Scheduling.fromMap constructor

Scheduling.fromMap(Map<String, dynamic> map)

Implementation

factory Scheduling.fromMap(Map<String, dynamic> map) {
  return Scheduling(
    automaticRestart: (() { final guardedValue = map['automaticRestart']; if (guardedValue == null) return null; return pulumi.Input.fromValue(guardedValue as bool); })(),
    availabilityDomain: (() { final guardedValue = map['availabilityDomain']; if (guardedValue == null) return null; return pulumi.Input.fromValue(guardedValue as int); })(),
    currentCpus: (() { final guardedValue = map['currentCpus']; if (guardedValue == null) return null; return pulumi.Input.fromValue(guardedValue as int); })(),
    currentMemoryMb: (() { final guardedValue = map['currentMemoryMb']; if (guardedValue == null) return null; return pulumi.Input.fromValue(guardedValue as String); })(),
    gracefulShutdown: (() { final guardedValue = map['gracefulShutdown']; if (guardedValue == null) return null; return pulumi.Input.fromValue(SchedulingGracefulShutdown.fromMap((guardedValue as Map).cast<String, dynamic>())); })(),
    hostErrorTimeoutSeconds: (() { final guardedValue = map['hostErrorTimeoutSeconds']; if (guardedValue == null) return null; return pulumi.Input.fromValue(guardedValue as int); })(),
    instanceTerminationAction: (() { final guardedValue = map['instanceTerminationAction']; if (guardedValue == null) return null; return pulumi.Input.fromValue(SchedulingInstanceTerminationAction.fromValue(guardedValue as String)); })(),
    latencyTolerant: (() { final guardedValue = map['latencyTolerant']; if (guardedValue == null) return null; return pulumi.Input.fromValue(guardedValue as bool); })(),
    localSsdRecoveryTimeout: (() { final guardedValue = map['localSsdRecoveryTimeout']; if (guardedValue == null) return null; return pulumi.Input.fromValue(Duration.fromMap((guardedValue as Map).cast<String, dynamic>())); })(),
    locationHint: (() { final guardedValue = map['locationHint']; if (guardedValue == null) return null; return pulumi.Input.fromValue(guardedValue as String); })(),
    maintenanceFreezeDurationHours: (() { final guardedValue = map['maintenanceFreezeDurationHours']; if (guardedValue == null) return null; return pulumi.Input.fromValue(guardedValue as int); })(),
    maintenanceInterval: (() { final guardedValue = map['maintenanceInterval']; if (guardedValue == null) return null; return pulumi.Input.fromValue(SchedulingMaintenanceInterval.fromValue(guardedValue as String)); })(),
    maxRunDuration: (() { final guardedValue = map['maxRunDuration']; if (guardedValue == null) return null; return pulumi.Input.fromValue(Duration.fromMap((guardedValue as Map).cast<String, dynamic>())); })(),
    minNodeCpus: (() { final guardedValue = map['minNodeCpus']; if (guardedValue == null) return null; return pulumi.Input.fromValue(guardedValue as int); })(),
    nodeAffinities: (() { final guardedValue = map['nodeAffinities']; if (guardedValue == null) return null; return pulumi.Input.fromValue(pulumi.Input.decodeList<SchedulingNodeAffinity>(guardedValue, (value) => SchedulingNodeAffinity.fromMap((value as Map).cast<String, dynamic>()))); })(),
    onHostMaintenance: (() { final guardedValue = map['onHostMaintenance']; if (guardedValue == null) return null; return pulumi.Input.fromValue(SchedulingOnHostMaintenance.fromValue(guardedValue as String)); })(),
    preemptible: (() { final guardedValue = map['preemptible']; if (guardedValue == null) return null; return pulumi.Input.fromValue(guardedValue as bool); })(),
    provisioningModel: (() { final guardedValue = map['provisioningModel']; if (guardedValue == null) return null; return pulumi.Input.fromValue(SchedulingProvisioningModel.fromValue(guardedValue as String)); })(),
    terminationTime: (() { final guardedValue = map['terminationTime']; if (guardedValue == null) return null; return pulumi.Input.fromValue(guardedValue as String); })(),
  );
}