Posts by "Roxana"

WordPress Advantages: 11 Solid Reasons for Maintaining Your Online Presence

July 29, 2022 Comments Off Roxana read

Free and powerful, WordPress is a great tool for creating websites. Content Management System (CMS) for managing content without becoming involved in the site architecture. It’s simple enough that even a complete newbie could use it.

WordPress is used by 41.4% of the top ten million websites and 60% of all content management systems (CMSs). The web-development business continues to be dominated by these astounding facts.

It began as a blogging tool in 2003 and has now evolved into a platform for creating almost any kind of website.

WordPress is a hot topic these days. Numerous prominent companies like it because of its many useful features.

This is the most advanced system on the market. Popular businesses such as Bloomberg, TechCrunch, and BBC America use this CMS as their primary online platform.

Agencies are also recommending WordPress for commercial websites due to its many features.

But why is this platform in such high demand?

You’ll find it here.

What Is WordPress, and What Is It Used For?

As a content management system (CMS), WordPress is used by web developers to build online apps and portals.

This easy-to-use CMS may be customized to meet your specific needs. You don’t need to know anything about computers to operate them.

This framework is useful for building websites, but it’s also the ideal platform for blogging.

It’s also a tool for marketing. As a result, clients will find you more readily, and you’ll rise in search engine results.

What are the Benefits of Using WordPress?

In an ever-expanding digital universe, everyone wants to fit in. It’s no longer necessary to know how to code in order to create a website from the ground up. When it comes to developing a website, WordPress is too simple to use.

In addition to speeding up the creation of web pages, WordPress may be used to manage content more efficiently. There’s no better platform for a one-page blog or a full-fledged online store than WordPress.

The ease of use of WordPress is also a major factor in its popularity. The increasing popularity of this framework is largely due to the inclusion of several useful features provided by WordPress.

Great tools include anything from large platforms like Squarespace to Wix. But here, we’ll explain why you should use WordPress instead of these other tools to build your site.

It is free to use.

Yes, it’s free to use WordPress. There’s no charge for this service, whether you’re developing a business site or a personal blog.

Once you’ve downloaded and installed it on your computer, you may start using it immediately. WordPress is all about getting to know the dashboard and the many methods you may update and publish material.

You may experiment with many themes and plug-ins specific to each build.

It’s one of the main reasons it’s becoming more popular.

It’s time to put your website online after you’ve learned the process and purchased the domain name and hosting provider, depending on the size of your website.

It is possible to modify and develop the source code of the WordPress framework and the functionality and appearance of your website since it is free and open source.

However, even though it is free, you will need to pay for more services. You may unlock more functionality for your websites with the more expensive options for a little fee.

It’s Easy to Use

Most companies like WordPress because it is simple to use. It includes simple templates to set up and includes fully editable code.

It contains an easy-to-use editing tool that doesn’t need any HTML knowledge to modify your WordPress website’s layout.

You can easily edit your business information, product information, or website content by following a few simple steps.

It controls the CMS market.

It’s more than simply a popular CMS; it’s a game-changer.

59.5 percent of all websites that utilize a Content Management System (CMS) chose WordPress, according to W3Techs’ usage data.

It has a sizable part of the market. Along with market share, this framework benefits from many supporting tools.

Google-Friendly.

Search engines like Google and Bing can index these sites because of the CMS structure they’re built on. WordPress is a popular platform for building websites, and many companies have taken advantage of this.

Every website’s primary goal is to get a high ranking on Google. Our WordPress benefit is simply accessible via this website.

According to some experts, using the WordPress framework may improve your search engine rankings.

Some plug-ins may help increase traffic to your website. When it comes to SEO, you don’t need to know anything; just install the suggested effective SEO plug-ins and let WordPress handle the rest.

Flexibility

Also, it’s easy to personalize. Extensions and Plug-ins allow you to customize your website to fit your needs.

It does not matter whether you are using WordPress for a small company or a huge business website for personal or commercial usage.

You have complete control over the look and functionality of your website, thanks to this framework.

You have complete control over the code. As a result, it may be readily adapted to any pre-made themes and designs.

Secure and Safe

WordPress development places security at the top of the list, and for a good reason. No matter how simple it is to design, any platform must never compromise on security. In order to keep your data safe from unauthorized access, WordPress employs a variety of security measures.

Hackers have taken notice of the growing popularity of WordPress website design.

As a result, the WordPress software’s core team has increased security measures.

Sucuri, a multi-platform security business, conducted research in the third quarter of 2017.

In order to maintain the confidence of its users, this CMS has included robust security features. The best way to ensure the highest degree of security is to install and regularly update security plug-ins. In order to keep hackers at bay, security plug-ins create cryptic passwords and employ Two-Factor Authentication (2FA).

As a result, this CMS has included robust security measures to maintain the confidence of its users.

However, it’s still important for WordPress users to exercise caution when obtaining plug-ins from a reputable source.

Multi-User Capability

Multi-user environments benefit the most from this feature. Large teams of freelancers and agencies working on your websites may necessitate giving them access to the websites.

Access to your business’s website is now completely within your purview. Creating new accounts is as simple as granting particular rights to users and preventing them from accessing the restricted area.

Included among the permissions are:

Admin
Super Administrator
Author
Editor
Subscriber
Contributor

Major Brands use WordPress

Over a third of all websites rely on it. There are over 1.7 billion WordPress-powered websites in existence.

Using this, hundreds of pages of material are provided to site users every hour.

Businesses of all sizes are making use of it. Several well-known businesses recommend WordPress.

TechCrunch, Microsoft News, TED Blogs, PlayStation, BBC America, Walt Disney Company, Skype, and more are some of the notable companies. Yelp and more are also included.

Supports multimedia

These days, having media assets on your websites is a must. There will be an increase in traffic if media files are included.

You may include a wide range of media on your website by using blogs and other online material. Audio, image, document, and video files may all be added.

If you want your website to rank higher on Google, you need to include high-quality photographs and videos.

The Blogger’s Paradise

WordPress has remained true to its blogging origins since its inception. It is the most popular blogging platform in the world.

Because the popular blog editor’s combination of features makes it very simple to create, edit, publish and manage blogs. When it comes to handling media, the drag-and-drop interface makes it simple.

The blog owner may provide various permissions to different user roles.

The Final WordPress feature is taxonomies, which allows the blogger to add categories and tags to content, which helps the reader navigate to related and interlinked content.

Exceptional User Interface

In fact, mobile devices account for more than 60% of all online traffic. As a result, it’s critical to design websites that can be accessed on various devices. Depending on the device, WordPress will render the text most appropriately.

One of the most significant issues for web developers is Responsive Web Design (RWD). WordPress offers built-in features to concurrently construct web pages for desktops, laptops, tablets, and mobile phones, regardless of the device’s screen size.

How do you go about using WordPress?

Using WordPress, you can build a business website for any company.

Starting with a basic website, this framework may be used for any website, from an eCommerce marketplace to a personal blog.

Some examples of the websites you can build with this:

Online Store
Blogging
Website for Membership
E-Learning
E-commerce websites
The podcast’s website
Dropshipping Website
Website for Coupons
Websites for Affiliates
Forum Websites
Websites for Social Networking

Developer Employer

An Angular Short Guide for Managers and Entrepreneurs

July 29, 2022 Comments Off Roxana read

The Angular framework allows you to create single-page web apps as well as mobile apps that have compelling animations, progressive web apps that work offline, enterprise apps, e-commerce apps, and more. You should consider Google’s Angular when choosing a technology for your digital product.

The popularity of Angular has grown dramatically over the past few years. Several major corporations, such as Google, YouTube, and Microsoft, have turned to Angular app development as a trusted solution.

An overview of Angular

The Angular framework is used to build web applications. Developers can work more efficiently with its defined architecture and ready-to-use libraries. Developers can use these libraries to address low-level concerns that are common to all apps via generic functionalities.

Differences between Angular and Angular JS

The latest version of Angular2+ was released in 2016 and was supported until June 2021. As part of the updated structure, Angular has been replaced with AngularJS, while the old structure has been renamed Angular. Community members approached Angular 2+ with caution at first. Over time, the framework gained the trust of developers thanks to the Angular Team’s improvements.

What is the point of using a framework?

By using frameworks, you can solve problems like routing, lazy loading, code splitting, and server-side rendering faster. In addition to this, frameworks give you access to developers who can quickly grasp the code behind your product. Keeping everyone on the same page in your team is easier.

What makes Angular so powerful?

There are several key features of Angular that make it a competitive tool in the business world.

Easy internationalization makes Angular a highly effective tool for reaching a global audience. Both the architecture and the code are unified. Software development projects benefit from an active community. The code is not reliant on third parties, so maintenance is never a problem.
Flexible structure. The main benefit of Angular is that it gives you off-the-shelf solutions to most problems. Nevertheless, your developers are free to depart from the mainstream Angular whenever they see fit. However, the libraries are of such high quality that this does not occur often.
When a user needs a module, Angular’s lazy loading feature downloads it. The modularity of your application makes scaling so much easier. It is possible to reuse or replace the components. Modules can be written quickly using generic components.
Frequent testing. The software can be developed faster and refactored at any time with Angular. Frequent testing reduces the number of errors, so developers do not need to reread the code again and again. Furthermore, quality assurance specialists can easily automate their work.
Compared to JavaScript frameworks, it has a significant advantage. As developers can debug their work while coding, Typescript saves time and reduces errors. Since the language allows “typing”, scaling up and finding bugs is easier. We are heading towards a future dominated by Typescript.

Angular apps you should build

For your next project, you may want to consider Angular. Development is sped up, new opportunities are opened, off-the-shelf solutions are available, and scalability is enhanced. As always, the decision will depend on the client’s needs and the project. With Angular, you can create these products:

Apps on a single page
Apps for corporations or government’s website
SSR rendered apps
Cool UI animations

To sum up

For any web app, including Content Management Systems (CMS), e-commerce apps, design systems, bank websites, etc., Angular may be the right choice. There are several factors to consider, including the project’s specifications, the size, and scope of your team and organization, as well as your product’s scope. If you choose Angular, you have access to a wide pool of talented developers who know how to write code.

Developer Employer

Which Is Better for Your Project, Flutter or Native?

July 28, 2022 Comments Off Roxana read

Since developing and maintaining native apps for iOS and Android is more expensive, cross-platform apps continue to be of considerable interest to many organizations. Additionally, cross-platform programming is less difficult than native development, which is significant for business. Since 2018, the cross-platform framework for Flutter has become increasingly popular in a variety of sectors, including e-commerce, financial, and retail.

Both native development and Flutter provide a great degree of scalability and a good user experience. However, developing your app using Flutter is quicker and easier as it requires fewer developers and requires them to spend fewer hours.

Flutter: What is it?

A combination of tools known as a cross-platform framework enables the development of a single program that works on both iOS and Android. The majority of cross-platform frameworks generally have poor performance and a user experience that is less pleasant than native. However, it does not mention Flutter.

Popular cross-platform framework Flutter uses the Dart programming language and has a single code base. Google only introduced Flutter in 2018, but it has already established itself as a useful toolkit for producing high-quality UI components and animations. Despite being Google’s innovative approach to cross-platform development, Flutter offers fluid animations and approachable UI features. You can create high-quality, performant apps with the appearance and feel of native iOS and Android apps with Flutter.

Native technologies: what are they?

Unlike cross-platform technologies, native application development is platform-specific to either Android or iOS. Native applications are developed in languages that the OS provider for the device supports:

Kotlin and Java for Android. Android Studio is the development environment.
Swift and Objective-C are the iOS languages. Xcode is the development environment.

Native apps often have few significant limitations and allow users to fully utilize advanced functions like an accelerometer, camera, GPS, and others. Through well-known app shops like Google Play and the App Store, users may download native apps.

At the same time, native app development and maintenance need a considerable financial commitment. This is due to the fact that two distinct platforms require two distinct development teams. Additionally, they must adapt business logic, duplicate interface logic, and layout to each platform’s characteristics.

With Flutter, the working process is significantly simpler and quicker because just one development team is required. As a result, high-tech companies are increasingly favoring low-cost Flutter over native solutions.

Speed of development for native vs. Flutter apps

The ability to write only one piece of code for two distinct platforms thanks to Flutter drastically cuts down on both the cost and time of development. When compared to native codes, flutter codes are simpler to write. Developers have to build two different scripts for Android and iOS when using native technology, which unavoidably takes longer.

App functionality

When Google first released Flutter in 2017, it had several performance issues and a low FPS. All these issues have been resolved because of the advancement of technology, and Flutter now offers performance on par with native apps.

Native apps provide the most effective memory use in terms of usage. Flutter requires more RAM than native, and React Native performs much worse.

Code Enforcement

Since there is only one codebase shared by the two apps, maintaining a Flutter application is simpler. The shortcode makes it easier for programmers to source other tools, support third-party libraries, and identify problems rapidly. In addition, Flutter’s Hot Reload function aids in swiftly resolving application problems.

Dart (Flutter) vs. Kotlin for Android: Features and Integrations

Many developers utilize the popular object-oriented language Kotlin. Because the language is comparable to Java, learning it or switching to it is simple. Though there are fewer Flutter developers, the same is true of Dart, which is utilized in Flutter.

Flutter’s ability to combine business logic and user interface (UI) while using a single code base across two platforms is the primary distinction for businesses. UI cannot be unified by Kotlin, only business logic. Better tools, such as plug-ins for development environments, are offered by Flutter. The capabilities of Kotlin tools are constrained, and debugging with it is now all but impossible.

Swift, like the majority of native frameworks used to create iOS apps, offers enhanced safety and quick integration possibilities. For Android, Kotlin and Java work similarly.

Dart makes it simple to include the distinctive features of third-party plugins or libraries. Even yet, developers who are unfamiliar with Dart’s capabilities could find it challenging. Additionally, the Flutter engine default has certain restrictions on connecting native modules through Xcode or Android Studio. The detailed instructions in the Flutter documentation address potential issues and help you effectively integrate it for Android and iOS.

Dart (Flutter) vs. Swift for iOS: Features & Integrations

For iOS, Swift is still one of the most widely used programming languages, and many developers laud it for its excellent frameworks and documentation. Swift iOS integration is easier and requires fewer settings as compared to Flutter. Swift may also have trouble integrating with some third-party technologies. Dart’s code is compatible with several platforms, including Android. Additionally, Flutter makes speedier code authoring, which is a great option for MVPs.

The availability of app developers

When Flutter technology first came out two or three years ago, there weren’t many developers using it. The absence of Flutter initiatives globally was the main cause of this. As a result, it took some time to assemble a solid team of more than 5 Flutter engineers.

The circumstance has altered today. Many developers have gained valuable expertise working on large projects during the past few years. Google reports that more than 500.000 Flutter applications have already been made available.

The quality of the teams using Flutter has also increased. It takes more than just learning Dart and producing a few examples to launch a full-fledged Flutter project. Most teams now have experience working on actual, large-scale projects. Putting together a competent team for your Flutter project is, therefore, simpler now than it was three years ago.

Cost of developing apps

Because two independent pieces of code must be developed for two distinct platforms with distinct functions, native programming is significantly more expensive.

Applications of native and Flutter technologies

The decision between Flutter and native technology is heavily influenced by organizational objectives. Currently, Flutter is largely used by medium-sized and large companies, including the applications for Alibaba, BMW, and Tencent. There are currently up to 3000 apps on an open list of Flutter-built apps. Developers use native technology to build complex, specialized apps with cutting-edge features.

The financial industry may find the usage of Flutter to be particularly intriguing. Since Flutter’s source codes are converted into native code, which cannot be read by humans, it may even be safer than native apps.

Applications on Flutter can also employ Touch ID, Face ID, or a fingerprint scanner, which are security features built into the banking platform itself. With over 20 million members outside of Asia, the biggest digital bank, Nubank, has already shared an instance of Flutter being successfully integrated into a mobile application.

Developer

Python Applications – 7 Fascinating Examples for 2022

July 28, 2022 Comments Off Roxana read

Across the coding and Data Science communities, Python is well-known as a popular programming language. In addition to combining the features of object-oriented, structural, and functional programming, Python is a free, open-source language that is excellent for general-purpose programming. The Python programming language was created in 1989 by Guido Van Rossum and adheres to the DRY (Don’t Repeat Yourself) principle. A variety of applications can be developed using Python since it is cross-platform.

Why you should choose Python?

Professionals of all levels will find Python to be a valuable tool because of the following features:

Easy to use and implement
Freely available to the public
User friendly
Executes the code line by line
Functional and object-oriented
Flexible and the same code can be used for different machines
Extensive collection of libraries

Python Applications in the Real World

The development of software

Software development can be simplified with Python packages and applications. It is possible to automate the compilation and testing of code using SCons, Buildbot, and Apache Gump. Trac and Roundup are helpful for managing bugs and projects. This process is further simplified by Python’s ability to analyze and visualize data.

Website development

Security, scalability, and flexibility are the hallmarks of Python web frameworks. Python’s Package Index offers a wide range of useful libraries and modules that can be used to build web frameworks and advanced content management systems like Plone and Django CMS.

Applications in Science and Mathematics

There are many mathematical and scientific applications based on Python. The Python programming language is used to develop 3D modeling software like FreeCAD and finite element method software such as Abaqus. There are several Python packages that are useful for scientific and numeric computations, including SciPy (scientific numeric library), Pandas (data analytics library), IPython (command shell), and Numeric Python (fundamental numeric package).

I. and machine learning

Data Science professionals have embraced Python as one of their preferred programming languages. There are many Python packages for AI and ML, including SciPy for advanced computing, Pandas for general-purpose data analysis, Keras, TensorFlow, and Scikit-learn.

A business/enterprise application

There are many differences between enterprise-level applications and standard applications. A business application is designed to meet the needs of an organization rather than an individual client. In comparison with other programming languages like C and Java, Python can make a significant difference in this area.

Courses and education programs

There are a lot of similarities between Python’s syntax and English’s. For beginners, it is an excellent choice because of its short learning curve. Educational programs commonly use Python as a programming language. Python is a highly popular introductory language, even among professional developers.

Desktop Graphical User Interface

GUIs (graphical user interfaces) can be developed using Python on a desktop computer. Developers benefit from the language’s modularity and rich text-processing tools. Python-based GUIs such as PyQt, PyGtk, Kivy, Tkinter, WxPython, PyGUI, and PySide are some of the best on the market.

Final words

As you can see from all these versatile and diverse real-world Python applications, Python is capable of handling nearly all development requirements. In recent years, Data Science is becoming increasingly popular with Python applications, especially machine learning.

Developer

The Main Differences Between Python and Scala

July 27, 2022 Comments Off Roxana read

Two of the most commonly used programming languages in the field of data science, data analytics, and machine learning are Python and Scala. Scala vs. Python is currently the subject of a trending debate comparing the pros and cons of both languages.

How does Python work?

Modern software developers often use Python, an interpreted programming language. Object-oriented programming, functional programming, and procedural programming are supported, and Modularity makes it easy to integrate with other technologies.

How does Scala work?

In addition to its multiparadigm capabilities, Scala offers more advanced functional features such as immutability, currying, and lazy evaluation. Its strength is that it can interact with Java code easily since it was built for the Java Virtual Machine (JVM).

Main differences between Python and Scala

Performance optimization

In Scala, source code is translated to efficient machine representations before compilation, making it faster than Python. Since Scala is based on Java Virtual Machine, Scala can take advantage of its many performance optimizations.

Multiple platforms

Multiple platforms support Python’s interpreter. The source code of Scala is compiled into Java bytecode since it is based on the JVM. There is a difference between the two languages in terms of their tools, but both can be run on the majority of platforms.

Concurrency

Using event-based programming, you can interact with data using both internal Java and Scala APIs. Scala provides better memory management and faster data processing than Python, which cannot handle concurrency or multithreading.

Data science and machine learning applications

In the field of machine learning and data science, Python is the preferred language. It offers extensive libraries and frameworks and is easy to learn and implement. A big data processing framework called Apache Spark is written in Scala, which is the primary language used. Data science and data engineering teams are increasingly using Scala to process Big Data.

Characteristics

Software engineering skills can be developed more easily with the Scala language. A majority of the tools inside are functional programming and DSLs. Mathematical theories help developers simplify solutions using Functional Programming. In comparison, Python has a number of features that have made it a very popular software development tool. Besides being fast and easy to learn, it provides efficient high-level data structures and an object-oriented programming (OOP) approach that is straightforward but very effective.

Functionality

There are substantial differences between the two, but there is no doubt that they are both functional. Machine learning, natural language processing, GraphX, GraphFrames, and MLLib projects are better done with Scala, while other programming tasks are better done with Python.

Restoring and maintaining the code

Python is more difficult to restore code than Scala. Because Scala is statically typed, compile-time errors are easier to find. You’re less likely to catch bugs before runtime if you don’t use type hints and type hints checkers in Python.

Final words

Scala and Python are both open-source programming languages used for data processing. In addition, they each have their own advantages and disadvantages, making each one more suitable for certain types of projects or businesses. Your business needs are what determine which option is right for you.

Developer

What’s the Difference Between Scala and Go?

July 26, 2022 Comments Off Roxana read

There is a great deal of difference between Go and Scala. To address criticisms of C, Google created Go, a newer, simpler language. Among its niches are concurrency and Big Data processing, whereas Scala is an older, more mature programming language. There is no doubt that both languages are capable of providing excellent performance for concurrent applications.

An overview of Scala

The Scala programming language aims to express common programming patterns concisely, elegantly, and type-safely. Your programs can be defined in any way you desire, and you are in control of how you describe them.

A functional programming language such as Scheme, Haskell, or Scheme has many features that Java does not. Additionally, it supports functional programming and has a robust static type system. Anonymous functions can be defined in Scala using a lightweight syntax. Among its features are the ability to nest functions and the support for higher-order functions.

There are still some issues with Java compatibility with Scala as it is a very powerful language but hard to learn. As a result of Scala’s better concurrency support, companies such as Twitter have switched to the language. Compared to other languages, Scala has not found a lot of use in the real world due to its academic nature.

Scala’s advantages

The JVM optimizations that have been built over the course of the years are included, and it is compatible with Java. You can build custom DSLs for your libraries using the type system. Any kind of problem can be expressed using this powerful tool.

Scala’s disadvantages

Cloud-native applications inherit JVM issues, such as large container sizes, slow warm-up times, difficulty tuning, and slow deployment. Java compatibility issues, and if Java libraries are required, Scala’s advantages are compromised.

An overview of Go

Google created Go, which is syntactically similar to C. It was designed to increase the parallelism of concurrent programs on multicore machines. Despite being fast to compile, Go has garbage collection and runtime reflection power.

This is suitable for cloud-native applications packaged in containers due to its small and efficient binary size.

Go’s advantages

Compared to interpreted languages, it is a very fast compiler. The small size, no warm-up times, and speed of Go make it a wise choice for cloud-native applications and Kubernetes. You can use it in many different situations: web applications, CLIs, and stream processing, for example. In comparison to the JVM, it uses very little RAM and CPU.

Go’s disadvantages

There are not many libraries or tutorials for Go, as it is a relatively new language. Although Generics will be added to it soon, basic things like them are not available yet. However, dependencies have improved since the addition of go mod, which makes them easier to manage. It is not as elegant, mature, powerful, or flexible as Scala.

Final words

Each has its strengths and weaknesses. For cloud-native applications, GO is the most cost-effective language. But for Big Data and highly concurrent critical systems, Scala is the most suitable choice.

Developer

How Do Python and Rust Differ?

July 19, 2022 Comments Off Roxana read

In the world of programming, Python and Rust are two popular languages for writing code and developing applications. In contrast to Python, which has been around for quite some time and has become almost ubiquitous, Rust is a relatively new language and is rapidly gaining popularity among the software developer community.

How does Python work?

The first version of Python was released by Guido van Rossum in 1991. The language is designed for easy extension and is multiparadigm. There are many different applications for the language, from system administration and app development to data science and analytics.

Pythons’ pros

It is relatively easier to learn than other languages due to its simplicity. Moreover, it is capable of integrating with a range of different software programs, including databases and enterprise applications. In addition to being very mature, the language has an extensive library base.

Pythons’ cons

In contrast to C++ and Java, Python is an interpreted language, so it can be slower at times. Library and integrated development environments (IDEs) make debugging relatively easy, although sometimes errors don’t appear until runtime, making it more difficult to test and maintain.

How does Rust work?

This is a redesigned programming language that emphasizes stability, performance, and safety. C/C++ coding standards are compliant with its memory-efficient architecture. The most loved technology out there right now is Rust, according to a StackOverflow developer study.

Rusts’ pros

Programmers who use Rust have direct control over low-level resources, and Rust doesn’t have garbage collection – making it more stable and faster than other languages. Moreover, it enforces strict safe memory allocations and secure coding practices, increasing its stability and security.

Rusts’ cons

Compared to other languages, such as Python and C, Rust is a bit more complex, which means it requires more coding knowledge. Compared to other languages, Rust’s code compiler is slow.

When is Python a wiser choice?

As Python was designed for simplicity, its code structure is highly readable, and its syntax is simple, making it more accessible to developers at all levels. With a higher learning curve, Rust is better suited to system programming and specific use cases.
Compared to Rust, Python’s documentation is a bit more beginner-friendly.
Rust is a relatively young language, but its popularity has resulted in a rapidly growing ecosystem. Nevertheless, it can’t compete with Python’s options – not yet, anyway. As a result of the sheer number of libraries, frameworks, software, and services available for Python, it has a clear advantage concerning extensibility.
It has a larger community and is more mature than Rust. There is a small but very active Rust community. Python development has resources that can be used for any kind of requirement. There are fewer resources in Rust, so finding them takes a while.

When is Rust a wiser choice?

Rust is a high-performance programming language. Unlike other languages that require an interpreter or virtual machine between them and the hardware, Rust translates directly to machine code. Some instances of Rust can be twice as fast as Python.
Programmers can choose whether to store data on the stack or the heap in Rust. The result is that it can easily be integrated with other languages, such as Python, without causing any adverse effects. Memory is cleared when no longer needed by a function.
In contrast to Python, Rust provides recommendations for pinpointing and resolving errors. For Python, an integrated development environment (IDE) can enhance error handling and debugging.
Except when explicitly required, Python’s memory management is completely safe – unlike Python, where the programmer must pre-configure it for each program.

What is the best option for you?

In terms of power, versatility, and versatility, both Rust and Python are very strong programming languages. Python offers a simpler development experience and is easier to learn. When speed and security are a priority, Rust should be your first choice. Getting to the bottom of this debate isn’t easy.

Developer

Streaming Video Apps: Why Go Is the Best for It

July 14, 2022 Comments Off Roxana read

By 2029, the market for video streaming applications is predicted to rise to 1.690.35 billion USD from 372.07 billion USD. You may learn more quickly and easily with videos than with many other types of material. It’s more appealing to most of us to watch a movie or program than to read the same information in written form without any visual aids.

Identifying which technologies are best suited for streaming and why is critical before creating a streaming app.

Developing Web Streaming Apps Has Its Challenges

High scalability is necessary due to an ever-increasing number of users. As a video streaming service grows in popularity, so does its user base. A programming language may handle high loads.

Using an inflexible language will lead to a product that takes longer and costs more money to maintain when new features are added. They’ll also squander time looking for the best solutions, implementing, and testing them—and that’s not even the end of the story! You may avoid this issue by planning and ensuring that the system runs smoothly and quickly no matter how many people use it. And talk about it with your Go developers or the Go development team you’re working with.

High availability is required for the service to function properly.

Businesses should focus on tools and infrastructure to achieve this goal. Aside from orchestrators and proper architecture, this includes proper configuration and service settings. The programming language’s features and superb error handling are also included.

The brevity of a programming language is also significant in this context. Developers are less likely to make errors and more likely to find them during code review because of this benefit. When a system has thousands of concurrent users, this is critical for providing a fantastic user experience without having the audience wait for yet another video to load.

Real-time data streaming and unique needs for the backend

Data cleaning, query processing, stream-stream joins, stream-disk joins, and data transformation are all part of stream processing. As a result, many technologies have been developed to help developers overcome the challenges they face, including algorithms for joining streams, frameworks for streaming processing, distributed processing of joins, and sensor networks for tracking and monitoring objects.

Building a streaming platform may benefit greatly from using a programming language. At the very least, a language with goroutines or green threads delays the onset of sluggishness in the system. Consequently, we have more resources and money at our disposal than our opponents. In addition, we might earn a substantial sum of money when we have a large following.

9 reasons to choose Go for video streaming app building

A video streaming platform may be built using a variety of technologies. For example, you can employ Java, Kotlin, and Golang for backend development, depending on the project. This article focuses on the benefits of Go for video streaming applications.

Scalability

Go’s scalability makes it an excellent choice for big projects. With goroutines, a lighter and less expensive alternative to green threads, concurrency is a snap to set up and keep running. Many goroutines are executed at once in Go-powered programs, but the ultimate outcomes are the same as they would have been with green threading.

In order to extend a platform without the danger of failure or malfunction, developers select languages that provide simple scalability while building streaming apps.

Simplicity

Golang has a simple syntax and a small number of keywords. The code is straightforward to read and support because of these characteristics—a developer can grasp it even a few years later. Apart from that, developers are more interested in implementing IT solutions than language specifics. In order to build a huge and difficult video streaming network, “code warring” is unnecessary.

Furthermore, Go was created primarily to meet the needs of businesses seeking a less time-consuming alternative to C. Another advantage of Go’s simplicity is that experienced programmers may learn it in weeks and begin generating high-quality code in a matter of days. That’s why companies get the benefits of their IT professionals’ training for a fraction of the cost.

Maintainability

Go’s intelligible and maintainable code is a bonus, and these traits allow us to attain a high-efficiency level. As a result, the whole program is not jeopardized by introducing new features. If a developer quits your project, the next one who takes their place will be able to pick up where the old one left off and keep the application running well. In contrast to more complex programming languages, there is no need for a lengthy onboarding procedure.

With Go, businesses can develop a streaming service in a fraction of the time and money it would take to construct a similar product without the bus component. Is it not essential that your engineers or the team you employ for Go development know the best Go practices to generate initially understandable and maintainable code?

Intuitive memory control

Go makes excellent use of system resources. Go enables good memory management and, consequently, a higher performance due to its garbage collectors, fast compilation speed, and goroutines that use fewer computer resources than standard “green threads.” As a result, a firm may have a smooth-running application considerably sooner than with many other languages.

Early discovery of bugs

Defects and problems may significantly affect a project and the user experience if they aren’t discovered early enough. The characteristics of the programming language have a big role in how quickly and easily you can locate them. Golang is a statically typed language, implying that variables are known at build time, allowing for early detection of errors.

PHP, Ruby, Python, and JavaScript are some examples of dynamically typed languages that lack this level of problem discovery. Due to the increased testing required by businesses and the resulting waste of resources, defects become a given.

Rapid execution

Compiling Golang means that its compiler quickly transforms any program into the low-level language the processor understands so that it may be executed without additional tools or conditions. It’s a big advantage of Go in video streaming platform development: the better the user experience, the greater the execution speed. With large-scale projects that are continually increasing, this is especially true.

Microservices-friendly

Microservice architecture is an excellent choice for developing online streaming programs because of its scalability, durability, and adaptability. Go, on the other hand, is unmatched when it comes to building microservices. Reasons include:

Go’s simplicity compensates for the complexity of microservices.
Go’s CPU and memory optimizations reduce the number of material needed.
Microservices need a high level of data security, and Go tools enable this.
Go provides a wide range of microservices-specific toolkits.

A comprehensive collection of tools

Developers working in Go may use hundreds of libraries, frameworks, and databases. They allow professionals to spend less time developing programs. When they have ready-to-use solutions, processes proceed quickly, saving time and money for the firm. In addition, the Go community is always growing.

Security

The Go development community places a high value on security and the tools that enable it. So, for example, data security is not an issue since they have already established specialized modules and proxies. As a result, several of the most popular orchestration systems, such as Kubernetes and Docker, are built-in Go and provide additional security.

For example, the tools are often used to execute and deploy microservices, which are well suited for developing video streaming systems. It aids in achieving a better level of security.

Conclusion

It is difficult to establish video streaming platforms that can attract and maintain millions of people in a short amount of time and generate consistent and high revenue, but it is worth the effort.

Streaming video systems have three major challenges:

A rapidly expanding user base.
The need for high availability.
The need to broadcast data in real-time.

Developing strong video streaming networks requires a programming language that is both scalable and simple to understand for developers. Additionally, it is critical to include characteristics like high throughput, concurrency, maintenance, and security.

In terms of streaming applications, Go offers everything you need. In addition, it’s an excellent option for creating microservices architectures and comes with various toolkits to help with a wide range of activities.

Developer

Why is Rust Programming Language so Popular?

July 12, 2022 Comments Off Roxana read

Stack Overflow’s 2019 poll confirms that Rust has been the most popular programming language for the last four years. This indicates that individuals who have really used Rust programming are amazed by it.

Rust, however, isn’t one of the most widely used programming languages out there. There is a lot of untapped potential in Rust programming, as this shows. Rust is quickly becoming a must-have for programmers worldwide, as more and more people flock to it because of its popularity.

The following is a brief introduction to the Rust programming language and seven good reasons to use Rust in your next project.

RUST Programming Language – What Exactly Is It?

As with the fungus (yep, Rust is an actual term for the fungus), Rust, the computer language it is named after, is a fast-growing programming language in the industry.

Rust is a computer language designed to solve the shortcomings of the C programming language. Programmers find it challenging to manually manage memory in C, despite the language’s extensive object-oriented features. Rust is a sophisticated programming language that enables you to develop quick programs with a minimal memory footprint.

Mozilla released Rust in 2012, although the concept was hatched by Graydon Hoare, a language developer with a penchant for open source. In 2006, Hoare started developing the language, and Mozilla rapidly saw Rust’s potential. Together with Hoare, they formed a development group tasked with experimenting and building it most efficiently.

“The language is intended at dissatisfied C++ developers,” says Hoare. Take a closer look at what makes Rust superior to other programming languages, such as C or C++.

How to Get the Most Out of Rust Programming

With everything said and done, it’s clear how useful Rust is for any future endeavors.

But where and when do you utilize Rust programming?

When it comes to coding, we realize there is no one-size-fits-all answer. So it’s critical to understand when Rust is a better choice than Python.

The following are a few scenarios in which Rust’s employment as a programming language is advantageous:

There are several advantages to using Rust while designing a high-performance app.
Rust is a good choice if you need to quickly process a large volume of data.
Regarding thread resource allocation, Rust is the way to go.
Memory safety is an important consideration when using Rust, but it comes at the cost of complexity.
In situations where performance is critical, use Rust to rewrite sensitive code.

Aside from gaming engines and operating systems, Rust is well-suited for web components, browser components, and virtual reality simulation engines due to the above criteria.

Rust is an excellent programming language for IoT applications.

Programmers building code for the Internet of Things (IoT) applications are more likely to use Rust.

With the emergence of gadgets such as Raspberry Pi and Arduino, the maker movement is in full swing. If you’re a programmer who sees the Internet of Things (IoT) as a billion-dollar opportunity, you must learn Rust.

A close-to-the-metal language like Rust may be used in environments with limited memory. As a result, Rust is an ideal language for writing code for microcontroller devices such as the Raspberry Pi, Arduino, or Tessel.

HPC (High-Performance Computing) Can Benefit From Rust Programming

Most of your code will be written in C when you use Rust for high-performance computing (HPC). When you use its FFI (foreign function interface), it is possible to write and run Rust code without any additional effort. Rust, however, enables you to redesign your application module by module using the language.

Rust also has a better development experience since it doesn’t affect the application performance. A major benefit of using Rust in HPC is the ability to scale your application to many cores more efficiently.

Explore the Potential of Rust

The effective memory management capabilities of Rust programming are a big advantage. But on top of that, it provides excellent performance and security for various web-based applications. Its robust command-line interface is also an excellent tool for creating cross-platform programs. Rust’s ability to cross-compile new code with old code makes it an excellent choice for low-resource situations.

For more than just gaming engines and operating systems, Rust programming has a lot to offer the Internet of Things (IoT). The Rust programming language has a dynamic community, so don’t be afraid to dive into this amazing world of possibilities!

Developer

What Is Java Used For: 9 Real World Java Applications

July 7, 2022 Comments Off Roxana read

What is Java? A Quick Overview

The Java programming language may be used to create applications that run on various devices. For Android smartphone apps, standalone desktop apps, and distributed web applications between clients and servers on a network, it is the most popular language to develop in C#.

Java is a complete programming language. The Java developer creates the bytecode for the Java application. A Java virtual machine running on a Mac, PC, or Unix computer is capable of converting bytecode into machine code. By integrating bytecode into the machine’s native code “in real-time,” the JIT compiler speeds up the Java Virtual Machine (“JVM”).

One of the best platforms out there since it’s user-friendly and safe.

Java’s Background

Sun Microsystems (which was bought by Oracle Corporation) first published Java in 1995 as a core component of the Java platform, which James Gosling initially established.

C and C ++ provide the bulk of the language’s syntax, while the latter has somewhat fewer resources.

Use of Java

Regarding developing business software like network applications and online services, Java Enterprise Edition (Java EE) is one of the most popular platforms. In addition, Oracle claims that Java is installed on 97% of all corporate machines.

The following are some possible terms for a Java language:

It must be “simple, concentrated, and general” to be effective.
It should be “strong and secure.”
“Architecture-neutral and portable” is required.
“High performance” is required.
It has to be “translated, engaged, and powerful.”

Java-based applications

Apps for Mobile Devices

Java’s platform independence makes it an unassailable platform for application development. The Java source code generates posts that are compatible with the majority of forums. Unlike many other programming languages, Java does not need a component to minimize the size of the code to be installed. Bytecode is the Java term for source files. Java can extract the same source code from multiple devices because of the Java Virtual Machine (JVM) )’s bypass code.

Web-based software programs

Web apps are software that can operate on several computers and connect across a network and server. A web browser is required to use web apps. Java web applications that run on thousands of client machines may be updated and maintained without installing software.

Apps for the Workplace

Java SE (Standard Edition) is a collection of standards for Java Enterprise applications. It’s a platform for business applications like distributed computing and web services provided by J2EE (Java 2, Enterprise Edition). Reference time applications like micro servers and application servers benefit from J2EE apps. E-commerce, accounting, and financial information systems are just a few of the many uses for J2EE.

Science Applications

A scientific application has to have properties such as high performance and portability in addition to security and durability, and Java delivers all three. MATLAB is an example of a Java-based program.

Game Apps

Java contains game programs but garbage collection cycles, which may cause significant gaps in gameplay and cause problems with game delays. But this issue will be resolved in future Java Virtual Machine releases (JVMs).

jMonkeyEngine, a Java game engine with unmatched 3D game creation capabilities, is one such example.

Big Data Applications

Hadoop, the Big Data source framework, is developed entirely in Java. Statistical data may be gathered over time because of its stack supply mechanism. It has more limitations than other programming languages because of its automated garbage collection and memory distribution features.

Big Data apps are built on Java, and it’s evident that this is the platform of choice.

Business Applications

A large number of businesses use java-based software. Programming in Java is simple and versatile. Also, in banking and other industries, Java is used to create most apps.

The J2EE platform is meant to aid developers in creating big, multi-stage, multi-level, dependable, and secure network applications. Businesses of all sizes should use these applications instead. When compared to other programming languages, Java applications are simpler to create. The complexity of a business application may be reduced by using the J2EE forum.

Distributed Applications

Multi-server networks are used by distributed applications to exchange data. This implies that the network’s data is still spread over several computers.

A few needs are similar to all of these applications because of the widespread flexibility of their system environments.

Providers and consumers of distributed services may use Jini (Java Intelligent Network Infrastructure) to register and acquire them. In Jinni, JavaSpaces, a mechanism for distributing, preserving, and migrating over networks, plays a significant role.

Cloud-based Applications

Instead of storing, managing, and processing data on a local computer, cloud computing uses distant Internet servers. It is a common platform for distributed computing.

With the Oracle Java Cloud service and other Java cloud development tools, it’s easy to set up and customize an Oracle WebLogic Server and application space.