Like function arguments, they are context-dependent, but unlike function
arguments, callable references should be resolved eagerly as if they are
explicit receivers.
- rename fileToPurenessInitializers onto fileToInitializerPureness
- remove redundant check on top-level property
[JS IR] Rename initialis* to initializ* for consistency
[JS IR] Move propertyLazyInitialization property to context from configuration
[JS IR] Add test on lazy initialization properties order
[JS IR] Add multi module for lazy initialization of properties
[JS IR] Move tests onto js.translator
[JS IR] Rename fileToInitializerPureness according to context name
^KT-43222 fixed
1. Use 'x' for each parameter, which is not an inline class, every
possible clash is handled by signature rather than name. This change
makes more API changes binary-compatible. So, the changes are in line
with the vision of inline classes are value classes, like primitives.
2. Take return type into account when mangling a function if the return
type is inline class. Otherwise, boxing bridge will not be generated,
which leads to CCE at runtime.
In cases when the test has the JVM_TARGET directive, use that one for
Java compilation as well.
Otherwise, for box tests, the corresponding test in `JvmTarget6OnJvm6`
(module `:compiler:tests-different-jdk`) will fail. However, it affects
all codegen tests, so fix a bunch of them which use Java 8+ features to
explicitly compile with JVM target 1.8. In particular, this obsoletes
the SKIP_JDK6 directive in those tests because "JVM_TARGET: 1.8" also
skips it for JDK 6.
The check for IS_SOURCE_6_STILL_SUPPORTED is needed in order to still be
able to run tests in the project while only having a single JDK > 11
installed, and having all of the env vars JDK_16, JDK_17, JDK_18
pointing to that JDK.
Do not destructively update the @JvmStatic function, instead
create a copy on first access, and replace the original with
the copy in the jvm static lowering. This ensures that the original
function is seen in other lowerings independently of file lowering
order.