Supported case then children of sealed classes could be declared
anywhere in a module. If list of classes implementing sealing class
changes the sealed class and all its inheritors should be recompiled
(now sealed class should be compiled together with children in order
to calculate all possible inheritors at compile time) and and
invalidated (as they could have when operators).
This reverts commit 175dd567
The revert fixes the flaky behaviour on Windows in jps-plugin tests.
java.lang.RuntimeException: java.nio.file.FileSystemException:
tempdir_path\jps-build\jslib-example.jar:
The process cannot access the file because it is being used by another process.
Can be reproduced when running KotlinJpsBuildTest after IncrementalJsJpsTestGenerated.
1. IncrementalJsJpsTestGenerated sets KOTLIN_COMPILER_ENVIRONMENT_KEEPALIVE_PROPERTY
2. KOTLIN_COMPILER_ENVIRONMENT_KEEPALIVE_PROPERTY disables environment clean-up.
3. No disposeApplicationEnvironment() call also means no ZipHandler.clearFileAccessorCache()
4. There's jslib-example.jar opening in JsConfig.checkLibFilesAndReportErrors()
5. File handler is not closed and tests fails in tearDown()
Affected tests:
KotlinJpsBuildTest.testKotlinJavaScriptProjectWithLibraryCustomOutputDir
KotlinJpsBuildTest.testKotlinJavaScriptProjectWithLibraryAndErrors
KotlinJpsBuildTest.testKotlinJavaScriptProjectWithLibrary
KotlinJpsBuildTest.testKotlinJavaScriptProjectWithLibraryNoCopy
KotlinJpsBuildTest.testKotlinJavaScriptProjectWithTwoModulesAndWithLibrary
KotlinJpsBuildTestIncremental.testKotlinJavaScriptProjectWithLibraryCustomOutputDir
KotlinJpsBuildTestIncremental.testKotlinJavaScriptProjectWithLibraryAndErrors
KotlinJpsBuildTestIncremental.testKotlinJavaScriptProjectWithLibrary
KotlinJpsBuildTestIncremental.testKotlinJavaScriptProjectWithLibraryNoCopy
KotlinJpsBuildTestIncremental.testKotlinJavaScriptProjectWithTwoModulesAndWithLibrary
Test failure was caused by "replace custom source root types to a special
'unknown' type and back on plugin unload/load (IDEA-235292)" in intellij.
We override `getModuleSourceRootPropertiesSerializers` in `KotlinModelSerializerService`
by inheriting from `KotlinCommonJpsModelSerializerExtension`
The CompilerMessageLocation is an implicit part of the binary daemon
protocol so changing it breaks compatibility with older daemons.
This change allows to extend location for non-daemon uses without
breaking the binary protocol.
Instead of generating these annotation classes as package-private on
JVM, serialize their metadata to the .kotlin_module file, and load it
when compiling dependent multiplatform modules.
The problem with generating them as package-private was that
kotlin-stdlib for JVM would end up declaring symbols from other
platforms, which would include some annotations from package
kotlin.native. But using that package is discouraged by some tools
because it has a Java keyword in its name. In particular, jlink refused
to work with such artifact altogether (KT-21266).
#KT-38652 Fixed
JPS does not remove output files for files marked as dirty
for current iteration. This is a problem for adding complementary files
during JPS MPP IC.
If output files are not removed, the compiler might raise an error
for duplicated actual declarations.
Previously IC could go to the next iteration without removing
outputs for the files compiled during the last iteration.
For example, it could happen, when a multifile part is changed
(we add sources for other parts and recompile everything together).
In case of MPP it could lead to compile error, because
the compiler would see the same actual declarations from dirty sources
and dirty outputs from previous iteration (which should have been removed).
That behaviour did not raise an error before dc8240c24e
because actual declarations from binaries (e.g. compile classpath) were ignored.
#KT-35957 Fixed
This fixes the weird cases when a class gets overwritten by an imperfect
copy, reduces the number of classes in the output if an inline function
contains an inline call that causes it to have regenerated anonymous
objects, and makes inlining of same module functions a bit faster in
general. On the other hand, this may increase memory footprint a bit
because classes cannot be flushed to the output jar, as the inliner
would not be able to locate classes for anonymous objects if they have
already been unloaded from memory.
Alexander Udalov