Notes of compiler design
Unit 1 Toppers Handwritten Notes : Compiler Design
Toppers Handwritten Notes for Compiler Design unit 1.
Unit 1: Compiler Design
Compiler structure Pass Structure of compiler, Translators, Interpreter, Assembler, Phases of Compilers, Symbol Table, Error Handling, Lexical Analyzer Role of Lexical Analyzer, Specification of tokens, Recognition of tokens and input Buffering, The Syntactic Specification of Programming Languages, Cross Compiler, bootstrap Compiler.
Unit 2 Toppers Handwritten Notes : Compiler Design
Toppers Handwritten Notes for Compiler Design unit 2.
Unit 2: Compiler Design
Ambiguous Grammar, LL(0) and LL(1) grammar, Parsing, Basic Parsing Techniques Top Down parsers, Recursive Descent Parsers, First() and Follow(), Recursive and Non- Recursive Predictive
Unit 3 Toppers Handwritten Notes : Compiler Design
Toppers Handwritten Notes for Compiler Design unit 3.
Unit 3: Compiler Design
LR Grammar, Operator Grammar, Bottom Up Parsing Operator precedence parsing, LR(0) parsers, Construction of SLR, Canonical LR and LALR parsing tables.
Unit 4 Toppers Handwritten Notes : Compiler Design
Toppers Handwritten Notes for Compiler Design unit 4.
Unit 4: Compiler Design
Syntax Directed Definition, Translation Scheme, Synthesized and inherited attributes, dependency graph, Construction of syntax trees, S-attributed and L-attributed definitions, Three address codes, quadruples, triples and indirect triples, Translation of <Query show="Assignment Statements" title="Assignment Statements in compiler" subject="Compiler Design" />.
Unit 5 Quiz : Compiler Design
Quiz for Compiler Design unit 5 covering Storage Organization, Activation Trees, Allocation Strategies, Parameter Passing, Basic Blocks and Flow Graphs, and Optimization techniques.
Unit 5 Toppers Handwritten Notes : Compiler Design
Toppers Handwritten Notes for Compiler Design unit 5.
Unit 5: Compiler Design
Storage organization, activation trees, activation records, allocation strategies, Parameter passing symbol table, dynamic storage allocation, Basic blocks and flow graphs, Optimization of basic blocks, Loop optimization, Global data flow analysis, Loop invariant computations.