practice, learners will develop the ability to design efficient compilers, implement error detection strategies, and optimize performance for real-world programming languages.

📂 Chapters & Topics

🔹 Chapter 1: Introduction to Compilers

– Definition and role of a compiler
– Phases of compilation
– Compiler vs. Interpreter
– Structure of a compiler
– Challenges in compiler construction

🔹 Chapter 2: Lexical Analysis

– Role of lexical analyzer
– Tokens, lexemes, patterns
– Regular expressions and finite automata (DFA, NFA)
– Lexical errors and recovery techniques
– Lex tools (LEX, FLEX)

🔹 Chapter 3: Syntax Analysis (Parsing)

– Parsing techniques
– Context-free grammars
– Top-down and bottom-up parsing
– LL and LR parsing
– Syntax errors and recovery

🔹 Chapter 4: Semantic Analysis

– Syntax-directed translation
– Attribute grammars
– Symbol tables and scope management
– Type checking and conversions
– Semantic error handling

🔹 Chapter 5: Intermediate Code Generation

– Intermediate representations (IR)
– Syntax trees, DAGs, TAC, Quadruples, Triples
– Translating expressions & control flow
– Boolean expressions & short-circuit code

🔹 Chapter 6: Code Optimization

– Constant folding, dead code elimination
– Loop optimization, common subexpression elimination
– Peephole optimization
– Machine-independent & machine-dependent optimizations

🔹 Chapter 7: Target Code Generation

– Instruction selection & register allocation
– Code for expressions & control structures
– Handling function calls & parameters

🔹 Chapter 8: Error Detection and Recovery

– Types of errors in compilation
– Error handling strategies
– Recovery in different phases

🔹 Chapter 9: Advanced Topics

– JIT compilation
– Compiler tools (YACC, ANTLR)
– Modern compilers: LLVM, GCC, .NET CLR
– Security and optimization challenges

🔹 Chapter 10: Comparison of Compilers and Interpreters

– Execution model differences
– Compilation vs. interpretation
– Hybrid models (JVM, Python, JS engines)

🌟 Why Choose this Book?

✅ Covers complete compiler construction syllabus for academics and practice
✅ Includes MCQs, quizzes, and examples
✅ Prepares students for university exams, projects, and competitive programming
✅ Bridges theory with modern compiler frameworks

✍ Inspired by authors:
Alfred V. Aho, Monica S. Lam, Ravi Sethi, Jeffrey D. Ullman

📥 Download Now!
Master the art of compiler design with Compiler Construction (2025–2026 Edition).