With changing world conditions and ever-evolving technology, it is now an undeniable fact that we live in a digital era. Everything changes so fast. New extensions, including updates, even in the language of the software used since the birth of the computer. Even a new software language can be extracted by some software companies or companies.

Many candidates who want to set up their futures on software may find it difficult to decide on which area to go and which to follow. Because every road leads us to a new road and each road compulsion forces us to make new decisions, every new decision shapes our lives. At the same time, a lot of field work can be done, but it is like an area specialized by every software, especially when we look at the general situation of the business world and the market. A good software developer must be aware of technological developments by constantly following the agenda, possessing a multi-faceted personality by constantly improving himself / herself and protecting the lifelong learning habits and at least in other areas outside the field of expertise.

Software languages ​​can be grouped into two main categories as low-level languages ​​and high-level languages. The semantic properties of each other, coding similarities and closeness to machine language make up this classification. Assembly, such as C + +, machine language is considered as low-level languages ​​closer to the machine language, Java, C # is considered high level language. When we look at the ease of learning, we can say that low-level tongues are a bit more complicated and difficult than high-level tongues. However, whichever language you want to study, you have to accumulate all your concentration, no matter how easy or difficult it is to learn that language.

The software is recommended in the C Programming Language as the most basic starting point if you want to work in which area you want to learn the language. While attempting to build Unix in BELL Laboratories, the C programming language, a byproduct, has reduced the cost overhead of Java, which is older than itself, to a minimum. The first stop, C, for anyone who wants to set the programming rationale in principle, will provide a great learning convenience for that language, whichever language you want to work with if fully learned.

1) Web Design (HTML, CSS, JAVASCRİPT, JQUERY)

If you want to do a personal website, which is one of the things we all want to do, learn how a website needs to be coded, and develop an internet-based software, you can develop yourself in this area instead of entering directly into any software language. Generally there are many ready-made platforms for making a website, but there are very serious differences between coding a website and making a website. This field uses the HTML, CSS and Javascript languages, which are complementary to each other, described as the Mahsarin 3 Horse. Describes the relationship between HTML bricks, CSS brick bindings, and Javascript's position and relationship with other homes, if the website is analogous to programming a home. These languages, which are very close to each other, are also referred to as likable languages ​​and are considered the starting point of almost all of us. If you want to make a solid foundation of the house next to all of these, you will benefit from learning Bootsrap. It is simple enough to learn and easy to code, you will need to use the notepad on your computer without the need for any compiler. It's also important to check that your computer has a Jquery-supported extension.

2) Web Development (PHP, ASP.NET, JAVA EE, DJANGO)

These are the most preferred and well-known areas of software compared to other areas, proportionally, regardless of the business areas of the world and market preference. Php, which is a server server that is often used by anyone interested in Web Design, is the most preferred with ASP.NET. You can develop internet-based software and applications with these languages that are fun and easy to learn.

3) Desktop Software (C++, JAVA SE, PYTHON, DELPHI, VISUAL BASIC.NET)

Desktop applications are a field of intersection of both high and low-tongue languages. C ++ and Python provide a little deeper learning and familiarity with the machine, while Java is a much easier and easier to use tool that reduces the cost of coding rather than coding. The most common use of Java in the marketplace is to add C ++ know-how in a very serious way. The point to note here is that these languages are completely independent and irrelevant from each other and their difficulties and areas of application are completely different.

4) Mobile Software (SWIFT, JAVA, C#)

If you want to develop mobile applications and make results-oriented projects, this area is the most preferred one and Java and especially C # flags. For mobile developers, Java is a bit less costly to choose, while C # is used in game software.

5) Embedded Systems (C, C++, ASSEMBLY)

It is very troublesome to learn these languages, which are regarded as low level in terms of machine language closeness. Especially the Assembly is not much preferred anymore, but the dramatic changes in C after new C + + updates have made them a bit more complicated. This software based on electronic codes requires a lot of patience and self-sacrifice.

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