Published 08/2022
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Genre: eLearning | Language: English + srt | Duration: 12 lectures (1h 51m) | Size: 2.45 GB
Learn to Better Understand Your Money & Strive For Financial Freedom!

Published 08/2022
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Genre: eLearning | Language: English + srt | Duration: 20 lectures (5h 13m) | Size: 3 GB
How to work with time-distance diagram in Tilos

Last updated 6/2020
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Language: English | Size: 2.37 GB | Duration: 2h 5m
Learn the process to go from filament to a display piece to get professional level final results

Last updated 7/2016
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Language: English | Size: 6.02 GB | Duration: 25h 42m
The Holy Grail - Become An Expert In Photoshop Retouching With No Experience Or Prior Knowledge "Upgrade Your Skills"

Kate Gregory | Duration: 5h 47 m | Video: H264 1280x720 | Audio: AAC 44,1 kHz 2ch | 895 MB | Language: English
If C++ scares you, or you've heard that it's a difficult language, this course will show you how easy Modern C++ can be. It's a powerful language that works on a huge variety of platforms and has useful features that other languages don't have.
C++ is a general purpose programming language that is used by millions of developers. It has a reputation for being hard to learn and use, but with the changes in the language over the last few decades, this reputation is no longer deserved. C++ offers a powerful combination of performance and abstraction that other languages don't have.
In this course, C++ Fundamentals Including C++ 17, you'll learn how to write simple console applications and be ready to move on to writing platform-specific code.

Kate Gregory | Duration: 2h 51 m | Video: H264 1280x720 | Audio: AAC 48 kHz 2ch | 460 MB | Language: English
You know C++ syntax, but do you know what makes code "modern"? How much do you use the Standard Library in your applications? Have you been keeping up with what was added in C++ 11, 14, and 17? Bring your C++ skills to the next level.
Do you want to take your C++ skills from basic syntax to the next level, including libraries and modern C++? In this course, C++ 17: Beyond the Basics, you'll learn what modern C++ is, and why it's to your advantage to write that way. First, you'll learn about the Standard Library collection classes, and some of the functions in the algorithm header that will save you time and effort while making your code easier for others to understand. Next, you'll discover lambdas and how to use them, and how to take advantage of move semantics for a tremendous performance enhancement. Finally, you'll see what exceptions are, when to use them and when not to use them, and how they work. By the end of this course, you'll have built a fundamental knowledge of C++ syntax, fill in the gaps most C++ developers have, and become one of those developers who uses the whole language to get the most performance while still writing code that's easy to maintain and read.
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Kate Gregory | Duration: 5h 01 m | Video: H264 1280x720 | Audio: AAC 44,1 kHz 2ch | 603 MB | Language: English
If you maintain an old large codebase, there's a good chance you don't understand parts of it. This course will show you how to update code to a more readable, understandable, and maintainable state by taking full advantage of modern C++ techniques.
C++ has been a popular programming language for decades, which means there's some really old code out there. Some of it is very hard to read and maintain. Capabilities have been added to the language and standard library that could simplify this code, and possibly make it faster or eliminate nagging intermittent bugs. In this course, Beautiful C++: Updating Legacy Code, you'll learn how to approach a large and unfamiliar codebase and make changes to modernize code. First, you'll learn some strategies for deciding exactly what to change. Then, you'll be introduced to language features and library capabilities that may not have existed when your code was first written, and can make it better now. Finally, you'll discover how to evaluate your progress and spread your gains through the rest of the code. By the end of this course, you'll be prepared for your code to last another generation or two and take full advantage of what modern C++ has to offer.
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Giovanni Dicanio | Duration: 2h 33 m | Video: H264 1280x720 | Audio: AAC 44,1 kHz 2ch | 318 MB | Language: English
C++14 and C++17 added many new features to the C++ language. This course will teach you practical features introduced in C++14 and C++17, that you will be able to use to write clearer, simpler, and higher-quality modern C++ code.
After the C++11 "revolution," several other features were added by the C++14 and C++17 standards. While C++11 was a massive improvement over the previous C++98/03, C++14 and C++17 are kind of more incremental improvements; nonetheless, interesting, powerful and useful features were added in these recent C++ standards. In this course, Practical C++14 and C++17 Features, you'll learn many practical features added in the C++14 and C++17 standards, assuming you have only a basic knowledge of C++11, like the one you can get watching the "C++11 from Scratch" course; any advanced C++11 concepts will be explained here on a need-to-know basis. Among the many topics discussed in this course, you'll start learning small but nice features, like digit separators. Then you'll explore more substantial features, like polymorphic lambdas (the course will also introduce basic lambdas as well, so you're not left in the dark if you don't know C++11 lambdas), and relaxed constexpr functions. You'll also learn about improvements to the C++ standard library, like the new standard-defined suffixes for the Chrono library (which will be introduced as well), or std::make_unique in combination with the unique_ptr smart pointer (that'll be introduced here as well). Finally, you'll explore new practical C++17 features, ranging from nested namespaces, to "constexpr if" and structured bindings. The features will be discussed using both slides, and with concrete C++ demo code, including showing some subtle bugs, and how to fix them. After completing this course, you'll be able to write simpler, clearer, more efficient and higher-quality modern C++ code, applying the features discussed in this course in your own C++ codebases. This course targets developers who are already familiar with basic C++11, and want to extend their knowledge to practical C++ features introduced in C++14 and in C++17. If you need a beginner-oriented introduction to C++11, you can watch the "C++11 from Scratch" course.
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Zoran Horvat | Duration: 4h 43 m | Video: H264 1280x720 | Audio: AAC 48 kHz 2ch | 706 MB | Language: English
Working with multitudes of objects and using generics requires understanding of programming theory and textbook algorithms. This course will teach you effective use of .NET collections and power of generalization through generic classes and methods.
Processing many objects is usually tied with knowing non-trivial algorithms, as well as with meeting nonfunctional requirements, such as time and space considerations or deferred execution. In this course, Collections and Generics in C# 10, you'll learn to consume and process many objects with optimal algorithms. First, you'll explore algorithms on linear and associative collections, such as lists, arrays, dictionaries, etc. Next, you'll discover how to generalize algorithms by applying advanced generics to your classes and methods. Finally, you'll learn how to combine existing collections to build your own highly specialized collections that are applicable in business models. When you're finished with this course, you'll have the skills and knowledge of algorithms that apply to many objects, needed to develop highly optimized business applications.
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Simon Robinson | Duration: 7h 48 m | Video: H264 1280x720 | Audio: AAC 48 kHz 2ch | 1,08 GB | Language: English
This course will teach you to solve more complex problems in C#. You'll learn by solving numerous practical problems that require the full range of C# language features, from classes to null values, to exceptions to generics, and more.
In this course, C# 10 Playbook, you'll learn to solve more complex problems in C#. You'll see numerous examples of problems that can arise in real-world apps, and learn how to use C# language features to tackle them. The problems will cover validating method arguments, pattern matching, immutability, instantiating objects correctly, LINQ, async coding, null values, generics, error handling, reflection, interop, and much more. By the end of the course, you'll have the knowledge to use different C# language features appropriately to solve more complicated problems, taking your C# coding skills to the next level.
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