All Programming Languages
They are all programming languages.
They are all systematic
A programmer that has been to the universal school of programming to learn all possible programming languages.
A programmer that has been to the universal school of programming to learn all possible programming languages.
Computer languages, more commonly called programming languages, are developed all the time, and new ones emerge regularly. While some new ones are short lived, some old ones come out of fashion or fail to catch-up with more modern developments, a wide variety of programming languages are in use.Some will argue that the C programming languages and all its derivatives, such as the C++, C# and Java languages (to name just a few) are the most widely used programming languages today.However, other programming languages are equally powerful and versatile.While programming language families such as C or Pascal are typically general-purpose languages, an even larger set of languages is specialized to a specific problem domain. These include languages specialized in describing graphics, describing data or database queries, describing programming languages and their rules, and so on and so forth. The list of specialized languages is even larger than that of general-purpose languages.
Set/subset: Some high level programming languages are object oriented, but not all of them.
GML IS a real programming language. But anyway, all programming languages are about the same, with different syntax.
Programming languages are important because they....well...help us make programs :) High level programming languages are especially important because they help abstract away all of the little details that are required in low level languages.
Depends on application, resource and management to adopt, all programming languages are having their own status and usability. In my opinion, all are having same status.
Perl, php and Java are all examples of programming languages.
We can't even go beyond the third generation. The first generation languages are all the native machine code languages. The second generation languages are the low-level symbolic languages such as assembly language. The third generation languages are all the high-level symbolic languages, such as C, C++, Java, Pascal, Cobol and so on. There are no fourth generation languages. The term "fourth generation" was first used by marketing types to make their third generation languages seem superior to other third generation languages, regardless of what features they actually provided. While there have been several attempts to re-classify third-generation languages, there is no standardised convention and thus no way to compare languages objectively by generation alone. Languages are best classified by the paradigms they support (procedural, structured, object-oriented, functional, logical and so on) and/or the domains they operate within (general purpose programming, artificial intelligence programming, and so on).