| Commit message (Collapse) | Author | Age | Files | Lines |
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Allows a plugin to run before typer without incurring typechecking.
The test is that a plugin doesn't run when stopping after parser,
and that the truncated compilation run also succeeds, since
updating check files for the output of -Xshow-phases is tedious.
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SI-5639 Fix spurious discarding of implicit import
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To be conservative, I've predicated this fix in `-Xsource:2.12`.
This is done in separate commit to show that the previous fix
passes the test suite, rather than just tests with `-Xsource:2.12`.
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In Scala fa0cdc7b (just before 2.9.0), a regression in implicit
search, SI-2866, was discovered by Lift and fixed. The nature of
the regression was that an in-scope, non-implicit symbol failed to
shadow an eponymous implicit import.
The fix for this introduced `isQualifyingImplicit` which discards
in-scope implicits when the current `Context`'s scope contains
a name-clashing entry.
Incidentally, this proved to be a shallow solution, and we later
improved shadowing detection in SI-4270 / 9129cfe9. That picked
up cases where a locally defined symbol in an intervening scope
shadowed an implicit.
This commit includes the test case from the comments of SI-2866.
Part of it is tested as a neg test (to test reporting of ambiguities),
and the rest is tested in a run test (to test which implicits are
picked.)
However, in the test case of SI-5639, we see that the scope lookup
performend by `isQualifyingImplicit` is fooled by a "ghost" module
symbol. The apparition I'm referring to is entered when
`initializeFromClassPath` / `enterClassAndModule` encounters
a class file named 'Baz.class', and speculatively enters _both_ a
class and module symbol. AFAIK, this is done to defer parsing the
class file to determine what inside. If it happens to be a Java
compiled class, the module symbol is needed to house the static
members.
This commit adds a condition that `Symbol#exists` which shines a torch
(forces the info) in the direction of the ghost module symbol. In our
test, this causes it to vanish, as we only need a class symbol for
the Scala defined `class Baz`.
The existing `pos` test for this actually did not exercise the bug,
separate compilation is required. It was originally checked in to
`pending` with this error, and then later moved to `pos` when someone
noticed it was not failing.
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SI-6502 Reenables loading jars into the running REPL (regression in 2.10)
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SI-8925, SI-7407 test cases, fixed in new backend
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Given that the issues are old (2.10) and we move to the new backend
in 2.12, I don't plan to fix them in GenASM.
The test case for 7407 existed already, this commit just adds
`-Yopt:l:none` to the flags to make no dead code is eliminated.
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SI-8835 Iterator tests can be junit
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Addressing feedback from the collections test czar,
updated a few of the primitive tests. Avoided testing
addition and just asserted.
Updated indexOf test to test Iterator.indexOf.
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Without loss of generality or convenience, but helps
reduce the number of files in test/files and may reduce
compile times for test suite.
This commit includes the fix from #3963 and an extra
test of that fix that ensures the stack doesn't grow
on chained drops.
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SI-8932 Fix dropRight/takeRight implementations
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I looked up at all the overrides of `IterableLike#takeRight` and
`IterableLike#dropRight` and replaced usages of its argument `n` with
`math.max(n, 0)` every time it was being used in an index subtraction.
Fixes [SI-8932](https://issues.scala-lang.org/browse/SI-8932).
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SI-8449 Fix spurious error with Java raw type over a Scala class
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When the Scala typechecker typechecks signatures in Java sources,
it must enable use of a type constructor without applied type
arguments (a raw type).
However, the check in `adaptType::properTypeRequired` was too
restricive: it only allows raw types given a) we are typechecking a
Java source file and b) the type constructor itself is Java defined.
The second check does not make sense; it is perfectly legal to define
a Java raw type for over a Scala defined type constructor. This commit
removes it.
The bug was noticed in the Scaladoc context, as it explores the
signatures of all Java sources so it can document them. But the
enclosed test demonstrates the underlying bug under normal
compilation.
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SI-8534 Avoid crash in erroneous SelectFromTypeTree
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PR #2374 changed the behaviour of `typedSingletonTypeTree` in the
presence of an error typed reference tree. It incorrectly
returns the reference tree in case on an error. However, this is
a term tree, which is an inconsistent result with the input type
tree. Consequently, a `typedSelectInternal` later fails when
using this as the qualifier of a `SelectFromTypeTree`.
Both test cases enclosed show this symptom.
This commit:
- Returns `tree` rather than `refTyped` when `refTyped` is
error typed or when it isn't suitable as a stable prefix.
- Avoids issuing a cascading "not a stable prefix" error if the
`refTyped` is error typed.
- Adds an extra layer of defense in `typedSelectFromTypeTree`
to bail out quickly if the qualifier is error typed.
The last measure is not necessary to fix this bug.
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SI-8835 Fix implementation of Iterator drop to remove quadratic behavior
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SI-5413 Test for fixed owner-corruption bug with names/defaults
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Fixed in SI-8111 / 2.10.4.
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SI-5665 Test case for fixed private[this], trait crasher
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Fixed in SI-5508 / cca4d51db.
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Make t8960 pass under delambdafy:method
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When using delambdafy:method, anonymous function classes are not
currently specialized, as noted here:
https://github.com/scala/scala/blob/f08e96571479552b103b15cc2d40ea5454999546/src/compiler/scala/tools/nsc/transform/Delambdafy.scala#L26
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SI-1994 Test case for fixed overriding problem
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The test case passes since Scala 2.9.2.
Prior, it failed with:
~/scala/2.9.1/bin/scalac sandbox/t1994.scala
sandbox/t1994.scala:9: error: method y overrides nothing
override def y = 1
^
one error found
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SI-7750 Test case for fixed spurious existential feature warning
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In 2.11.0-M8, the enclosed test issued the following feature
warning:
sandbox/t7750.scala:7: warning: the existential type LazyCombiner[_$1,_$2,_$3] forSome { type _$1; type _$2; type _$3 <: Growable[_$1] with Sizing }, which cannot be expressed by wildcards,
This went way in 2.11.0-RC1 after we turned off the problematic
attempt to infer existential bounds based on the bounds of the
corresponding type parameters.
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SI-8965 Account for corner case in "unrelated types" warning
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It's okay for the two types to LUB to something above `Object`
if they both individially were its supertype.
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[sammy] eta-expansion, overloading, existentials
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Generate correct trees to refer to repeated params using `gen.paramToArg`.
Based on retronym's review feedback.
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Don't naively derive types for the single method's signature
from the provided function's type, as it may be a subtype
of the method's MethodType.
Instead, once the sam class type is fully defined, determine
the sam's info as seen from the class's type, and use those
to generate the correct override.
```
scala> Arrays.stream(Array(1, 2, 3)).map(n => 2 * n + 1).average.ifPresent(println)
5.0
scala> IntStream.range(1, 4).forEach(println)
1
2
3
```
Also, minimal error reporting
Can't figure out how to do it properly, but some reporting
is better than crashing. Right? Test case that illustrates
necessity of the clumsy stop gap `if (block exists (_.isErroneous))`
enclosed as `sammy_error_exist_no_crash`
added TODO for repeated and by-name params
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Playing with Java 8 Streams from the repl showed
we weren't eta-expanding, nor resolving overloading for SAMs.
Also, the way Java uses wildcards to represent use-site variance
stresses type inference past its bendiness point (due to excessive existentials).
I introduce `wildcardExtrapolation` to simplify the resulting types
(without losing precision): `wildcardExtrapolation(tp) =:= tp`.
For example, the `MethodType` given by `def bla(x: (_ >: String)): (_ <: Int)`
is both a subtype and a supertype of `def bla(x: String): Int`.
Translating http://winterbe.com/posts/2014/07/31/java8-stream-tutorial-examples/
into Scala shows most of this works, though we have some more work to do (see near the end).
```
scala> import java.util.Arrays
scala> import java.util.stream.Stream
scala> import java.util.stream.IntStream
scala> val myList = Arrays.asList("a1", "a2", "b1", "c2", "c1")
myList: java.util.List[String] = [a1, a2, b1, c2, c1]
scala> myList.stream.filter(_.startsWith("c")).map(_.toUpperCase).sorted.forEach(println)
C1
C2
scala> myList.stream.filter(_.startsWith("c")).map(_.toUpperCase).sorted
res8: java.util.stream.Stream[?0] = java.util.stream.SortedOps$OfRef@133e7789
scala> Arrays.asList("a1", "a2", "a3").stream.findFirst.ifPresent(println)
a1
scala> Stream.of("a1", "a2", "a3").findFirst.ifPresent(println)
a1
scala> IntStream.range(1, 4).forEach(println)
<console>:37: error: object creation impossible, since method accept in trait IntConsumer of type (x$1: Int)Unit is not defined
(Note that Int does not match Any: class Int in package scala is a subclass of class Any in package scala, but method parameter types must match exactly.)
IntStream.range(1, 4).forEach(println)
^
scala> IntStream.range(1, 4).forEach(println(_: Int)) // TODO: can we avoid this annotation?
1
2
3
scala> Arrays.stream(Array(1, 2, 3)).map(n => 2 * n + 1).average.ifPresent(println(_: Double))
5.0
scala> Stream.of("a1", "a2", "a3").map(_.substring(1)).mapToInt(_.parseInt).max.ifPresent(println(_: Int)) // whoops!
ReplGlobal.abort: Unknown type: <error>, <error> [class scala.reflect.internal.Types$ErrorType$, class scala.reflect.internal.Types$ErrorType$] TypeRef? false
error: Unknown type: <error>, <error> [class scala.reflect.internal.Types$ErrorType$, class scala.reflect.internal.Types$ErrorType$] TypeRef? false
scala.reflect.internal.FatalError: Unknown type: <error>, <error> [class scala.reflect.internal.Types$ErrorType$, class scala.reflect.internal.Types$ErrorType$] TypeRef? false
at scala.reflect.internal.Reporting$class.abort(Reporting.scala:59)
scala> IntStream.range(1, 4).mapToObj(i => "a" + i).forEach(println)
a1
a2
a3
```
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SI-8954 Make @deprecated{Overriding,Inheritance} aware of @deprecated.
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This makes sure that:
- there is no warning for a @deprecated class inheriting a
@deprecatedInheritance class
- there is no warning for a @deprecated method overriding a
@deprecatedOverriding method
- there is no "deprecation won't work" warning when overriding a member
of a @deprecatedInheritance class with a @deprecated member
- the above works even if the classes/methods are indirectly deprecated
(i.e. enclosed in something @deprecated)
This should remove quite a few useless deprecation warnings from the
library.
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Fix problems in Symbol Literal static caching
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A classic mistake of discarding a non-trivial qualifier.
We actually should have fixed this before merging #3149, as it
was raised in review, but I suppose we got too caught up in the
difficulty of resolving the right overload of `Symbol_apply` that we
forgot.
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In Scala 2.8.2, an optimization was added to create a static
cache for Symbol literals (ie, the results of `Symbol.apply("foo"))`.
This saves the map lookup on the second pass through code.
This actually was broken somewhere during the Scala 2.10 series,
after the addition of an overloaded `apply` method to `Symbol`.
The cache synthesis code was made aware of the overload and brought
back to working condition recently, in #3149.
However, this has uncovered a latent bug when the Symbol literals are
defined with traits.
One of the enclosed tests failed with:
jvm > t8933b-run.log
java.lang.IllegalAccessError: tried to access field MotherClass.symbol$1 from class MixinWithSymbol$class
at MixinWithSymbol$class.symbolFromTrait(A.scala:3)
at MotherClass.symbolFromTrait(Test.scala:1)
This commit simply disables the optimization if we are in a trait.
Alternative fixes might be: a) make the static Symbol cache field
public / b) "mixin" the static symbol cache. Neither of these
seem worth the effort and risk for an already fairly situational
optimization.
Here's how the optimization looks in a class:
% cat sandbox/test.scala; qscalac sandbox/test.scala && echo ":javap C" | qscala;
class C {
'a; 'b
}
Welcome to Scala version 2.11.5-20141106-145558-aa558dce6d (Java HotSpot(TM) 64-Bit Server VM, Java 1.8.0_20).
Type in expressions to have them evaluated.
Type :help for more information.
scala> :javap C
Size 722 bytes
MD5 checksum 6bb00189166917254e8d40499ee7c887
Compiled from "test.scala"
public class C
{
public static {};
descriptor: ()V
flags: ACC_PUBLIC, ACC_STATIC
Code:
stack=2, locals=0, args_size=0
0: getstatic #16 // Field scala/Symbol$.MODULE$:Lscala/Symbol$;
3: ldc #18 // String a
5: invokevirtual #22 // Method scala/Symbol$.apply:(Ljava/lang/String;)Lscala/Symbol;
8: putstatic #26 // Field symbol$1:Lscala/Symbol;
11: getstatic #16 // Field scala/Symbol$.MODULE$:Lscala/Symbol$;
14: ldc #28 // String b
16: invokevirtual #22 // Method scala/Symbol$.apply:(Ljava/lang/String;)Lscala/Symbol;
19: putstatic #31 // Field symbol$2:Lscala/Symbol;
22: return
public C();
descriptor: ()V
flags: ACC_PUBLIC
Code:
stack=1, locals=1, args_size=1
0: aload_0
1: invokespecial #34 // Method java/lang/Object."<init>":()V
4: getstatic #26 // Field symbol$1:Lscala/Symbol;
7: pop
8: getstatic #31 // Field symbol$2:Lscala/Symbol;
11: pop
12: return
}
fixup
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GenBCode: cleanup optimizations
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After eliminating unreachable code, there may be unused local varaible
slots. Such gaps increase the method's frame size unnecessarily.
The optimization does not attempt to re-use the same local variable
slot for non-overlapping locals (proper register allocation):
def f(b: Boolean) = if (b) { val x = e; x } else { val y = e; y }
x and y will not use the same slot, even though they could.
This was originally implemented by Miguel in
https://github.com/lrytz/scala/commit/09c40359338f8770e4f99d045999af062112973e
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Add command-line flags `Yopt:...` for simplifying jumps, eliminating
stale line number and label nodes.
`LocalOpt.methodOptimizations` applies all enabled intra-method
optimizations in the right order.
Some cleanups for unreachable code elimination and its tests.
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Cleanup optimizations
- remove line number nodes that describe no executable instructions
- squash sequences of label nodes, remove unreferenced labels
Command-line flags that allow enabling these transformations are added
in a later comimt.
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This commit implements simplifications to branching instructions, for
example `CondJump l; GOTO l` is replaced by `POP; GOTO l`.
The individual optimizations are explained in doc comments.
A later commit will add compiler flags to allow enabling the new
optimizations.
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Sealed abstract classes (like `List`) have a primary constructor, public
by default. It can never be called by external code but it shows up in
the scaladoc as a nice `new List()` construtor...
If a class is only abstract, the constructor is still useful because
people can subclass and call it. If it is only sealed (i.e. effectively final),
then it is the normal constructor of a final class. But sealed *and*
abstract makes documenting the constructor useless.
This should remove the misleading constructors of `List`, `Double`,
`Option` and others from the scaladoc.
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Fix tests under -Ydelambdafy:method
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This should have been done in 63207e1
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