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Disabled failing scaladoc test rather than fixing it because they're too
hard to fix, even though it is almost certainly a trivial output change.
(The fact that I don't know for sure that it is a trivial output change
is also suboptimal.)
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I guess I have to suck up the "C with Object" here in order
to get the "Array[T with Object]" I need in a different test.
Now all tests pass for reals.
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And with that one, I believe all tests pass.
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Not too many Object/AnyRef parents, not too few.
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Have to give AnyVal a constructor and simultaneously pacify both the
typer (which knows Any has no constructor) and the jvm (which mandates a
constructor must call its superconstructor.) It's the usual angle of
adding a not-quite-right tree during parsing and then finishing it
later (in this case, in AddInterfaces.)
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Conflicts:
tools/get-scala-revision
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So we can turn out a build string regardless of local conditions.
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This allows any file to be be edited, rather than just the ones under library, compiler, actors, ...
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Conflicts:
tools/epfl-publish
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-- traits can extend Any, AnyRef, or AnyVal
-- classes can extend AnyRef or AnyVal but not Any.
This breaks reflection for the moment as it smuggles AnyVal so far
downstream that it's reflecting its way into bytecode (or something)
but the following test case goes five for six as anticipated.
trait Foo1 extends Any
trait Foo2 extends AnyVal
trait Foo3 extends AnyRef
class Bar1 extends Any // fail
@inline class Bar2 extends AnyVal
class Bar3 extends AnyRef
Eliminated various hijinx from definitions.
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Solved the annotation cycle puzzle. Was being burned again by
the hack which preferentially treats List() as Nil to avoid List's
extractor.
This commit includes a new starr which fully bootstraps.
Also at this point traits can extend Any and will not be given
an AnyRef parent (until erasure.) This is the case for AnyVal
and NotNull.
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Working on type printing logic.
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Working around new cycle arising when reading annotations from
classfiles. Run ./bootstrapper.sh and it will blow away ./build and
perform the necessary gyrations and incantations.
I wonder if this is what that old gypsy woman meant when she whispered
almost inaudibly "The ghost of ScalaObject will haunt this repository...
forever... forever... forever..."
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Free at last, free at last, of ScalaObject we're free at last.
(With apologies to the Reverend, but the man had a way with words.)
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It's a huge drag when making fundamental changes.
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"This too shall pass."
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Easier ways to invoke scala/scalac based on starr, locker, or quick.
% tools/starr_scalac -version
Scala compiler version 2.10.0.r26060-b20111123092602 -- Copyright 2002-2011, LAMP/EPFL
% tools/locker_scalac -version
Scala compiler version v2.10.0-M1-0140-g4619a48c1e-2012-02-02 -- Copyright 2002-2011, LAMP/EPFL
% tools/quick_scalac -version
Scala compiler version v2.10.0-M1-0144-g0c59a25a81-2012-02-02 -- Copyright 2002-2011, LAMP/EPFL
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As it is apparently used by maven. We're now at a local minimum of
sensibility for the construction of build strings, but the good thing
about local minima is that one can reasonably anticipate an upward
climb. Or at least flatlining.
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In a stunningly unusual demonstration of farsightedness,
I was able to generate these changes only by running:
scala scala.tools.nsc.util.FlagsUtilCompiler
With this much time in between runs:
-// Generated by mkFlagsTable() at Mon Oct 11 10:01:09 PDT 2010
+// Generated by mkFlagsTable() at Thu Feb 02 20:31:52 PST 2012
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determine match strategy by typing `__match`
factored out the interface to generate code in this monad, cleaned up codegen a bit
no longer solving a context bound to determine the match strategy and the monad's type constructor
it's too expensive
don't consider implicits looking for __match
implicit search causes HUGE slowdowns -- now the overhead is about 4% compared to just assuming there's no __match in scope
to support virtualization&staging, we use the type of `__match.one` as the prototype for how to wrap "pure" types and types "in the monad"
pure types T are wrapped as P[T], and T goes into the monad as M[T], if one is defined as:
def one[T](x: P[T]): M[T]
for staging, P will typically be the Rep type constructor, and type M[T] = Rep[Option[T]]
furthermore, naive codegen no longer supplies type information -- type inference will have to work it out
optimized codegen still does, of course, and that's enough since we only bootstrap that way
TODO: improve the test (currently the condition is not represented)
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before, we were mutating treemakers in-place when they were reused
no more mutation, and CSE is now self-contained
interestingly, we were considering all FunTreeMakers as potentially reused,
but only CondTreeMakers ever did anything with that flag
should be clearer now that only those are ever reused
simplified substonly treemaker a bit
overall cleanup to prepare for switching to new-style detection of MatchStrategy
delaying wrapping in function to simplify optimizing codegen logic
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'scalamacros/pullrequest/reify' and 'hubertp/issue/fix-sbt-build' into develop
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This was tricky to find as HLists and multiple chains of implicits are definitely not fun to debug.
Reporting ambiguous errors is influenced by the general error reporting,
don't look for implicit arguments if any of the preceding ones failed
(kills performance, causes diverging implicits with HLists). Previously
throwing type errors handled that correctly but now we don't do that.
Fixed small but essential typo when typing implicit.
Review by @dragos
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