What are 5 essential skills every web developer should have?

Constantly learning and improving

In a fast moving industry like ours, staying on top of your game means you never stop learning. Technologies change just as fast as trends, and what’s common practice now might already be outdated in a few years. If you want to become a great web developer, you have to stay ahead of the curve. That means learning new technologies and programming languages and also keeping an eye on what customers want (and need) in order to stay satisfied.(website services in nagpur)

In a recent survey of over 2,000 Java developers, 53% admitted to being “technology sheep” that only adapt new things once they have been accepted by the industry as the standard. 44% described themselves as “early adopters” that already upgrade OSX versions before they are stable. It’s pretty clear which fraction is more likely to stay ahead of their competitors. And it’s not the 3% of so-called “immutables” that consider all change bad and “don’t have time for change” because they are “too busy doing real work”.(responsive website design company nagpur)

Another reason to keep learning is to stay ahead of your user base. Or, as author Rick Cook puts it: “Programming today is a race between software engineers striving to build bigger and better idiot-proof programs, and the universe trying to produce bigger and better idiots. So far, the universe is winning.”

Keeping up to date with the industry

To stay up to date with the industry, a great idea is to follow blogs like Smashing Magazine, Sitepoint, Hacker News and of course our very own blog (although it looks like you’re doing alright there already). Visiting expos and conferences is also a great idea since you can network and walk away with many new ideas and insights. A good personal goal would be to visit at least one tech conference each year to keep things fresh and step out of your daily routine. (best web design company in nagpur)

3. Being able to manage time and prioritize

Working in web development can be extremely stressful and chaotic at times. Projects keep stacking up and deadlines are always just around the corner. To stay efficient (and sane), it’s vital to manage your time as best as possible. This is something that many developers struggle with, simply because they never took a step back to improve their time management skills. Here are some quick actionable tips on how you can become more organized and avoid deadlines creeping up on you:

  • Make a to-do list and prioritize to put the most urgent and important tasks on top. Sometimes, the other stuff will just have to wait.
  • Check your list first thing every morning and make a quick plan for the day. Even though things won’t always go according to that plan, you will become much more efficient by having it in the first place.
  • Set reminders for important tasks and project steps that you want to get finished at certain times during the day or week. Ignore everything else if needed to make sure you meet your own mini deadlines.
  • Use the 80/20 rule and try to find daily activities that eat away too much of your time without producing enough results. You might be surprised at how much time you’re spending every day doing things that take way too long for what you get out in return.
  • Communicate with your boss or clients as soon as possible if you feel like you won’t make a deadline. It’s not ideal, but it’s not the end of the world either. The sooner you let them know about it, the sooner they can prepare.
  • Understanding UX

    One attribute of any truly great developer is that they not only have an excellent grasp of the technical side of their business but also of the design and client-oriented aspect. To develop great apps and software, you have to understand how your clients and customers will use the end product. Swiss computer scientist and programmer Niklaus Wirth put it this way: “Clearly, programming courses should teach methods of design and construction, and the selected examples should be such that a gradual development can be nicely demonstrated.”

    Before you start working on a new project, take the time and really think about the design and how it will be used by consumers. Through this step, you will often develop ideas that can significantly improve the product design itself.

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The 10 most popular programming languages, according to the ‘Facebook for programmers’

Thousands of programming languagesexist, but there are some trusty ones that developers turn to again and again.

GitHub, the startup at the center of open-source software development, tracks these programming trends. After all, it’s a hub for software projects that developers can browse and contribute to with over 3.1 million developers and 2.1 million organizations. Its annual Octoverse report has top insights on the the inner goings-on in the world of software developers.

GitHub is about to be acquired by Microsoft for $7.5 billion, and it’s quickly growing. There were 8 million new users on the platform this past year — that’s more than in GitHub’s first six years combined. And it’s growing quickly globally, especially in countries like China, India, Singapore, Nigeria, Brazil, and more. Indeed, it’s been compared to Facebook, in the sense that it’s the home to several of the largest communities of programmers.

# Ruby.

Ruby is a dynamic, open source programming language that focuses on simplicity. It’s been used to build some of the apps we use each day. Ruby on Rails, a popular web-application framework, is implemented in Ruby. In fact, apps like Twitch, SoundCloud, Hulu, Zendesk, Square and GitHub were built with Ruby on Rails.


C is an old one, but a good one. One of the oldest programming languages, it was invented in the 1970s. Even today, it has become one of the most widely used programming languages of all time.


A shell script is a computer program that’s designed to instruct an operating system to run certain commands. Shell scripts can manipulate files, execute programs and more. It’s especially popular with systems administrators.

#Type script.

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Lua – A New, Fast and Powerful Programming Language .

Lua is a scripting language born in Brazil and is quite special. Lua, compared to the well-known programming languages such as PHP, Perl, Python and Ruby, stands out for its extreme compactness, speed and a strong emphasis on the description and management of data.

In addition, from the beginning, it was designed and built to be embedded within applications written in C / C ++, D, Pascal, and Ada. In this way, it is possible to extend and modify an already completed application and distributed to customers without having the source code and above all using such a small and simple language that you learn in a day!

Lua is not just an extension language, it is also a general purpose language for writing a wide variety of applications. Said in challenging terms, you can write in Lua everything you can write in Python or Ruby with a considerable gain in terms of speed of application execution.
Lua is a very small and flexible dynamic scripting language. The entire interpreter is contained in a single executable file of approximately 200 KB. Just copy this file to a system directory or present in your Path and Lua becomes ready to use without limits. Compiling Lua from source code (a few thousand C code very clean) is quick and easy on any platform that has an ANSI C compiler.

Instead, providing an application written in C / C ++, D or Pascal / Object Pascal of a Lua interpreter is simple and convenient.

The syntax of Lua is similar to that of Pascal, but is closer to Ada; this gives the language great readability and elegance. Anyone who knows a scripting language finds Lua simpler, smaller and more immediate than any other. In fact, Lua is composed of a handful set of keywords and symbols.

The fact that it is such a small language should not lead the reader to think that with Lua you can do little or nothing. But again, with Lua, you can do everything you would do with Perl, Python or Ruby. When it comes to extending an application, Lua demonstrates its nature. It is possible to write Lua code according to the procedural, functional and object paradigm.

The Lua compiler

Like all scripting languages, a Lua script is executable from source code and this is a real problem for those who want to distribute their applications without allowing the user to browse the source code or modify it. A viable but not effective solution is to obfuscate the code.

Lua solves this problem by providing a very small utility called “LUAC“. It is not a true compiler as we understand it, that is, it translates the source code of a program into executable code but simply transforms the Lua code into encrypted code making it absolutely unreadable.

The “compiled” Lua code does not gain and loses nothing in terms of performance compared to the source code.

Extend an application into Lua

There are so many really interesting things to say about Lua, but the essence of the language remains to write scripts that interact with compiled applications written in other languages, typically in C / C ++ and Object Pascal (Delphi, Kylix and Free Pascal). Think how useful and interesting it is for the user to customize and extend an application without having to source code. Not only. Thanks to Lua it is possible to write a “kernel” application around which to develop specialized software using components in lua. Indeed, this is the most common use of Lua. Just go to the site dedicated to the language and see how many projects have been made in this way.

Lua is very close to C, calling C functions or inversely calling Lua from C is immediate and without many complications.

Personally of Python and I learned only the rudiments, but for what I saw Lua is superior, except that Lua is Brazilian and this does not put him at the top of the visibility.

If you look at the sources, find out who wrote this stuff knows the C very well and the performance is also due to this non-secondary circumstance.


Learning a new programming language has always been useful, interesting and sometimes even fun. But when the knowledge of a new language also helps us to improve our work, then it becomes a real investment. However, there is always a price to pay in terms of time, money, energy and perhaps even health, before becoming really productive with a new language. All this then becomes proportional to the complexity of the language and the validity of the available development environments.

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