Dependency inversion principle

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Dependency Inversion Principle Explained - SOLID Design Principles


Writing clean code is tough, and is one of the largest differences between junior and senior developers. One way that you can quickly improve your code and start writing well designed code now is to implement the dependency inversion principle. This principle is part of the SOLID design principles. The main idea of the dependency inversion principle is that any class that uses a dependency should only ever use the dependency through a predefined interface/wrapper. This makes it so that your code will never directly depend on a low level API for its operations. The reason this is so important is because if you ever need to change or remove that dependency it becomes really difficult when it is used all over your code. By wrapping this dependency in an interface you can depend on the interface you created which will make changing out the dependency painless. Most likely you have written tons of code in violation of this principle, I know I have, but hopefully this video will help introduce you to why this principle is so good at making your code clean and maintainable. 📚 Materials/References: Facade Pattern Video: 🤍 🧠 Concepts Covered: - What the dependency inversion principle is - Why the dependency inversion principle is important - How to use the dependency inversion principle - How to spot violations of the dependency inversion principle 🌎 Find Me Here: My Blog: 🤍 My Courses: 🤍 Patreon: 🤍 Twitter: 🤍 Discord: 🤍 GitHub: 🤍 CodePen: 🤍 #SOLID #WDS #DependencyInveresionPrinciple

Dependency Inversion Principle Introduction


In this video we will discuss 1. Dependency Inversion Principle Introduction 2. Understand the intention of DIP usage Healthy diet is very important for both body and mind. We want to inspire you to cook and eat healthy. If you like Aarvi Kitchen recipes, please support by sharing, subscribing and liking. 🤍 In the first video of SOLID Introduction we have understood that D in SOLID stands for Dependency Inversion Principle which is also known as DIP The Dependency Inversion Principle introduced by Robert C Martin states that High-level modules should not depend on low-level modules. Both should depend on abstractions. AND Abstractions should not depend on details. Details should depend on abstractions. To simplify this we can state that while designing the interaction between a high-level module and a low-level one, the interaction should be thought of as an abstract interaction between them. Usage Intention : Before understanding the intention of usage, let’s try to understand a traditional application architecture implementation. During the process of the application design, lower-level components are designed to be consumed by higher-level components which enable increasingly complex systems to be built. In this Process of Composition, higher-level components depend directly upon lower-level components to achieve some task. Text version of the video 🤍 Slides 🤍 SOLID Design Principles Tutorial 🤍 SOLID Design Principles Text Articles & Slides 🤍 All Dot Net and SQL Server Tutorials in English 🤍 All Dot Net and SQL Server Tutorials in Arabic 🤍

OOP Design Principles: Dependency Inversion Principle


In this final video in the SOLID Development series we'll walk through the dependency inversion principle that promotes class reuse and abstraction. Show notes: 🤍

Design Patterns: Dependency Inversion Principle Explained Practically in C# (The D in SOLID)


When you are writing code, are you doing it right? That is a question that worries a lot of people, and it should probably at least be something every developer thinks through. Design patterns are best-practice concepts that we can implement into our code to make it better in some way. Think of them as guardrails that keep our code safe. In this video, we are going to look at the fifth entry in the famous SOLID principle. The D stands for Dependency Inversion Principle. This is not the same thing as Dependency Injection, but it is what powers it. - Newsletter signup (with exclusive discounts): 🤍 (your email will be kept safe and you will not be spammed). - Source Code: 🤍 0:00 - Intro 1:43 - Demo code walk-through 4:40 - Dependency Inversion Principle: DI Explained 7:42 - Implementing DI: Demo code refactoring 26:15 - Benefits of DI: Changing the code 27:18 - Benefits of DI: Modular code 29:10 - Benefits of DI: Dependency injection 33:03 - Benefits of DI: Unit testing 37:32 - Summary and concluding remarks

Dependency Inversion Principle


Low Level Design 108 | Dependency Inversion Principle | 2022 | System Design


Learning system design is not a one time task. It requires regular effort and consistent curiosity to build large scale systems. Moreover, every system has different requirements and meeting them requires expertise and people with varied and specific knowledge. There are a lot of resources to learn through videos. But not everyone enjoys that mode of learning. Instead some people understand things better by reading and thinking on the points put forward by the author. Such people can access these in different ways - blogs, articles and books. We have come up with this video to put light on one such aspect, that is - Single Responsibility Principle Book in the video: ✒ 🤍 Important links and resources: ✒ 🤍 ✒ Quick summary: 🤍 Recommendations Our full courses on youtube: ✒ System Design Primer Course: 🤍 ✒ REST APIs made easy:🤍 Some paid courses that we recommend: ✒ 🤍 ✒ 🤍 (Use coupon code SUDOCODE for extra discount) About Us Created and Instructed by: Yogita Sharma ✒ LinkedIn - 🤍 ✒ Instagram - 🤍 ✒ Facebook - 🤍 ✒ Medium - 🤍 Post-production(editing, thumbnail etc) managed by: CiKi ✒ Website: 🤍 ✒ LinkedIn: 🤍 Colors and design by: Naini Todi ✒ LinkedIn - 🤍 Both Arpit and Yogita are software engineers and want to help other software engineers become better by providing high quality and well researched content by adding their creativity and teaching twist. Join Us Hangout with sudoCode: ✒Discord Server: 🤍 For business: ✒Email: sudocode.yogita🤍 Timestamps: 0:00 - Intro 1:12 - What is Dependency Inversion Principle? 2:10 - Class diagram: Dependency Inversion Principle 4:29 - Code example and more: Dependency Inversion Principle 6:58 - Bonus point 7:17 - Conclusion 7:36 - Outro

What is Dependency Inversion Principle ?


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Dependency INVERSION vs dependency INJECTION in Python


What's the difference between dependency inversion and dependency injection? Dependency injection is a design pattern that splits creation of objects from their usage. Dependency inversion is a design principle that promotes using abstract classes and interfaces to better separate code. Watch this video to see a few practical examples in Python, and how these concepts help you write nice code that's easy to test. 🛒 GEAR & RECOMMENDED BOOKS: 🤍 A few interesting links to articles and books: - Design Patterns: Elements of Reusable Object-Oriented Software by Erich Gamma, Richard Helm, Ralph Johnson, and John Vlissides: 🤍 - Principles of Package Design: Creating Reusable Software Components by Matthias Noback: 🤍 - Clean Code: A Handbook of Agile Software Craftsmanship by Robert Martin: 🤍 - The original Design Principles and Design Patterns article by Robert Martin: 🤍 The code I worked on in this example is available here: 🤍 👍 If you enjoyed this content, give this video a like. If you want to watch more of my upcoming videos, consider subscribing to my channel! 💬 Join my Discord server here: 🤍 🐦Twitter: 🤍 🌍LinkedIn: 🤍 🕵Facebook: 🤍 🔖 Chapters: 0:00 Intro 0:20 What is a dependency? 1:10 Dependency injection 1:36 Dependency inversion 2:03 Example code 3:22 Example unit tests 5:32 Issues with testing 6:37 Applying dependency injection 8:35 Writing the unit tests 11:20 Applying dependency inversion 12:51 Coverage reports and abstract classes 14:16 The power of dependency inversion 14:49 Adding another authorizer 15:44 Adding tests for the Robot authorizer 17:10 Summary #arjancodes #softwaredesign #python DISCLAIMER - The links in this description might be affiliate links. If you purchase a product or service through one of those links, I may receive a small commission. There is no additional charge to you. Thanks for supporting my channel so I can continue to provide you with free content each week!

Dependency Inversion - how, what, why? (examples in C#) | Code Walks 004


CODE EXAMPLES FROM 4:00. Dependency inversion is the D in the SOLID design principles. But what does it really mean? Let me give you a no-nonsense explanation of what it is, why it is so incredibly important and how you go about using it. Subscribe for more programming knowledge. Suggestions for topics are very welcome :) Original upload date: Apr 23, 2016

Dependency Inversion Principle explained in a minute! #lowleveldesign #systemdesign


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Dependency inversion: write BETTER PYTHON CODE Part 2


In this video, you'll learn how to write better Python code using dependency inversion by going step by step through a simple code example. Dependency inversion is one of the five SOLID principles. The basic idea of dependency inversion is to write your code in such a way that high level modules shouldn't depend on low level modules, both should depend on abstractions (i.e. abstract classes and interfaces). Relevant books: - Principles of Package Design: Creating Reusable Software Components by Matthias Noback: 🤍 - Clean Code: A Handbook of Agile Software Craftsmanship by Robert Martin: 🤍 - The original Design Principles and Design Patterns article by Robert Martin: 🤍 🛒 GEAR & RECOMMENDED BOOKS: 🤍 For more information about the Mypy static type checker I mentioned in the video, see: 🤍. All parts in this series: Part 1: Cohesion and coupling - 🤍 Part 2: Dependency inversion - 🤍 Part 3: The strategy pattern - 🤍 Part 4: The observer pattern - 🤍 Part 5: Unit testing and code coverage - 🤍 Part 6: Template method and bridge - 🤍 Part 7: Exception handling - 🤍 Part 7b: Monadic error handling - 🤍 Part 8: Software architecture - 🤍 Part 9: SOLID principles - 🤍 Part 10: Object creation patterns - 🤍 You can find the code I worked on in this episode in my GitHub repository: 🤍 Chapters: 0:00 Intro 2:02 Code example 3:23 Creating an abstract class 4:55 Making a subclass 5:48 Modifying the power switch class 6:55 Adding another switchable subclass 7:50 Outro If you enjoyed this content, give this video a like. If you want to watch more of my upcoming videos, consider subscribing to my channel! DISCLAIMER - The links in this description might be affiliate links. If you purchase a product or service through one of those links, I may receive a small commission. There is no additional charge to you. Thanks for supporting my channel so I can continue to provide you with free content each week!

SOLID, Dependency Inversion Principle, Принцип инверсии зависимостей. [#42]


#solid #dependencyinversionprinciple #принципинверсиизависимостей #собеседованиепопрограммированию #andriyshyrokoriadov В видео дано определение принципу инверсии зависимости (Dependency Inversion Principle), одному из 5 принципов SOLID. Показано к чему приводит нарушение данного принципа, а также как преимущества даёт следование данному принципу. Подписывайтесь на канал [программирование, путешествия]: 🤍 Текст к фильму доступен по ссылке: 🤍

Dependency Inversion Principle In A Minute #Shorts


SOLID Principles are one of the key things to understand in object oriented programming. And from that reason I've decided to create short videos, explaining them. So I hope you've find them helpful! In this one, I've covered the Dependency Inversion Principle. Socials: - YouTube: 🤍 - Medium: 🤍 - Twitter: 🤍 #SOLID #DependencyInversion #Shorts

SOLID принципы: DIP (Принцип инверсии зависимостей (The Dependency Inversion Principle)


SOLID принципы: DIP (Принцип инверсии зависимостей (The Dependency Inversion Principle) Зависимость на Абстракциях. Нет зависимости на что-то конкретное Курсы для новичков: JAVA - 🤍 JAVA Start - 🤍 Инструментарий JAVA - 🤍 Automation QA (Java) - 🤍 ANDROID - 🤍 C#/.NET - 🤍 C# START - 🤍 PYTHON - 🤍 FRONT-END - 🤍 WORDPRESS Developer - 🤍 SALESFORCE Developer - 🤍 UI/UX дизайн - 🤍 Project management - 🤍 Обучение на проекте - 🤍 Продвинутые курсы для состоявшихся девелоперов: GRASP and GoF Design patterns - 🤍 Enterprise patterns - 🤍 Сайт Foxminded: 🤍 Foxminded в ФБ: 🤍 FoxmindEd в Instagram: 🤍 Foxminded в VK: 🤍 Мой Telegram: 🤍 Мой блог: 🤍 1. На основе работы Роберта Мартина (дяди Боба). Акроним SOLID предложен Michael Feathers 2. SOLID (сокр. от англ. single responsibility, open-closed, Liskov substitution, interface segregation и dependency inversion) 1. SRP Принцип единственной ответственности (The Single Responsibility Principle) - Каждый класс должен иметь одну и только одну причину для изменений. 2. OCP Принцип открытости/закрытости (The Open Closed Principle) - программные сущности … должны быть открыты для расширения, но закрыты для модификации 3. LSP Принцип подстановки Барбары Лисков (The Liskov Substitution Principle) объекты в программе должны быть заменяемыми на экземпляры их подтипов без изменения правильности выполнения программы 4. ISP Принцип разделения интерфейса (The Interface Segregation Principle) много интерфейсов, специально предназначенных для клиентов, лучше, чем один интерфейс общего назначения 5. DIP Принцип инверсии зависимостей (The Dependency Inversion Principle) Зависимость на Абстракциях. Нет зависимости на что-то конкретное 0:00 – вступление Сергея Немчинского 0:24 – формулировка The Dependency Inversion Principle (DIP) 0:55 – все принципы SOLID и место принципа инверсии зависимостей среди них 2:35 - как следовать принципу DIP 8:10 - про soft code, hard code и DIP

5- SOLID مبادئ - Dependency Inversion Principle شرح مبدأ


1- Single Responsibility Principle 2- Open Closed Principle 3- Liskov Substitution Principle 4- Interface Segregiation Principle 5- Dependency Inversion Principle follow us on Facebook: 🤍 Email: devlooopers🤍 #spread_knowledge #Dependency_inversion_principle #DevLoopers

Phân tích quy tắc D trong Solid: Dependency inversion principle


Chào mừng các bạn đến với kênh của Ông dev. Trong phần này mình sẽ giới thiệu cho các bạn về quy tắc D trong Solid đó là Dependency inversion principle - Để xem những video về lập trình và gaming - Nhấn vào đây để theo dõi kênh mình nhé: 🤍 - Blog của mình - 🤍 - Facebook page của mình - 🤍 - Ủng hộ Ông Dev - 🤍 Cảm ơn các bạn đã quan tâm theo dõi

Dependency Inversion Principle | DIP IN SOLID PRINCIPLES


dependency inversion principal in solid Hello there, Welcome to the free course of SOLID principles in VueJs practice. These standards are the prescriptions not the rules to follow. So do not try to apply all the principles unnecessarily. The topics are subjective and can be debatable, everyone is entitled to his/her own opinions about the best practices since the software is intangible where its difficult to assess it in terms of project size, technology stack or even team size. But, learning never goes in vain. So I am trying to impart these learnings keeping in mind two things 1. Not many tutorials are there in JS and frontend technologies 2. Not many courses are there in Hinglish Just follow the principles 1 by 1 by looking at the codes and differences. I hope you will learn something from this series #dheerajbharatsethi #techcharades #solid #solidprincipals #dip #dependencyinversion #vuejs #vuesolid #hinditutorials

Dependency Inversion Principle.


In this video, we will cover what the Dependency Inversion Principle is, its definition and will create a dummy project to understand the concept of DIP in a better way. Here is a list of previously created videos on SOLID and Playlist Link. Playlist Link : 🤍 Link of previous videos are listed below : Part 5: 🤍 Part 4. 🤍 Part 3: 🤍 Part 2: 🤍 Part 1: 🤍 #PROConcepts #AmitRawat #ProgrammingConcepts #PROConceptsByAmit #ProgrammingConceptsByAmit #ProgrammingConceptsByAmitSinghRawat #ProConceptsByAmitSinghRawat



Hello everyone, Welcome back to my channel. I hope you all are doing great. In this video, I am going to talk about the dependency inversion principle. This is one of the SOLID principles. The principle states: 1. High-level modules should not import anything from low-level modules. Both should depend on abstractions (e.g., interfaces). 2. Abstractions should not depend on details. Details (concrete implementations) should depend on abstractions. I have tried to explain the principle with the help of an example. Let me know if you found this video helpful in the comments section below and don't forget to click the subscribe button for more meaningful content!!!!! Hashtags #SOLID #LLD #microservice #tinder #swiggy #rpc #rest #api #pushnotifications #push #whatsapp #discord #netflix #disney #disneyplus #hotstar #cricket #meta #metaverse #programming #protocol #http #softwaredevelopment #computerscience #education #coding #workhard #motivation #podcast #educationalpodcast #systemdesign #softwaredevelopment #twitter #informationtechnology #search #website #www #dns #routing #twitch Tags LLD What are Microservices? Tinder Microservice Swiggy Microservice RPC API REST API How Do Push Notifications work ? How speed calculators work ? How to Design Discord ? How to Design Whatsapp ? How to Design Netflix ? What is HTTP? What is TCP ? How to learn dp How to learn graphs How to get into Stanford How to get into Canada How to settle abroad How to move abroad from India How to get into MIT How to get into FAANG How to learn system design How to learn DSA how to start programming how to start coding where to learn trees what is memoization what is tabulation what are graphs whatsapp system design twitter system design twitter search system design netflix system design discord system design where to learn Operating systems where to learn DBMS where to learn oops where to learn computer networks where to learn low-level design where to learn cs fundamentals Placement guide How to start programming where to learn CPP where to learn python where to learn javascript where to learn java Placement guide resources to learn data structures Projects development AR/VR Blockchain Machine learning Deep Learning Software developer engineer, Side projects, Importance of side projects, Machine Learning Engineer, How to become a machine learning engineer, Associate engineer Data structures Algorithms College Life, College, Memories Where to learn dp where to learn graphs where to learn DSA how to start programming how to start coding where to learn trees what is memoization what is tabulation what are graphs where to learn to program how to start coding where to learn to code where to learn DSA resources to learn to program how to crack amazon how to crack placement blockchain what is blockchain blockchain technology blockchain technology explained blockchain explained blockchain technology in hindi web development roadmap roadmap to learn web development android development roadmap MERN stack roadmap machine-learning roadmap roadmap to learn machine learning roadmap for deep learning roadmap for 2nd years roadmap for opensource roadmap for ios development roadmap for deep learning roadmap to learn DSA roadmap to get into masters

SOLID Principles in Arabic - #5 Dependency inversion


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17- Dependency Inversion Principle - Definition


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Dependency Inversion Principle


This video is part of the Udacity course "Software Architecture & Design". Watch the full course at 🤍

#5 SOLID Principles | Dependency Inversion Principle | Practical Example | Design Patterns


In today's video we are going to see the one of the design principle of SOLID principles. Solid principles are the design principles which helps in designing the framework. By following the principles we can create a framework which will be flexible and easy to maintain. SOLID is basically an acronym for five design principles. Where S stands for Single Responsibility Principle. O is for Open closed Principle. L stands for Liskov substitution Principle I is for Interface Segregation Principle D stands for Dependency Inversion Principle Please comment in case of any query* Please watch below video as well - Dependency Inversion Principle: 🤍 Interface Segregation Principle : 🤍 Liskov Substitution Principle: 🤍 Open/Closed Principle : 🤍 Single Responsibility Principle : 🤍 git pull and git fetch : 🤍 git tag : 🤍 git pull request : 🤍 git branching strategy : 🤍 github overview : 🤍 git installation on windows : 🤍 git architecture : 🤍 Widening Primitive Conversion: 🤍 To start with selenium project in c#. : 🤍 5 time saving tips for visual studio : 🤍 Drag and drop operation in selenium : 🤍 How to switch dotnet core version : 🤍 Ternary or conditional operator : 🤍 String manipulation : 🤍 Klov report server : 🤍 Dynamic v/s Var in c# : 🤍 How to setup selenium grid in docker : 🤍 Selenium with C# - Klov Report : 🤍 Selenium with C# - Extent Report : 🤍 Selenium with C# - Create Project to automate test (Selenium + Specflow ) : 🤍 Selenium with C# - Parallel Execution and Screenshot : 🤍 Selenium with C# - All about feature files : 🤍 Serilog - Logging in Automation Framework : 🤍 Selenium with C# - Specflow - External Bindings : 🤍 Selenium - Working with Excel - Part 1 : 🤍 Selenium with Java - Cucumber Html Report : 🤍 Logging in Java : 🤍 Object Repository | YAML file | Selenium JAVA | BDD Framework - 🤍

SOLID, 1.5 DIP - Dependency Inversion Principle, Принцип инверсии зависимости, С#, Unity


Наконец-то добил SOLID :) Другие принципы SOLID-а SRP - Принцип единственной ответственности 🤍 OCP - Принцип открытости закрытости 🤍 LSP - Принцип подстановки Лисков 🤍 ISP - Принцип сегрегации интерфейсов 🤍 Автору на кофе и шаурму 4276 5500 5792 8742 - карта Сбербанка Если будут вопросы мой тг 🤍wargy моя почта kazancev.s215🤍 Тайминги 00:00 Введение 00:20 Важность DIP по сравнению с остальными правилами SOLID 00:45 Определение DIP 01:19 Пример: DIP в жизни 03:07 Пример: DIP в геймдеве 04:00 DIP простыми словами 05:11 Конкретный пример: введение 06:04 Конкретный пример: пишем код без DIP 07:18 Конкретный пример: пишем код с DIP 08:43 Конкретный пример: сравнение кода с DIP и без DIP 09:23 Inversion of Control, инверсия потока управления на вышеуказанном примере 11:37 Dependency Inversion, схема инверсии зависимости 12:25 Когда следовать DIP? 13:08 Финал

#5: Dependency inversion principle (DIP) in PHP, Laravel | SOLID Design Principles


Dependency Inversion is broadly about de-coupling concrete classes by preventing those classes from having any direct reference to each other. The Dependency Inversion Principle (DIP) states that "high-level modules should not depend on low-level modules; both should depend on abstractions. Abstractions should not depend on details. Details should depend upon abstractions." #Laravel #PHP #LaravelPHP #Qirolab ▶ SOLID design principles Playlist 🤍 ▶ What is SOLID design principles in PHP, Laravel? Why should we use them? 🤍 ▶ #1: Single Responsibility Principle (SRP) 🤍 ▶ #2: Open-Closed Principle (OCP) in PHP, Laravel | SOLID Design Principles 🤍 ▶ #3: Liskov substitution principle (LSP) in PHP, Laravel | SOLID Design Principles 🤍 ▶ #4: Interface Segregation Principle (ISP) in PHP, Laravel | SOLID Design Principles 🤍 ▶ How to modify created_at & updated_at timestamps in Laravel? 🤍 ▶ How to use UUID as the Primary key instead of auto-increment IDs in the Laravel application? 🤍 ▶ Laravel Model Lifecycle Events and How to use Observers in Laravel? 🤍 ▶ #1: SPA Authentication using Laravel Sanctum 🤍 ▶ #2: API Token Authentication using Laravel Sanctum 🤍 ▶ Laravel Eloquent Relationships 🤍 ▶ Impersonating Users in Laravel And Example of TDD using PHPUnit 🤍 ▶ Laravel Macros - How to create a Macro? How to create a class-based macro using mixin? 🤍 ▶ Laravel Packages 🤍 ▶ Laravel Backup Tutorial 🤍 ▶ Laravel Fortify Tutorial 🤍 Support my work: 1. On BuyMeACoffee: 🤍 2. On Patreon: 🤍 𝐃𝐢𝐠𝐢𝐭𝐚𝐥𝐎𝐜𝐞𝐚𝐧 𝐑𝐞𝐟𝐞𝐫𝐫𝐚𝐥 🤍 Also, follow us on: 𝐅𝐚𝐜𝐞𝐛𝐨𝐨𝐤: 🤍 𝐓𝐰𝐢𝐭𝐭𝐞𝐫: 🤍

Principiile SOLID [RO]. Dependency Inversion Principle.


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Unity3D SOLID Principles - Dependency Inversion Principle


Check out the Course: 🤍 - See how to apply the Dependency Inversion principle to your projects (without using a DI container or framework). We'll go over a few samples and show yor you can split up your code, pass in dependencies, and have code that doesn't quickly become spaghetti :) More Info: 🤍e Join the FB Group: 🤍

SOLID - Dependency Inversion Principle #7 - Design Principles Eğitimleri


Github : 🤍 #designprinciples #designpatterns #principle #inversion #dependency #solid Bu video Gençay Yıldız tarafından NGAkademi bünyesinde ücretsiz çekilmiştir. Gençay Yıldız'ın Bloğu 🤍 Güncel Duyuru ve Bildiriler İçin Sosyal Medya Hesaplarımız 🤍 🤍 🤍 Bana destek olmak için kanalıma üye olabilirsiniz: 🤍

Dependency Inversion Principle C#


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Dependency Inversion Principle - C# ve .NET Mülakatlarından En Önde Geçme Teknikleri


C# ve .NET Mülakatlarından En Önde Geçme Teknikleri - Dependency Inversion Principle "Gerçek Hayattaki Gibi Öğret" prensibiyle, 300+ kuruma eğitim vermiş veya danışmanlık yapmış eğitmen olarak sizi gerçek hayata hazırlıyorum. Aynı konuyu sürekli tekrar etmenize rağmen bir türlü öğrenemiyorsanız, farklı kaynakların içinde boğuluyorsanız, şu an kendinizi güvende hissedin. Sizin için hazırladığım YouTube ücretsiz videolarla kariyer hayatınıza ivme kazandırın. Udemy Kurslarım : 🤍 Eğitimlerimi faydalı buluyorsanız BEĞEN butonuna basmayı ve yeni videolarımdan anında haberdar olmak isterseniz ABONE olup BİLDİRİM ziline basmayı unutmayın. ➤ Ücretsiz Abone Olun : 🤍 ➤ Web Sitesi : 🤍 ➤ Linkedin : 🤍 ➤ İnstagram : 🤍 ➤ Telegram (Yazılım Kariyer Platformu – We Are Developers ) : 🤍

Dependency Inversion Principle made easy


The dependency inversion principle (DIP) is the last one from the #SOLID object oriented design principles and probably the most misunderstood. In this video I try to provide the clearest possible explanation of the DIP focusing on answering just one question: what are we inverting? #CSharp #DotNet #oops Contents: 1. Intro: 00:00 2. What are higher or lower level modules? 02:50 3. Where not to apply this principle? 09:35 4. Decoupling through abstractions: 15:45 5. Where do we put the interfaces? 18:40 6. What do we invert? 23:53 7. What has dependency injection to do with all this? 25:45

Das Dependency-Inversion-Prinzip (DIP) // deutsch


Das Dependency-Inversion-Prinzip (DIP) ist das fünfte der fünf SOLID-Prinzipien, das wie auch das Single-Responsibility-Prinzip (SRP) und das Interface-Segregation-Prinzip (ISP) auf Robert C. Martin zurückgeht. Es beschäftigt sich mit der Entkopplung von Modulen, Klassen und Funktionen mit Hilfe von Interfaces. Wie funktioniert es im Detail? ──────────────────── Über the native web 🦄 Wir sind ein Beratungs-, Schulungs- und Entwicklungsunternehmen, das sich auf Web- und Cloud-Technologien spezialisiert hat. Wir streben nach intelligenten und eleganten Lösungen für komplexe Probleme, und wir glauben, dass Softwareentwicklung kein Selbstzweck ist. Stattdessen sollte Software tatsächliche Probleme der realen Welt lösen. Wir glauben, dass native Web- und Cloud-Technologien das Fundament sind, auf dem die Zukunft aufbaut. Unsere Kernkompetenz ist der Entwurf und die Entwicklung verteilter Web- und Cloud-Anwendungen unter Verwendung dieser Technologien in interdisziplinären Teams. Wir entwickeln auch unser eigenes Open-Source-Framework namens wolkenkit. Und wir lieben es, unser Wissen in Schulungen und Workshops, auf Konferenzen und bei Usergroups zu teilen. ⬥ Kanal abonnieren: 🤍 ──────────────────── Weiterführende Links 🌍 ⬥ Webseite: 🤍 ⬥ Twitter: 🤍 🤍 ⬥ GitHub: 🤍 ⬥ wolkenkit: 🤍 ⬥ Impressum: 🤍

Dependency Inversion Principle in Object Oriented Design | SOLID Principle


The Dependency Inversion Principle (DIP) states that high level modules should not depend on low level modules; both should depend on abstractions. Abstractions should not depend on details. Details should depend upon abstractions. Key Concepts you will learn: 1) Dependency Injection 2) Loose Coupling 3) Abstraction 🔗Full Course: 🤍 🔗Download Android App(Notes+Videos): 🤍 🌐Join our community: Facebook: 🤍 Twitter: 🤍 Instagram: 🤍

Dependency Inversion Principle (DIP) | SWIFT ГОТОВИМСЯ К СОБЕСЕДОВАНИЮ


В этом видео разобран принцип инверсии зависимостей - Dependency Inversion Principle и представлены краткие знания для подготовки к собеседованию на должность iOS Developer.

Design Principle - Dependency Inversion Principle | Simple Programming


Welcome to Simple Programming Today, we are going to look at Dependency Inversion principle This principle says that - High-level modules should not depend on low-level modules. Both should depend on abstractions

Dependency Inversion Principle (DIP) der SOLID Principles von Uncle Bob


Das Dependency Inversion Principle ist Bestandteil der SOLID Principles (SOLID Prinzipien) zur Verbesserung der Software Architektur, welche von dem Cleancoder Robert C. Martin alias Uncle Bob Anfang der 2000er Jahre definiert wurden. Dabei ist das Dependency Inversion Principle (kurz DIP) das wichtigste unter den Entwurfsprinzipien und ist für die Entkopplung von Modulen zuständig. In dieser Episode schauen wir uns das Dependency Inversion Principle der SOLID Principles genauer an, schauen was das mit Clean Code bzw. Clean Coder zu tun hat und warum die Definition von Robert C. Martin alias Uncle Bob nicht so leicht zu verstehen ist. Viel Spaß mit dieser Serie zu den SOLID Principles. Das erwähnte Buch: Agile Principles, Patterns, and Practices in C# - 🤍 Diese Episode zu Dependency Inversion Principle ist ein Teil einer ganzen Serie zu den SOLID Principles: - Playlist: 🤍 - Teil 1: Single Responsiblity Principle (SRP) - 🤍 - Teil 2: Open Closed Principle (OCP) - 🤍 - Teil 3: Liskov Substitution Principle (LSP) - 🤍 - Teil 4: Interface Segregation Principle (ISP) - 🤍 - Teil 5: Dependency Inversion Principle (DIP) - 🤍 ▬ Über diesen Kanal ▬▬▬▬▬▬▬▬▬▬▬▬ Seit vielen Jahren arbeite ich als Consultant, Coach und Trainer für professionelle Softwareentwicklung mit den Schwerpunkten Softwarequalität, Softwarearchitektur sowie Prozessmanagement. Auf meinem Kanal möchte ich Euch mein Wissen und meine langjährige Erfahrung in diesen Bereichen vermitteln - natürlich kostenlos. Dabei versuche ich stets Euch das Wissen so zu vermitteln, dass Ihr damit direkt in der Praxis loslegen könnt und das ganze immer mit guten Portion Humor. Lernen soll ja schließlich Spaß machen :) ▬ Empfohlene Videos ▬▬▬▬▬▬▬▬▬▬▬▬ Wie viel Softwarequalität Ihr braucht - 🤍 Warum Software unwartbar wird - 🤍 Architektur - Modularisierung - 🤍 Was ist Architektur - 🤍 Warum Architektur - 🤍 ▬ Wichtige Links ▬▬▬▬▬▬▬▬▬▬▬▬ Abonniere meinen Kanal: 🤍 Alle Videos: 🤍 ▬ Social Media ▬▬▬▬▬▬▬▬▬▬▬▬▬▬▬ ► Twitter: 🤍 ► Xing: 🤍 ► LinkedIn: 🤍 ▬▬▬▬▬▬▬▬▬▬▬▬▬▬▬▬▬▬▬▬▬▬

Master Dependency Inversion Principle -DSP (SOLID Principle with Java Code )


In this video, we are going to look at the fifth entry in the famous SOLID principle. The Dependency Inversion Principle -DSP. We are going to dive into what it means, how it should change our programming practices, and how far we should take it. Just Knowing how to program and type some code ... does not make you a good programmer. Anyone can learn to program. It’s easy. Anyone can create simple programs that work for them on their machines ..but hold on a minute is the program you are writing future proof Can it be extended for future customer changes...well there is no point if you are just writing code with out thinking if the code is extensible and can be manageable. Design phase of software application is an important phase in Software design life cycle or SDLC. There are quiet a few principles out there which helps you with Software design and one of the most important principle is SOLID principle. In object-oriented computer programming, SOLID is a acronym for five design principles intended to make software designs more understandable, flexible and maintainable Applying this Design principle in your day to day work will help you develop quality code and make you a better programmer So in this course we will 1) We will do a deep dive into solid principles...for each principle we will look at its definition, symptoms of violation of design, 2) We will look at some sample applications with uml diagrams and scenarios 3) We Will look into and lots of code example which you can keep as reference can try it yourself ...and build on future projects… In these code examples we will look at a code without applying these principles. Look at pitfall and see how applying the principles makes the code more modular, manageable and flexible..To understand these principles better we will also look at how these principles can be related to real life analogies .. SOLID Introduction 1. SOLID principles are the design principles that enable us manage most of the software design problems 2. The term SOLID is an acronym for five design principles intended to make software designs more understandable, flexible and maintainable 3. The principles are a subset of many principles promoted by Robert C. Martin 4. The SOLID acronym was first introduced by Michael Feathers SOLID Acronym S : Single Responsibility Principle (SRP) O : Open closed Principle (OSP) L : Liskov substitution Principle (LSP) I : Interface Segregation Principle (ISP) D : Dependency Inversion Principle (DIP) Dependency Inversion Principle 1. One should “depend upon abstractions, [not] concretions" 2. Abstractions should not depend on the details whereas the details should depend on abstractions 3. High-level modules should not depend on low level modules If we don’t follow SOLID Principles we 1. End up with tight or strong coupling of the code with many other modules/applications 2. Tight coupling causes time to implement any new requirement, features or any bug fixes and some times it creates unknown issues 3. End up with a code which is not testable 4. End up with duplication of code 5. End up creating new bugs by fixing another bug 6. End up with many unknown issues in the application development cycle Following SOLID Principles helps us to 1. Achieve reduction in complexity of code 2. Increase readability, extensibility and maintenance 3. Reduce error and implement Reusability 4. Achieve Better testability 5. Reduce tight coupling

Clean iOS Architecture 101: Dependency Inversion Principle


This is the principle that will make your iOS app dependencies (e.g., cocoapods, CoreData, Firebase...) much easier to manage, maintain, replace, and deal with. Excerpt from the iOS Lead Essentials Podcast #005 You can also find us on ↴ Twitter ☛ 🤍 Facebook ☛ 🤍 Instagram ☛ 🤍 Caio ↴ Twitter ☛ 🤍 LinkedIn ☛ 🤍 Mike ↴ Twitter ☛ 🤍 LinkedIn ☛ 🤍 Join the iOS Lead Essentials program ↴ 🤍 Visit our website ↴ 🤍

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