08 Mistakes to Avoid When You are Learning to Code
Tags: Developer, Coding, Software Development, Programming, Learning

Almost 50% of the programmers working don’t have a Computer Science background. So what isolates these individuals from most tenderfoot’s beginning? It’s about the outlook. When you are beginning, it may seem somewhat scary to start and compose your first line of code.

Programming is a giant ocean of data consisting of vast loads of programming dialects, libraries, and APIs. Furthermore, new stuff adds up to the blend every year.

It does not mean that the beginners don’t have any improvement areas and eventually have to drop out. Following are eight common mistakes that you should avoid when you are learning to code.

1. Not coding along the way.

If you think that finishing four hundred pages of the book ‘Clean Code’ in a day and binge-watching all the YouTube videos on coding without practicing them will help you, then you might be wrong.

You may think sitting back and viewing is sufficient to retain the data. It may seem odd, but you have to construct muscle memory!

It is genuinely significant that you code alongside each opportunity you get.

Learning to code is like any other ‘skill-building’ activity. The code, format, and everything in between may seem confusing, like the piano keys, but once you get the hang of it, it becomes easy. In the beginning, composing code DOES NOT feel regular. It feels moderate and burdensome.

The equivalent applies to learning code. That is why it’s essential to such an extent that you don’t trick yourself by inactively watching instructional exercises. Any possibility you get, just code, in any event, replicating instructional practices will help construct your muscle memory.

2. Waiting for the ‘perfect’ moment.

If you wait too long for the perfect moment, the perfect moment will pass you by — Confucius.

Starting something is overwhelming, indeed, and it might keep you on your toes before you even plunge into a new project. Moreover, most starters misinterpret that one should be a walking encyclopedia to be a developer. If you persuade yourself that you have to improve ‘significantly’ even before dropping your first application, you should be hearing sirens by now.

So, if you ask, “When can I begin building my first app?”

The short answer: Now. By plunging at the earliest opportunity, you will find out more and increase certainty rapidly.

Use books and courses to get familiar with the fundamentals, yet, don’t be reluctant to stall out, even if you believe you’re not prepared. Else, you may soon be running in circles of adapting until you realize it’s too late.

3. Attempting to remember every single code.

You would have thought that you would turn into a definitive developer by remembering every chunk of code. Yet, no. The issue with this methodology is that you end up with the absence of a binding agreement.

Each time the other individual reacts to your only expectation is to grin, gesture, and supplicate that they don’t see the empty demeanor all over.

Did you understand anything in the above sentence? No, right? The same happens when you try to code without understanding anything.

It is like aiming at thin air. Since you have no comprehension of its significance, you can’t appropriately hold a discussion.

You will likewise discover this way is an ideal opportunity to devouring. Indeed, it’s worthless because there is just no real way to retain several lines of code.

Learning to code is more or less like learning a second language. Once you get the hang of it, it becomes intuitive — you gradually pick up on common words, grammar, and structure just as you learned English.

4. Ignoring the significance of clean code.

For an amateur, the accentuation will, in general, be on getting your code to work. Accordingly, it’s the reason, you miss out on the significance of clean code.

You might have composed a significant chunk of code that nobody can comprehend.

Some well-known serious examples include space rockets being malfunctioned after its launch due to some poorly transcribed code. A single ‘missing’ line meant the missile had to be terminated 293 seconds after launch. Ultimately costing around 20 million dollars– and you think you have had a bad day?

Be kind to yourself and others and KEEP YOUR CODE CLEAN.

Robert Martin, in his book “Clean Code,” eloquently noted that the only valid measurement of code quality is the number of WTFs per minute-

“Are we debugging in a panic, poring over code that we thought worked? Are customers leaving in droves and managers breathing down our necks? How can we make sure we wind up behind the right door when the going gets tough? The answer is craftsmanship.”

5. Leaving holes in your learning.

One factor that will go a long way to learn code is “code each day.” As a novice, you are at risk of tumbling off the cart the second you begin leaving holes in your learning. It becomes one of the reasons why your initial attempts may fail spectacularly.

Let us assume that you are in the middle of a Java course, finding out about Object-Oriented Programming, and you choose to take a couple of vacation days. What happens after you return?

Without a doubt, you return to your exercises on Encapsulation only to acknowledge that you can’t precisely recollect what Encapsulation is! So what do you do? You go back to basics.

Subsequently, you wind up going in reverse instead of advances, and it isn’t delightful. Although referring to notes is not a crime, but not rehearsing code is. Because for things to truly solidify in mind, a thorough rehearsal is a must.

The attitude of coding each day helps transform the demonstration of coding into a propensity. You can complete it on autopilot since it’s incorporated into your everyday practice.

6. Not testing your code as you go.

Imagine you created a humongous chunk of code after hours of work and decided to stand by until the last possible second to run your code. And boom! Tons of bugs flood your screen. You are out of options to fix the bug because you have no idea what turned out badly, and all the more critically, WHERE?

Help yourself out, and test your code as you go. It will spare you time, stress, and a ton of migraines. Consider beginning ‘now.’

7. Sweeping bugs under the carpet.

In the first place, it’s enticing to overlook mistakes and move onto your next exercise, mainly when you are stuck on a similar issue for quite a long time. Yet, bugs will consistently return to take a bite onto your patience! The moment you become ignorant about your errors, you will repeat them sooner or later.

Obliviousness is a delight, however, not in the situation of blunders and bugs. The issues won’t go anywhere unless you fix them.

Towards the end of the day, the point is to deliver an outstanding application devoid of bugs. No one needs an application loaded up with blunders and bugs that crashes at regular intervals.

8. Surrendering right before the ‘Eureka’ moment.

Programming needs a great deal of tolerance and time to learn. It requires discipline, time, endeavors, and consideration. Tons of learners surrender just before they’re going to see the outcome. Furthermore, it happens commonly because of the absence of tolerance and dissatisfaction in programming.

Many things are overpowering in programming, and when we find that we are not drawing nearer to becoming a decent developer, we surrender without any dilemma. Each novice developer needs to comprehend that they’re in good company who is confronting this issue.

Coding is an excursion, and it’s initially alright to follow some suitable methodology for figuring out how to code. Better to gain from the slip-ups than to abandon coding.

Takeaways

Learning is a life-long process, not a competition. Programmers are continually changing the world with their passion.

Innovation is developing quickly. Today’s web applications are not the same as they were just ten years back. New designs, devices, or things to learn are coming forth every day. Being a developer is tied in with learning and adjusting in a continually evolving world.

So, center around building up the propensity for consistently coding, placing time and energy into it, and learning new aspects.

What are your thoughts on this? Did you face any issues not listed here? Let us know.

Originally published on Coditas Blog