A computer can carry out millions, even billions, of operations every second. Thus, it can do things much faster - and usually much more accurately - than a human. To tell the computer what to do, you write instructions in a special language, called a "programming language".
To be accurate, internally the computer uses very specific instructions, the so-called "machine language". Since programming in machine language is awkward, programmers program in higher-level languages, that are easier to understand for humans - such as Assembly language, Java, C, Pascal, etc. Then, a special program called a "compiler" then converts this to instructions the computer can understand.
A computer can carry out millions, even billions, of operations every second. Thus, it can do things much faster - and usually much more accurately - than a human. To tell the computer what to do, you write instructions in a special language, called a "programming language".
To be accurate, internally the computer uses very specific instructions, the so-called "machine language". Since programming in machine language is awkward, programmers program in higher-level languages, that are easier to understand for humans - such as Assembly language, Java, C, Pascal, etc. Then, a special program called a "compiler" then converts this to instructions the computer can understand.
A computer can carry out millions, even billions, of operations every second. Thus, it can do things much faster - and usually much more accurately - than a human. To tell the computer what to do, you write instructions in a special language, called a "programming language".
To be accurate, internally the computer uses very specific instructions, the so-called "machine language". Since programming in machine language is awkward, programmers program in higher-level languages, that are easier to understand for humans - such as Assembly language, Java, C, Pascal, etc. Then, a special program called a "compiler" then converts this to instructions the computer can understand.
A computer can carry out millions, even billions, of operations every second. Thus, it can do things much faster - and usually much more accurately - than a human. To tell the computer what to do, you write instructions in a special language, called a "programming language".
To be accurate, internally the computer uses very specific instructions, the so-called "machine language". Since programming in machine language is awkward, programmers program in higher-level languages, that are easier to understand for humans - such as Assembly language, Java, C, Pascal, etc. Then, a special program called a "compiler" then converts this to instructions the computer can understand.
We use programming languages to create machine code programs. Programming languages are typically high-level, highly abstract languages that are easy for humans to read and maintain but impossible for a computer to understand. As such, the high-level source code must be converted to low-level machine code, the native language of the machine. This is achieved by another machine code program known as a compiler.
High-level languages can also be interpreted, which simply means the source code is translated into machine code and executed one statement at a time. Programming languages such as Java are both compiled and interpreted. That is; the high-level source code is compiled to an intermediate language known as byte code which can then be interpreted (by the Java virtual machine) much more easily and more quickly than the original source could. The advantage of this is that the compiled byte code is portable; it can be executed on any machine with a suitable interpreter. Compiled machine code is not portable (the machine code must be compiled separately for each supported platform) however, compiled machine code executes much more quickly and more efficiently than interpreted byte code because there is no need for further translation.
A computer can carry out millions, even billions, of operations every second. Thus, it can do things much faster - and usually much more accurately - than a human. To tell the computer what to do, you write instructions in a special language, called a "programming language".
To be accurate, internally the computer uses very specific instructions, the so-called "machine language". Since programming in machine language is awkward, programmers program in higher-level languages, that are easier to understand for humans - such as Assembly language, Java, C, Pascal, etc. Then, a special program called a "compiler" then converts this to instructions the computer can understand.
There are two programming languages which use a C switch statement. The two languages are C and C++, hence the name C switch statement. There may be more, but those are the most obvious ones
Thousands! Programming languages number in the thousands, from general purpose programming languages such as C++, Java, and others, to special purpose languages which are used in one application. They can be ordered by type (structured, object-oriented, functional, etc.) or by history, or syntax. See the related list of programming languages.
penischaffed
No.
It is programming languages is.
Programming languages, like human languages, are defined through the use of syntactic and semantic rules, to determine structure and meaning respectively. Thousands of different programming languages have been created, and new languages are created every year.
Programming is a term that describes the usage of a programming language. Programming languages (C++ for example) are languages that create programs, these programming languages should not be confused with scripting languages. Scripting languages are languages that are meant to be interpenetrated by programs. (Written in a programming language)
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Languages can be categorized into spoken, written, signed, and programming languages. Spoken languages are oral communication systems, written languages use characters and symbols to represent words, signed languages use gestures and signs, and programming languages are used to write instructions for computers.
Java
Programming computers. That is what they were designed for.
There are two programming languages which use a C switch statement. The two languages are C and C++, hence the name C switch statement. There may be more, but those are the most obvious ones
In computer programming languages, indentation formats program source code to improve readability. Programming languages make use of indentation to define program structure . Programmers use indentation to understand the structure of their programs to human readers.
Essentials of Programming Languages was created in 2008-04.
Essentials of Programming Languages has 416 pages.
why do we have diffrent programming laungage
Microsoft, Apple and so on.