Many programming languages allow programs to be portable from one kind of computer to another, including
* the C Programming language
* Pascal
* Forth
* C++
* Java
* Python
and many others. Yes, the C programming language was designed to encourage machine-independent programming.
The C programming language is portable to more CPUs than any other programming language.
binary language
colbol and foran
No. .NET programming is Microsoft-specific, similar to Java in some respects, but it is non-portable. C++ is a general purpose and cross-platform programming language.
Programming languages cannot be 'portable', but programs written in C might be portable, if they follow the strictest standards and do not use platform-specific features or functions.
C, C++ and java are a couple. There are still many other programming language.
binary language
Machine code & Assembly language.
A programming language is a language in which a human can tell a machine to do something, three examples include: C, C++ and C#.
colbol and foran
No. .NET programming is Microsoft-specific, similar to Java in some respects, but it is non-portable. C++ is a general purpose and cross-platform programming language.
C++C#EiffelJavaSmalltalkVisual Basic
Programming languages cannot be 'portable', but programs written in C might be portable, if they follow the strictest standards and do not use platform-specific features or functions.
C, C++ and java are a couple. There are still many other programming language.
while, for, do
Visual basic is one of the easiest and best places to start.
It is programming languages that are referred to in terms of "high level" and "low level".Extensible Markup Language(XML) is a markup language not a programming language, it is a data formatting specification that makes the presentation of data independent of programs (so that data can be passed between programs).For this reason the answer to your question is "neither".
Unix was rewritten in the C Programming language and not in assembly language. The migration from assembly language to the higher-level language C resulted in much more portable software, requiring only a relatively small amount of machine-dependent code to be replaced when porting Unix to other computing platforms. (mihir)