JS IR BE incremental compilation infrastructure uses
LanguageVersionSettings::toString method to detect if any
compiler features or flags were enabled or disabled.
It is important that the features and flags order are stable
in the result string.
^KT-56580 Fixed
The dependency signature may refer to function type interface properties
(e.g. name) or methods. It is impossible to detect (without hacks)
which binary symbol for loading is required. However, when loading
a property or a method the entire function type interface is loaded.
And vice versa, a loading of function type interface loads
properties and methods as well. Therefore, load the top level signature only,
it must be the signature of function type interface.
^KT-56582 Fixed
Source mapping URL is not saved in JS module cache anymore,
because it was a wrong url pointed to the source map from the cache.
Instead, the URL is appended every time on writing the output JS code.
^KT-56469 Fixed
The patch removes logic of generating extra IrFiles (fake file) into
IrModuleFragment for the function type interfaces during klib deserialization,
because IC infrastructure can not process files which do not exist in klib.
Instead of adding extra IrFiles during deserialization, the empty files
with required packages are added into Kotlin/JS stdlib physically.
These files are used as containers for function type interface declarations.
Since Kotlin/WASM uses the same klib loading infrastructure as Kotlin/JS,
the the empty files are added into Kotlin/WASM stdlib as well.
The patch also adds a check that IrModuleFagment has files only from klib.
^KT-55720 Fixed
Remove code generation for external fake overrides
Fake overrides are resolved to real declaration on call sites
This also removes generation of unused
"equals", "hashCode" and "toString" methods.
Avoid using hashes of IrType in generated code
because they are unstable
Merge-request: KT-MR-8658
Merged-by: Svyatoslav Kuzmich <svyatoslav.kuzmich@jetbrains.com>
FunctionalTypeKind can be used in FE 1.0 too, so there is no need to
keep both classes. Also, removal of FunctionClassKind simplifies work
with FunctionalTypeKind in common code, like Analysis Api
Review: https://jetbrains.team/p/kt/reviews/8401
In scope of: KT-55082
Because this version isn't used for anything. We have KotlinAbiVersion
to version the IR format.
Review: https://jetbrains.team/p/kt/reviews/8401
BinaryVersion is a problematic class, because it doesn't represent any
logical entity in the codebase, it's just a way to reuse common logic
for Kotlin versions. But unfortunately, BinaryVersion is used in a lot
of API definitions, which makes code hard to read because it's not
obvious which subclasses are supposed to be passed in the particular
API.
- The fix for KT-55570 caused some backend tests to fail, because errors
are now correctly reported for simple classes and actual/expect in
the same module is not supported in FIR. See KT-55177.
- The commit also adds separate tests for K2. Unfortunately, these have
to be disabled for K1 because K1 then reports "expect without actual"
errors.
in startCoroutineUninterceptedOrReturn. Otherwise, the coroutine will
not be interceptable later.
Add a test, which checks, that intercepted continuation is released.
#KT-55869
Optimizaion: instead of reading all non modified JS files
from the cache into the memory at once, the patch allows
copying non-modified JS files from disk one by one
during the compilation output writing routine.
Optimization: often we don't need all hashes for all available symbols.
This patch allows the calculation of the symbol hash only on demand.
This patch also allows cycles for the inline function dependency
graph in the IC infrastructure. Note that the inline function cycles
may crash the inliner, however it is not the IC infrastructure
responsibility to check the cycles.
If inline function A calls another inline function B,
we must use the original version of inline function A for inlining,
which doesn’t have inlined function B. Because during the inlining
process, we remap all occurrences of inline function A
to a temporary copy of function A, and if the function B
somehow uses function A (e.g. callable reference),
the built IR will have a reference to the temporary function,
not the original one. All these things lead to broken cross-module references.
This patch saves the original versions of all inline functions
before inlining and provides them during the inline process.
^KT-55930 Fixed
Alexander Korepanov