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Compiler Design - CS6660

Compiler Design

INTRODUCTION TO COMPILERS

LEXICAL ANALYSIS

SYNTAX ANALYSIS

SYNTAX DIRECTED TRANSLATION & RUN TIME ENVIRONMENT

CODE OPTIMIZATION AND CODE GENERATION

LEXICAL ANALYSIS


-:- Algorithms for Solving Nonlinear Equations
-:- Introduction to Compiling Compilers
-:- Analysis of the source program
-:- The Phases of a Compiler
-:- Cousins of Compiler
-:- Grouping of the Phases
-:- Compiler Construction Tools
-:- Lexical Analysis
-:- Input Buffering
-:- Specification of Tokens
-:- Recognition of Tokens
-:- A Language For Specifying Lexical Analyzer
-:- Important Short Questions and Answers : Principles of Compiler Design - Lexical Analysis

SYNTAX ANALYSIS and RUN TIME ENVIRONMENTS


-:- Syntax Analysis
-:- The Role of Parser
-:- Context-Free Grammars
-:- Writing a Grammar
-:- Top down parsing and Bottom up Parsing
-:- Constructing SLR(1) Parsing Table
-:- Type Checking
-:- Specification of a Simple Type Checker
-:- Run-Time Environments - Source Language Issues
-:- Storage Organization
-:- Storage Allocation Strategies
-:- Important Short Questions and Answers: Syntax Analysis and Run-Time Environments

INTERMEDIATE CODE GENERATION


-:- Intermediate Languages
-:- Declarations
-:- Assignment Statements
-:- Boolean Expressions
-:- Case Statements
-:- Backpatching
-:- Procedure Calls
-:- Important Short Questions and Answers: Principles of Compiler Design - Intermediate Code Generation

CODE GENERATION


-:- Issues in the design of a code generator
-:- Target Machine
-:- Run-Time Storage Management
-:- Basic Blocks and Flow Graphs of Code Generation
-:- A Simple Code Generator
-:- Register Allocation and Assignment
-:- The Dag Representation For Basic Blocks
-:- Generating Code From DAGs
-:- Important Short Questions and Answers: Compiler Design - Code Generation

CODE OPTIMIZATION


-:- Code Optimization
-:- Principal Sources of Optimisation
-:- Peephole Optimization
-:- Optimization of Basic Blocks
-:- Loops in Flow Graph
-:- Introduction to Global Dataflow Analysis
-:- Code Improvig Transformations
-:- Glossary - Principles of Compiler Design
-:- Tutorial problems and worked out examples - Principles of Compiler Design
-:- Important Short Questions and Answers: Code optimization

Compilers Principles Techniques and Tools by Alfred V Aho Monica S Lam Ravi Sethi Jeffrey D Ullman

Chapter 1 Introduction


-:- Compilers - Principles, Techniques, & Tools
-:- Language Processors
-:- The Structure of a Compiler
-:- The Evolution of Programming Languages
-:- The Science of Building a Compiler
-:- Applications of Compiler Technology
-:- Programming Language Basics

Chapter 2 Simple Syntax Directed Translator


-:- A Simple Syntax-Directed Translator
-:- Syntax Definition
-:- Syntax-Directed Translation
-:- Parsing
-:- A Translator for Simple Expressions
-:- Lexical Analysis
-:- Symbol Table Per Scope and Use of Symbol Tables
-:- Intermediate Code Generation

Chapter 3 Lexical Analysis


-:- Lexical Analysis
-:- The Role of the Lexical Analyzer
-:- Input Buffering: Buffer Pairs, Sentinels
-:- Specification of Tokens
-:- Recognition of Tokens
-:- The Lexical-Analyzer Generator Lex
-:- Finite Automata
-:- From Regular Expressions to Automata
-:- Design of a Lexical-Analyzer Generator
-:- Optimization of DFA-Based Pattern Matchers

Chapter 4 Syntax Analysis


-:- Syntax Analysis
-:- Context-Free Grammars
-:- Writing a Grammar
-:- Top-Down Parsing
-:- Bottom-Up Parsing
-:- Introduction to LR Parsing: Simple LR
-:- More Powerful LR Parsers
-:- Using Ambiguous Grammars
-:- Parser Generators

Chapter 5 Syntax Directed Translation


-:- Syntax-Directed Translation
-:- Syntax-Directed Definitions
-:- Evaluation Orders for SDD's
-:- Applications of Syntax-Directed Translation
-:- Syntax-Directed Translation Schemes
-:- Implementing L-Attributed SDD's

Chapter 6 Intermediate Code Generation


-:- Intermediate-Code Generation
-:- Variants of Syntax Trees
-:- Three-Address Code
-:- Types and Declarations
-:- Translation of Expressions
-:- Type Checking
-:- Control Flow
-:- Backpatching
-:- Switch-Statements
-:- Intermediate Code for Procedures

Chapter 7 Run Time Environments


-:- Run-Time Environments
-:- Storage Organization
-:- Stack Allocation of Space
-:- Access to Nonlocal Data on the Stack
-:- Heap Management
-:- Introduction to Garbage Collection
-:- Introduction to Trace-Based Collection
-:- Short-Pause Garbage Collection
-:- Advanced Topics in Garbage Collection

Chapter 8 Code Generation


-:- Code Generation
-:- Issues in the Design of a Code Generator
-:- The Target Language
-:- Addresses in the Target Code
-:- Basic Blocks and Flow Graphs
-:- Optimization of Basic Blocks
-:- A Simple Code Generator
-:- Peephole Optimization
-:- Register Allocation and Assignment
-:- Instruction Selection by Tree Rewriting
-:- Optimal Code Generation for Expressions
-:- Dynamic Programming Code-Generation

Chapter 9 Machine Independent Optimizations


-:- Machine-Independent Optimizations
-:- The Principal Sources of Optimization
-:- Introduction to Data-Flow Analysis
-:- Foundations of Data-Flow Analysis
-:- Constant Propagation
-:- Partial-Redundancy Elimination
-:- Loops in Flow Graphs
-:- Region-Based Analysis
-:- Symbolic Analysis

Chapter 10 Instruction Level Parallelism


-:- Instruction-Level Parallelism
-:- Processor Architectures
-:- Code-Scheduling Constraints
-:- Basic-Block Scheduling
-:- Global Code Scheduling
-:- Software Pipelining Algorithm
-:- Scheduling Acyclic Data-Dependence and Cyclic Dependence Graphs
-:- Improvements to the Pipelining Algorithms

Chapter 11 Optimizing for Parallelism and Locality


-:- Optimizing for Parallelism and Locality
-:- Basic Concepts of Optimizing for Parallelism and Locality
-:- Matrix Multiply: An In-Depth Example
-:- Iteration Spaces
-:- Affine Array Indexes
-:- Data Reuse
-:- Array Data-Dependence Analysis
-:- Finding Synchronization-Free Parallelism
-:- Synchronization Between Parallel Loops
-:- Pipelining
-:- Locality Optimizations
-:- Other Uses of Affine Transforms

Chapter 12 Interprocedural Analysis


-:- Interprocedural Analysis
-:- Basic Concepts of Interprocedural Analysis
-:- Why Interprocedural Analysis?
-:- A Logical Representation of Data Flow
-:- A Simple Pointer-Analysis Algorithm
-:- Context-Insensitive Interprocedural Analysis
-:- Context-Sensitive Pointer Analysis
-:- Datalog Implementation by BDD's
Mahendra Varman Mahendra Varman Mahendra Varman Mahendra Varman Mahendra Varman

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