Split error reporting into two parts for incorrect and missing candidates.
Missing function error is not reported on provideDelegate.
Update error factory and default message for error.
Update error texts in quick fix test data.
#KT-16526 Fixed
Avoid using a separate origin for temporary variables introduced
for for loops. That doesn't add anything and gives one more case
for optimizations to deal with.
Extend the JVM specific optimizations to remove temporary
variables to deal with more cases encountered in for loops
lowering.
In particular, we should not cache classes or instances for property
references, since they may be used inside of inline funtions. This also
allows us to mark the $$delegatedProperties array as package private.
Use the class of the subtype of CharSequence when available. When
it is not (for type parameters bounded by CharSequence) call the
CharSequence getter and 'get' method. Using the most specific type
posible fixes the forInStringSpecialized test that expects the
use of INVOKEVIRTUAL and not INVOKEINTERFACE.
Add tests for the type parameter use.
This was missing for IrFunctionReferences, which caused problems when
copying default parameters before CallableReferenceLowering in the
JVM_IR backend.
This change is needed for correct work of data flow, because for
non-exhaustive when there is a else branch in terms of control flow
graph.
This change leads to some errors when when is actually exhaustive, but
we still add else branch. Those errors will be gone when exhaustive
checker will be introduced
They are currently marked as defined even when they get a
default implementation. That makes it hard to figure out
if the accessor should be removed when introducing a backing
field in the JVM_IR backend.
This fixes slice rewrite stacktraces from RecordNamesForKotlinTypeMapper
which are printed out when running some JVM IR tests (even though
they're ignored), e.g. localClassSimpleName.kt
Instead of calling enormously complicated
KotlinTypeMapper.mapToCallableMethod, where most of special cases are
handled in the IR backend via lowerings.
Alexander Udalov