True. Thats why though Haskell is often considered the "most functional" out of others, but not Purely functional, because the type system allows for any side effects to be encapsulated within the context of a type.
They are if you ignore any resource limitations and thats the point really. A Turing machine is more of a mathematical model than a real world implementation as you cannot possibly express the notion of infinity in computer systems. There has to be an upper limit somewhere.
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True. Thats why though Haskell is often considered the "most functional" out of others, but not Purely functional, because the type system allows for any side effects to be encapsulated within the context of a type.
That claim is as meaningful as the claim that no computer is Turing complete because they all have finite memory.
They are if you ignore any resource limitations and thats the point really. A Turing machine is more of a mathematical model than a real world implementation as you cannot possibly express the notion of infinity in computer systems. There has to be an upper limit somewhere.