Add debug information for inline function parameters
Previously during debugging Kotlin/Native applications you couldn't inspect the inline function or inline lambda parameters. This happened because the debug information for them wasn't generated at all. To fix this issue we have to store the information about which expressions were inlined instead of which parameters. This commit adds a new mapping, which allows storing the required information during the inlining phase. The mapping is then reused during the bitcode generation phase to add the debug information for inline function parameters.
^KT-55440
Resolver could be GCed if there is no any valid hard reference to it.
Some impl of PackageFragmentProvider (like DelegatingPackageFragmentProvider)
keep hard ref to resolver.
For the sake of investigation it is worth to know what kind of PFP is there.
#EA-725255
Merge-request: KT-MR-8581
Merged-by: Vladimir Dolzhenko <Vladimir.Dolzhenko@jetbrains.com>
depends on closure of its default source set.
With HMPP it is no longer needed, since each source compiles
independently and sees its parent declarations via klib dependencies
^KT-55730 Verification Pending
The original synthetic properties from Java were not cached anywhere and
created anew for every session. However, the enhanced properties are
(along with their originals) saved inside the session's cache, causing
inconsistency with newly created symbols via referential equality.
- 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 contrast to other kinds of dependencies, `dependsOn` dependencies
must be followed transitively.
- Add `transitiveDependsOnDependencies` to `KtModule`. These
dependencies are calculated lazily with a topological sort. They are
added to the dependency provider when it's built in
`LLFirSessionFactory`.
^KT-55329 fixed
- `IncDecOperatorsInExpectClass.kt` should produce an
`ACTUAL_WITHOUT_EXPECT` in K2 (see KT-55177). This went unnoticed
because of KT-55570.
- A similar multi-module test for K1 and K2 has been added, called:
`multiplatform/incDecOperatorsInExpectClass.kt`.
- FirExpectActualMatcherTransformer: Instead of returning,
`transformMemberDeclaration` must assign an empty map to
`expectForActualData` so that `FirExpectActualDeclarationChecker`
doesn't assume that the member declaration needs no expect-actual
checking.
^KT-55570 fixed
Starting from language version 1.9, deprecation is not propagated
through overrides (see KT-47902 for more details).
As a result, after updating langauge version to 1.9 in 66544a4,
testObjCExport started to fail, because it expected the old behaviour.
This commit updates the test correspondingly.
Currently, FIR compilation of `const val b: Byte = 50 + 50` shows an error, but old compiler doesn't (it shows only warning). Since this is an incremental test, it should not be affected by compiler errors, but should only test for .kt usage without recompilation.
#KT-54991 In Progress
This reverts commit c4a29651 as it is no longer needed after IC fix: `5ba3053e` "[IC] Do not report recompilation of non-existing files", because now fix-ic-build.log duplicates the main build.log
#KT-54991 In Progress
Gradle IC with enabled FIR compilation adds some extra files to the compilation scope compared to the previous compiler(KT-55576). Adding dummy files to such tests with expanded compilation scope will prevent green Aggregate build if some changes in IC will lead to full module compilation as there were such precedents with JS IC because otherwise, all files in the module are present in the build log.
#KT-54991 In Progress
If typealias is defined in a separate file, then after changing some base types, an incremental compilation of Kotlin could not find all affected files, because of lack of information, which it can not get on the class file analyzing phase. FIR provides a new approach to IC compilation: now we can run the frontend several times, which allows us to obtain all necessary information and use it to mark all affected files for recompilation.
Relates to KT-54991
#KT-28233 Fixed
The check itself happens during application time, remove the health
check wrapper for reporting to make the code more clear. One downside is
that the warning could be reported on misconfigured projects, but it's
a minor inconvenience.
KT-55891
MPP plugin applied to a root project leads to false positive reports
in its subprojects. Also, granular metadata flag is not supposed to be
set in subprojects. Reporting only for the root project should cover
most of the cases.
KT-55891
* [JVM_IR] Limit inner class attributes to types in class file
Inner class attributes should only be recorded for types that
are materialized in the result class file. In particular, we
should not emit inner classes attributes for types that appear
only in fake overrides. We do map these types to track the
fake overrides for JVM signature clashes but they are not
materialized in the class file.
^KT-56104 Fixed
* [JVM_IR] Consistently pass around materialized boolean in mapType.
* Replace it with KotlinCompilerVersion
* K/N version should be set now with `deployVersion`.
* Cleanup deprecated functions in older versions
of the Gradle plugin
* Cleanup tests for older versions of compiler downloader
Merge-request: KT-MR-8436
Merged-by: Pavel Punegov <Pavel.Punegov@jetbrains.com>
Some patches could add new file and after hard reset they are not
deleted. This leads to patch apply failure.
Updated JGit otherwise clean command was not working properly.
Nikita Nazarov