There was a problem with delegated extension property with dispatch
receiver that `this` in `getValue` call was set to dispatch receiver
instead of extension one
Avoid generating synthetic overrides in subclass
It has been already working for PSI2IR because fake overrides there don't
inherit default values for parameters, while they do it in FIR
The difference is how we deal with intermediate fake overrides
E.g., in case
interface A { /* $1 */ fun foo() }
interface B : A {
/* $2 */ fake_override fun foo()
}
interface C : B {
/* $3 */ override fun foo()
}
We've got FIR declarations only for $1 and $3, but we've got
a fake override for $2 in IR.
Previously, override $3 had $1 as its overridden IR symbol, just because
FIR declaration of $3 doesn't know anything about $2.
Now, when generating IR for $2, we save the necessary information
and using it for $3, so it has $2 as overridden.
So, it's consistent with the overridden structure of FE 1.0 and this
structure is necessary prerequisite for proper building of bridges
for special built-ins.
if it is unbound and the underlying type is reference type.
If the underlying type is primitive, it is boxed and unboxed
correctly, otherwise, it is simply casted and not unboxed.
Additionally, generate functions for inliner with inline classes
in signature, so unboxing works.
The unboxing is removed after inlining.
#KT-44722 Fixed
Use the same logic as for type constructors of classes, based on the
fully-qualified name of the classifier, with special cases for error
types and local declarations, with an additional check that the type
constructors' declaration descriptors are structurally equal via
`DescriptorEquivalenceForOverrides`. The latter is required because type
parameters of overloaded functions must be different, even though their
full FQ name is the same.
This (hopefully) has no effect for the compiler, but is useful for
kotlin-reflect where `KType.equals` runs the type checker on the
underlying `KotlinType` instances, which eventually ends up comparing
type constructors. Descriptors and types in kotlin-reflect are cached on
soft references, so they may be suddenly garbage-collected and
recomputed, and we want copies of the same type parameter to be equal to
each other.
This fixes flaky codegen tests which started to fail after migration to
the new test infrastructure, where tests are now run in parallel in the
same process, thus with higher memory pressure and more soft references
being GC'd:
* `codegen/box/reflection/types/createType/typeParameter.kt`
* `codegen/box/reflection/supertypes/genericSubstitution.kt`
Also, add a new test to check that we do the instanceof check in
overrides of `AbstractTypeConstructor.isSameClassifier`.
#KT-44850 Fixed
Level of CFGNode is used to determine which call is a common one for
creating node with union of arguments (to merge flow from multiple
in-place lambdas). Before this change calls in different when branches
may have same node level, which entail passing smartcasts from moddle of
one branch to another
```
val x: Any = ...
when {
... -> run { x as String } // (1)
... -> {
run {
x.foo()
} // (2)
"hello"
}
}
```
Call `(1)` was assumed as argument of call `(2)` which is incorrect
#KT-44814 Fixed
In tests merged from boxAgainstJava in 29b96aa1, some directories were
named slightly differently compared to box, e.g. "property" vs
"properties", "varargs" vs "vararg". This change renames these, moves
some of the tests to more fitting directories, and also renames
"visibility" to "javaVisibility" because it's about Java visibilities
specifically.
Note that KT-30696 is fixed only in the single-module case, and KT-42012
is not fixed fully (see KT-44855).
#KT-30041
#KT-30629
#KT-30696
#KT-30933
#KT-32351
#KT-32749
#KT-38849
#KT-42012
#KT-42990
#KT-44234
#KT-44529
#KT-44631
#KT-44647
Vasily Levchenko