Develop an Interpreter using Rust Programming

Focused View

Harish Krishnan

16:11:07

16 View

1 - Introduction

1 - GitHub Source Code.txt

1 - Introduction.mp4

05:39

2 - Interpreter 101.mp4

03:57

3 - Monkey Programming Language 101.mp4

06:25

4 - Tools Installation.mp4

03:37

2 - Lexer Phase

5 - Introduction to Lexer.mp4

04:06

6 - Project Generation using Cargo.mp4

03:58

7 - Defining Tokens.mp4

05:29

8 - Test for getting Next Token.mp4

23:45

9 - Read Char method.mp4

10:12

10 - Implementation of Next Token.mp4

08:39

11 - Review Next Token.mp4

04:07

12 - Extending Next Token Test Case.mp4

08:00

13 - Keywords and Identifiers Implementation.mp4

15:40

14 - Integer Implementation.mp4

05:27

15 - Extending Test case and Token set.mp4

06:19

16 - Extending next token method.mp4

02:19

17 - Extending Keywords.mp4

07:06

18 - Double Character Tokens.mp4

09:12

19 - REPL.mp4

11:30

3 - Parser Phase

20 - Introduction to Parsing.mp4

06:03

21 - Note on Parser Generators.mp4

02:44

22 - Parsing Strategies.mp4

01:47

23 - Parsing Let Statements Overview.mp4

03:06

24 - AST for Let Statement.mp4

24:45

25 - Parsing Program Overview.mp4

12:26

26 - Test for Let Statement.mp4

19:27

27 - Implementation of parsing Let Statement.mp4

23:17

28 - Let Statement Code Flow Walkthrough.mp4

07:19

29 - Store errors in Parser.mp4

10:40

30 - AST for Return Statement.mp4

04:35

31 - Test for Return Statement Parsing.mp4

05:44

32 - Parser implementation for Return Statement.mp4

04:10

33 - Challenges with Parsing an Expression.mp4

04:58

34 - AST for Expression Statement.mp4

08:51

35 - Test Case for Print String.mp4

07:08

36 - Prefix and Infix Functions Setup.mp4

08:19

37 - Test for Parsing Identifier Expression.mp4

10:10

38 - Parsing Identifier Expression Implementation.mp4

15:42

39 - AST and Test Case for Integer Literal Expression.mp4

11:12

40 - Parsing Integer Literal Implementation.mp4

04:32

41 - AST for Prefix Expression.mp4

05:20

42 - Test Case for Prefix Expression.mp4

11:06

43 - Implementation of Parsing Prefix Expression.mp4

12:18

44 - AST and Test Case for Infix Expression.mp4

09:59

45 - Implementation of Parsing Infix Expression.mp4

23:56

46 - Pratt Parser Walkthrough.mp4

09:19

47 - Simplifying Test with Test Helpers.mp4

18:57

48 - AST and Test Case for Boolean Expression.mp4

10:04

49 - Implementing Parsing of Boolean Expression.mp4

14:52

50 - Implementing Parsing of Grouped Expression.mp4

07:14

51 - AST for If Expression.mp4

10:51

52 - Test Case for If Expression.mp4

11:28

53 - Implementation of Parsing If Expression.mp4

12:34

54 - AST for Function Literal.mp4

07:08

55 - Test Case for Function Literal.mp4

09:03

56 - Implementation of Parsing of Function Literal.mp4

14:38

57 - AST for Call Expression.mp4

05:24

58 - Test Case for Call Expression.mp4

05:54

59 - Implementation of Parsing Call Expression.mp4

10:33

60 - Removing TODOs.mp4

12:52

61 - Modifying REPL.mp4

07:05

4 - Evaluation

62 - Introduction to Evaluation.mp4

04:14

63 - Evaluation Strategies.mp4

03:25

64 - Tree Walking Interpreter and Representing Object System.mp4

03:23

65 - Integer Object Representation.mp4

05:12

66 - Bool and Null Object Representation.mp4

02:23

67 - Test for evaluating Integer Literal.mp4

07:29

68 - Implementing evaluation of Integer Literal.mp4

06:06

69 - Updating REPL to play with Integer Literal.mp4

02:20

70 - Evaluating Boolean.mp4

07:14

71 - Evaluating Bang Operator Expression.mp4

09:03

72 - Evaluating Minus Prefix Expression.mp4

03:05

73 - Evaluating Integer Infix Expression.mp4

09:15

74 - Evaluating Boolean Infix Expression.mp4

06:28

75 - Test case for evaluating If Else.mp4

04:57

76 - Evaluating If Else Implementation.mp4

06:08

77 - Evaluating Return Statement.mp4

11:35

78 - Handle Errors.mp4

14:53

79 - Issue with Evaluation of Let Binding.mp4

05:55

80 - Creating an Environment.mp4

12:55

81 - Evaluating Identifier.mp4

04:01

82 - Testing Let Binding.mp4

00:50

83 - Object representation for Function.mp4

10:03

84 - Test case to evaluate function literal.mp4

04:19

85 - Evaluating Function Literal Implementation.mp4

01:57

86 - Test case for evaluating call expression.mp4

04:30

87 - Issue with evaluating call expression.mp4

06:50

88 - Implementation of evaluating call expression.mp4

12:56

89 - Call Expression Logic Walkthrough.mp4

06:46

90 - Testing in REPL.mp4

01:14

91 - Test case for closures.mp4

04:02

5 - Built in Types Functions

92 - Introduction.mp4

01:39

93 - String Lexer.mp4

05:56

94 - String Parser.mp4

08:52

95 - String Evaluator.mp4

05:24

96 - String Concatenation.mp4

07:57

97 - String Concatenation Walkthrough.mp4

01:26

98 - Builtins Introduction.mp4

03:42

99 - Builtin len Method.mp4

21:48

100 - Array Lexer.mp4

05:22

101 - Array Parsing.mp4

14:59

102 - Array Index Expression Parsing.mp4

14:04

103 - Array Literal Evaluator.mp4

08:40

104 - Array Index Expression Evaluator.mp4

13:17

105 - Builtins for Arrays.mp4

12:15

106 - Hash Lexer.mp4

05:21

107 - Hash Parser Tests.mp4

19:57

108 - Hash Parser Implementation.mp4

08:54

109 - Hash Key Object Implementation.mp4

16:46

110 - Hash Object Representation.mp4

05:46

111 - Hash Evaluation Tests.mp4

11:28

112 - Hash Evaluation Implementation.mp4

05:47

113 - Implementation of Hash Index Expression Evaluation.mp4

09:20

114 - Final Builtin Puts.mp4

02:57

6 - End of Course

115 - Final dance.mp4

03:05

115 - GitHub Source Code.txt

116 - Bonus Lecture.html

Description

Develop an interpreter from scratch without third-party libraries using Rust Programming

What You'll Learn?

Developing an Interpreter using Rust Programming
Understand Lexing, Parsing , Evaluation steps of the Parser
Create a REPL for playing with the interpreter
Develop interpreter for a custom programming language

Who is this for?

Intermediate Developers

Rust Developers

What You Need to Know?

Experience with Rust Programming (Basic Level)

More details

Description
Hello everyone welcome to the course Develop an Interpreter using Rust Programming.

This course is a comprehensive and practical guide that takes you on a journey of building your own interpreter using the Rust programming language. This course is inspired by the great book Writing An Interpreter In Go by Thorsten Ball. All credit to him as well. We will demystify the complex world of interpreters in this course.

The course begins by introducing the fundamental concepts of interpreters and programming languages, making it accessible to both beginners and experienced developers. We will build an interpreter using Rust programming language for a custom programming language called Monkey through a hands-on approach.

we will understand key concepts such as lexical analysis, parsing, and evaluating expressions. In the course we will learn how to design and implement a lexer and a recursive descent parser, providing you learners with a solid foundation in language processing techniques.

The course will help developers seeking to deepen their understanding of language implementation.

During the process of developing an interpreter, we will also learn more advanced topics like closures, first-class functions, and error handling.

By the end of the course, you would have hopefully gained a deep understanding of how interpreters work and the skills to build your own programming language, opening up new possibilities for exploration and creativity in the world of software development.
Who this course is for:
Intermediate Developers
Rust Developers

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Rust

Harish Krishnan

Instructor's Courses

A Software Engineer with experience over six years of working in small start-ups as well as big companies. Have worked with a multitude of technologies like JavaScript, TypeScript, React, Angular, Vue, NodeJs, etc.Always had an idea to teach and hence using this platform to teach people and improve myself in the process as well.In my free time, I go to Gym, follow NBA and Formula 1, and like to learn new technologies & programming languages.

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