About me - Books - Programming Languages and Compilers
Programming Languages and Compilers
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Romanian Academy Press, 1987 (in Romanian)
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PREFACE
INTRODUCTION
1. System and Information
2. Communication and Languages
3. Programming Languages
4. Program Translation
I. PROGRAMMING LANGUAGES
CHAPTER 1. Hierarchical Structure of programming Languages
CHAPTER 2. The Programming Language Universe
CHAPTER 3. Variables
CHAPTER 4. Attributes and Declarations
CHAPTER 5. Data Structures
5.1.Arrays
5.2.Records
5.3. Strings
CHAPTER 6. Expressions and Commands
6.1. Expressions
6.2.Commands
CHAPTER 7. Program Units
7.1. Procedures
7.2. Parameter transmission
CHAPTER 8. Run-time Storage Organization
8.1. Static allocation
8.2. Stack allocation
8.3. Heap allocation
II. INTRODUCTION TO COMPILING THEORY
CHAPTER 1. Language Specification
1.1. Chomsky grammars and languages
1.2. Properties of some formal language classes
1.3. Automata
CHAPTER 2. Translation Specification
2.1. Syntax-directed translation schema
2.2. Formal translators
2.3. Attribute grammars
III. COMPILER DESIGN
CHAPTER 1. Lexical Analysis
1.1. General
1.2. The lexical analyzer model
1.3. Designing a lexical analyzer
1.4. Implementing a lexical analyzer
CHAPTER 2. Parsing
2.1. Top-down parsing
2.1.1. Recursive descend parser
2.1.2. Tables directed top-down parsers
2.1.3. LL(1) grammars
2.1.4. An efficient top-down parser
2.2. Bottom-up parsing
2.2.1. "Shift-reduce" parsing
2.2.2. Simple precedence grammars
2.2.3. Implementing a "shift-reduce" machine
2.2.4. Weak-precedence grammars
2.2.5. LR parsing
CHAPTER 3. Semantic Analysis
3.1. Syntax-directed translation
3.2. A translation specification for the top-down analysis
3.3. Implementing a predictive translation machine
3.4. A recursive descent translation algorithm
3.5. A translation specification for the bottom-up analysis
CHAPTER 4. Intermediate Code Generation
4.1. Polish notation
4.2. Syntactic trees
4.2. Three-address code
4.3.1. Quadruples
4.3.2. Triples
4.4. The intermediate code generation for Boolean expressions
4.5. The intermediate code generation for control instructions
CHAPTER 5. Symbol Table
5.1.GeneraI
5.2. Symbol table organization
5.2.1.Unsorted tables
5.2.2.Sorted tables
5.2.3.Hashtables
5.2.4.Tree structured tables
5.3. Symbol tables for block structured languages
5.4. Representing attributes in a symbol table
5.5. Translation of declarations
5.6.Translation of structure component references
5.7. Storage allocation for variables
CHAPTER 6. Error Recovery
CHAPTER 7. Code Optimization
CHAPTER 8. Object Code Generation
8.1. General
8.2. Generating code for computers with accumulator
8.3. Generating code for computers with general registers
8.4. Generating code for block-structured languages and expressions with indexed variables
8.5. Using directed acyclic graphs for object code generation
CHAPTER 9. Interpreters
CHAPTER 10. Assembling Languages and Assemblers
10.1. Assembling language characteristics
10.2. Assembler structure
10.3. Macroassembling
Appendix: The Pseudocode Language
A LALR Parser generator
BIBLIOGRAPHY
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