When using the AllArgsConstructor annotation (directly or via
meta-annotation), only fields that are not static should be added as
arguments. Previously, all fields were being included regardless of
static-ness, which is not consistent with the behavior of Lombok.
^KT-54025 Fixed
When using the AllArgsConstructor annotation (directly or via
meta-annotation), only fields that are not final or not initialized
should be added as arguments. Previously, all fields were being included
regardless of modality or initialization, which is not consistent with
the behavior of Lombok.
^KT-54054 Fixed
Pill import broke after the 'kotlin-test' build refactoring
(now it's a proper KMP project). This change adapts source set handling
in Pill, providing support both for Java and Kotlin KMP source sets.
During refactoring of FIR2IR commit 8ebb4127 introduced
`FirProviderWithGeneratedFiles` for lookups for containing FIR for
generated declaration
But it broke the logic of `Fir2IrIrGeneratedDeclarationsRegistrar`,
which provides annotations for metadata from generated IR annotations
(see `containingFile` function in it), as it started to use fir
provider from the platfrom session instead of provider of the
corresponding session
So to fix this issue `FirProviderWithGeneratedFiles` was changed in the
way so it sees declarations from dependant sessions too (only with
`dependsOn` relation), which allows to use provider for the leaf
platform session for declarations from any module within the same
HMPP hierarchy
^KT-64444 Fixed
Class properties are being expanded before checking for custom
parcelers, which makes custom parcelers of type alias unable to be
found. To maintain K1 behavior, the custom parceler type must also be
expanded, so even the aliased type is supported when used in its raw
form as a class property.
^KT-64707 Fixed
We don't have true flexible types in the IR, but we approximate it with
internal type annotations, such as FlexibleNullability,
FlexibleMutability, RawType. These annotations are then handled
specially in JvmIrTypeSystemContext, which can construct a fake flexible
type so that type checker on IR types would behave exactly as on
frontend types.
As shown in KT-63441, one instance of flexible types where flexibility
was lost during conversion to IR is Java array/vararg types. It's
necessary to support it so that IR fake overrides could be constructed
correctly, because IR fake override checker requires parameter types to
be equal. So this change introduces another internal type annotation,
FlexibleArrayElementVariance, which is only applicable to types with
classifier kotlin/Array, and which signifies that the annotated type
`Array<X>` should rather be seen as `Array<X>..Array<out X>`.
#KT-63441 Fixed
#KT-63446 Fixed
In this commit, .ir.txt expectation test data files for the JVM IR
backend are renamed to .txt. This is done as two separate commits so
that Git would recognize that these files were logically moved, not that
the contents of the original .txt files were changed.
#KT-64680
This diagnostic may be reported even without any compiler plugins (e.g.
for annotation named `Target` or `Deprecated`), so the old name
and message were quite confusing
^KT-64654
Otherwise, if complex expressions such as when expressions are
used in combination with the intrinsics we get incorrect stepping
behavior.
^KT-64341 Fixed
- This helps to track down disposables which are never disposed, and
reduces confusion when printing disposables in general (the names will
now be meaningful, instead of endless lists of "newDisposable" and
"TestDisposable").
^KT-64099
- The disposable passed to `getOrCreateApplicationEnvironment` should
not actually be the application environment's disposable, which is
created inside the function. Instead, it should be the project's
disposable, which is used to track how many projects still rely on the
shared application environment.
- This issue wasn't apparent before because there is no visible
consequence when an application isn't disposed after all projects have
been disposed (during tests). However, the solution for KT-63650
relies on application environments being disposed after all projects
are disposed, so that a new application environment with a different
configuration can be created. (Only one shared application environment
may be active at the same time.)
^KT-63650
(reuse anonymous initializers as block wrappers) so the top-level script
elements are all declarations now. Rename the property accordingly (
together with the previous commit).
It makes script more similar to the class and thus simplify e.g.
control flow analysis and resolve code.
same as they were in K1 (see KSerializerDescriptorResolver): internal for
final classes and public for non-final.
Unfortunately, there are no Klib API dumps tests in the compiler, so I tested manually.
#KT-64124 Fixed
It's going to be deprecated in Gradle 8.3
There's currently no way to pass a `org.gradle.api.provider.Provider` to the JavaExec.systemProperty or Test.systemProperty. There's a workaround using `org.gradle.process.CommandLineArgumentProvider`, but I intentionally don't rework these calls as Gradle is going to allow passing providers to configure system properties: https://github.com/gradle/gradle/issues/12247#issuecomment-1568427242
^KTI-1473 In Progress
Sergey Bogolepov