toMap method

Map<String, dynamic> toMap()

Implementation

Map<String, dynamic> toMap() {
  return <String, dynamic>{
    'aggregationInterval': ?pulumi.Input.mapOptionalInputValue<SubnetworkAggregationInterval, String>(aggregationInterval, (value) => value.wireValue),
    'allowSubnetCidrRoutesOverlap': ?allowSubnetCidrRoutesOverlap,
    'description': ?description,
    'enableFlowLogs': ?enableFlowLogs,
    'enableL2': ?enableL2,
    'enablePrivateV6Access': ?enablePrivateV6Access,
    'externalIpv6Prefix': ?externalIpv6Prefix,
    'flowSampling': ?flowSampling,
    'ipCidrRange': ?ipCidrRange,
    'ipv6AccessType': ?pulumi.Input.mapOptionalInputValue<SubnetworkIpv6AccessType, String>(ipv6AccessType, (value) => value.wireValue),
    'logConfig': ?pulumi.Input.mapOptionalInputValue<SubnetworkLogConfig, Map<String, dynamic>>(logConfig, (value) => value.toMap()),
    'metadata': ?pulumi.Input.mapOptionalInputValue<SubnetworkMetadata, String>(metadata, (value) => value.wireValue),
    'name': ?name,
    'network': ?network,
    'privateIpGoogleAccess': ?privateIpGoogleAccess,
    'privateIpv6GoogleAccess': ?pulumi.Input.mapOptionalInputValue<SubnetworkPrivateIpv6GoogleAccess, String>(privateIpv6GoogleAccess, (value) => value.wireValue),
    'project': ?project,
    'purpose': ?pulumi.Input.mapOptionalInputValue<SubnetworkPurpose, String>(purpose, (value) => value.wireValue),
    'region': region,
    'requestId': ?requestId,
    'reservedInternalRange': ?reservedInternalRange,
    'role': ?pulumi.Input.mapOptionalInputValue<SubnetworkRole, String>(role, (value) => value.wireValue),
    'secondaryIpRanges': ?pulumi.Input.mapOptionalInputValue<List<SubnetworkSecondaryRange>, List<Map<String, dynamic>>>(secondaryIpRanges, (value) => pulumi.Input.encodeList<SubnetworkSecondaryRange, Map<String, dynamic>>(value, (value) => value.toMap())),
    'stackType': ?pulumi.Input.mapOptionalInputValue<SubnetworkStackType, String>(stackType, (value) => value.wireValue),
    'vlans': ?vlans,
  };
}