First, it is essential to understand the learning process; it involves understanding a concept, trying it out in language or software, and applying it to get the desired output. Courses in programming introduce learners to various concepts and styles to build familiarity with the subject. These courses lay a strong foundation for learners to get an initial understanding of the programming language and tools. This knowledge is essential for learners to effectively leverage programming assignment help while tackling complex tasks.

The Synergy between Courses and Homework

Courses in programming provide a structured approach to learning, offering a curriculum that encompasses the fundamental concepts and applications of programming languages. Homework, on the other hand, is designed to reinforce this learning through practice. It is vital to understand that courses and homework are not mutually exclusive but are complementary components of the learning process. By acknowledging the synergy between them, learners can create a balanced approach that maximizes the benefits of both.

Courses introduce learners to the theory and fundamentals of coding. Through a combination of lecture materials, assignments, and project-based activities, learners can consolidate and apply their knowledge with hands-on examples. These materials can also help learners understand industry-standard programming tools and techniques, as well as the use of specific programming languages in the development of web pages and applications.

Effective Time Management: A Key to Balance

One of the challenges that learners face is managing time efficiently. Engaging in course material while also dedicating time to homework can be overwhelming. Effective time management is crucial in striking a balance. Learners should create a schedule that allocates specific time blocks for attending classes, reviewing course material, and completing homework. This not only ensures a more organized approach to learning but also helps in preventing burnout. Making use of organizational applications, such as calendars or productivity trackers, can help learners keep track of their progress. Lastly, learners should be conscious of their personal well-being and schedule breaks between assignments to ensure proper rest and relaxation.

Utilizing Help for Programming Homework

While homework is integral to learning, it can sometimes be daunting, especially when dealing with complex programming challenges. This is where help for programming homework becomes invaluable. There are various resources, such as online forums, tutoring services, and homework help websites, that can assist learners in overcoming hurdles. By leveraging these resources, students can gain different perspectives, understand best practices, and improve their problem-solving skills, all of which contribute to a richer learning experience.

Peer Learning and Collaborative Projects

Another aspect of striking a balance is the incorporation of peer learning and collaboration. Engaging with fellow learners can be highly beneficial. Form study groups or collaborate on programming projects. This fosters a sense of community and offers a support system for both coursework and homework. Collaborative learning encourages the exchange of knowledge, ideas, and experiences, which can lead to a more comprehensive understanding of programming concepts and techniques. Finally, don’t forget to take breaks! Learning programming can be a mentally demanding activity, so taking breaks can help to reduce stress and fatigue while also providing time for reflection and assessment.

Continuous Reflection and Adaptation

Striking a balance is not a one-time task but a continuous process of reflection and adaptation. Learners must regularly assess their progress in courses and homework. Are there topics that need more attention? Are the resources for homework help effective? Based on this reflection, learners should be willing to adapt their strategies and approach. This might involve tweaking the study schedule, seeking additional help, or even revising the learning objectives.

In conclusion, striking a balance between courses in programming and help for programming homework involves startup.info creating a holistic learning ecosystem. This ecosystem is founded on the synergy between coursework and homework, underpinned by effective time management, and bolstered by external help, peer learning, and continuous reflection. By embracing this balanced approach, learners can not only enhance their programming skills but also cultivate a growth mindset that is essential for navigating the ever-evolving landscape of technology.

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Definition
A full-stack developer is a developer who must understand the whole stack of technologies and components used in the project, both in frontend and backend parts. At the same time, a full-stack developer does not need to be an expert in all of the technologies that are used to develop an application.

As a rule, a full-stack developer must completely cover the entire development stack, including knowledge of servers, operating systems and different databases, as well as PaaS.

But there are also simplified types of fullstack – for example, a fullstack WordPress developer. This is a developer who can make and deploy sites on WordPress. In general, the definition of and requirements for such a developer can vary.
A fullstack developer has its own plans and minuses.

Pros:

Knowledge of many technologies allows him to choose where to go next; it’s easier for him to retool.
The work is varied, as there is an opportunity to change projects, try different options and technologies.
Fullstack developers understand how many technologies work, so they can choose a good solution for a project, fix the bugs of existing projects, and so on.
Of course, there are also enough disadvantages:

Compared to a highly specialized developer, a fullstack developer has less knowledge in each area (that is, his knowledge works in breadth rather than depth).
It follows from the previous point that it is more difficult for him to develop – he has to master everything at once, rather than concentrate on development in one direction.
A Fullstack developer often has no fixed area of responsibility, which makes it even harder to replace him with another specialist.
You need to be able to plan your work well in order to keep up with everything and everywhere – otherwise you risk overloading yourself with tasks.
If, despite this, you still decided to become a full-time developer, then below I will list the current (at this time) technologies that you definitely need to learn.

HTML and CSS – the basics. Any web developer should know HTML and CSS. HTML allows you to add content to the site, and CSS is responsible for the style of that content. The topics that most often come up when talking about HTML/CSS during a job interview:

Semantic HTML layout.
Block (boxed) CSS model.
Benefits of CSS preprocessors: LESS, Sass, Stylus, and others.
CSS media queries.
Bootstrap (a framework with tools to build websites and applications).
JavaScript

JavaScript (JS) is a language which becomes more and more popular every year, with more and more libraries, frameworks and tools.

Interestingly, in the 2016 Stack Overflow survey, JS was the most popular language in all three areas: fullstack, frontend, and backend. In the 2017 survey, JS was simply the most popular language among all programming languages. No surprise there – JS is the only programming language that is used both in the browser and as a server-side language (thanks to Node.js). As a full-stack developer, you need to understand the following topics:

Working with the DOM. It is also desirable to know what is and be able to use JSON.
Important features of the language: composition of functions, class inheritance, event delegation, higher-order functions.
Event handling (including asynchronous), promises and colbacks (callback functions).
Proper code structuring and working with modules.
Knowledge of webpack, browserify and gulp.
Knowledge of at least one popular framework (React, AngularJS…). In general, an understanding of JS itself is more important than knowledge of frameworks, as any of them will then be easy to understand.
Knowledge of jQuery.
Automated testing.
Backend language
Now we must move on to the backend, which is responsible for working with the database, user authentication and the logic of the application as a whole. It is not so important which language you choose, the main thing is to really understand it and know all the nuances. If you ask on any popular site what backend language is the best to learn, you will get a lot of answers: you will hear both good and bad things about each language.

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The language is scriptable, it is versatile and is the most popular programming language in the world (according to Tiobe, which compiles the top most popular languages).

What is written in Python?
Whatever you want. Any software product, regardless of complexity and specifics, can be created with Python and one of the hundreds of frameworks developed for it.

Web development
To create web applications and websites, third-party libraries like Pyromid, Flask, Django and dozens of others are used to help replace PHP and JavaScript.

They even write full-fledged data management systems in Python, which then become analogous to mastodons like WordPress and Drupal. Python is also used to create web helper tools, such as scrappers that collect information from other people’s web pages.

Desktop Development
Python has been used to build powerful applications and infrastructure, such as GIMP image editor, Ubuntu app store, 3D graphics editors, bittorrent networks, etc. The list goes on and on.

It is also not uncommon for Python to become an integral part of such applications. For example, Sublime Text is written in C++, and its extensions and plugins are written in Python.

So Python can often be found in completely unexpected places.

Mobile development
Apps for iOS and Android are created in hundreds of different languages, and Python is among them. More often, of course, this concerns their server component, because for the interface are responsible more common frameworks or some highly specialized technology. However, for the backend (that is, the internal logic of the program) is often responsible Python.

Video Games
Python is used in game development precisely because of the language’s ability to create solid and well-designed scripts. They are responsible for the movement of characters, the implementation of any action, the transition from one event in the game to another, and so on.

That’s why you can find Python under the hood of many hit games, many of which you probably had a chance to play (for example, the extremely popular World of Tanks).

But if you want you can use the language to create graphical interfaces.

OS
Of course, Windows or Linux are not written in Python (although the language in many of these operating systems is built by default), but subsystems for ATM or mini-computers like Raspberry Pi are often created with Python. The same goes for machine tools, automated mechanisms for temperature control, etc.

Where else is Python used?
Python has many faces, and some of them have dipped into all of science. There are tools like NumPy and Matplotlib that are used in earnest in the scientific field. Experts from NASA and other major corporations use Python scripts for serious computations.

Mathematicians and physicists love Python and it’s one of their most-used languages. Professionals use Python to write full-featured neural networks, program robots to handle their programs, and build the most powerful online data analysis systems on the web, capable of handling colossal amounts of text and numbers.

A lot of “serious” work is done with Python. Not only does it help us out here on Earth, it’s also a big part of our neighbor’s world.

Why is Python so good?
Python is a scripting language with a fairly simple syntax. Beginners it is easier than other languages, and experts have already managed to adapt it to a huge range of tasks. Everyone was satisfied, because the structure and logic in Python meets the needs of all categories of developers, regardless of their skills and scope of activity.

When developing in Python in most cases you need to write much less code than when working with its competitors. The syntax itself is visually cleaner and extremely logical.

Other advantages:

The language works on all platforms, so you can use it to develop programs on anything and for anything.
The language has enormous support and a really impressive collection of add-ons from third-party developers.
It has dynamic typing (you can pass any type of data into functions without specifying it first).
It’s interpreted, which allows you to find bugs in software earlier (before it’s fully assembled into a full application).
Python is also famous for its bug reporting system. The language makes it very clear where and why an error occurred. Unlike C++.

The main disadvantages of Python
Python is slow. It can do a lot of things, but it does a lot of things slower than the competition.

Python is not particularly adequate memory management and often “eats up” more resources than JavaScript or C would use for the same tasks.

Python is strictly tied to system libraries. Hence the difficulties when trying to use the language on new software platforms.

What applications are written in Python?
Python has underpinned dozens of the largest software products on the planet. These include Instagram – the server-side application, Google, Spotify, Netflix, Uber, Dropbox, Pinterest, Reddit, etc.

The post Python programming language: applications, features and prospects appeared first on Corewebprogramming.

Constant professional development.
Partly – forced, so some IT-recruitment, on the contrary, scares away. Standing still is not an option. This is a very dynamic field: recruitment processes are actively changing, there are new tools for finding candidates, and the vacancies themselves are getting more and more complicated. You will have to not only learn the basic IT-words, but also constantly get acquainted with the new technologies, used by the client companies. You’re bound to make mistakes more than once, and that’s okay. There’s a story floating around the web about how an IT recruiter was convinced that Java was short for JavaScript. Funny, but not fatal.

Financial Stability
If you get it right, you can make good money. IT professionals are offered decent salaries, and the higher they are, the higher your gain from closing the job.

What an IT recruiter needs to know
In order to search for developers, you need to know the names of programming languages, understand the platforms for which the development is carried out, understand how the cost of professionals in the market varies with their experience and complexity of the tasks. Without this, it will be difficult to build a quality search query. True sensei can find the author by a line of code in the desired language and offer him the job.

Of course, in the end, the hard skills of the candidate are evaluated by the head of the department that needs an employee, but you should also understand the terminology so that you do not lose face at the interview and at the first contact with the potential employee. Calling an experienced IT specialist for “an extremely high-budget project with modern technology and interesting tasks” will definitely not work. It requires more in-depth knowledge that will help sell the job. Including strategies for finding passive IT candidates.

Where to get experience and knowledge
Of course, the best place to learn IT recruiting is on the Internet. You’ve probably already come across expensive online courses that teach you how to find programmers, testers, designers, and other IT professionals by using sophisticated search queries and newfangled services. The good news is that there are also free courses on the same topic. We suggest starting with a basic IT recruiting course and supplementing it with a social media search program.

You can look for your first job at an agency, a recruiter’s exchange, or an IT company. In the first two cases you will have more room for development in the selection of candidates, and if you are hired by a specific company you are more likely to build a career with a promotion.

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In this article we will tell you about the differences of these trends, their specific features and requirements to developers.

The concept of frontend-development
Under the concept of front-end we mean the development of a visible interface for the user and all the functions with which he can interact. In fact, when you go to any site, you see there buttons, text, various animations and other components – all implemented with a frontend. Three different languages are used to create these elements – HTML, CSS and JavaScript.

Take a look at the structure of the page right now – to do that, on any website, call the developer’s console by pressing the F12 key. You will see a set of lines of code that make up the appearance of this page.

How a page looks in the browser when parsing a frontend theme

Page code is used to describe everything visible: fonts, images, element sizes, animations, popups, click sounds, and anything else the user can interact with. Different languages are responsible for each part of the interface. These are the ones that a front-end developer must learn.

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How the technology works
Now it is necessary to understand what JavaScript is in terms of operation. All user actions in the browser window create events, and JS programming allows to process them in a certain way.

Positive features of the technology
What JS is, and how it works, we’ve figured out. But why is this programming language so widespread? The main advantage is considered a full integration with HTML, allowing you to transform the page without restrictions. With the help of JavaScript specialist can:

quickly integrate into the code of the page any tags;
determine the appearance of elements;
Perform positioning of objects;
retrieve user data;
Interact with the server (AJAX).
And that’s just the basic and most used features of the technology. Application of JavaScript allows you to do within a page almost everything you need.

Should beginners learn JS
The JavaScript programming language is well-suited for learning from scratch. It is not overloaded with technical points, but already contains all the basic components:

data structures;
algorithms;
object-oriented model.
Traditionally, it is recommended to begin your way in programming with Basic and Pascal. These languages will help to understand the basics, but you should understand that you can not monetize or practically apply the acquired knowledge. And JavaScript is a popular and really working technology.

An important advantage of JS is the fact that it has syntactic similarities with Java, C++, C# and PHP. These programming languages are also actively used in their respective niches, so the novice web developer will be useful to get acquainted with them.

What is limited to JavaScript
In its pure form, that is, without special add-ons JS language can only function within the browser. Even so, there are security restrictions. For example, JavaScript can only close the tab it has created. In general this programming language is made for browsers and the internet and should not be used outside of them.

Are there any competitors
There is no technology in the web development industry today which can push JavaScript from its leadership position. It’s just so handy and successful that there’s no point in creating something new. With the classic JS can only compete with some add-ons. These include TypeScript, Dart, and CoffeeScript. They often have more convenient and simpler code, but it is still transformed into pure JavaScript before execution.

The main advantage of JS can be considered its stable relevance. The language appeared more than 20 years ago, but it continues to evolve. This is definitely not a technology that will be obsolete in a few years, after you have spent time learning it.

What’s worth mastering before JavaScript
The JS language can be learned without any foundation, but there are directions to help along the way. A very good help will be mastering HTML and CSS. In general, activities in the field of web development is better to start with the creation of static pages, which in the process can be brought to life using JavaScript. Learning HTML and CSS will help you get a basic knowledge of the principles of websites and data transfer.

Where you can go from here
After a thorough study of JavaScript, you can improve your skills in almost any direction. It is recommended to master frameworks and libraries, which will allow you to use effective sets of functional classes. The list of the most common technologies in this group includes jQuery, Angular and React. It is also worth paying attention to the add-ons TypeScript, Dart and CoffeeScript. Depending on the chosen technology, they will help to make the program code more compact, stricter or cleaner.

Today, the trend in development, based on the JavaScript is server-side programming technology Node.js. This technology is actively used by Apple, BMW, Amazon and other large companies.

The post Introduction to JavaScript appeared first on Corewebprogramming.

What all this means for the programmer and the average user – we will understand in today’s article.

What is .NET?
The first release of the .Net Framework took place back in 2002. The platform was designed as an alternative to Java. The main difference between .Net was that it was officially intended to work with operating systems of Microsoft Windows family.

The past 20 years have passed, but .Net is still popular despite the fact that there is a platform of the new generation, for example .Net Core. Today, .Net allows you to use the same namespaces, libraries and APIs for different languages:

C#;
Visual Basic;
Visual C++;
F#.
When a programmer creates a program in one of these languages, the first thing he needs to do is connect the System namespace. This allows the program code to be organized into logical blocks, to combine and separate some functionality from the rest of the code. If there were no .Net, then we would have to create a separate System for each programming language, and this would already violate one of the main principles of programming: “Do not repeat”.

Why do we need .NET?
At first glance it may seem that .Net is a technology that affects only programmers, but in fact this is not the case. It also affects the user experience.

Suppose that we need to install a program that was written in the programming language C#. It would also require a C# environment to be installed. If you need a program in another language, you need another environment for that language and so on for all languages.

The .Net programmer does not have to install a separate environment for each program. Thus, it does not only reduce the installation time, but also does not clog up the hard drive with copies of slightly different libraries.

As for programmers, the .Net framework can significantly reduce development time and resources. With its help, it is possible to develop one environment and use it for several languages.

Developers who know different languages can write a common software product for a particular .NET-platform. Elements of that product, written in different languages, will be able to communicate with each other without any problems. This also explains why the .NET community is so large and diverse.

In addition to the main languages, the framework supports several dozen other languages such as Delphi, Cobra, Oxygene and others. You can see the full list on Wikipedia.

How does .Net work?
How .Net works is fairly straightforward, just understand the concepts of CLI, CIL and CLR.

How .Net works

The CLI (Common Language Infrastructure) defines the architecture of the .NET runtime system.

With this infrastructure, each language has its own compiler, but programs are not compiled to native code, but to the intermediate byte-code CIL. If we write a small program that outputs “Hello, World” in different languages, it will form into intermediate bytecode.

The intermediate bytecode

When we run such a program its bytecode is passed to the Common Language Runtime (CLR). There it is compiled into native code and executed.

The Java virtual machines work in a similar way, except that .Net is much faster and can be used on personal computers and not only on servers.

Where do you use .NET?
The range of products that developers are working on is quite extensive. Here’s a look at the most popular uses of .Net.

Web development
Web applications – this is one of the widespread groups of applications which are written under .Net. The peculiarity lies in the fact that such applications work via a browser and require a stable Internet connection.

This can include simple one-page sites, but most often they are large-scale projects that require a lot of effort. For example, Stack Overflow is a site known to every developer.

To write web applications under .Net, you need to know C#, as well as know the ASP.NET MVC framework. You also need to understand what a client/server is, how the HTTP protocol is structured, and how REST works.

Windows applications such as Notepad and Calculator were developed using .NET. But this is only a small part of what can be done with .Net. For example, the technology has been used in NinjaTrader and Tradesignal, as well as in Microsoft Power BI, an application for business analysts.

There are client applications for smartphones as well, but they tend to use the more modern .Net Core technology. With it and Xamarin.Forms you can write an application and publish it to the Apple Store or Google Play.

Computer games
With .Net, you can make all kinds of games with Unity. Examples include Inside, Kerbal Space Program, Endless Legend, and even Pokemon Go. To create these games, you need to know the C# programming language and use the Mono and Unity platform libraries.

Internet of Things
The Internet of Things is a vast number of devices that are connected to the Internet to exchange data with other “things” and applications. Devices use embedded sensors to collect data and act on it. Application examples range from a smart home that automatically adjusts heating and lighting to a smart factory that monitors industrial machines to find problems.

You can also apply .NET here, for example, using a Raspberry PI with Windows 10 IoT Core. If you’re planning to evolve in this direction, the first thing to do is to read online about Azure IoT and Azure IoT Hub.

Enterprise
Enterprise is the area of developing products to solve business problems. Such products include CRM for tracking customer behavior, as well as information management and document management systems.

Such systems are most often a combination of web, desktop, and mobile applications. To start working with Enterprise, you will need knowledge in C#, .NET and JavaScript, as well as in the tools that are the basis for the designed Enterprise product.

Is .NET worth learning?
.Net technology is attractive to young professionals because it opens up a wide range of opportunities. For example, you can go into the backend and become a professional in WCF or ASP.NET Core. Using Razor/Blazor will allow you to create under .NET full-fledged web applications with both client and server side.

If we are talking about modern technologies like React, NG, or Vue, the training for backend-developers will become clearer using TypeScript language, which was developed by Microsoft especially for C#-programmers.

Also do not forget that .Net is a framework, customized for Windows. There is no need to install anything, everything is already at your fingertips. If you take Java, for example, you need to install a lot of additional software, and to work with iOS you need a Mac.

The post What is .Net and what is the platform for appeared first on Corewebprogramming.

The main points are brief:

Multi-platform. Works on a huge number of operating systems and hardware.
OOP. For those who like clear structures and data separation.
A large community and a lot of code already written. No problems with working and ready-made solutions.
Cons – also briefly:

Lack of speed. Sometimes this is critical.
Lots of verbose code. Where C++ uses one command, Java requires five.
Virtual Machine
Suppose we have some code in Java. So far, it doesn’t matter what the syntax is, how classes are arranged, etc. It’s just code. How to execute it?

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