Before this commit old type parameters were inserted into new descriptor,
and that broke a simple contract: desc.child.getContainingDeclaration() == desc.
We use `doSubstitute` here because it does exactly what we need:
1. creates full copy of descriptor
2. copies method's type parameters (with new containing declaration) and properly substitute to them in value parameters, return type and etc.
But we had to customize `doSubstitute`: add some parameters like `newReturnType`
NOTE: Strange testData change.
(Mutable)List<in T!>! after substitution becomes MutableList<in T!>..List<*>?.
But it's not wrong because List<in T> behaves exactly as List<*>, and the same happens when substituing Java class scope:
public class A<E> {
<T> void foo(List<? super T> x) {}
}
Kotlin:
A.foo(), type of first value parameter --- (Mutable)List<in T!>
A<String>().foo(), type of first value parameter --- MutableList<in T!>..List<*>?
Before this change annotation entries starting with '@' within expressions hadn't been resolved
Note that order of annotation entries in result may change according to order of children in PSI (see changed testData)
Get rid of multiple usages of IntrinsicObjects where JavaToKotlinClassMap was
already used, simplify code, and support loading of *CompanionObject as Kotlin
built-in companions from Java code.
Also fix a small bug where Boolean was considered a class with an intrinsic
companion in IntrinsicObjects, although it was not
- Parameter named `value` is always first
- Array parameter represented as vararg iff its name is `value` and all
other parameters have default values
#KT-2576 Fixed
#KT-6641 Fixed
#KT-6220 Fixed
#KT-6652 Fixed
- move some of boxWithStdlib tests under fullJdk/ directory, where they will be
compiled against the full JDK
- introduce FULL_JDK in-text directive for the reflection test as only 4 tests
out of 654 needed the full JDK
Annotation in NestedEnumArgument test is made public, because we try to load
annotation argument values eagerly and fail, since you can't invoke methods
reflectively on an object of a non-effectively-public class
In order to locate an annotated entity, we need to implement almost the whole
Java element model (which will be used anyway for Java descriptor loading)
This allows to fix some cases when there is a difference between explicit and short reference to default object
Fix shorten reference, optimize imports and import insert helper for default objects
ShortenReferences always transforms default object references to shorter form for now
Fix DescriptorUtils#getFqName() for default objects (affects test data mostly)
Fix DescriptorUtils#getImportableDescriptor()
