Due to possible data races configuration discovery might fail. So far,
it happened silently and we used so-called default one. This
configuration is unaware of specific implicit imports, receivers, base
class, etc. Hence, broken highlighting and navigation.
This commit introduces the following changes:
1. Having default configuration for building `FirScript` is no longer an
option. Missing configuration means error reported via exception.
2. Every configuration usage is now logged in DEBUG mode.
Troubleshooting becomes easier.
^KT-60193 fixed
The command line argument parser is using between 0.25s and 0.5s
(depending on platform) on finding annotated properties. This fix
replaces the slow kotlin reflection with java reflection, which is an
order of magnitude faster.
#KT-58183 Fixed
This is not a user-visible change, so no issue is created and no tests
are added.
K1 uses angle brackets, and it will be very convenient to have the same
module names in K1 and K2, in particular to compare IR dumps where
almost everything is the same (up to a certain point) except the module
name.
Prior to this commit code completion for .kts files was supported only
partially. Script has an implicit receiver - base class representing a
script itself, the point where its basic API resides. The knowledge of
this receiver was missing.
There are at least two context where this knowledge is crucial:
1. Code highlighting (worked fine)
2. Code completion (failed)
`FirScriptConfiguratorExtension` is responsible for filling
`FirScriptBuilder` with base script class (in addition to other
properties). See usages of [1] in its implementation.
The thing is that resolution during the completion works a bit
different. Instead of converting the entire `KtFile` it's interested
in `KtScript` only. See usages of [2].
`RawFirBuilder.Visitor.visitScript` is where implicit receivers were
missing.
Code completion and inspections applied to `.kts` files already have
`FirScript` and don't require its full reconstruction with expensive
`FirScriptConfiguratorExtension`. `RawFirBuilder.Visitor` was modified
to support sometimes already existing `FirElement`.
----------------------------------------------------------------
[1]: ScriptCompilationConfiguration.baseClass
[2]: RawFirBuilder.Visitor.convertScript
To be reported with [1] imports require source. It was missing for
implicit script imports.
`FirScriptConfiguratorExtensionImpl` was extended and now adds fake
source elements (users don't see imports in the source code).
Since diagnostics for implicit import statements are meaningless for
IDE, they are suppressed in `LLFirDiagnosticReporter`.
----------------------------------------------------------------------
[1]: DiagnosticReporter.reportOn()
The following two registrars were missing:
- FirScriptingCompilerExtensionIdeRegistrar
- FirScriptingSamWithReceiverExtensionRegistrar
`FirScriptingCompilerExtensionIdeRegistrar` was introduced as a copy of
`FirScriptingCompilerExtensionRegistrar` adapted for usage from IDE.
`FirRegisteredPluginAnnotations` and `FirJvmTypeMapper` are mandatory at
`FirExtensionService.registerExtensions` and reported as missing at
runtime.
Default imports coming from script configuration can be of "star" type.
Prior to this commit they were effectively ignored due to a bug at FQN
assembly.
Before: org.gradle.dsl.* => org.gradle.dsl.
After: org.gradle.dsl.* => org.gradle.dsl
Otherwise, the type parameters of the `kotlin.script.state` property
of type `AggregatedReplStageState` were undefined, which led to
building an ill-formed signature for the script class constructor.
From now on we load script configurations for embedded Kotlin code
snippets. Potentially this might lead to an extra load during a file
analysis.
IDEA side test for the change is here:
`HighlightingTestGenerated.Uncategorized#testKotlinInJavaInjection`
^KT-56632 fixed
Scope for incremental compilation refers to binaries from previous step
of IC. It is used not only in IC context itself, but also it is
subtracted from original libraries scope. Before previous commit there
was such scheme:
1. create incremental compilation context for files of specific session
2. subtract IC scope from main libraries scope
3. use updated libraries scope to create library session
4. create all needed source session(s)
So here was a side effect of creating new IC context, which
1. is smelling code, because it increases mind complexity
2. hard to implement with new session utilities
So to fix this problem this commit changes the scheme above:
1. create IC scope and modify libraries scope
2. create libraries session
3. create source session(s) and IC context for them
Now the plugin-related compiler arguments are respected then used in
the compiler configuration (only in the static part, not supported
if set in a refinement callback)
Note that the "embeddable" version of the plugin should be used if
embeddable compiler is used.
#KT-54095 fixed
- Move out getAnalyzerServices from FirFrontendFacade to TestSetupUtils
- Simplify DependencyListForCliModule. Now it takes BinaryModuleData as input
- FirOutArtifact contains several FirOutputArtifactPart
- Simplify FirFrontendFacade
JS scripting uses the old IR to JS transformer.
The new IR to JS transformer can not be used for
JS scripting out of the box. Patching the new transformer for
JS scripting is potentially dangerous and requires a lot of effort.
Dropping JS scripting and the old IR to JS transformer allows to
refactor and simplify JS BE codebase.
The latter is used e.g. for scripts in source roots handling
as implemented in the commit
"Scripting: update scripts in source roots handling"
The former implementation did not covered all the cases.
#KT-54355 fixed
It helps to:
- keep declarations even if they are not reachable and not exported
- not minify names of not exported declarations
Compiler argument: -Xir-keep=A,B
Can be used for top-level declarations or for member
^KT-54118 fixed
Andrei Klunnyi