27:14

Creational Design Patterns - BUILDER FACTORY

26:11

Creational Design Patterns - ABSTRACT FACTORY

25:26

Creational Design Patterns - FACTORY

02:25

Design pattern CLASSIFICATION

07:28

Design pattern INTRODUCTION

12:13

Git - Rebase Merge | Theoretical explanation

03:09

Git - Stash | Practical explanation - End

17:54

Git - Basic Operations | Practical explanation

17:24

Git - Stash | Practical explanation

02:13

GIT - Overview

01:34

GIT - What Is Git | Theoretical explanation

04:00

GIT - Main Pillars | Theoretical explanation

04:42

GIT - Feature Branche | Theoretical explanation

04:02

GIT - Distributed development | Theoretical explanation

04:25

GIT - Pull request | Theoretical explanation

01:38

GIT - Release | Theoretical explanation

16:44

GIT - Diff | Practical explanation

03:14

GIT - Version control | Theoretical explanation

09:38

RabbitMQ - Topic exchange | Theoretical explanation

03:05

RabbitMQ - Fanout exchange | Theoretical explanation

01:37

RabbitMQ - Conclusion

04:56

RabbitMQ - Direct exchange | Theoretical explanation

06:42

RabbitMQ - Broker overview | Theoretical explanation

03:59

RabbitMQ - Basic architecture | Theoretical explanation

02:39

RabbitMQ - Why using RMQ

01:19

RabbitMQ - Basic flow | Theoretical explanation

03:46

RabbitMQ - Basic concepts | Theoretical explanation

05:39

RabbitMQ - Introduction | Theoretical explanation

00:36

RabbitMQ - Overview

06:51

SOLID - LSP - Liskov Substitution Principle | Practical example

00:41

SOLID - SRP - Single Responsibility Principle | Theoretical explanation

01:06

SOLID - ISP - Interface Segregation Principle | Theoretical explanation

03:35

SOLID - SRP - Single Responsibility Principle | Practical example

01:14

SOLID - LSP - Liskov Substitution Principle | Theoretical explanation

00:37

SOLID - OCP - Open Closed Principle | Theoretical explanation

05:57

SOLID - ISP - Interface Segregation Principle | Practical example

02:32

SOLID - OCP - Open Closed Principle | Practical example

00:51

SOLID | Introduction

01:28

SOLID - DIP - Dependency Inversion Principle | Theoretical explanation

00:44

Advice to master the concepts

02:06

SOLID - DIP - Dependency Inversion Principle | Practical example

00:11

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