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Fundamentals on Building Customizable Compilers
  • Cover
  • Table of Contents
  • Preamble
    • [0.1] Who is this book for?
  • [0.2] Compiler vs Transpiler
  • Chapter 1
    • [0.0] Introduction
    • [1.0] Language Processors
      • Quiz [1.0]
  • [2.0] The Structure of a Compiler
    • [2.1] Lexical Analysis
    • [2.2] Syntax Analysis
    • [2.3] Intermediate Code Generation
    • [2.4] Code Optimization
    • [2.5] Code Emission
    • [2.6] Symbol Management
    • [2.7] Phases into Passes
    • [2.8] Compiler Generator Tools
    • Quiz [2.0]
  • [3.0] The Science Behind the Magic of Compilers
    • [3.1] Fundamental Molding of a Modern Compiler
    • [3.2] The Science of Optimizer Voodoo
    • Quiz [3.0]
  • [4.0] Programming Languages 101
    • [4.1] Static? Dynamic? Distinctive?
    • [4.2] Save the Environment and your State
    • [4.3] Static Scope
    • [4.4] Block Structure
    • [4.5] Explicit Access Control
    • [4.6] Dynamic Scope
    • [4.7] Can you Pass me the Parameter?
    • [4.8] Keyword Aliasing and Halloween Costumes
    • [4.9] Did you return your library books?
    • Quiz [4.0]
  • Summary for Chapter 1
  • Quiz Answer Key
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  1. Chapter 1
  2. [1.0] Language Processors

Quiz [1.0]

Previous[1.0] Language ProcessorsNext[2.0] The Structure of a Compiler

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Quiz for Subchapter 1

Question 1:What are the advantages of using languages like C# and Java compared to a language like C/C++ that compiles to machine code?

Question 2:What are the differences between a compiler, transpiler, and interpreter? List a few benefits that may apply for each.

Questions 3: What would be some advantages to using a compiled language over an interpreted one?

Question 4:What are the steps that a hybrid-compiler will perform to ensure a language runs on all platforms?

Answer Key