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> (1) user can run a default install (share userland) on different
> machines/different kernels
> (2) third-party developer can release a binary which supports
> (popular/many/most) netbsd architectures
> (3) user can copy binary to another netbsd machine and "just work"
Does size matter? If we're not careful, and don't put limits on the
number of ISAs, we could quickly end up with an obese distro.
Well, there's always competing criteria. Size and speed are
subjective and difficult to define in absolute terms. But perhaps I
(4) to be done within "acceptable" size and speed expectations
But, for the sake of argument, I don't think size nor speed should be
an overwhelming constraint.
> For a bytecode project, NetBSD userland would need to be
compiled. ÂI don't
> believe that netbsd could be compiled to java bytecode. ÂI
> into LLVM, TenDRA, inferno, etc to see if the rhetoric is true.
Of course here we're not talking about Java bytecodes. Rather more
compiler directed intermediate forms. The rhetoric is true as far as
it can go; for instance C code containing #ifdef ISA or GCC asm
directives won't - the code needs to be portable.
I'd be much happier to separate the concept of "bytecode" (whether an
intermediate form or otherwise) from the compiler suite. NetBSD has
a long record of compatibility and stability of its binaries -
something that shouldn't be handed over to a compiler suite. It
would be great to see a "netbsd bytecode" defined. But maybe it's
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