It's not a rename for a breaking version tree any more than a C# compiler is of GCC.
It is backwards compatible. The first strong demonstration of this was using the Catalyst framework, a major Perl package, in Raku programs, 6 years ago.
It's not remotely like Python 3 vs Python 2. Python 3 is a tweak of Python 2 that utterly failed to confront hard problems that desperately needed -- and still need -- to be confronted. For example, Raku sits alongside Swift and Elixir as the only two mainstream PLs yet to properly address character processing in the Unicode era. In contrast, Python 3's doc doesn't even mention graphemes. Rakudo has no GIL; Python is stuck with CPython's. And so on for a long list of truly huge PL problems.
Raku is an entirely different programming language. (This is so despite Raku(do) being able to support backwards compatibility via the same mechanism that allows it to use Python modules as if they were Raku modules. And C libraries, and Ruby ones, and so on.)
It's not a rename for a breaking version tree any more than a C# compiler is of GCC.
It is backwards compatible. The first strong demonstration of this was using the Catalyst framework, a major Perl package, in Raku programs, 6 years ago.
It's not remotely like Python 3 vs Python 2. Python 3 is a tweak of Python 2 that utterly failed to confront hard problems that desperately needed -- and still need -- to be confronted. For example, Raku sits alongside Swift and Elixir as the only two mainstream PLs yet to properly address character processing in the Unicode era. In contrast, Python 3's doc doesn't even mention graphemes. Rakudo has no GIL; Python is stuck with CPython's. And so on for a long list of truly huge PL problems.
Raku is an entirely different programming language. (This is so despite Raku(do) being able to support backwards compatibility via the same mechanism that allows it to use Python modules as if they were Raku modules. And C libraries, and Ruby ones, and so on.)