The most essential prerequisites for this book are courses in C or C++
programming, Data Structures, Assembly Language or Computer Architecture, and
possibly Programming Languages. Topics covered includes: Introduction, Lexical Analysis, Syntax Analysis, Top Down Parsing, Bottom Up
Parsing, Code Generation, Optimization, The Phases of a Compiler, Implementation
Techniques, Formal Languages, Lexical Tokens, Implementation with Finite State
Machines, Lexical Tables, Lexical Analysis with SableCC, Ambiguities in
Programming Languages, The Parsing Problem, Summary, Relations and Closure,
Simple Grammars, Parsing Arithmetic Expressions Top Down, Attributed Grammars,
An Attributed Translation Grammar for Expressions, Decaf Expressions,
Translating Control Structures, Shift Reduce Parsing, LR Parsing With Tables,
SableCC, Arrays, Introduction to Code Generation, Converting Atoms to
Instructions, Register Allocation, Introduction and View of Optimization, Global
Optimization, Local Optimization
This note covers the
following topics: formal notion of a language, and the basic problem of
recognising strings from a language, Lexical Analysis, Syntax Analysis, Parsers,
Javacc, Symbol Tables, Semantic Analyses, Tiny, The machine simulator.
This note
explains the following topics: Compilation, The Context of a Compiler ,
Languages, Applications to Compilation, Lexical Analysis, Lex, Syntax Analysis,
Top-Down Parsers, Bottom-up Parsers, Javacc, Symbol Tables, Semantic Analyses
and Tiny.
The
objective of this note is to learn basic principles and advanced techniques of
compiler design. Major topics covered includes: lexical analysis, syntactic
analysis, semantic analysis, abstract syntax tree and code-generation as well as
basic optimizations.
This
note explains the principles involved in compiler design. It will cover all the
basic components of a compiler but not the advanced material on optimizations
and machine code generation.
The
goal of the note is to understand how a modern compiler is structured and the
major algorithms used to translate code from high-level to machine language.
Topics covered are: Overview of compilers, Scanners and lexical analysis,
Parsing, Static semantics, type checking, and symbol tables, Runtime
organization and code shape, Code generation - instruction selection and
scheduling, Register allocation, Program analysis, optimization, and program
transformations.
This book covers
the following topics related to Compiler Design: Lexical Analysis, Syntax
Analysis, Interpretation, Type Checking, Intermediate-Code Generation,
Machine-Code Generation, Register Allocation, Function calls, Analysis and
optimisation, Memory management and Bootstrapping a compiler.
This book has been written to support a practically
oriented course in programming language translation for senior undergraduates in
Computer Science. It covers the following topics: Translator classification and
structure, Compiler construction and bootstrapping, Machine emulation, Language
specification, Simple assemblers, Advanced assembler features, Grammars and
their classification, Parser and scanner construction, Syntax-directed
translation, Using Coco/R - Case studies, A simple compiler - the front end and
back end, Simple block structure, Parameters and functions.
This book covers the following topics: Lexical Analysis, Bottom-Up
Parsing and Yacc, Abstract Syntax Trees in C, Semantic Analysis in C, Generating
Abstract Assembly in C and Code Generation.