.kotlin.kotlin-compiler.1.3.11.source-code.protoTypeTableUtil.kt Maven / Gradle / Ivy
/*
* Copyright 2010-2015 JetBrains s.r.o.
*
* Licensed under the Apache License, Version 2.0 (the "License");
* you may not use this file except in compliance with the License.
* You may obtain a copy of the License at
*
* http://www.apache.org/licenses/LICENSE-2.0
*
* Unless required by applicable law or agreed to in writing, software
* distributed under the License is distributed on an "AS IS" BASIS,
* WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
* See the License for the specific language governing permissions and
* limitations under the License.
*/
package org.jetbrains.kotlin.metadata.deserialization
import org.jetbrains.kotlin.metadata.ProtoBuf
// TODO: return null and report a diagnostic instead of throwing exceptions
fun ProtoBuf.Class.supertypes(typeTable: TypeTable): List =
supertypeList.takeIf(Collection<*>::isNotEmpty) ?: supertypeIdList.map { typeTable[it] }
fun ProtoBuf.Type.Argument.type(typeTable: TypeTable): ProtoBuf.Type? = when {
hasType() -> type
hasTypeId() -> typeTable[typeId]
else -> null
}
fun ProtoBuf.Type.flexibleUpperBound(typeTable: TypeTable): ProtoBuf.Type? = when {
hasFlexibleUpperBound() -> flexibleUpperBound
hasFlexibleUpperBoundId() -> typeTable[flexibleUpperBoundId]
else -> null
}
fun ProtoBuf.TypeParameter.upperBounds(typeTable: TypeTable): List =
upperBoundList.takeIf(Collection<*>::isNotEmpty) ?: upperBoundIdList.map { typeTable[it] }
fun ProtoBuf.Function.returnType(typeTable: TypeTable): ProtoBuf.Type = when {
hasReturnType() -> returnType
hasReturnTypeId() -> typeTable[returnTypeId]
else -> error("No returnType in ProtoBuf.Function")
}
fun ProtoBuf.Function.hasReceiver(): Boolean = hasReceiverType() || hasReceiverTypeId()
fun ProtoBuf.Function.receiverType(typeTable: TypeTable): ProtoBuf.Type? = when {
hasReceiverType() -> receiverType
hasReceiverTypeId() -> typeTable[receiverTypeId]
else -> null
}
fun ProtoBuf.Property.returnType(typeTable: TypeTable): ProtoBuf.Type = when {
hasReturnType() -> returnType
hasReturnTypeId() -> typeTable[returnTypeId]
else -> error("No returnType in ProtoBuf.Property")
}
fun ProtoBuf.Property.hasReceiver(): Boolean = hasReceiverType() || hasReceiverTypeId()
fun ProtoBuf.Property.receiverType(typeTable: TypeTable): ProtoBuf.Type? = when {
hasReceiverType() -> receiverType
hasReceiverTypeId() -> typeTable[receiverTypeId]
else -> null
}
fun ProtoBuf.ValueParameter.type(typeTable: TypeTable): ProtoBuf.Type = when {
hasType() -> type
hasTypeId() -> typeTable[typeId]
else -> error("No type in ProtoBuf.ValueParameter")
}
fun ProtoBuf.ValueParameter.varargElementType(typeTable: TypeTable): ProtoBuf.Type? = when {
hasVarargElementType() -> varargElementType
hasVarargElementTypeId() -> typeTable[varargElementTypeId]
else -> null
}
fun ProtoBuf.Type.outerType(typeTable: TypeTable): ProtoBuf.Type? = when {
hasOuterType() -> outerType
hasOuterTypeId() -> typeTable[outerTypeId]
else -> null
}
fun ProtoBuf.Type.abbreviatedType(typeTable: TypeTable): ProtoBuf.Type? = when {
hasAbbreviatedType() -> abbreviatedType
hasAbbreviatedTypeId() -> typeTable[abbreviatedTypeId]
else -> null
}
fun ProtoBuf.TypeAlias.underlyingType(typeTable: TypeTable): ProtoBuf.Type = when {
hasUnderlyingType() -> underlyingType
hasUnderlyingTypeId() -> typeTable[underlyingTypeId]
else -> error("No underlyingType in ProtoBuf.TypeAlias")
}
fun ProtoBuf.TypeAlias.expandedType(typeTable: TypeTable): ProtoBuf.Type = when {
hasExpandedType() -> expandedType
hasExpandedTypeId() -> typeTable[expandedTypeId]
else -> error("No expandedType in ProtoBuf.TypeAlias")
}
fun ProtoBuf.Expression.isInstanceType(typeTable: TypeTable): ProtoBuf.Type? = when {
hasIsInstanceType() -> isInstanceType
hasIsInstanceTypeId() -> typeTable[isInstanceTypeId]
else -> null
}