TGx:Udemy | SOLID Principles: Introducing Software Architecture & Design [FTU]

Hot Picks

First Cam

New Movies

1080p x265

New TV

Misc

Torrent details for "Udemy | SOLID Principles: Introducing Software Architecture & Design [FTU]" Log in to bookmark

Quicknav > Description Read comments 0 Post guest comment

Torrent details

Name:

Udemy | SOLID Principles: Introducing Software Architecture & Design [FTU]

Controls:

Report Torrent

Torrent verified by Prom3th3uS

Category:

Other > Training

Language:

English

Total Size:

546.33 MB

Info Hash:

ea1d2d09ef4d42bff625c8446180882834fb9183

Added By:

Prom3th3uS :_blocked:

Added:

23-10-2019 18:14

Views:

811

Update stats Post guest comment 0

Health:

Seeds:

Leechers:

Completed:

451

File	Size
0. Websites you may like/0. (1Hack.Us) Premium Tutorials-Guides-Articles & Community based Forum.url	377.00 B
0. Websites you may like/1. (FreeTutorials.Us) Download Udemy Paid Courses For Free.url	328.00 B
0. Websites you may like/2. (FreeCoursesOnline.Me) Download Udacity, Masterclass, Lynda, PHLearn, Pluralsight Free.url	286.00 B
0. Websites you may like/3. (NulledPremium.com) Download E-Learning, E-Books, Audio-Books, Comics, Articles and more... etc.url	163.00 B
0. Websites you may like/4. (FTUApps.com) Download Cracked Developers Applications For Free.url	239.00 B
0. Websites you may like/How you can help Team-FTU.txt	229.00 B
1. Introduction/1. Introduction and Scope - What you will learn.mp4	20.50 MB
1. Introduction/1. Introduction and Scope - What you will learn.vtt	2.58 kB
2. Single Responsibility Principle/1. Introduction.mp4	12.62 MB
2. Single Responsibility Principle/1. Introduction.vtt	2.65 kB
2. Single Responsibility Principle/2. Cohesion and Coupling.mp4	68.21 MB
2. Single Responsibility Principle/2. Cohesion and Coupling.vtt	10.45 kB
2. Single Responsibility Principle/3. Reasons for Change.mp4	32.97 MB
2. Single Responsibility Principle/3. Reasons for Change.vtt	7.13 kB
2. Single Responsibility Principle/4. Live Coding Session.mp4	32.11 MB
2. Single Responsibility Principle/4. Live Coding Session.vtt	3.77 kB
2. Single Responsibility Principle/5. Wrap Up.mp4	3.80 MB
2. Single Responsibility Principle/5. Wrap Up.vtt	844.00 B
3. Open Closed Principle/1. Introduction.mp4	15.83 MB
3. Open Closed Principle/1. Introduction.vtt	4.63 kB
3. Open Closed Principle/2. Real World Analogies And Code Snippets.mp4	28.77 MB
3. Open Closed Principle/2. Real World Analogies And Code Snippets.vtt	5.85 kB
3. Open Closed Principle/3. Key Takeaways From The Examples.mp4	9.47 MB
3. Open Closed Principle/3. Key Takeaways From The Examples.vtt	3.29 kB
3. Open Closed Principle/4. Live Coding Session.mp4	25.20 MB
3. Open Closed Principle/4. Live Coding Session.vtt	2.79 kB
3. Open Closed Principle/5. Wrap Up.mp4	4.98 MB
3. Open Closed Principle/5. Wrap Up.vtt	1.54 kB
4. Liskov Substitution Principle/1. Introduction.mp4	15.61 MB
4. Liskov Substitution Principle/1. Introduction.vtt	4.34 kB
4. Liskov Substitution Principle/2. Breaking The Hierarchy.mp4	32.79 MB
4. Liskov Substitution Principle/2. Breaking The Hierarchy.vtt	6.59 kB
4. Liskov Substitution Principle/3. Tell, Don't Ask.mp4	24.71 MB
4. Liskov Substitution Principle/3. Tell, Don't Ask.vtt	6.20 kB
4. Liskov Substitution Principle/4. Live Coding Session.mp4	19.72 MB
4. Liskov Substitution Principle/4. Live Coding Session.vtt	3.92 kB
4. Liskov Substitution Principle/5. Wrap Up.mp4	4.53 MB
4. Liskov Substitution Principle/5. Wrap Up.vtt	1.32 kB
5. Interface Segregation Principle/1. Introduction.mp4	37.09 MB
5. Interface Segregation Principle/1. Introduction.vtt	6.77 kB
5. Interface Segregation Principle/2. Restructuring The Code To Follow ISP.mp4	15.59 MB
5. Interface Segregation Principle/2. Restructuring The Code To Follow ISP.vtt	3.31 kB
5. Interface Segregation Principle/3. Techniques To Identify Violations.mp4	13.45 MB
5. Interface Segregation Principle/3. Techniques To Identify Violations.vtt	3.67 kB
5. Interface Segregation Principle/4. Live Coding Session.mp4	28.06 MB
5. Interface Segregation Principle/4. Live Coding Session.vtt	5.46 kB
5. Interface Segregation Principle/5. Wrap Up.mp4	4.40 MB
5. Interface Segregation Principle/5. Wrap Up.vtt	1.10 kB
6. Dependency Inversion Principle/1. Introduction.mp4	31.65 MB
6. Dependency Inversion Principle/1. Introduction.vtt	9.52 kB
6. Dependency Inversion Principle/2. Dependency Injection.mp4	18.92 MB
6. Dependency Inversion Principle/2. Dependency Injection.vtt	3.90 kB
6. Dependency Inversion Principle/3. Live Coding Session.mp4	14.74 MB
6. Dependency Inversion Principle/3. Live Coding Session.vtt	3.28 kB
6. Dependency Inversion Principle/4. Inversion Of Control.mp4	9.49 MB
6. Dependency Inversion Principle/4. Inversion Of Control.vtt	3.12 kB
6. Dependency Inversion Principle/5. Wrap Up.mp4	9.34 MB
6. Dependency Inversion Principle/5. Wrap Up.vtt	1.75 kB
7. Course Summary/1. Course Summary.mp4	11.67 MB
7. Course Summary/1. Course Summary.vtt	2.81 kB

Description

For More Udemy Free Courses >>> https://freetutorials.us/
For more Lynda and other Courses >>> https://www.freecoursesonline.me/
Forum for discussion >>> https://1hack.us/

Gain mastery over SOLID Principles and write clean and well-designed code in Object Oriented Languages like Java etc.

BESTSELLER

Created by: Sujith George
Last updated: 9/2019
Language: English
Caption (CC): Included
Torrent Contains: 60 Files, 8 Folders
Course Source: https://www.udemy.com/course/solid-design/

What you'll learn

• Anyone can code, but quality code is hard to come by. Make yourself stand out by learning how to write quality code.
• Learn basic software architecture by applying SOLID principles.
• Apply SOLID principles in order to write quality code, as a software engineer.
• Well-crafted illustrations to help understand the basic concepts. Minimal bullet point slides.
• Learn what differentiates elegant and robust code from badly designed code.
• Get the concepts right using real world analogies.
• Live sessions where existing code is analyzed and design holes are picked.
• Hands-on sessions where existing code is re-designed and revamped after applying SOLID design principles.

Course content
all 27 lectures 02:05:45

Requirements

• Beginner level knowledge in any object oriented programming language.
• Basic object oriented concepts like inheritance etc.

Description

Anyone can code. But what differentiates a professional software engineer from a hobbyist coder is how well-designed and well-coded the final product is. Code quality is hard to come by. Unfortunately, most coders start straight without understanding basic concepts of software design. This course will help a budding coder, as well as an established programmer who wants to learn better design and write quality code.

It is really important that you grasp the core concepts of SOLID thoroughly. Once you get the fundamentals right, writing quality code will come naturally to you.There are tons of free YouTube videos on SOLID, but they try to teach you in bits and pieces, and don't pick the right analogies and code snippets. What you need is a holistic picture, which is what this course aims to provide. I have spent considerable time and effort to come up with the content for this course. Each and every concept, each and every analogy, each and every code example has been meticulously picked in such a way the design principles stick to your mind. I have used graphical illustrations and real world analogies wherever possible to drive home the point.

Something else that is special about this course - The subtitles are hand-scripted and accurate. I have even checked the timings to guarantee accuracy. Most courses come with subtitles that are auto-generated using a Speech-To-Text Engine, the accuracy of which is fairly low. But not mine! I have taken pains to script my course to perfection and include the subtitles too. So if you are at work, and you want to put me on mute, please feel free, although I would like you to hear my voice narration. If you want to put me on mute, just enable the subtitles in Udemy and play!

Who this course is for:

• Programmers who want to write quality code.
• Developers who want to create well-designed software.
• Wannabe software architects.