We shall look into an example of such optimization below −Īdding two numbers stored in memory.
Further, since interpreters see only one line at a time, they are unable to perform any significant code such as, changing the order of execution of statements like compilers. On the other hand, a compiled code will make the translation only one. An interpreted will convert the corresponding code for each iteration of the loop.
Interpreted code is typically slower than compiled code. It goes over line-by-line over the high-level code, converting that into binary code. On the other hand, interpreted languages like Python and Perl can run on any machine, as long as they have a valid interpreter. The binary that is produced will not run on any other architecture. This means that the high-level code is compiled into binary code at once by a static compiler written specifically for the underlying architecture. Their code is delivered as binary code targeted at the underlying machine. Languages such as C, C++ and FORTRAN are compiled languages.
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