This is needed to have correct class names for inner/nested classes. For example, to have `import java.util.AbstractMap.SimpleEntry` instead of `import java.util.AbstractMap$SimpleEntry`.
After that commit it's allowed to register any FIR plugin using
existing extension infrastructure (`-Xplugin` CLI argument,
plugin.xml for IDE plugins, etc)
We are going to deprecate `WITH_RUNTIME` directive. The main reason
behind this change is that `WITH_STDLIB` directive better describes
its meaning, specifically it will add kotlin stdlib to test's classpath.
See the class at org/jmock/Expectations
public <T> T with(Matcher<T> matcher);
public boolean with(Matcher<Boolean> matcher);
When we extending such class it we start assuming
that fake generic override overrides both of the overridden that is wrong
from POV of Java and it fails at FIR ultimate build
NB: It's hard to write a test because such Expectation-like
class is impossible to write in pure Java
Those modules are:
- :compiler:fir:providers, which contains Fir and Symbol providers,
scopes, and different utilities used by them
- :compiler:fir:semantics, which contains different abstractions and
entities which are used in resolution and in checkers
- :compiler:fir:resolve, which contains all stuff related to resolution
and inference
There are two pros of this change:
1. It may increase gradle build, because it allows to compile :fir:resolve
and :fir:checkers modules in parallel
2. Logic of working FIR (scopes, providers, DFA logic system, etc) is
now separated from logic of resolution phases, so for example checkers,
which are depend on scopes physically will not be able to run resolve
in any way
Since IDEA moved most of it's jars to java 11 it's illegal to use them
in our dependencies, so all modules which use `intellijDep()` should
carefully specify which jars they use
Now, milestones of major Kotlin releases (e.g. 1.6.0-M1) will NOT
generate prerelease binaries anymore.
The reason for that is it's proven to be quite a complicated process to
turn on IR_PRE_RELEASE after the release is branched, perform double
bootstrap and fix tests, and then do it again in reverse just before
release. With the new release cadence, we don't have that much time to
do it and verify that everything works as intended.
Note that this only removes the "global" prerelease flag. Compiler will
still generate prerelease binaries if a non-stable language version is
used. For example, Kotlin 1.6.0-M1 with `-language-version 1.7` will
generate prerelease binaries.
Currently tags can be applied to all tests in specific testdata
directory by placing `_tags.txt` file in it, where all tags should
be listed on separate lines. Test generator adds those tags to
corresponding generated test classes with `@Tag` annotation
Please note that is applicable only to JUnit 5 tests
Roman Artemev