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THE BEST PROGRAMMING LANGUAGES FOR BLOCKCHAIN Here is a look at a few blockchain programming languages, the purpose they serve, and some resources for further learning. Each section will be purely introductory, as the topic can get pretty extensive and full of code. C++ Let’s start with the oldest of them all, C++. The language came to life in 1985 through the efforts of Bjarne Stroustrup. By then, the rudimentary C language existed, but it was process-oriented; C++ cropped up as an upgraded extension that is object-oriented (where data and functions are bundled up into a package called “Objects”). For the complete freshman, an object-oriented product can be reused on other platforms without the need for fresh coding. C++ retained the efficiency, security, and flexibility of C. Its evergreen nature has made it the core language for blockchain coding, including the bitcoin blockchain. Warning to the newbies, though: As a type-only language with fairly outdated syntax, the learning curve is a bit steep. However, as most blockchain technologies are written in this language, any efforts you put in to learn this language will pay forth abundantly. Here are a few more reasons why C++ is preferred for blockchain coding. Better memory control. There are a lot of demands in the blockchain ecosystem. For instance, the platform needs to be a secure fortress but at the same time execute transactions and interact with all the nodes at a faster speed. For all these to happen, you need to have better control over memory and CPU usage. C++ can offer you that. Superb multithreading. Threads are a bundle of instructions that are to be executed at the same time. During blockchain development, you will come across tasks that parallelize and those that do not. Most languages can only handle one of these tasks and not both. Guess what, C++ allows you to handle both simultaneously. Compile time polymorphism. As was said before, C++ is an object-oriented programming (OOP) language. It also happens that polymorphism (using a certain feature in several ways) is a property of OOP. Now, by coding your blockchain through C++, you will be able to execute some tasks separately, thus enhancing the performance of the entire digital ledger. Code isolation. This archaic but revolutionary coding language has namespace features that can be shipped from one place to another. But at times, collisions can occur and distort the entire system. However, thanks to the language’s segmentation ability that groups various APIs differently, code isolation/separation can become a little easier. Maturity. As one of the oldest coding languages, C++ is mature and gets updated on a regular basis. Besides that, the language sports practical features like debuggers and special analytical tools that can detect or optimize various functions. This complexity and up-to-dateness of the language may be some of the reasons why Satoshi used it for bitcoin’s source code.

Python Python is another simple coding language for a beginner programmer who is afraid of C++’s complex nature. It was developed in 1991 by a Dutch programmer by the name of Guido van Rossum. The language’s structure is based on a simple premise: simplicity, readability, and minimalism. The simple nature of this language has seen it be supported by a massive crowd of both new and established developers. Rather than the curly brackets and keywords used in C++ to represent code blocks, Python uses simple and less-scary white spaces. Simplicity can be easily translated to mean inefficiency. However, Python is good enough to build complex digital ledgers that are stable and reliable. And here is the best part: This language is scripted and can be compiled and uncompiled. For instance, when you find a bug in your code, you just fix it and reload your application. For other languages like C++, you need to stop the app, fix the bug in your source code, and recompile it before restarting the application. It’s quite a lot of work that can be avoided by choosing Python. Additionally, the language offers developers a vast, free resource center that they can use to write their blockchain code.

JavaScript JavaScript is one of the most-used languages on the World Wide Web. If you want an interactive site with beautiful UIs, this is the language to use. All the major browsers such as Google Chrome and Firefox support it. We already said that a blockchain is, roughly put, a system of blocks placed one after the other. However, there is something special about this ledger—it’s immutable, meaning once data has been written, there is no undoing. JavaScript is one of the go-to languages when making a simple but tamperproof blockchain that is impossible for hackers and other deceitful individuals to alter. Just one setback, though: The language lacks the SHA256 hash function.

Solidity •

This is the most complex, high-level language that applies JavaScript’s scripts and functions as well as C++’s classes. The language is not only beginner-friendly but also offers tips and instructions on how to go about using its code. While the language is not very complicated, those who have a fair grasp of modern programming languages have an advantage.

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Even though Solidity is still trying to establish its footing in the coding world, Ethereum (the second-biggest cryptocurrency after bitcoin) is already using it. Well, they made the language, so it makes sense that they be the first ones to use it. Nevertheless, Ethereum blockchain is one of the most efficient when it comes to speed and ease of creating smart contracts.

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So if you are looking to create a decentralized app, hold an initial coin offering, or build a secure, immutable, and multipurpose blockchain, Solidity is the language to use. It's a must-know language for anyone who wishes to integrate smart contracts in their digital ledger.

Go GO is the short form of GOLang, a relatively modern coding language that was developed in 2007 at Google and officially released for public use in 2012. This robust and multipurpose coding language was created in an effort to combine both the syntax and user-friendliness of other common languages like JavaScript while retaining the reliable security aspects of older languages like C and C++. GO inherently runs in an operating system, and this means maximum flexibility, especially when dealing with several parts of a blockchain simultaneously. Ethereum’s SDK protocol is written in GO, and there are many other blockchain applications of this language.

How to Become a Blockchain Developer Although blockchain represents only a single item, there are different parts in it that developers can work on. No one is restricting you from learning everything there is to a digital ledger, but it’s usually easier to start with a smaller branch and master it fully before moving to the next. The core parts of a blockchain you can develop include:

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Decentralized applications (Dapps)

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Smart contracts

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ICOs

Don’t roll up your sleeves just yet. The most skilled programmers usually browse through a storm of resources on anything before getting started. So, once you are familiar with your preferred programming language, the next best thing to do would be to read bitcoin’s white paper (unless you don’t dream of becoming as good as Satoshi) and check out several books that go deeper into the technical details of the blockchain. It doesn’t hurt to familiarize yourself with some of the terms and lexicons within the industry. If you want to immerse yourself deeper into the blockchain world, then you need to buy some cryptocurrencies (just a few) and play around with them to see how the platform works. There are many entertaining yet in-depth courses out there that will teach you blockchain programming step by step. Space Doggos and CryptoZombies are some of the gamified courses that turn work into play so beginners can have an easier time coding. Space Doggos is a space adventure game that teaches learners how to develop the Ethereum blockchain. The game is detailed with several chapters and notes for gamers. The player will code the game’s characters (the Dog, its costume, mood, etc.) and the environment in Solidity language. As you move on to the next chapters of Space Doggos’ adventure, the code gets more complex. The concept is almost the same with CryptoZombies. Take a look at the next section for places where you can learn to code a blockchain in detail.

Answers: (These characteristics do not belong to the programming language) ➔ C++: simple (python), minimalist (python) ➔ Python: not so popular (solidity), misses 1 hash function (JavaScript) ➔ JavaScript: Process oriented (C++), Not so popular (Solidity) ➔ Solidity: Hard to learn (C++) ➔ Go: Expensive (none), popular (JavaScript)...