Delete the old ones in package kotlin.reflect.jvm because otherwise the code
using those functions will become red in a lot less meaningful way (overload
resolution ambiguity) than if they're deleted (unresolved import)
Based on the work originally done by @dnpetrov
#KT-8380 Fixed
This was already working for accessor-based properties because the assertions
were already generated into corresponding accessors, but for fields we must
manually check the value against null
- compute a FunctionCaller instance for getter and setter so that "call" only
delegates to that FunctionCaller's "call", in the same way it's done in
KFunctionImpl
- use RuntimeTypeMapper.mapPropertySignature to get the exact origin and
signature of a property and its accessors. This makes unwrapFakeOverride call
unnecessary and also fixes some cases like private Java fields
- temporarily drop custom range checks, will be re-added soon
Most of modifier diagnostic is expressed by REDUNDANT_MODIFIER, INCOMPATIBLE_MODIFIERS, REPEATED_MODIFIER, WRONG_MODIFIER_TARGET, WRONG_MODIFIER_PARENT.
A set of modifier diagnostics is not in use now (but not deleted yet).
Currently not much you can do with them, but in the future '.java' extension
property will allow to get the Class instance from it.
Also introduce codegen tests with stdlib but without reflection in the
classpath.
Based on the work by @dnpetrov
To better emphasize the fact that all returned properties require an instance
of the class they are declared in. Another issue was that
'Some::class.extensionProperties' was sometimes incorrectly perceived as
"get all extension properties available on the class Some"
Resolve callable references taking into account expected callable types.
This affects call resolution procedure (resolve 'foo' in for 'foo(::bar)') similar to the approach used for function literals:
* During "shape arguments" phase of call resolution, callable references are resolved in independent context without expected type. If the callable reference is ambiguous, its shape type is a function placeholder type without parameter types and return type information. Otherwise, it is a reflection type for the resolved function or property. Upper-level call is resolved without taking into account ambiguous callable references.
* During "complete call" phase of call resolution, resolve callable reference arguments to actual descriptors (if possible), and update constraint system for the given call accordingly.
#KT-6982 Fixed
#KT-5780 Fixed
Alexander Udalov