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Merge 2.11.x into 2.12.x for the fix for SI-7898
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SI-7898 Preserve reader against subversion
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SBT tries to install its own SimpleReader (for some reason)
if it needs to create its own IMain.
Because Rube Goldberg needs to execute some postinit hooks,
don't let SBT do that.
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janekdb/topic/2.12.x-remove-experimental-notice-from-sbt-build
Remove experimental status from sbt build in load message
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sbt is now the preferred build tool.
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SI-9390 Emit local defs that don't capture this as static
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An existing optimization in `Constructors` elides the outer
field in member and local classes, if the class doesn't use
the outer reference. (Member classes also need to be final,
which is a secret handshake to say we're also happy to weaken
prefix matching in the pattern matcher.)
That optimization leaves the constructor signature as is: the
constructor still accepts the outer instance, but does not store
it. For member classes, this means that we can separately compile
code that calls the constructor.
Local classes need not be hampered by this constraint, we could
remove the outer instance from the constructor call too.
Why would we want to do this?
Let's look at the case before and after this commit.
Before:
```
class C extends Object {
def foo(): Function1 = $anonfun();
final <static> <artifact> def $anonfun$foo$1($this: C, x: Object): Object = new <$anon: Object>($this);
def <init>(): C = {
C.super.<init>();
()
}
};
final class anon$1 extends Object {
def <init>($outer: C): <$anon: Object> = {
anon$1.super.<init>();
()
}
}
```
After:
```
class C extends Object {
def foo(): Function1 = $anonfun();
final <static> <artifact> def $anonfun$foo$1(x: Object): Object = new <$anon: Object>(null);
def <init>(): C = {
C.super.<init>();
()
}
};
final class anon$1 extends Object {
def <init>($outer: C): <$anon: Object> = {
anon$1.super.<init>();
()
}
}
```
However, the status quo means that a lambda that
This in turn makes lambdas that refer to such classes serializable
even when the outer class is not itself serialiable.
I have not attempted to extend this to calls to secondary constructors.
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This avoids unnecessary memory retention, and allows lambdas
that call the local methods to be serializable, regardless of
whether or not the enclosing class is serializable.
The second point is especially pressing, given that the enclosing
class for local methods defined in a used to be the (serializable)
anonymous function class, but as of Scala 2.12 will be the enclosing
class of the lambda.
This change is similar in spirit to SI-9408 / 93bee55e.
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Lambda impl methods static and more stably named
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The body of lambdas is compiled into a synthetic method
in the enclosing class. Previously, this method was a public
virtual method named `fully$qualified$Class$$anonfun$n`.
For lambdas that didn't capture a `this` reference, a static
method was used.
This commit changes two aspects.
Firstly, all lambda impl methods are now emitted static.
An extra parameter is added to those that require a this
reference.
This is an improvement as it:
- allows, shorter, more readable names for the lambda impl method
- avoids pollution of the vtable of the class. Note that javac uses
private instance methods, rather than public static methods. If
we followed its lead, we would be unable to support important use
cases in our inliner
Secondly, the name of the enclosing method has been included in
the name of the lambda impl method to improve debuggability and
to improve serialization compatibility. The serialization improvement
comes from the way that fresh names for the impl methods are
allocated: adding or removing lambdas in methods not named "foo" won't
change the numbering of the `anonfun$foo$n` impl methods from methods
named "foo". This is in line with user expectations about anonymous
class and lambda serialization stability. Brian Goetz has described
this tricky area well in:
http://cr.openjdk.java.net/~briangoetz/eg-attachments/lambda-serialization.html
This commit doesn't go as far a Javac, we don't use the hash of the
lambda type info, param names, etc to map to a lambda impl method name.
As such, we are more prone to the type-1 and -2 failures described there.
However, our Scala 2.11.8 has similar characteristics, so we aren't going
backwards.
Special case in the naming: Use "new" rather than "<init>" for constructor enclosed
lambdas, as javac does.
I have also changed the way that "delambdafy target" methods are identifed.
Rather than relying on the naming convention, I have switched to using a
symbol attachment. The assumption is that we only need to identify them
from within the same compilation unit.
This means we can distinguish impl metbods for expanded functions
(ones called from an `apply` method of an ahead-of-time expanded
anonfun class), from those that truly end up as targets for lambda
metafactory. Only the latter are translated to static methods in
this patch.
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The underlying transformer has a by-name parameter for the
to provide the `to` tree, but this was strict in the layers
of API above.
Tree sharing is frowned upon in general as it leads to cross
talk when, e.g., the erasure typechecker mutates the
`tpe` field of the shared tree in different context.
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Prohibit @native method in trait
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On the JVM, a @native interface method results in a VerifyError.
Other platforms could decide to be more permissive, but it seems
like allowing them in classes is enough.
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SI-8667 Improve too-many-args message
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Pick the first excessive positional arg for the caret.
Note that erroring on named args doesn't do the obvious thing
in this regard.
If `k` was removed from the signature, then `f(k=1, i=2, j=3)`
doesn't tell us much about the wrong arg, because naming takes
the `k=1` as an assignment, `i` as duplicate naming. No arg is
deemed extra, though further inspection of the conflicting args
might get there. Since assignment syntax in parens is more|less
deprecated (?), no more effort is done here.
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Use removeNames to help diagnose the application.
Supplement the error message with how many extra
args and any other residual assignments that the
user might have thought was a properly named arg.
The error message is gradual: succinct for short
arg lists, more verbose for longer applications.
Very long arg lists are probably generated, so
that message is the least colloquial.
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SI-9104 Autodetect raw pastage
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If `-raw` is not supplied explicitly to REPL `:paste`,
see if the code text starts with `package` keyword or
else see if it parses to a named package (to cope with
leading commentary). In that case, take it as raw.
But parse only on suspect comment slash.
It's only worth parsing for a package if there's a chance
that package keyword is buried behind comments.
Small refactors to the `paste` object.
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Small optimizations around use of Scopes.
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`Scope`'s `filter` is implemented using `toList`,
so may as well start with `toList`ourselves.
Also fused some `filter`/`foreach` combos.
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Fix comparisons involving NaN
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Floating point comparisons involving NaN should always return false,
except for !=. Fixes a regression introduced by #4963.
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Merge 2.11 to 2.12 [ci: last-only]
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SI-7898 Read user input during REPL warmup
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Text-based REPL pre-parses, so use the current label for errors.
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Use a "label" for errors, so that script names are shown.
Position is still wrong for scripts in REPL.
Initial scripts are run with `ILoop.echo` and results printing
turned off, but reporter still enabled.
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Enable noisy modes only when interpreting user input.
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The compiler is created on main thread and user input is read
on an aux thread (opposite to currently).
Fixes completion when `-i` is supplied.
Now `-i` means pasted and new option `-I` means line-by-line.
The temporary reader uses postInit to swap in the underlying
reader.
Completion is disabled for the temporary reader, rather than
blocking while it waits for a compiler. But manically hitting
tab is one way of knowing exactly when completion is live.
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SI-9789 use quadratic probing in OpenHashMap
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The original probe sequence, taken from Python's hash table code, is
exponential, jumping around in the hash table with poor memory locality.
This replaces the probe algorithm with the more conventional quadratic
probing.
This also adds tests to the benchmarking code using AnyRef keys, which
have pseudorandom hash codes (unlike Ints, whose hash code is simply
the Int itself). The intensity of the benchmarking is reduced to make
the tests complete within 9 hours, by removing unnecessary sampling.
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Use jarlister in build
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The goal of this change is to exercize the "manifest classpath" mechanism,
meant to bring the compiler its needed classes as resources, listed
in jar manifests, as opposed to files, thus enabling to use the compiler
in sandboxed environments (and also the scripting engine for that matter).
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JMH-based benchmark framework
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Besides tweaks to the documentation, this tests smaller (25-element)
maps, and rewrites OpenHashMapRunner in more idiomatic Scala.
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For the warm-up invocations, suppress setup and teardown that is only
needed for the measurement iterations. Reduce the number of forks.
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Also add sbteclipse to the benchmark project.
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In order to get a better exploration of the variance of tests in a
limited time, I've reduced the number of measurement iterations and
increased the number of forks. By sight, the measurement iterations
seemed pretty consistent within a trial, whereas they would vary
widely on occasional forks.
I extended testing down to 50-entry maps, to explore the rise in
service times that I was seeing at small scale. This is probably a
timing artifact, from too-short invocations, since I'm using
@Level.Invocation in the put() tests. To fix that, I enlarged the
unit of testing, by creating multiple, sometimes thousands, of maps
for the invocation to fill. This has also changed the test from
filling a previously-filled map, to filling a new, but sufficiently
sized map. The put()/remove() test now performs much worse (on a
more realistic scenario).
This also adds a couple tests for calling get() against a map that's
been filled only with put()s, or with a mix of put() and remove().
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Add an example benchmark for OpenHashMap.
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