stdx-coroutines/dev.schlaubi.stdx.coroutines/suspendLazy

suspendLazy

expect fun <T> suspendLazy(initializer: SuspendingInitializer<T>): SuspendLazy<T>

Creates the default SuspendLazy implementation, behavior might be different based on platform.

See also

expect fun <T> suspendLazy(mode: LazyThreadSafetyMode, initializer: SuspendingInitializer<T>): SuspendLazy<T>

Creates a SuspendLazy implementation corresponding to mode, please refer to the platform documentation for how mode is being used.

See also

actual fun <T> suspendLazy(initializer: SuspendingInitializer<T>): SuspendLazy<T>
actual fun <T> suspendLazy(mode: LazyThreadSafetyMode, initializer: SuspendingInitializer<T>): SuspendLazy<T>

Creates a SuspendLazy implementation using LazyThreadSafetyMode.NONE as JS doesn't provide thread safety.

See also

actual fun <T> suspendLazy(initializer: SuspendingInitializer<T>): SuspendLazy<T>

Creates a SuspendLazy implementation using LazyThreadSafetyMode.SYNCHRONIZED.

See also

actual fun <T> suspendLazy(mode: LazyThreadSafetyMode, initializer: SuspendingInitializer<T>): SuspendLazy<T>

Creates a SuspendLazy implementation using mode.

See also

actual fun <T> suspendLazy(initializer: SuspendingInitializer<T>): SuspendLazy<T>

Creates a SuspendLazy implementation using LazyThreadSafetyMode.SYNCHRONIZED as JS doesn't provide thread safety.

Memory info: This requires using the new memory model

See also

actual fun <T> suspendLazy(mode: LazyThreadSafetyMode, initializer: SuspendingInitializer<T>): SuspendLazy<T>

Creates a SuspendLazy implementation using mode as JS doesn't provide thread safety.

Memory info: This requires using the new memory model unless you use LazyThreadSafetyMode.NONE

See also