It's only used for DeserializedPackageMemberScope that's being created
during initialization
At the same time, protobuf objects may be not very light-weight
(see 2e933a165a)
#KT-24513 Fixed
- DeserializedPackageFragmentImpl doesn't actually need member scope to be lazy
in a sense of optimization. It was only necessary for breaking
initialization cycle: DeserializationComponents <-> DeserializedPackageFragment
- For MetadataPackageFragment it might be useful to have
member scope actually lazy since it has O(n) complexity when n is a number
of package parts
This change is helpful for avoidance of storing reference to package-proto
#KT-24513 In Progress
KotlinSourceRootType will added with KotlinSourceRootProvider (ex KotlinMppCommonSourceRootProvider).
New target type (with computeAllTargets) is not possible because ModuleBuildTarget is final.
#KT-24506 fixed
- support common modules metadata compilation under flag (it is not required since all common source roots are included transitively for now)
- introduce expect actual tracker in jps: move implementation from gradle to build-common
- support js incremental compilation: move implementation from gradle to build-common
JPS is now able to build multiplatform projects, so build/run actions should be delegated to gradle only with "Delegate IDE build/run action actions" setting enabled.
Android Gradle plugin will start publishing clases in directories.
This commit adds support to find build history files when changed
files come from directories. It is similar to existing implementation
for jars i.e. it looks for .kotlin_module file under META-INF.
Test: ModulesApiHistoryAndroidTest
During subtyping/incorporation we transform types (e.g. changing nullability,
form of the type) and, basically, we're doing this to some FIXPOINT.
It's important that we use `KotlinType.hashCode()` to compare types, but
for error types hashCode is a hashCode of its supertype and, for example,
`makeNullableAsSpecified` method recreate type every time. So, we continue
to generate new constraints and we'll never stop incorporation algorithm
Denis Zharkov