Compiler Design Tutorial | Learn Compiler Architecture & Phases
Explore our Compiler Design Tutorial, covering basic and advanced concepts of compilers for beginners and professionals. Learn how a compiler translates high-level code into machine language, its phases, architecture, lexical analysis, syntax analysis, semantic analysis, optimization, and code generation. Gain in-depth knowledge of compiler construction and working principles.
Compiler Design Tutorial
Our Compiler Design Tutorial covers both basic and advanced concepts of compilers. It is designed for beginners and professionals alike.
What is a Compiler?
A compiler is a translator that converts high-level programming language code into machine language, allowing computers to execute the instructions.
Who Can Learn From This Tutorial?
This tutorial is suitable for students, software developers, and IT professionals who want to understand compiler design concepts.
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- Compiler Home
- Compiler Introduction
- Compiler Phases
- Compiler Passes
- Bootstrapping
- Finite State Machine
- Regular Expression
- Optimization of DFA
- Lex
- Formal Grammar
- BNF Notation
- Yacc
- Context-Free Grammar
- Capabilities of CFG
- Derivation
- Parse Tree
- Ambiguity
- Parser
- Shift-Reduce Parsing
- Operator Precedence Parsing
- LR Parser
- Canonical Collection of LR(0) Items
- SLR(1) Parsing
- CLR(1) Parsing
- LALR(1) Parsing
- Automatic Parser Generator
- Syntax-Directed Translation
- Syntax-Directed Translation Scheme
- Implementation of Syntax-Directed Translation
- Symbol Table
- Data Structure for Symbol Table
- Representing Scope Information
- Storage Organization
- Activation Record
- Storage Allocation
- Lexical Error
- Syntax Error
- Semantic Error
- Code Generation
- Design Issues
- Target Machine
- Run-Time Storage Management
- Basic Block
- Flow Graph
- Optimization of Basic Blocks
- Code Generator
- Machine Independent Optimization
- Loop Optimization
- DAG Representation for Basic Blocks
- Global Data Flow Analysis
- The Phases of a Compiler: Lexical Analysis
- Eliminating Ambiguity of a Context-Free Grammar
- Compiler Design MCQ