VolumeReplication constructor

VolumeReplication(String name, { VolumeReplicationArgs? args, CustomResourceOptions? options, })

Creates a new VolumeReplication. name The Pulumi resource name. args Arguments used to configure this VolumeReplication. The set of arguments for VolumeReplication. options Resource options controlling this resource's behavior.

Implementation

VolumeReplication(
  String name, {
  VolumeReplicationArgs? args,
  pulumi.CustomResourceOptions? options,
}) : super(
        'gcp:netapp/volumeReplication:VolumeReplication',
        name,
        pulumi.Input.mapToInputs(args?.toMap() ?? const {}),
        pulumi.CustomResourceOptions(version: '9.36.1').merge(options),
        additionalSecretOutputs: const ['effectiveLabels', 'pulumiLabels'],
      ) {
  createTime = registerOutput<String>('createTime');
  deleteDestinationVolume = registerOutput<bool?>('deleteDestinationVolume');
  deletionPolicy = registerOutput<String>('deletionPolicy');
  description = registerOutput<String?>('description');
  destinationVolume = registerOutput<String>('destinationVolume');
  destinationVolumeParameters = registerOutput<VolumeReplicationDestinationVolumeParameters?>('destinationVolumeParameters', decoder: (raw) { final guardedValue = raw; if (guardedValue == null) return null; return VolumeReplicationDestinationVolumeParameters.fromMap((guardedValue as Map).cast<String, dynamic>()); });
  effectiveLabels = registerOutput<Map<String, String>>('effectiveLabels', decoder: (raw) { final guardedValue = raw; if (guardedValue == null) return null; return (guardedValue as Map).cast<String, String>(); }, isSecret: true);
  forceStopping = registerOutput<bool?>('forceStopping');
  healthy = registerOutput<bool>('healthy');
  hybridPeeringDetails = registerOutput<List<VolumeReplicationHybridPeeringDetail>>('hybridPeeringDetails', decoder: (raw) { final guardedValue = raw; if (guardedValue == null) return null; return pulumi.Input.decodeList<VolumeReplicationHybridPeeringDetail>(guardedValue, (value) => VolumeReplicationHybridPeeringDetail.fromMap((value as Map).cast<String, dynamic>())); });
  hybridReplicationType = registerOutput<String>('hybridReplicationType');
  hybridReplicationUserCommands = registerOutput<List<VolumeReplicationHybridReplicationUserCommand>>('hybridReplicationUserCommands', decoder: (raw) { final guardedValue = raw; if (guardedValue == null) return null; return pulumi.Input.decodeList<VolumeReplicationHybridReplicationUserCommand>(guardedValue, (value) => VolumeReplicationHybridReplicationUserCommand.fromMap((value as Map).cast<String, dynamic>())); });
  labels = registerOutput<Map<String, String>?>('labels', decoder: (raw) { final guardedValue = raw; if (guardedValue == null) return null; return (guardedValue as Map).cast<String, String>(); });
  location = registerOutput<String>('location');
  mirrorState = registerOutput<String>('mirrorState');
  this.name = registerOutput<String>('name');
  project = registerOutput<String>('project');
  pulumiLabels = registerOutput<Map<String, String>>('pulumiLabels', decoder: (raw) { final guardedValue = raw; if (guardedValue == null) return null; return (guardedValue as Map).cast<String, String>(); }, isSecret: true);
  replicationEnabled = registerOutput<bool?>('replicationEnabled');
  replicationSchedule = registerOutput<String>('replicationSchedule');
  role = registerOutput<String>('role');
  sourceVolume = registerOutput<String>('sourceVolume');
  state = registerOutput<String>('state');
  stateDetails = registerOutput<String>('stateDetails');
  transferStats = registerOutput<List<VolumeReplicationTransferStat>>('transferStats', decoder: (raw) { final guardedValue = raw; if (guardedValue == null) return null; return pulumi.Input.decodeList<VolumeReplicationTransferStat>(guardedValue, (value) => VolumeReplicationTransferStat.fromMap((value as Map).cast<String, dynamic>())); });
  volumeName = registerOutput<String>('volumeName');
  waitForMirror = registerOutput<bool?>('waitForMirror');
}