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Win Big And Have Fun With Pure Win: India’s Most Trusted Casino Site – Despite the prevalence of high-level languages, the C programming language continues to dominate the world. There are many reasons to believe that C programming will remain active for a long time. Here are some reasons why C is unbeatable and almost mandatory for certain applications.

Daniel has created high-performance applications in C++ for large companies such as DreamWorks. He is also excellent with C and ASM (x86).

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The development of the UNIX operating system began in 1969, and its code was rewritten in C in 1972. The C language was originally created to transfer the UNIX kernel code from assembly to a high-level language that would perform the same function with fewer lines. of the code.

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The development of the Oracle database began in 1977, and its code was rewritten from assembly to C in 1983. It has become one of the most popular databases in the world.

In 1985 Windows 1.0 was released. Although the Windows source code is not publicly available, it is stated that its kernel is mostly written in C, with some parts in assembly. Development of the Linux kernel began in 1991, and it was still written in C. The following year, it was released under the GNU license and used as part of the GNU operating system. The GNU operating system itself began using the C and Lisp programming languages, so many of its components were written in C.

But C programming is not limited to projects that started decades ago, when there weren’t as many programming languages ​​as there are today. Many C projects are still started today; There are many good reasons for that.

Despite the prevalence of high-level languages, C continues to dominate the world. The following are some systems that are used by millions of people and are programmed in the C language.

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Microsoft’s Windows kernel is mostly developed in C, with some parts in assembly language. For decades, the world’s most widely used operating systems, with about 90 percent of the market share, were powered by kernels written in C.

Linux is still written mostly in C, with some in assembly. About 97 percent of the world’s 500 most powerful supercomputers use the Linux kernel. It is also used in many personal computers.

Mac computers are also powered by C, because the OS X kernel is mostly written in C. All programs and drivers on Macs, like those on Windows and Linux computers, run on a C-powered kernel.

IOS, Android and Windows Phone kernels are also written in C. They are simply mobile adaptations of existing Mac OS, Linux and Windows kernels. So the smartphone you use every day runs on C core.

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The most popular databases in the world, including Oracle Database, MySQL, MS SQL Server and PostgreSQL, are coded in C (the first three are actually both in C and C++).

Databases are used in all types of systems: finance, government, media, entertainment, telecommunications, health, education, retail, social networks, web, etc.

3D movies are created using applications commonly written in C and C++. These applications must be very efficient and fast, because they handle large amounts of data and perform many calculations per second. They are more efficient, it takes less time for artists and animators to create movie ratings, and companies save more money.

Imagine you wake up one day and go shopping. The alarm clock that wakes you up is probably set in C. Then you use the microwave or coffee maker to make your breakfast. They are also embedded in the system and therefore may be programs in C. You turn on your television or radio while you eat your breakfast. These are also embedded systems, powered by C. When you open your garage door with a remote control, you are also using an embedded system in C programming.

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You arrive at the store, park your car and go to the vending machine to get a soda. What language do they use to program vending machines? Probably C. Then you buy something in the store. The cash register is still set up in C and when you pay with your credit card? You guessed it: the credit card reader is, again, probably a program in C.

All these devices are embedded systems. They are like small computers with a microcontroller/microprocessor inside that is running a program, also known as firmware, on the embedded device. The program must detect keystrokes and act accordingly, and also display information to the user. For example, an alarm clock must interact with the user, detect which button the user pressed and, sometimes, how long it was pressed, and program the device accordingly, all while displaying relevant information to the user. For example, the brake system of the car, must be able to detect the sudden locking of the tires and act to release the pressure on the brakes in a short time, unlocking them, thus preventing uncontrolled sliding. All calculations are done by the embedded system.

Although the programming languages ​​used in embedded systems can vary from brand to brand, they are most commonly programmed in the C language, due to the language’s characteristics of flexibility, efficiency, performance and closeness to the hardware.

Today, there are many programming languages ​​that allow developers to be more productive than with C for various types of projects. There are high-level languages ​​that provide a larger library that facilitates working with JSON, XML, UI, Web pages, client requests, database connections, media manipulation, and more.

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But despite this, there are many reasons to believe that C programming will remain active for a long time.

In programming languages, one size does not fit all. Here are some reasons why C is unbeatable and almost mandatory for certain applications.

Language. It’s as close to the engine as possible while being nearly ubiquitous on all available processor architectures. There is at least one C compiler for almost every architecture available. And now, because of the highly optimized binaries produced by modern compilers, it is not an easy task to improve their output with manual compilation.

Portability and efficiency are «compilers, libraries and interpreters from other programming languages ​​are often implemented in C». Interpreted languages ​​such as Python, Ruby, and PHP have their main implementations written in C. It is used by compilers for other languages ​​to communicate with the machine. For example, C is a middle language below Eiffel and Forth. This means that instead of generating machine code for each architecture to be supported, compilers for these languages ​​simply generate intermediate C code, and the C compiler handles the machine code generation.

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C is a great language for expressing general programming ideas in a way that most people are comfortable with. Additionally, many of the concepts used in C—for example, argc and argv for command-line parameters, as well as loop creation and variable types—will show up in many other languages ​​you learn so you can speak them. Even if they do not know C in a way that is common to both of you. Memory management

Automatic memory address access and pointer arithmetic are key features. That makes C suitable for

At the hardware/software boundary, computer systems and microcontrollers map their peripherals and I/O pins to memory addresses. System applications must read and write to these custom memory locations to communicate with the world. So C’s ability to handle arbitrary memory addresses is essential for system programming.

For example, a microcontroller may be configured so that the byte at memory address 0x40008000 is sent by

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(or UART, a common hardware component for communicating with peripherals) every time the 4th bit of address 0x40008001 is set to 1, and that after you set this bit, it will be automatically started by the peripheral.

. In other words: we set bit 4 of the byte at 0x40008001. We also explain the value in the address

. This tells the compiler that the value may be modified by processes outside our code, so the compiler won’t make any assumptions about the value at that address after writing to it. (In this case, this bit is set by the UART hardware only after we set it by software.) This information is important to the compiler’s optimizer. If we have this in a

Loop, for example, without specifying that the value is volatile, the compiler may assume that the value never changes after the set, and skip the execution of the command after the first loop.

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A common language feature that systems programming cannot rely on is garbage collection, or even dynamic allocation for some embedded systems. Embedded applications are very limited in terms of time and memory resources. They are often used for real-time systems, where calling the garbage collector is not affordable. And if dynamic allocation cannot be used due to lack of memory, it is very important to have other mechanisms of memory management, such as placing data in custom addresses, as the C pointer allows. Language depends a lot