Learn Compiler Design Guide

Un guide de référence complet pour apprendre la conception du compilateur

A compiler translates the code written in one language to some other language without changing the meaning of the program. It is also expected that a compiler should make the target code efficient and optimized in terms of time and space.

Compiler design principles provide an in-depth view of translation and optimization process. Compiler design covers basic translation mechanism and error detection & recovery. It includes lexical, syntax, and semantic analysis as front end, and code generation and optimization as back-end.

Some of the topics Covered in the app are:

1. Software Pipelining of Loops

2. Introduction to Software Pipelining of Loops

3. Introduction to Compiler

4. Interpreters

5. The Structure of a Compiler

6. Intermediate Code Generation

7. Building a Compiler

8. Semantic Analysis

9. Applications of Compiler

10. Optimizations for Computer Architectures

11. Design of New Computer Architectures

12. Program Translations

13. Software Productivity Tools

14. Programming Language Basics

15. Minimisation of DFAs

16. Explicit Access Control

17. Parameter Passing Mechanisms

18. Introduction to Syntax analysis

19. Context-free grammars

20. Writing context free grammars

21. Derivation

22. Syntax trees and ambiguity

23. Operator precedence

24. Writing ambiguous expression grammars

25. Other sources of ambiguity

26. Syntax analysis and Predictive parsing

27. Nullable and FIRST

28. Predictive parsing revisited

29. FOLLOW

30. LL(1) parsing

31. Methods for rewriting grammars for LL(1) parsing

32. SLR parsing

33. Constructions of SLR parse tables

34. Conflicts in SLR parse-tables

35. Using precedence rules in LR parse tables

36. Using LR-parser generators

37. Properties of context-free languages

38. Introduction to Lexical Analysis

39. Regular expressions

40. Short hands

41. Nondeterministic finite automata

42. Converting a regular expression to an NFA

43. Deterministic finite automata

44. Converting an NFA to a DFA

45. The subset construction

46. Dead states

47. Lexers and lexer generators

48. Splitting the input stream

49. Lexical errors

50. Properties of regular languages

51. Limits to expressive power

52. The Role of the Lexical Analyzer

53. Input Buffering

54. Specification of Tokens

55. Operations on Languages

56. Regular Definitions and Extensions

57. Recognition of Tokens

58. The Lexical-Analyzer Generator Lex

59. Finite Automata

60. Construction of an NFA from a Regular Expression

61. Efficiency of String-Processing Algorithms

62. The Structure of the Generated Analyzer

63. Optimization of DFA-Based Pattern Matchers

64. Introduction to Syntax-Directed Translator

65. Evaluating an SDD at the Nodes of a Parse Tree

66. Evaluation Orders for SDD\’s

67. Ordering the Evaluation of Attributes

68. A larger example of calculating FIRST and FOLLOW

69. Syntax Definition

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