The Complete Course Of Compiler Design 2023

Learn how to develop Compilers in a Professional way from Scratch. Build your own C++ Compiler, from A to Z!

What you'll learn

At the end of the course you will fully master Compiler Design, to be able to develop your own C++ compilers from scratch

You will be able to understand the fundamental theory of Compilers, ending with advanced practical examples & step by step exercises

You will become familiar with the user interface, toolbars and basic commands, and you will master all the phases of the configuration process

You will learn in a professional way the Lexical Analysis, the Syntax Analysis and the Semantic Analysis

You will learn how to generate a code a code from sratch, understanding its interpretation

You will understand how to with Runtime Environments, Optimization and Domain Specific Language DSL

You will learn other essential topics in compilers: Target Program Code, Memory Management, Allocation & Assignment, Dynamic vs Static Compilation, Hotspot…

You will understand how to build a Simple Lexer, a Simple Parser and Simple ICG from scratch, in a practical way

You will master the advanced Tips and Tricks to Master Compiler Design, and you will discover the best resources to stay updated

You will be able to practice the content learned in a practical way by following all the steps in the complete exercises, quizes and the complete projects

You will start with the basics and progressively carry out more complex steps until you reach an advanced level and absolute mastery at the end of the course

Requirements

Having basic notions of Compiler Design and C++ language can help, but if not, do not worry cause the course starts from scratch

Installing Visual Studio Code and needed environment (if you don't know how, don't worry, it's very easy, free, and I'll explain it to you in the course!)

A decent computer and of course, desire to learn!

Description

Become a Compiler developer professional and learn one of employer's most requested skills nowadays!This comprehensive course is designed so that developers, engineers, programmers, students… can learn Compiler Design from scratch to develop compilers in a practical and professional way. Never mind if you have no experience in the topic, you will be equally capable of understanding everything and you will finish the course with total mastery of the subject.After several years working in software and engineering, we have realized that nowadays mastering Compiler Design is very necessary for undesrtand teh structure and set of principles that guide the translation, analysis, and optimization process of a compiler. Knowing how to build your own compiler from scratch can give you many job opportunities and many economic benefits, especially in the world of the development.The big problem has always been the complexity to perfectly understand compilers requires, since its absolute mastery is not easy. In this course we try to facilitate this entire learning and improvement process, so that you will be able to carry out and understand your own compilers in a short time, thanks to the step-by-step and detailed examples of every concept.With more than 11 exclusive hours of video and almost 100 lectures, this comprehensive course leaves no stone unturned! It includes both practical exercises and theoretical basis to fully master the compiler design. The course will teach you how to develop any C++ compiler in a practical way, from scratch, and step by step.We will start with the overview and setup of Visual Studio Code and needed environment and then, we'll cover a wide variety of topics, including:Introduction to Compiler Design and course dynamicsSet up, configurations and needed installations for the work environmentGeneral familiarization with the user interface and elementsThe Fundamentals of CompilersLexical Analysis Syntax AnalysisSemantic AnalysisCode generation from sratchRuntime EnvironmentsOptimization TechniquesDomain Specific Language DSLOther topics: Target Program Code, Memory Management, Allocation & Assignment, Dynamic vs Static Compilation, Just-In-Time and Hotspot Compilation…Building a Simple LexerBuilding a Simple ParserBuilding a Simple ICGAdvanced Tips and Tricks to Master Compiler Design and the best resources to stay updatedMastery and application of absolutely ALL the functionalities of Compiler DesignQuizes, Practical exercises, complete projects and much more!In other words, what we want is to contribute our grain of sand and teach you all those things that we would have liked to know in our beginnings and that nobody explained to us. In this way, you can learn to create and manage a wide variety of compilers quickly and make versatile and complete use of Compiler Design. And if that were not enough, you will get lifetime access to any class and we will be at your disposal to answer all the questions you want in the shortest possible time.Learning Compiler Design has never been easier. What are you waiting to join?

Overview

Section 1: Introduction

Lecture 1 Welcome and Course Overview

Lecture 2 Early Day Computers

Lecture 3 The Importance of Compiler Design

Lecture 4 Setting Up Development Environment

Section 2: Compiler Basics

Lecture 5 What is a Compiler?

Lecture 6 Compiler vs Interpreter

Lecture 7 The Compilation Process

Lecture 8 Question 1

Lecture 9 Question 1 Answer

Section 3: Lexical Analysis

Lecture 10 Lexical Analyzer, Tokens, Lexemes

Lecture 11 Regular Expressions

Lecture 12 Question 2

Lecture 13 Question 2 Answer

Lecture 14 Finite Automata

Lecture 15 Examples

Lecture 16 Transition Tables

Lecture 17 NFA to DFA

Lecture 18 Question 3

Lecture 19 Question 3 Answer

Lecture 20 Question 4

Lecture 21 Question 4 Answer

Lecture 22 Question 5

Lecture 23 Question 5 Answer

Section 4: Syntax Analysis

Lecture 24 Syntax Analysis, Context Free Grammar (CFG)

Lecture 25 How to Parse, Parse Tree, Left Recursion, Left factoring

Lecture 26 Question 6

Lecture 27 Question 6 Answer

Lecture 28 Question 7

Lecture 29 Question 7 Answer

Lecture 30 Types of Parsing, Recursive Decent Parsing

Lecture 31 C++ Recursive Decent Parsing Code

Lecture 32 First Set and Follow Set

Lecture 33 Question 8

Lecture 34 Question 8 Answer

Lecture 35 Predictive Parsers, LL(k) Parsers

Lecture 36 Question 9

Lecture 37 Question 9 Answer

Lecture 38 Bottom-Up Parsing, LR Parsing

Lecture 39 LR Parsing Table and Example

Lecture 40 Question 10

Lecture 41 Question 10 Answer

Section 5: Semantic Analysis

Lecture 42 Semantic Analysis

Lecture 43 Syntax Directed Translation

Lecture 44 Question 11

Lecture 45 Question 11 Answer

Section 6: Intermediate Code Generation

Lecture 46 Intermediate Code Generation

Lecture 47 Directed Acyclic Graphs

Lecture 48 Abstract Syntax Tree

Lecture 49 Notations

Lecture 50 Question 12

Lecture 51 Question 12 Answer

Lecture 52 Three-Address Code

Lecture 53 Quadruples & Triples

Lecture 54 Question 13

Lecture 55 Question 13 Answer

Section 7: Runtime Environments

Lecture 56 Runtime Environments

Lecture 57 Stack

Lecture 58 Stack Implementation using C++

Lecture 59 Heap

Lecture 60 Activation Records

Lecture 61 Managing Scope

Lecture 62 Question 14

Lecture 63 Question 14 Answer

Section 8: Optimization Techniques

Lecture 64 Optimization Techniques

Lecture 65 Constant Folding

Lecture 66 Dead Code Elimination

Lecture 67 Common Sub expression Elimination

Lecture 68 Question 15

Lecture 69 Question 15 Answer

Section 9: Advanced Compiler Topics

Lecture 70 Code Generation

Lecture 71 Input to the Code Generator

Lecture 72 Target Program Code

Lecture 73 Memory Management

Lecture 74 Instruction Selection & Examples on generating Assembly code

Lecture 75 Question 16

Lecture 76 Question 16 Answer

Lecture 77 Register Allocation & Assignment

Lecture 78 Evaluation Order & Example

Lecture 79 Question 17

Lecture 80 Question 17 Answer

Lecture 81 Just-In-Time Compilation

Lecture 82 Dynamic Compilation vs Static Compilation

Lecture 83 HotSpot Compilation

Section 10: Domain Specific Language DSL

Lecture 84 Domain-Specific Languages (DSLs)

Lecture 85 Mathematical Expression using DSL

Lecture 86 DSL for the Expression

Lecture 87 Testing the DSL

Lecture 88 Problem Statement

Lecture 89 DSL Function

Lecture 90 Testing the DSL

Lecture 91 Question 18

Lecture 92 Question 18 Answer

Section 11: Compiler Construction Projects

Lecture 93 Building a Simple Lexer

Lecture 94 Building a Simple Parser

Lecture 95 Building a Simple ICG

Lecture 96 Question 19

Lecture 97 Question 19 Answer

Lecture 98 Recap of Key concepts and References

Beginners who have never design a compiler before,Developers, engineers, programmers, students… who want to learn how to develop a C++ compiler in a professional way,Intermediate or advanced Compile Design student who want to improve their skills even more!