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* Add api for definitely non null type element.
* Implement definitely non null type element for FE1.0.
fixes #1127
(cherry picked from commit c048c6b03374e86379fed40d47be6af5303cb668)
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fixes #1182
(cherry picked from commit 609eef76563c1782fb3271ae40ead6e0a5090ab7)
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fix type resolution for java type parameters.
fixes #1250
(cherry picked from commit 402a62be709e445622a28670ee9852da0c5fea81)
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Fixes #1210.
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old test framework implementation has MockApplication created multiple times,
causing issues with AA stand alone mode initialization.
using a cli compiler from another class loader to avoid this issue.
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* also includes a fix to Java psi modifier for AA.
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* implemented referenceElements with KtType.
* added a lite value parameter implementation for value parameters in function type.
* included parent information for non KtSymbol based KSSymbols.
* added more type rendering logics.
* more handling of type alias in type comparision.
* unmutes typeAliasComparision test, temporary mutes nestedClassType.
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* for referenced java types, compiler already handles nullability annotations.
* fixes #167
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declarations.
fixes #1011
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* fixed rendering logic for error types and flexible types.
* fixed origin for kotlin synthetic property accessors.
* unmuted implicitElements implicitPropertyAccessors javaTypes makeNullable parameterTypes tests.
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* fixes #989
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default toString() rendering differs from old implementation too far.
reimplement with custom rendering logic to match behavior.
unmutes typeComposure test.
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* implemented reading annotation arguments declared in Kt source.
* implemented annotation default value reading for Kt sources.
* implemented function local declarations.
* refactored `KSType.declaration` for better handling local classes.
* refactored `KSClassDeclaration` implementation to use more abstract KtSymbol.
* split annotationValue tests into kotlin and java.
* unmutes annotationValue_kt test.
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unmutes this test for AA.
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E.g. a `kotlin.Function0` type is a Kotlin "fictional" type;
the real JVM type it is backed by for JVM is `kotlin.jvm.functions.Function0`.
Inside the compiler the backing type is always converted into Kotlin's one.
Yet for KSP the `kotlin.jvm.functions.Function0` with its deserialized descriptor
can be obtained directly (e.g. via `getJavaClassByName`) and used along with
the `kotlin.Function0` type.
This CL fixes the assignability check between such types.
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* Recover `lateinit` modifier for descriptor-based implementations.
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Compiler subtype checking does not convert Java types to Kotlin types, while getting super types from a java type does the conversion, therefore resulting in subtype checking for Java types to fail.
Check if candidate super type is a Java type, convert to Kotlin type for subtype checking.
Potentially needs an ultimate fix in compiler for subtype checking.
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If there is no direct super type, use kotlin.Any.
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so that they can be shared.
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