In particular, JVM IR doesn't provide KtFile for a multifile facade in
JvmDeclarationOrigin (JVM backend provides KtFile of a random multifile
part). This led to multifile classes being completely ignored in the
JVM_IR version of kapt. Now they are generated correctly and the changed
test passes, but there's a _ir.txt expectation file because the order of
'foo' and 'bar' is different (which is not a problem).
This is a hack to implement KT-32596 in the JVM IR version of kapt.
Basically we allow psi2ir to generate annotations whose classifier is
error class, which happens when it's unresolved. Because there's no
physical IR for an error class, we create stub IR for it via
SyntheticDeclarationsGenerator in case we'll need it.
With this hack, annotations with unresolved classifiers magically
survive all the way until the codegen (with a minor change in
IrBasedDescriptors) where they are generated as
`@error.NonExistentClass`, which then gets corrected by the kapt's
"correct error types" mode as in all other cases of error types.
Use the property as PSI element origin for delegated property accessors
and field in JVM IR as it is done in the old JVM backend. Otherwise kapt
"correct error types" mode can't find the property type and thus cannot
succeed in "resolving" it, which led to java.lang.Object being used as a
fallback.
Note that in the unmuted test, .txt and _ir.txt dumps differ only in an
unrelated NotNull annotation on a delegate field.
See also KT-37586 for some related changes which fixed this problem
initially in kapt.
When using correct error types and there is a property setter or
receiver for an unknown type then the parameter type would be `Object` instead
of the error type.
This fixes KT-46965 and KT-46966
Previously the annotations were included in reverse order. With this
change they are kept in the same order as in the source file.
This changes the test case for KT-23427 but that issue seems to relate
to annotation arguments that are missing, not the order of repeatable
annotations.
This fixes KT-51087
Migrate KaptJavaLog to not used deprecated constructor in newer JDKs and instead set up the writers during initialization. This enables us to get rid of KaptJavaLog17.
Fixes KT-54030
Interface methods that were private got both the `default` and `private`
modifiers when using `jvm-default=all` which is not valid.
The stub will now just contain `private` in this case.
This fixes KT-48013.
Parameter names of some methods are different in JVM IR, for example
extension receivers of property `$annotations` methods are named
`<this>`, which made the `Name.identifier` call fail. It seems fine to
use the "p + index" name for this instead.
#KT-49682
Behavior differs between JVM and JVM_IR backends here because in JVM,
the class descriptor comes from the frontend, and its modality for enum
is never final. For JVM IR, the class descriptor is based on IrClass,
whose modality is sometimes final for enum, presumably because it's
easier for backends (see `ClassGenerator.getEffectiveModality`).
#KT-49682
Similarly to the other places in the IR backend (e.g. see
`copyValueParametersToStatic` in the same file).
In JVM IR, these names are used for example for receiver parameters of
methods copied to DefaultImpls classes. Since Java stub code generated
by kapt mentions them, it fixes a few issues in tests on kapt + JVM IR
(KT-49682).
All of these have a different order of declarations and/or extra
`@NotNull` annotations on fields, both of which doesn't seem like a
problem.
#KT-49682
Since all anonymous types are approximated to a supertype in kapt, type
mapping doesn't require backend information (mapping of anonymous types
to class names) and can be performed statically, independently from
particular JVM backend internals, via descriptorBasedTypeMapping.
#KT-49682
We are going to deprecate `WITH_RUNTIME` directive. The main reason
behind this change is that `WITH_STDLIB` directive better describes
its meaning, specifically it will add kotlin stdlib to test's classpath.
This CL fixes a bug in KAPT's MAP_DIAGNOSTIC_LOCATIONS flag where the
location mapping for top level elements didn't work.
I also needed to changes the Kapt3IntegrationTest to copy input files,
otherwise, it cannot map file paths since the mock project has no root
location.
Cleanup tmp folders in KAPT tests, update Kapt3IT test for new lines.
^KT-47934 Fixed
Test: KotlinKapt3IntegrationTests#testErrorLocationMapping
Nicklas Ansman Giertz