| Commit message (Collapse) | Author | Age | Files | Lines |
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Fix #1544: Allow long signatures in names
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Fixes #1544 by making the length field use 1 or 2 bytes,
depending on the number of parameters in a signature.
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Now that we have BodyAnnot, InlineInfo can be eliminated.
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Since fundamental operations such as treeCopy have to know
about inline bodies, it seems better to represent this
information directly in an annotation.
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We got unbound symbols before because
a TreeTypeMap would copy a tree of an inline
DefDef but would not adapt the inline body
stored in the @inline annotation of the DefDef
to point to the updated tree.
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An implicit method might be unpickled in one run and the implicit
body might be selected first in a subsequent run. In that case
the inlined code was read with the original context, but
that context needs to run at the current period. This resulted
in denotation out of date errors in bringForward.
Another problem with this design was space leaks: An context might
survive multiple runs as part of an ImplicitInfo of an unpickled
method.
The new design avoids both problems. Implicit contexts are always
up to date and leaks are avoided.
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Now it's done on the symbol directly rather than its inline
annotation. This simplifies client code and keeps the implementaion how
inline infos should be assocated with inline methods open.
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This makes existsing uses of inline mostly compile.
Todo: Verify that stdlib can be compiled.
Todo: Implement accessors for assignments to priavte variables
Todo: Figure out what to do with accesses to private types.
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Print what was pickled when failing with unresoilvced symbols.
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This required a major change in the way positions are handled, as the
previous scheme did not allow to read the positions of arbitrary subtrees
selectively.
Fortunately, it's altogether a major simplification.
Also, this fixed a bug in the previous scheme, where positions were
generated before compactification, resulting in addresses being wrong.
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Inline trees can now be read form TASTY. However, positions are not set
correctly. This remains to be implemented.
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... to tag inlined calls. Perform typings and transformations
of inlined calls in a context that refers to the INlined node
in its InlinedCall property.
The idea is that we can use this to issue better error
positions. This remains to be implemented.
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That way it can be accessed by other parts which deal with
error messages.
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The typed variant is no longer needed. This means modifiers can safely be
ignored in typed trees if we so choose.
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Drop tree node class 'Pair'. It was used only in imports, where
it can easily be replaced by Thicket.
The envisaged use for generic pairs is almost sure better modelled
by a "Pair" class in Dotty's standard library.
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Allows us to drop also the involved knownHK method. Lots of other
cleanups.
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Under direct hk encoding this is no longer needed.
Also, drop now redundant pieces of widenForMatchSelector.
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Remove the code that implemented the encoding of hk types
using refinements.
Drop the notion that RefinedTypes can be type parameters. This is
no longer true under the new representation.
Also, refactoring MemberBinding -> TypeParamInfo
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Parameter names always come in as term names, ahve to be explicitly
converted to type names. The previous implementation used a cast instead
of a conversion, which caused a ClassCastException. For symmetry we model
readParamNames such that it returns a List[Name] which has to be explicitly
converted to a List[TermName] or a List[TypeName], using a map.
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Make them each inherit from common BaseType GenericType.
That way we avoid inheriting accidentally stuff from PolyType in TypeLambda.
Also, Fix adaptation of type lambdas. Don't confuse them with PolyTypes.
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- Re-introduce newHK option. Label some things that will be
removed with OLD.
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- Simplify RefinedType
- Drop recursive definition of RefinedThis - this is now
taken over by RecType.
- Drop RefinedThis.
- Simplify typeParams
The logic avoiding forcing is no longer needed.
- Remove unused code and out of date comments.
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- compileMixed failed because there was a cycle between immutable.Seq (compiled) and
parallel.ParSeq (loaded from classfile). Inspection of the completion log (turn completions
Printer on) and the stack trace showed that there's nothing we can do here. The old hk scheme
did not go into the cycle because it did not force an unrelated type. I believe with enough
tweaking we would also hva egotten a cycle in the old hk scheme.
The test is "fixed" by adding parallel.ParSeq to the files to compile.
- Disable named parameter tests
Those tests do not work yet with the revised hk scheme.
Before trying to fix this, we should first decide what parts of
named parameters should be kept.
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For the moment under newHK flag.
- avoid crasher in derivedTypeParams (NamedTypes don't always have symbols)
- Revise logic in type comparer for new HK scheme
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Map self-references in refinements to recursive types. This
commit does this for refinement types appearing in source.
We still have to do it for unpickled refinements.
Test apply-equiv got moved to pending because it simulates
the old higher-kinded type encoding in source, which relies
on the old representation in terms of self-referential refinement
types. The plan is not to adapt this encoding to the new
representation, but to replace it with a different encoding
that makes critical use of the added power of recursive types.
Use recursive types also when unpickling from Scala 2.x.
Add mapInfo method to Denotations.
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Treat parent like refinedInfo. Introduce isBinding convenience method
in TypeBounds.
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Previously a refinement could only apply to a type bound in
the parent. This restriction needs to be dropped for the new
encoding of hk type parameters.
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As explained in the comment, a scalacLinkedClass must also
be a true companion unless the original symbol is a root. This
avoids us to drop the (potentially large) unpickled map and
save some memory.
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Otherwise we might get a false owner if completing from somewhere else.
We do not have a failing test to demonstrate the problem, but it looks
like the right thing to do.
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Include member defs inside templates in the enclosing class,
otherwise they would get localDummy as onwer.
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Instead of stubbing with potentially wrong owners and hping for the best, we
now compute owners on demand, using the lazy data structure of an OwnerTree.
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First step for a more robust scheme to access symbols in Tasty.
This entailed a swap of two fields in RefiendType, to make tree
format more uniform in what concerns where references are found.
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Compute initialization flags of possibly enclosing traits
elsewhere (in indexStats). Cleans up the logic and makes
the module more understandable.
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It caused an assertion error when separately compiling
parts of dotty against TASTY information. Not sure the
test achieves anything or whether it produces a false
negative.
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When reading Tasty we need to pre-set the info of a class to some
ClassInfoType with (as yet) unknown parents and self type. But for
module classes, we need to know the source module at all time, and this
gets determined by the self type. So we now produce a TermRef
for the assumed self type of a module class.
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Fix strawmans
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LambdaTraits are created on demand; we need to make sure
they exist when referred to from Tasty.
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Instead of separate source file sections, pickle SourceFile as an
annotation of all toplevel classes.
We represent it like this anyway when reading back Tasty-defined classes.
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Two problems were fixed:
- isJava needs to look at function symbol, not its type (references
to Java methods get normal MethodTypes not JavMethodTypes)
- we also need to handle the case where the repeated argument is
wrspped in a type ascription.
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SeqLiteral have an elemTpt, which was missing in format.
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ParamAccessor is not a pickled flag. This is not a problem for
normal parameter accessors which are pickled as PARAM fields. But setters
of parameter accessors also need to have the flag set (and Deferred reset).
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If a file was loaded from TASTY, it can not still have a non-null source file,
since the source file is unpickled into the annotation of a top-level class.
Also, fix typo in previous commit.
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The previous path name always had a "Simple(...)" wrapped around it.
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Mode is used from a lot of low-level code, does not just reflect Typer info.
So it makes more sense top to place it in the core package.
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Fix typing of SeqLiterals
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