The body of the InlinedLocalFunctionDeclarationInstruction was
not copied. That confuses the information on the exceptional edge
with the information on the normal edge.
^KT-52131 Fixed
To snapshot a Java class (+ its fields and methods), previously we used
Gson to serialize a class field/method to a string via reflection, and
hash that string.
We now use an ASM ClassWriter to write a placeholder class containing
the field/method of interest and hash the bytecode of that class.
One experiment showed that this new approach is ~10 times faster than
the previous approach (140s down to 16s when snapshotting 600 jars).
Test: Updated expectation files for JavaClassSnapshotterTest unit tests
+ Existing integration tests to prevent regression
^KT-52141 In Progress
This commit introduces support for calling and referencing local functions and
objects in evaluate expression on the IR backend.
The primary incision is a lowering inserted after Local Declaration Lowering,
that uses the intermediate data structures recorded by LDL to rewrite calls to
local functions to the appropriate function in the binary, instead of predicting
the compilation strategy. The required changes to the rest of the pipeline
facilitate piping the required data around.
The key to this transformation is that _captures by the local function_ must be
introduced as _captures by the fragment function_, such that the evaluator
infrastructure can find the appropriate values at run-time. This is necessary
due to the strategy of compiling local functions to static functions instead of
closures.
Additional test coverage of stepping behavior support the corresponding changes
in the Evaluator, part of the Kotlin Debugger plug-in.
Compiler supposed to generate such method inside the
LocalFileKotlinClass class, but because of the KT-18489 method
getContainingLibrary is not generated. Because of that we potentially
could get AbstractMethodError. In order to fix that we are adding
explicit ovverride in java super class
This only affects JVM IR, and this is similar to how this was done in
the old JVM backend in `CallBasedArgumentGenerator.generateVararg`.
#KT-52146 Fixed
If the session is from the other module, it might not know about
FirFiles which are relevant for transforming and resolving the
declaration
^KT-52136 Fixed
Implement an in-memory cache that uses a combination of strong
references and `SoftReference`s so that it adapts to memory
availability.
Cache eviction is currently performed after loading a classpath snapshot
(this can be changed later if necessary).
Evicted cache entries' values will be converted from strong references
into `SoftReference`s so that they can still be used for as long as the
JVM allows them.
There are 2 types of cache eviction:
- Least recently used: Oldest entries will be evicted
- Memory usage limit: If memory is limited, all entries will be
evicted
Test: Added InMemoryCacheWithEvictionTest unit test
^KT-51978 In Progress
In case there are several proxy functions for indy lambdas in the same
container, its names are "...__proxy", "...__proxy-0", "...__proxy-1",
..., yet before this change, only the first one was sanitized. So if
it's happening inside a constructor, `<init>` was left unrenamed which
led to ClassFormatError.
#KT-52040 Fixed
But still compile stdlib, reflect, kotlin.test and scripting runtimes
with JVM target 1.6 to simplify migration from Kotlin 1.6 to 1.7.
#KT-45165 Fixed
Mads Ager