azalea/kotlin-fork
1
0
Fork 0
Code Issues Pull Requests Actions Packages Projects Releases Wiki Activity

[Commonizer] Metadata comparator: Fully support contracts comparison

Browse Source 
^KT-62753
This commit is contained in:
Dmitriy Dolovov
2024-01-25 14:48:51 +01:00
committed by Space Team
parent 4c8b5c699e
commit 5f3eee7267
1 changed files with 47 additions and 27 deletions
Download Patch File Download Diff File Expand all files Collapse all files
native/commonizer/src/org/jetbrains/kotlin/commonizer/metadata/utils/MetadataDeclarationsComparator.kt
+47 -27
View File
@@ -54,6 +54,7 @@ class MetadataDeclarationsComparator private constructor(private val config: Con
}
@Suppress("MemberVisibilityCanBePrivate", "unused")
@OptIn(ExperimentalContracts::class)
sealed interface PathElement {
val name: String
@@ -109,35 +110,54 @@ class MetadataDeclarationsComparator private constructor(private val config: Con
override val name get() = entryA.name
}
class Contract(val contractA: KmContract, val contractB: KmContract) : PathElement {
override val name get() = "contract"
}
class Effect(val effectA: KmEffect, val effectB: KmEffect, val index: Int) : PathElement {
override val name get() = index.toString()
}
class EffectExpression(val effectExpressionA: KmEffectExpression, val effectExpressionB: KmEffectExpression, val index: Int) : PathElement {
override val name get() = index.toString()
}
companion object {
internal fun <E : Any> guess(entityA: E, entityB: E, entityKind: EntityKind, entityKey: String?): PathElement {
return when {
entityA is KmClass && entityB is KmClass -> Class(entityA, entityB)
entityA is KmTypeAlias && entityB is KmTypeAlias -> TypeAlias(entityA, entityB)
entityA is KmProperty && entityB is KmProperty -> Property(entityA, entityB)
entityA is KmFunction && entityB is KmFunction -> Function(entityA, entityB)
entityA is KmConstructor && entityB is KmConstructor -> Constructor(entityA, entityB)
entityA is KmValueParameter && entityB is KmValueParameter -> {
// there is single value parameter for property setter that does not have index, use 0 as fallback value
val index = entityKey?.toInt() ?: 0
ValueParameter(entityA, entityB, index)
}
entityA is KmTypeParameter && entityB is KmTypeParameter -> {
val index = entityKey!!.toInt()
TypeParameter(entityA, entityB, index)
}
entityA is KmType && entityB is KmType -> {
val optionalIndex = entityKey?.toInt()
val typeKind = entityKind as TypeKind
Type(entityA, entityB, typeKind, optionalIndex)
}
entityA is KmTypeProjection && entityB is KmTypeProjection -> {
val index = entityKey!!.toInt()
TypeArgument(entityA, entityB, index)
}
entityA is KlibEnumEntry && entityB is KlibEnumEntry -> EnumEntry(entityA, entityB)
else -> error("Unknown combination of entities: ${entityA::class.java}, ${entityB::class.java}")
internal fun <E : Any> guess(entityA: E, entityB: E, entityKind: EntityKind, entityKey: String?): PathElement = when {
entityA is KmClass && entityB is KmClass -> Class(entityA, entityB)
entityA is KmTypeAlias && entityB is KmTypeAlias -> TypeAlias(entityA, entityB)
entityA is KmProperty && entityB is KmProperty -> Property(entityA, entityB)
entityA is KmFunction && entityB is KmFunction -> Function(entityA, entityB)
entityA is KmConstructor && entityB is KmConstructor -> Constructor(entityA, entityB)
entityA is KmValueParameter && entityB is KmValueParameter -> {
// there is single value parameter for property setter that does not have index, use 0 as fallback value
val index = entityKey?.toInt() ?: 0
ValueParameter(entityA, entityB, index)
}
entityA is KmTypeParameter && entityB is KmTypeParameter -> {
val index = entityKey!!.toInt()
TypeParameter(entityA, entityB, index)
}
entityA is KmType && entityB is KmType -> {
val optionalIndex = entityKey?.toInt()
val typeKind = entityKind as TypeKind
Type(entityA, entityB, typeKind, optionalIndex)
}
entityA is KmTypeProjection && entityB is KmTypeProjection -> {
val index = entityKey!!.toInt()
TypeArgument(entityA, entityB, index)
}
entityA is KmContract && entityB is KmContract -> Contract(entityA, entityB)
entityA is KmEffect && entityB is KmEffect -> {
val index = entityKey!!.toInt()
Effect(entityA, entityB, index)
}
entityA is KmEffectExpression && entityB is KmEffectExpression -> {
val index = entityKey!!.toInt()
EffectExpression(entityA, entityB, index)
}
entityA is KlibEnumEntry && entityB is KlibEnumEntry -> EnumEntry(entityA, entityB)
else -> error("Unknown combination of entities: ${entityA::class.java}, ${entityB::class.java}")
}
}
}