Develop an Interpreter using Go Programming

Develop an Interpreter using Go Programming, available at $49.99, has an average rating of 4.5, with 140 lectures, based on 2 reviews, and has 77 subscribers.

You will learn about Creating an Interpreter from Scratch Understanding different steps in building an Interpreter Learn to build Interpreter using Go Programming Follow TDD when building Interpreter using Go Create data structures like Arrays & Hash This course is ideal for individuals who are Beginner Go Programmers interested to understand how to build an Interpreter It is particularly useful for Beginner Go Programmers interested to understand how to build an Interpreter.

Enroll now: Develop an Interpreter using Go Programming

Summary

Title: Develop an Interpreter using Go Programming

Price: $49.99

Average Rating: 4.5

Number of Lectures: 140

Number of Published Lectures: 140

Number of Curriculum Items: 140

Number of Published Curriculum Objects: 140

Original Price: ?999

Quality Status: approved

Status: Live

What You Will Learn

Creating an Interpreter from Scratch

Understanding different steps in building an Interpreter

Learn to build Interpreter using Go Programming

Follow TDD when building Interpreter using Go

Create data structures like Arrays & Hash

Who Should Attend

Beginner Go Programmers interested to understand how to build an Interpreter

Target Audiences

Beginner Go Programmers interested to understand how to build an Interpreter

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

This course is a comprehensive and practical guide that takes you on a journey of building your own interpreter using the Go 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 Go 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. We will use Go as it is simple and easy to use.

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.

Course Curriculum

Chapter 1: Introduction

Lecture 1: Introduction

Lecture 2: Birds eye view on Interpreter

Lecture 3: Installation

Lecture 4: Monkey Programming Language Introduction

Chapter 2: Lexical Analysis

Lecture 1: Lexer Stage

Lecture 2: Program we will use for lexing

Lecture 3: Manual Interpretation

Lecture 4: Token Type Struct

Lecture 5: Token type constants

Lecture 6: Lexer Testing

Lecture 7: Lexer new function

Lecture 8: Reading Character helper function

Lecture 9: Get the Next Token

Lecture 10: Updating the test for NextToken method

Lecture 11: Updating NextToken method

Lecture 12: Looking up Identifiers

Lecture 13: Ignoring Whitespace

Lecture 14: Reading Numbers

Lecture 15: Add more single character tokens

Lecture 16: Updating Lexer to parse newly added single character tokens

Lecture 17: Update test input with conditional expressions

Lecture 18: Adding new keywords to make test pass

Lecture 19: Interpreting Multiple Special Characters

Lecture 20: Adding an REPL

Chapter 3: Parser Phase

Lecture 1: Parser Introduction

Lecture 2: Note on Parser Generators

Lecture 3: Parser Types and selection

Lecture 4: Let Statements Intro

Lecture 5: AST Package with interfaces

Lecture 6: Handling let statement

Lecture 7: Getting started with Parser Package

Lecture 8: Recursive Descent using Pseudo Code

Lecture 9: Test for Parsing Let Statement Program

Lecture 10: Implementing Parse Program Logic

Lecture 11: Adding errors field to Parser

Lecture 12: Update expect peek method to add errors

Lecture 13: Add Return Statement Struct in AST Package

Lecture 14: Add test for Return Statment

Lecture 15: Update Parser to parse return statment

Lecture 16: Challenges in Parsing Expressions

Lecture 17: Expressions in Monkey Programming Language

Lecture 18: Adding Expression Statement Struct

Lecture 19: Add String Method to Node Interface

Lecture 20: Testing String method

Lecture 21: Starting implementation for Pratt Parser

Lecture 22: Add helper methods to add infix and prefix to a token type

Lecture 23: Add test for Parsing Identifiers

Lecture 24: Adding Precedence Constants

Lecture 25: Completing Parsing an Identifier

Lecture 26: Test for parsing Integer Literal

Lecture 27: Code to parse Integer Literal

Lecture 28: Add test for parsing Prefix Operator

Lecture 29: Creating Prefix Expression AST Type

Lecture 30: Finish implmenting parsing logic for Parse Expression

Lecture 31: Writing test case for Infix Expression

Lecture 32: Lets add InfixExpression type

Lecture 33: Implementation of Infix Expression Methods

Lecture 34: Adding Operator Precedence Test case

Lecture 35: Going over pratt parser algorithm

Lecture 36: Pratt Parser Call stack

Lecture 37: Refactor Parser test

Lecture 38: AST for Boolean

Lecture 39: Implementation of parser logic for Boolean expression

Lecture 40: Test and Implementation of Grouped Expression

Lecture 41: If Expression AST Representation

Lecture 42: If expression test cases

Lecture 43: Implementation of If expression

Lecture 44: Implementation of else block in if expression

Lecture 45: AST for function literal

Lecture 46: Add test case for parsing function literal

Lecture 47: Function Literal Parser Implementation

Lecture 48: AST structure for call expression

Lecture 49: Test case for parsing call expression

Lecture 50: Implementation of parsing call expression

Lecture 51: Fix precedence of call expression infix fn

Lecture 52: Test case for call expression argument parsing

Lecture 53: Revisting Let and Return Statement parsing to complete a TODO

Lecture 54: Updating REPL to make use of Parser package

Chapter 4: Evaluation

Lecture 1: Introduction to Evaluation

Lecture 2: Strategies for Evaluation

Lecture 3: Evaluation Pseudocode

Lecture 4: Representing Objects

Lecture 5: New Object Interface

Lecture 6: Integer Object

Lecture 7: Boolean and Null Objects

Lecture 8: Test for Evaluating Integer Expression

Lecture 9: Initial implementation of Eval for parsing Integer Expressions

Lecture 10: Completing the Read, Evaluate, Print Loop

Lecture 11: Implementation for Boolean object

Lecture 12: Implementation for Null Object

Lecture 13: Evaluation of Prefix Operator Bang

Lecture 14: Evaluation of Prefix Operator Minus

Lecture 15: Evaluation of Integer Infix Part 1

Lecture 16: Evaluation of Integer Infix Part 2

Lecture 17: Infix Boolean Evaluation

Lecture 18: Evaluating Conditionals

Instructors

Code with HK
Instructor

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