区块链学什么语言好,区块链学什么语言比较好

在区块链领域，学习哪种语言比较好，是很多人都关心的问题。今天，我们就来聊聊区块链学什么语言比较好。

首先，Solidity是最常见的区块链开发语言。Solidity是一种用于构建智能合约的高级编程语言。它是基于Ethereum区块链的智能合约语言，可以用于构建去中心化的应用（dApp）。Solidity拥有丰富的语法，易于理解，可以用于构建复杂的智能合约，是区块链开发的首选语言。

其次，JavaScript是最受欢迎的区块链开发语言。JavaScript是一种跨平台的编程语言，可以用于开发Web应用程序和区块链应用程序。它是一种面向对象的编程语言，可以用于构建复杂的区块链应用程序，是区块链开发的热门语言。

最后，Go语言是一种新兴的区块链开发语言。Go语言是Google开发的一种编程语言，它的特点是简洁、高效、可靠。Go语言可以用于构建高性能的区块链应用程序，是区块链开发的新兴语言。

以上就是今天关于区块链学什么语言比较好的讨论，从Solidity、JavaScript和Go语言三个角度出发，你可以根据自己的需求选择最合适的开发语言。

❶ How to learn blockchain technology

First of all, if conditions permit, try to study in first-tier cities, after all, they are technology gathering areas. Secondly, examine other aspects, such as faculty, curriculum system, teaching model, employment salary, tuition hours, etc. Go directly to the audition to see what the school is really like.
How many weeks does the Go full stack + blockchain course last? How many stages? How long does each stage last? To what extent have you completed each stage?
A total of 22 weeks, divided into 5 stages,
The first stage is 4 weeks of go language basics and network concurrency, after learning the introductory go language,
The second stage is 4 weeks of practical web development with go language , crawler development, cryptography, consensus algorithm, realize lightweight public chain, after learning, you can develop golang website, crawler, realize lightweight blockchain
The third phase 4 weeks Ethereum source code analysis and smart contract Dapp development, after learning and mastering the core of Ethereum and developing smart contracts, and blockchain,
The fourth phase is 4 weeks of Hyperledger, Bitcoin EOS, source code analysis and smart contract practice, and after learning, master the development of Hyperledger, Copycat Bitcoin, forked EOS, and smart contract Dapp development
The fifth phase is a 6-week project practice, with 5 enterprise-level projects in practice. After learning, you can have 1 year of blockchain project experience
Suitable for the crowd:
1. People who have no programming foundation and want to learn IT technology;
2. People who have limited development and want to improve;
3. People who have programming experience and want to change careers.
Learning goals:
Learn Go language from scratch, and comprehensively cultivate blockchain-specific application talents through learning Go language.
Employment direction:
1. New technology Go language development (Web development, microservices, distributed).
2. Blockchain development in new areas (cryptographic security, blockchain systems, blockchain applications).

❷ If you want to get started quickly with blockchain technology, what programming languages ​​are generally involved

Any computer language can implement blockchain in applications in a specific field. Technology;

Which language to use depends entirely on the technical requirements of our enterprise projects in the corresponding fields, and more importantly: effective connection with existing information systems.

The "Fada" that we are familiar with (although the name is not very nice, and even sounds a bit confusing at first), it is actually preparing to adopt the latest The blockchain technology is restructured; the contract platform using blockchain technology becomes more trustworthy and makes it easier for people to sign various business contracts in the Internet era.

There are also "credit reporting systems" like ours, which are also very suitable for transformation with blockchain technology. This can make it more convincing and avoid the situation where a unit or even any key technical personnel can add "credit tainted data" to it at will.

There are also P2P loans like ours. If they can be restructured with blockchain technology, they can become more trustworthy and avoid such breaches of trust as defaults and money withdrawals.

❸ How to learn blockchain technology

1. Technical language

Python and Go It is a technical language mentioned by many companies in recruitment. Need to prioritize learning. Moreover, these two languages ​​​​also have great applications in technical directions other than blockchain. For example, Go is used in the background construction of large-scale concurrent systems, and Python is used in the construction of artificial intelligence systems. So learning these two languages ​​is a priority.

2. Technical framework

Master one or more of Bitcoin, ETH and Hyperledger. Needless to say about BTC, the bottom layer is written in C++. A large number of currency projects, such as Litecoin, Dash, Monero, zcash, etc., all use Bitcoin technology for secondary development.

ETH is the representative of blockchain 2.0, and various application Dapps can be built on the ETH network. Nowadays, a large number of application blockchain projects are developed using the ETH platform.

Hyperledger fabric is a blockchain development platform promoted by IBM. It is mainly used for the development of alliance chains. It is currently the most popular alliance chain development platform.

3. Algorithm

POW (Proof of Work Algorithm), POS (Proof of Stake Algorithm), PBFT (Byzantine Fault Tolerance Algorithm), etc. are all important in the cryptography part of the blockchain Composition, a full understanding of these algorithms will help you have a better understanding of the cryptography part when participating in the underlying development of blockchain projects.

(3) What language should you learn for blockchain? Extended reading:

Blockchain technology is a distributed accounting technology. Its characteristics are decentralization, openness and transparency, allowing everyone to participate in the establishment of the database, and each established data cannot be tampered with. With everyone participating, the problem of trust between strangers is resolved.

Blockchain technology has emerged. It is an accounting technology that allows all people to participate. The transaction information and data between AB are published to the public and cannot be tampered with. Everyone knows that this has happened. Then there is no need for an authoritative third-party C, or everyone in the system plays the role of C. This is also called decentralization.

❹ What you need to learn about blockchainSome courses

The courses that blockchain requires are: 1.Khan Academy; 2.Udemy; 3. Lynda; 4.Coursera; 5.PluralSight, etc. In addition, to learn blockchain, you must also know the relationship between blockchain and programming languages. It is recommended to learn blockchain development based on Go language and Java, and Go language is slightly less difficult to learn than Java.

❺ If I want to get started with blockchain technology, which programming languages ​​should I learn?

Go language + blockchain training course:
Why To learn the GO language, what are the advantages of GO?
1. What are the advantages of Go
Advantages of Go
1: Performance
2: Language performance is very important
3: Developer efficiency & don’t be too innovative
>4: Concurrency & Channels
5: Fast compile time
6: The ability to build a team
7: Strong ecosystem
8: GOFMT, mandatory code format
/>9: gRPC and Protocol Buffers
It can be directly compiled into machine code without relying on other libraries. The version of glibc has certain requirements. Deployment is just a matter of throwing a file up.
A statically typed language, but with the feeling of a dynamic language. A statically typed language can detect most hidden problems during compilation. The feeling of a dynamic language is that there are many packages that can be used, and it is very efficient to write. high.

❻ Introduction to blockchain technology, which programming languages ​​are involved

Theoretically, technology has no relationship with programming languages, just like different languages ​​​​can express the same meaning. In the same way, Blockchain can be implemented in a variety of programming languages. If you want to learn blockchain technology, you can check out some technical information, technical manuals, etc. If you want to learn programming language, I suggest you read some programming language stuff. I hope it can help you.

❼ What to learn about the application of blockchain technology

The major in blockchain technology application mainly studies the basics of blockchain and holes, Linux operating system, computer network basics, programming basics, and Web development Technology, database technology and applications, advanced applications of programming, core blockchain technology, virtualization and container technology, blockchain deployment and operation and maintenance, etc.

This major cultivates the comprehensive development of moral, intellectual, physical, artistic and labor skills, and masters a solid scientific and cultural foundation as well as programming and algorithms, Linux operating system, network technology, database, and container Knowledge of technology, cryptography and related laws and regulations, and possesses the skills of blockchain application design and development, smart contract development, blockchain system testing, blockchain deployment and operation and maintenance,High-quality technical and technical talents with software design and development capabilities, craftsmanship and information literacy, and the ability to engage in blockchain application development, blockchain testing, blockchain operation and maintenance, blockchain operations, etc.

❽ Why do some people think that GO language will become a trend in developing underlying blockchains?

Why should we learn Go language due to the explosion of blockchain?

The demand for blockchain talents in 2018 was 9.7 times that of the same period in 2017. According to statistics from recruitment websites, most positions in the blockchain require mastering the Go language.

Blockchain engineers in the top 100 online jobs are required to be proficient in blockchain protocol development in Go language

Blockchain engineers in the top 100 online jobs are required to be proficient in blockchain protocol development in Go language

❾ To learn blockchain development, is it better to learn Go language, hyper ledger fabric, Ethereum smart contract or public chain development

Go Full stack + blockchain course:
A total of 22 weeks, divided into 5 stages,
The first stage is 4 weeks of Go language basics and network concurrency, after learning the introductory Go language,
The second stage Phase 4 Week: Go language practical web development, crawler development, cryptography, consensus algorithm, implementation of lightweight public chain. After learning, you can develop golang websites, crawlers, and implement lightweight blockchain
Third Phase 4 Weekly Ethereum source code analysis and smart contract Dapp development, mastering the core of Ethereum and developing smart contracts, and blockchain,
Phase 4, 4 weeks of Super Ledger, Bitcoin EOS, source code analysis and smart contract practice, After completing the course, you will master the development of Hyperledger, Bitcoin copycat, EOS fork, and smart contract Dapp development
The fifth phase is a 6-week project practice and 5 enterprise-level projects. After the course, you can own a 1-year blockchain project Experience
From the perspective of the characteristics of the language itself, Go is a very efficient language that highly supports concurrency. The Go language itself pays more attention to distributed systems, and concurrency processing is relatively good, such as advertising and Search, that kind of high-concurrency server.
Go language advantages:
Excellent performance, can be directly compiled into machine code, does not rely on other libraries, Go is extremely fast. Its performance is similar to Java or C++.
Supporting concurrency at the language level is the biggest feature of Go. It inherently supports concurrency. Go supports concurrency in its genes. It can make full use of multiple cores and use concurrency easily.
Built-in runtime supports garbage collection. This is one of the characteristics of dynamic languages. Although GC is not perfect at present, it is enough to cope with most situations we can encounter, especially after Go1.1 GC.
Easy to learn, the authors of the Go language all have C genes.Then Go naturally has the genes of C, so Go keywords are 25, but its expressive power is very powerful, and it supports almost all the features you have seen in other languages: inheritance, overloading, objects, etc.
Rich standard libraries, Go currently has a large number of built-in libraries, especially the network library is very powerful, and this is my favorite part.
Built-in powerful tools. There are many tool chains built into the Go language. The best one should be the gofmt tool, which automatically formats the code and makes team review so simple. The code format is exactly the same, and it is easy to think about different things. difficulty.
Cross-platform compilation, fast compilation. Compared with the sluggish compilation speed of Java and C++, Go’s fast compilation time is a major efficiency advantage
Go language disadvantages:
Package management: Go A language's package management is definitely not perfect. By default, it has no way to specify versions of dependent libraries, nor to create overridable builds. In comparison, Python, Node, and Ruby all have better package management systems. However, with the right tools, Go language package management can also perform well.
Lack of development framework: The Go language does not have a major framework, such as Ruby's Rails framework, Python's Django framework, or PHP's Laravel. This is a hotly debated issue in the Go community, as many believe we shouldn't start with frameworks. This is true in many case scenarios, but if you just want to build a simple CRUD API, it will be much simpler to use Django/DJRF, Rails Laravel, or Phoenix.
Exception error handling: The Go language helps developers handle compilation errors by simply returning an error (or returning the call stack) from the function and the expected calling code. While this approach is effective, it is easy to lose the scope in which the error occurred, making it difficult to provide meaningful error information to the user. The errors package can solve this problem by allowing us to add context and stack traces for the returned errors.
Another problem is that we may forget to handle errors. Static analysis tools such as errcheck and megacheck can avoid these mistakes. While these solutions are effective, they may not be the right approach.

❿ Getting started with blockchain technology, which programming languages ​​are involved

Go language

Go language (Golang) is a brand-new programming language launched by Google in 2009 Language that can reduce the complexity of code without sacrificing application performance. Google ChiefSoftware engineer Rob Pike said: "We developed Go because the difficulty of software development in the past 10 years or so has been frustrating."

In addition to Bitcoin being developed in C, most of the current The clients of mainstream workshops are all developed with Go language, which is enough to show the status of Go language in the entire blockchain industry.

C

C further expands and improves the C language and is an object-oriented programming language. C runs on a variety of platforms, such as Windows, MAC operating systems, and various versions of UNIX. C is a very widely used computer programming language. It is a general programming language that supports multiple programming patterns, such as procedural programming, data abstraction, object-oriented programming, generic programming, and design patterns.

Most blockchain companies choose to use C to write the bottom layer of the blockchain. The most famous ones are Bitcoin, Ripple, etc., which mainly reflect strong computation.

Java

Java is different from general compiled languages ​​or interpreted languages. It first compiles the source code into bytecode, and then relies on virtual machines on various platforms to interpret and execute the bytecode, thereby achieving the cross-platform feature of "write once, run anywhere". The development of blockchain projects has obvious dependence on Java.

Others include Python, system architecture, Ethereum, Linux, hyperledger, JavaScript, etc. will be covered.