model-api/org.modelix.model.area/PArea

PArea

data class PArea(val branch: IBranch) : IArea

Constructors

constructor(branch: IBranch)

Types

data class AreaReference(val branchId: String?) : IAreaReference

Properties

val branch: IBranch

Functions

open override fun addListener(l: IAreaListener)

open override fun canRead(): Boolean

open override fun canWrite(): Boolean

open override fun collectAreas(): List<IArea>

fun containsNode(nodeId: Long): Boolean

open operator override fun equals(other: Any?): Boolean

open override fun <T> executeRead(f: () -> T): T

open override fun <T> executeWrite(f: () -> T): T

getLockOrderingPriority

open fun getLockOrderingPriority(): Long

bigger numbers are locked first

open override fun getReference(): PArea.AreaReference

open override fun getRoot(): INode

The root of an area is not allowed to change

open override fun hashCode(): Int

open override fun removeListener(l: IAreaListener)

open override fun resolveArea(ref: IAreaReference): IArea?

open override fun resolveBranch(id: String): IBranch?

open override fun resolveConcept(ref: IConceptReference): IConcept?

open override fun resolveNode(ref: INodeReference): INode?

The area should not delegate to INodeReference.resolveNode. If it can't handle the type of reference it should just return null.

resolveOriginalNode

open override fun resolveOriginalNode(ref: INodeReference): INode?

This method allows resolveOriginalNode().getArea() != this

open fun <T> runWith(body: () -> T): T

All node references inside the body are resolved against this scope. Compared to runWithAlso, the existing scopes in the current context are not used, meaning they are replaced.

runWithAdditionalScope

open fun <T> runWithAdditionalScope(body: () -> T): T

All node references inside the body are resolved against this scope and if that fails against any other scope in the current context.

runWithAdditionalScopeInCoroutine

open suspend fun <T> runWithAdditionalScopeInCoroutine(body: suspend () -> T): T

Does the same as runWithAlso, but with support for suspendable functions.

runWithInCoroutine

open suspend fun <T> runWithInCoroutine(body: suspend () -> T): T

Does the same as runWithOnly, but with support for suspendable functions.