![]() ![]() ![]() This cookie is set by GDPR Cookie Consent plugin. The cookies is used to store the user consent for the cookies in the category "Necessary". The cookie is set by GDPR cookie consent to record the user consent for the cookies in the category "Functional". The cookie is used to store the user consent for the cookies in the category "Analytics". These cookies ensure basic functionalities and security features of the website, anonymously. When things get complicated, you won't be able to come up with a solution.Necessary cookies are absolutely essential for the website to function properly. You have never dug deep enough, all you have done is copying what the manual says. The "unwanted things hidden in the mist" are the insufficient understanding of a coding language or framework. In order to do so, you must disperse the mist and remove all the "unwanted things" you hide there. The experience of learning one programming technology should enable you to pick up another one with less time and effort. You, as a programmer, must "reuse" learning experience. The programming world emphasizes reusing codes. It seems that you are caught in a dilemma where there is a lot to learn but not enough time to do it. Otherwise, you won't keep up with the rapid tech progress, and your life as a programmer would be too painful as you are constantly struggling with learning something new. Most importantly, you must do so quickly and easily, without spending too much time or making too much effort. Existing ones keep upgrading, adopting new features, switching to new syntaxes.įor you to stay relevant, you have to keep learning. More likely than not, you will only get busier as time goes by. Your time is limited, and you have other things going on in your life. Shake off the dead weight that slows you down. Stop hiding unwanted things in mist (Jordan Peterson, Beyond Order). You won't see the benefit right away, but in the long term, you will benefit immensely from it. The process of creating a sorting program forces you to exercise your brain and enhance your logical reasoning. But it is the process, not the result, that matters. Basically, every language has built-in methods dedicated to sorting array elements. Honestly speaking, you probably never need to write a sorting program in your real-world projects. Sorting algorithms are the barbell for your brain. The second section covers eight carefully picked sorting algorithms. This requires you to be flexible, finding ways to get around obstacles. The solution for problem A is often incompatible with that of problem B. Very often, the solution also imposes obstacles. In the first section, we will show you a couple of creative techniques that can significantly improve your code quality, giving you a new perspective of code design. This is also the goal of this lesson, helping and forcing you to take the vital leap. It calls for creativity, which can be trained. From there, you can make further improvements, turning the bubble sorting into the much more efficient cocktail sorting. But nesting two loops together and adding an IF statement, you got yourself a bubble sorting algorithm. ![]() But these two hours are challenging and really push your limits.Įvery programmer needs to take a leap-from learning the syntax of a programming language or framework to solving real-world problems using what you have learned.įor example, a WHILE or FOR loop is very easy to learn. The length of this course is a little bit longer than two hours. This course helps you become "programming smart." It offers training in logic reasoning, enabling you to come up with better solutions for real-world projects.
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