47 lines
1.6 KiB
Plaintext
47 lines
1.6 KiB
Plaintext
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Need to check for multiple (effectively) identical closures.
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node-equal?
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Flatten needs to do something about shared strings and byte-vectors.
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Do SET! globals need to be treated differently? Will C allow the following?
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int f( int x ) { ... }
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main() { f = ... }
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Check what happens if a name->enumerand or enumerand->name survives loading.
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CALL-WITH-VALUES needs to simplify to two calls (so that the known-call
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stuff works) even when it doesn't know what the type is (because of
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polymorphism; we don't resimplify when types change).
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(call-with-values cont a b)
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=>
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(unknown-call (lambda (res:tuple)
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(unknown-call cont 'tuple-args b res))
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'tuple-result
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a)
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Need tuple-args-goto as well. The protocol stuff has to do the right thing.
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When the tuple type is determined RES has to change in both places.
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Actually, it can just expand into this. The type stuff will work out.
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For now I am not going to allow polymorphic use of call-with-values.
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All of this is much like Scheme.
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Non-tail-recursive named-LETS appear to break things.
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CALL-WITH-VALUES and VALUES are only allowed in call position, and the
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second argument to CALL-WITH-VALUES must be a lambda form.
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STOB->NODE in form.scm needs to look for substobs.
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Or does flatten flatten non-shared structures?
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Pointer comparisons need to be done using unsigned longs.
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=> Pre-Scheme needs unsigned comparisons u=, u<, etc.
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Primitives do not appear to check the argument count!
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Channel library may be doable as externals, including decoding
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the events.
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Tail-called forms that return multiple values?
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MAX and other primitives need to check number-of-args when type checking.
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