Blockchain has become a buzzword in today’s tech world. This technology has successfully resolved the traditional roadblocks existent in certain industrial domains by decentralizing data and opening up new avenues of security and transparency.
Blockchain records digital information in a manner that the information can be recorded and distributed, but not altered. Hence, Blockchain is used to form immutable ledgers and records or transactions that cannot be hacked, modified, or destroyed. Blockchain applications are employed for demanding tasks like the exchange of cryptocurrencies, the secure sharing of medical data, voting mechanism, NFT marketplaces, making/receiving cross-border payments, monitoring supply chain/logistics, and many more.
However, developing such solutions is not an easy task, and businesses planning to adopt Blockchain systems must be aware of the ins and outs of Blockchain development. One of the crucial considerations for creating Blockchain solutions is the programming language stack chosen for development. And, needless to say, the programming language should be chosen as per the project requirements. This post explores the offerings of the top Blockchain programming languages with examples of use cases. The write-up will provide a clear idea and help you to pick the most suitable language stack for your upcoming Blockchain project.
Blockchain Functioning: In a Nutshell
The Blockchain system comprises a digital ledger of transactions. Each block within the chain contains a certain number of transactions and whenever a new transaction takes place on the blockchain network, the transaction record is added to each participant’s ledger. This decentralized database is called DLT (Distributed Ledger Technology) and is managed by multiple participants.
Top Blockchain Programming Languages
Solidity
Solidity was created by the Ethereum team in 2014 for writing Ethereum-based smart contracts, to enhance the usability of Blockchain solutions. With Solidity, developers were able to write a high-level code that is smart-contract oriented and that could be translated into the usable lower-level languages prevalent at that time. The language resembles the ECMAScript syntax but contains features such as static typing, variadic return types, and so on. And hence, it is one of the most preferred programming languages used for Blockchain projects and recommended by most Blockchain app developers around the world.
This statically typed Blockchain language offers a stable and flexible coding pattern for smart contracts and provides an accurate as well as a safe medium where different sources can frame smart contracts between parties. Moreover, it is a flexible and user-friendly language that comes with ABI (Application Binary Interface) that provides several type-safe functions. Developers can effortlessly acquire the necessary skills needed to use Solidity, whether they are experienced ones or simply beginners.
Blockchain Project Use Cases: Ethereum, Chainlink, Sushiswap, and Compound Protocol.
C++
This object-oriented language is one of the key Blockchain programming languages. C++ was created to code the decentralized cryptocurrency system and developers employed it to code bitcoins. But today, it suits the purpose of other Blockchain-based projects and has been used for storing transaction information in cryptocurrencies like Ripple’s XRP Ledger, Ethereum’s smart contracts, etc.
C++ is easy to use and flexible; and comes with abilities like advanced multi-threading, primitive control over memory, and an efficient CPU management capability. It enables one to isolate the code for various data structures and allows you to move semantics so that data can be copied effectively. C++ users can control the code as desired – they can choose between providing full access to the code or allowing access to only certain aspects as per the need. With C++, one can easily manipulate blocks and chains, and so, is an ideal pick for scenarios where one needs to fully control their system resources.
Blockchain Project Use Cases: Monero, Ripple, Stellar, EOS, Litecoin.
Python
Python is one of the most popular programming languages used for architecting Blockchain applications, crypto exchange, and smart contracts. It is a robust, versatile, and object-oriented programming language that comes with open-source support and also, several frameworks and libraries such as Numba that accelerate the development without affecting the performance or security. Python dynamically supports OOP, and hence, facilitates crafting solutions in Blockchain as well as in Machine Learning and Artificial Intelligence. Using this language, one can easily detect errors and debug those errors.
Python is particularly helpful for newbie developers working on Blockchain projects as this language facilitates building prototypes quickly without having to write lengthy codes and the developers have the option of selecting from a wide range of plugins, libraries, and online resources.
Python, being an interpreted language creates roadblocks when complicated cryptographic operations are involved, but this problem can be resolved by the proficiency of experienced Blockchain app developers.
Blockchain Project Use Cases: Steemit, Ethereum, Hyperledger Fabric, NEO, etc.
GoLang
GoLang, a statically typed, compiled and multi-threaded language created by Google, is one of the most popular Blockchain programming languages in the NFT marketplace. The language integrates the best of both worlds – the ease of developing the code and the effectiveness of compiled language. It combines the features of Java, Python, and C++ and is being used by the Hyperledger Fabric platform currently. It is user-friendly, fast, flexible, and scalable.
Using GoLang, one can run several processes simultaneously, and therefore, it is can effectively handle several parts of blockchain simultaneously. GoLang is not only speedy but also offers accessible maintenance features and so, it’s an ideal pick when a decentralized app is being distributed on Ethereum’s network. However, it comes with a difficult learning curve but will be simple for C++ developers.
Blockchain Project Use Cases: Ethereum, Loom Network, Hyperledger Fabric, GoChain, and Dero.
Java
Java is an object-oriented programming language that follows a “write once and follow everywhere” approach and so, enables one to write codes that are highly portable. With the Java Virtual Machine (JVM), developers can run their codes on any system or platform. And, as the universal JVM is used for execution, Java programs need not depend on a system-specific architecture. This portability of Java facilitates the creation of easy-going and immutable blockchains. Furthermore, Java comes with an abundant API (Application Programming Interface) that contains several Java classes, interfaces, packages, etc. This property helps in building apps without any need to know their internal implementations.
Java offers a simple and extensible plugin architecture that helps to create a flexible Blockchain solution. Java has a huge and dynamic community that provides prompt and effective solutions to developers whenever they encounter any issue.
Blockchain Project Use Cases: IOTA, NEO, NEM, Ethereum, Fabric, and Hyperledger.
C#
C# is an open-source programming language coined by Microsoft and enjoys humongous popularity worldwide. It employs easy Object-Oriented and Extensible Markup methods, without the developer’s help. Its rich library class simplifies the use of menu functions and implements them for coding. The assembly feature eases out handling the issue of version control. With C#, open-source developers can effortlessly write codes that are highly portable and run across several OS like Mac, Linux, Android, and Windows.
Blockchain Project Use Cases: IOTA, NEO, Blockchain as a Service, and Stratis.
Rholang
Rholang is employed for creating smart contracts and high-grade Blockchain projects. It follows a functional approach – at first, it examines the application through several functions and thereafter, solves them as per the sequence. It is secure, reliable, easy to use, and speedy.
LLL (Low-Level-Lisp-like language)
Low-Level-Lisp-like language, commonly known as LLL, is a low-level programming language. LLL happens to be quite easy-going and minimalistic, it’s just a small-sized wrapper directly placed over the EVM coding. This is one of the original Ethereum programming languages used for smart contracts. It offers a different programming discipline and point of view as compared to the universal Solidity language.
To make it compatible with EVM programming, the Lisp-like code contains a thin layer of parentheses. So, the LLL users enjoy high-end programming support while accessing various lower-level sources of power as well as memory locations. Moreover, this language enables programmers to develop effective contracts that are smaller in size as compared to the ones created using higher-level languages.
Simplicity
This high-level Blockchain programming language was designed for smart contracts and it caters to professional programmers as well as open-source developers. This language is relatively new and reduces the low-level understanding and complicated functionality of the Bitcoin Script.
Simplicity helps Blockchain app developers to enhance productivity and avoid distractions. It hides low-level components from engineers and developers, resulting in a rapid development speed.
JavaScript
This popular programming language works for Blockchain development as well because of Node.js, a runtime environment of JavaScript. The language helps developers to handle asynchronous code which is the fundamental prerequisite in the Blockchain environment. Moreover, it enables asynchronous parallel programming due to which the Blockchain program can complete more than one action simultaneously.
Vyper
This Blockchain programming language is derived from Python3, although it doesn’t contain all the Python features in it. It was designed as an alternative for the language Solidity and is primarily employed in EVM (Ethereum Virtual Machine). However, Vyper’s control structures are different from the ones in Solidity and it handles security issues differently as well. Vyper’s control structure is distinct and contains features such as modifiers, recursive calling, infinite loops, etc.
Obsidian
Obsidian is one of the newer Blockchain programming languages. It presently functions on the Hyperledger Fabric platform and the Ethereum Blockchain platform.
Most blockchain programs are organized around a machine having a high-level state and Obsidian’s state-oriented programming helps one to explicitly declare and transition amongst states. Obsidian builds a flowchart-like sequence that helps one to view contracts through different stages. The states and transitions within the states have to be mentioned while coding.
Obsidian offers a linear type system that simplifies the process of implementing a belt to suspenders. The compiler can make full use of the types for avoiding bug issues or typo-based errors.
End Note
I hope the aforesaid information was beneficial and will help you in selecting the best-suited programming language for building Blockchain solutions. Coming to Blockchain development, it’s a challenging task and has to be executed properly for obtaining the best results. Moreover, creating a Blockchain network is not enough, the system needs to be managed and maintained properly. So, in most cases, entrepreneurs seek professional help.
For professional assistance in developing and maintaining Blockchain solutions, the transformative Blockchain app development services offered by Biz4Solutions, is worth a try! We have the experience and expertise to cater to the Blockchain development needs of global clients with diverse requirements.
Technology has turned around the software development sector. It is becoming exciting and interesting every day. The millennial generation is driven towards digital space and keeps looking for better and faster solutions. New tech stacks are getting introduced by the software development giants in the market, enabling competition in every sphere.
Mobile application is a competitive and complex aspect. With remote devices and their technologies introducing new innovations every now and then, the application developers have to step up their speed and developments strategy. There are many aspects that the developers need to think about before finalizing a mobile application development technology like High responsiveness is the pre-requisite for any application that intends to make its way into the public domain, Application development technology should be capable to develop cross-platform and hybrid applications to be functional across every platform and Moderate or low development cost is important while targeting multiple platforms.
The three mobile application development frameworks – Flutter, React Native and Kotlin have started a new thread of judgments and competition. A thorough analysis is required to understand the common factors and differentiators amongst them.
Flutter
Google has nailed it once again with Flutter, the mobile application development platform. The company has made sure to provide every necessary aspect for cross-platform development. The open-source framework is capable of developing applications for different platforms using a single code base. It has been used by many companies including eBay, GROUPON, and Toyota.
React Native
React Native uses JavaScript library to develop applications for Android and iOS platforms. React native is helping developers to deliver a highly rich user interface that is winning customer confidence. It is another technology that is winning the race in cross-platform development. It has been used in the development of thousands of applications including Flipkart, Pinterest, and Facebook.
Kotlin
Kotlin is a modern programming language to develop multiplatform mobile applications. As one of the most concise Java language, Kotlin is known for its simple and precise commands that make development easier. It has been used to develop applications and scripts for Coursera, Gradle, and many other leading applications.
All the three application development platforms can be differentiated and compared on different development aspects.
Comparison of Languages on different development aspects:
Language
Flutter uses Dart which is a client-optimized language that aims for faster application development. Development in React Native involves React JS, JavaScript, C, C++, and Python. The integration of multiple programming and development languages increases its likelihood of selection as an application development platform. Kotlin is compatible with Java Framework. It is called a better version of Java as it offers excellent features over Java.
Ease of Use
Flutter uses Dart which is easy to learn and use. Any developer with prior experience in React Native and Java can develop a complete application in less time with Flutter. The installation is easy and the application is open-source, both of which contribute to ease of use.
React native app developers prefer the language for its code reuse feature. It uses React JS, JavaScript, and C-related language which are popular amongst most software developers. Anything involving them mostly will not require time investment in learning the language.
Kotlin can be easily used by Android developers. It is gaining popularity over Java with Java-compatible tools and frameworks. The number of lines in coding can be significantly lesser than in Java.
Features
Every language comes with its own set of features. Flutter comes with automated developer and testing tools that can make the development very fast. This ensures real-time error checks and fast deployment.
React Native helps the react native developers to build Native-like applications. A single codebase can be used to develop platform-specific versions of components. The fast refresh feature immediately reflects the changes made in the code. The developments and improvements can be really fast.
Kotlin allows the application logic to be reused between the web, desktop, and mobile platforms saving a lot of time. It is popularly known as multiplatform programming language. The syntax used in the coding is very compact and clear which again saves time and fastens the development process.
Advantages
The basics of all three languages are different. The ultimate differentiation comes with the overall impact created with the performance and development.
Flutter
Dart being easy to learn and use can be used by any developer to develop the application at a fast pace. Quick and simple installation is also very motivating for the new users. The user-friendly free documentation makes the development journey easier. The large community of developers keeps making improvements in the code to ensure a bug-free flutter app.
Real-time code changes and corrections is a real advantage. A significant time is saved in activities such as development and compilation.
It facilitates communication with the native modules which makes features such as scrolling very seamless on every platform. Flutter is gaining popularity day by day.
React Native
React Native app development allows the developer’s changes to immediately reflect on the application, allowing the developer to make faster changes.
Higher flexibility in using the third-party plug-ins is also making it developer’s favorite.
Reusing the code reduces the go-to-market time, making it a great development language for today
Kotlin
The code is clear and concise. It is gaining popularity over Java, and Java developers would prefer it anytime for application development. The lines of codes are less which implies lesser development time.
Shorter codebase leads to a shorter debugging time. With many of the Java language issues fixed in Kotlin, it is considered to be highly safe for application development.
Which One is Making the Way Towards 2022
React Native is expected to be accepted by the majority for its multi-language support. Its fast refresh feature and seamless integration with the third-party plug-in is something that every developer is looking for. It is definitely futuristic with faster development cycles and deliveries. Flutter and Kotlin, both are going to get their fair market share. The Java developers may opt for Kotlin and Google will definitely append its offering with Flutter to capture the maximum market.
Conclusion:
React Native is certainly something a developer can look forward to while others do not stand a less chance. If you need assistance with the development, we are here for you. We are the leading mobile app development company offering React Native development services. Our experts will help you develop the best React Native application as per your requirements. Contact us today to get the best React Native development services at affordable rates.
ADDISON, Texas, USA – Omni Pro Electronics has announced its availability of the Adam Tech Ultra High Speed HDMI 2.1 Connector/Cable Assembly. The new release provides uncompressed 8K video with HDR, and support bandwidth speeds up to 48Gbps. They also support 4K video, eARC (Enhanced Audio Return Channel), VRR (Variable Refresh Rate), ALLM (Auto Low Latency Mode), QFT (Quick Frame Transport) and QMS (Quick Media Switching).
It has a contact resistance of 30mOhms, an insulation resistance of 100mOhm and a dielectric withstanding voltage of 300VAC. Housing for the Adam Tech HDMI 2.1 Connector is made of high-temperature black thermoplastic (UL94V-0) with a brass and nickel plated shell. It is rated for 10,000 cycles with an insertion force of 4.5Kgf and a withdrawal force of 1Kgf~4.0Kgf.
The 26AWG double-ended male-to-male cables are available in lengths of 3ft, 6ft, 10ft and 16.5ft with HDMI-A 2.1 plugs. Jacketed in black PVC, the cable plug pins are gold flash plated with a tin over nickel shell with a black 55P PVC overmold and insulator.
Features & Benefits:
Connector: HDMI A 2.1 receptacle
Cable: double ended HDMI A 2.1 plugs
8K UHD (7680 × 4320) at 60Hz
4K UHD (3840 × 2160) at 120Hz
Supports speeds up to 48 Gbps
Low EMI interference
Top quality audio with eARC
Enhanced gaming capabilities with VRR, ALLM, and QFT
Smooth frame rate transitions with QMS
Multiple cable lengths
Applications:
Audio/video data transfer
Televisions
Gaming consoles
DVD/Blu-ray/Ultra HD players
Media streaming devices
Cable boxes
Computers
Entertainment systems
All assemblies must be 100% tested for shorts, open, continuity and physical appearance. They are lead free and RoHS compliant. In fact, all Adam Tech-manufactured connectors and cable assemblies, waterproof solutions and advanced automotive solutions are tested for electric capabilities and pressures. As a franchised distributor for Adam Tech Interconnects, Omni Pro Electronics supplies its full line of supply pins, connectors, plugs and assemblies.
The future of iOS app development seems bright with the evolution of mobile apps and technologies such as artificial intelligence, virtual reality, augmented reality, mobile app development platforms, and many more promising iOS trends that will drive the app market in the coming years.
All these iOS app ideas are expected to play a key role in shaping upcoming trends in the app industry and changing how we use apps every day. Let’s have a look at a few of them below:
Watch out – iOS App Development Trends
Swift
Swift overtook Objective-C to become one of Apple’s most popular programming languages. It is a programming language created by Apple for building software on Mac, Linux, and IOS platforms. Compared to other languages like C++ and C# it is more accessible to new programmers and provides additional tools to speed up the development of apps.
Apple is currently putting its weight behind Swift; you can bet that it’ll be an essential skill for both iOS and macOS developers looking to gain an edge in these quickly evolving markets. Undoubtedly, Swift app development trends is considered one of the major trends in the industry.
Implementation of AR & VR
Augmented Reality and Virtual Reality have revolutionized various industries. Both AR and VR have different kinds of applications, but they are both well-suited for iOS mobile apps as well.
AR is being used to provide an immersive experience to users by layering an image on top of real-world objects whereas VR is providing a fully virtual world where users can immerse themselves completely by wearing a headset or using VR glasses. iOS-based mobile apps developed using these technologies offer an engaging experience to users and make their lives more convenient too. Presently, AR and VR are considered the trend and future of iOS app development.
Maximum use of AI
AI will play a big role in helping apps match their users’ expectations more effectively over time. For instance, Chatbots have been around for decades and have come a long way, with only minimal adoption among consumers.
In 2022, however, chatbots will take center stage in many ways—not just as conversational assistants but also as AI-powered virtual agents who can perform tasks for users with speed and accuracy.
By embedding these agents into mobile apps (in addition to website interfaces), companies and organizations can deliver helpful functionality without any human interaction or effort.
As far as IOS application development is concerned, Artificial Intelligence has already become an integral part of mobile application development. It helps businesses save time and money by working more efficiently.
Security
Security is the major concern of the development industry. Apple is investing heavily in its own form of biometric authentication with Face ID and Touch ID. In fact, Apple even took things one step further by making sure all third-party apps were also required to use Touch ID or Face ID when applicable.
As consumers begin to demand greater levels of security from their mobile applications, we expect Apple to continue working towards better ways to ensure data remains private and secure while simultaneously being accessible when needed. Apple is pushing iOS to be at its security best with each iteration of iOS, so it’s no surprise that Apple wants to promote iOS as a secure operating system.
Cloud Integrated iOS Apps
With technology continuously evolving, it is essential for iOS apps to be integrated with cloud platforms. Cloud-integrated iOS apps are better able to access information from any device and provide real-time data transfer.
In 2022, a majority of companies will integrate their iOS applications with cloud technologies for more efficient data storage and management as well as improved productivity. This shift will also make it easier for users to store and access their files anywhere and on any device they want.
Wearable Apps
Apple Watch is a fantastic example of a wearable app that is redefining how we interact with technology. More developers are looking to create apps designed for wearables to help make them a part of people’s daily routines and improve their quality of life. One trend to look out for is more health-focused wearable apps, especially those targeted at tackling obesity and related diseases.
Conclusion
The adoption of iOS apps is growing at a faster pace. Businesses are trying to stand out from the competition and are more inclined toward digital marketing platforms.