Future<AcceptShieldedIntegrityPolicyResponse> |
ComputeAsync.acceptShieldedIntegrityPolicy(AcceptShieldedIntegrityPolicyRequest request,
AsyncHandler<AcceptShieldedIntegrityPolicyRequest,AcceptShieldedIntegrityPolicyResponse> handler)
Accept the changes to the PCR values in the measured boot report.
|
Future<AcceptShieldedIntegrityPolicyResponse> |
ComputeAsyncClient.acceptShieldedIntegrityPolicy(AcceptShieldedIntegrityPolicyRequest request,
AsyncHandler<AcceptShieldedIntegrityPolicyRequest,AcceptShieldedIntegrityPolicyResponse> handler) |
Future<AddDrgRouteDistributionStatementsResponse> |
VirtualNetworkAsync.addDrgRouteDistributionStatements(AddDrgRouteDistributionStatementsRequest request,
AsyncHandler<AddDrgRouteDistributionStatementsRequest,AddDrgRouteDistributionStatementsResponse> handler)
Adds one or more route distribution statements to the specified route distribution.
|
Future<AddDrgRouteDistributionStatementsResponse> |
VirtualNetworkAsyncClient.addDrgRouteDistributionStatements(AddDrgRouteDistributionStatementsRequest request,
AsyncHandler<AddDrgRouteDistributionStatementsRequest,AddDrgRouteDistributionStatementsResponse> handler) |
Future<AddDrgRouteRulesResponse> |
VirtualNetworkAsync.addDrgRouteRules(AddDrgRouteRulesRequest request,
AsyncHandler<AddDrgRouteRulesRequest,AddDrgRouteRulesResponse> handler)
Adds one or more static route rules to the specified DRG route table.
|
Future<AddDrgRouteRulesResponse> |
VirtualNetworkAsyncClient.addDrgRouteRules(AddDrgRouteRulesRequest request,
AsyncHandler<AddDrgRouteRulesRequest,AddDrgRouteRulesResponse> handler) |
Future<AddImageShapeCompatibilityEntryResponse> |
ComputeAsync.addImageShapeCompatibilityEntry(AddImageShapeCompatibilityEntryRequest request,
AsyncHandler<AddImageShapeCompatibilityEntryRequest,AddImageShapeCompatibilityEntryResponse> handler)
Adds a shape to the compatible shapes list for the image.
|
Future<AddImageShapeCompatibilityEntryResponse> |
ComputeAsyncClient.addImageShapeCompatibilityEntry(AddImageShapeCompatibilityEntryRequest request,
AsyncHandler<AddImageShapeCompatibilityEntryRequest,AddImageShapeCompatibilityEntryResponse> handler) |
Future<AddIpv6SubnetCidrResponse> |
VirtualNetworkAsync.addIpv6SubnetCidr(AddIpv6SubnetCidrRequest request,
AsyncHandler<AddIpv6SubnetCidrRequest,AddIpv6SubnetCidrResponse> handler)
Add an IPv6 prefix to a subnet.
|
Future<AddIpv6SubnetCidrResponse> |
VirtualNetworkAsyncClient.addIpv6SubnetCidr(AddIpv6SubnetCidrRequest request,
AsyncHandler<AddIpv6SubnetCidrRequest,AddIpv6SubnetCidrResponse> handler) |
Future<AddIpv6VcnCidrResponse> |
VirtualNetworkAsync.addIpv6VcnCidr(AddIpv6VcnCidrRequest request,
AsyncHandler<AddIpv6VcnCidrRequest,AddIpv6VcnCidrResponse> handler)
Add an IPv6 prefix to a VCN.
|
Future<AddIpv6VcnCidrResponse> |
VirtualNetworkAsyncClient.addIpv6VcnCidr(AddIpv6VcnCidrRequest request,
AsyncHandler<AddIpv6VcnCidrRequest,AddIpv6VcnCidrResponse> handler) |
Future<AddNetworkSecurityGroupSecurityRulesResponse> |
VirtualNetworkAsync.addNetworkSecurityGroupSecurityRules(AddNetworkSecurityGroupSecurityRulesRequest request,
AsyncHandler<AddNetworkSecurityGroupSecurityRulesRequest,AddNetworkSecurityGroupSecurityRulesResponse> handler)
Adds up to 25 security rules to the specified network security group.
|
Future<AddNetworkSecurityGroupSecurityRulesResponse> |
VirtualNetworkAsyncClient.addNetworkSecurityGroupSecurityRules(AddNetworkSecurityGroupSecurityRulesRequest request,
AsyncHandler<AddNetworkSecurityGroupSecurityRulesRequest,AddNetworkSecurityGroupSecurityRulesResponse> handler) |
Future<AddPublicIpPoolCapacityResponse> |
VirtualNetworkAsync.addPublicIpPoolCapacity(AddPublicIpPoolCapacityRequest request,
AsyncHandler<AddPublicIpPoolCapacityRequest,AddPublicIpPoolCapacityResponse> handler)
Adds some or all of a CIDR block to a public IP pool.
|
Future<AddPublicIpPoolCapacityResponse> |
VirtualNetworkAsyncClient.addPublicIpPoolCapacity(AddPublicIpPoolCapacityRequest request,
AsyncHandler<AddPublicIpPoolCapacityRequest,AddPublicIpPoolCapacityResponse> handler) |
Future<AddVcnCidrResponse> |
VirtualNetworkAsync.addVcnCidr(AddVcnCidrRequest request,
AsyncHandler<AddVcnCidrRequest,AddVcnCidrResponse> handler)
Adds a CIDR block to a VCN.
|
Future<AddVcnCidrResponse> |
VirtualNetworkAsyncClient.addVcnCidr(AddVcnCidrRequest request,
AsyncHandler<AddVcnCidrRequest,AddVcnCidrResponse> handler) |
Future<AdvertiseByoipRangeResponse> |
VirtualNetworkAsync.advertiseByoipRange(AdvertiseByoipRangeRequest request,
AsyncHandler<AdvertiseByoipRangeRequest,AdvertiseByoipRangeResponse> handler)
Begins BGP route advertisements for the BYOIP CIDR block you imported to the Oracle Cloud.
|
Future<AdvertiseByoipRangeResponse> |
VirtualNetworkAsyncClient.advertiseByoipRange(AdvertiseByoipRangeRequest request,
AsyncHandler<AdvertiseByoipRangeRequest,AdvertiseByoipRangeResponse> handler) |
Future<AttachBootVolumeResponse> |
ComputeAsync.attachBootVolume(AttachBootVolumeRequest request,
AsyncHandler<AttachBootVolumeRequest,AttachBootVolumeResponse> handler)
Attaches the specified boot volume to the specified instance.
|
Future<AttachBootVolumeResponse> |
ComputeAsyncClient.attachBootVolume(AttachBootVolumeRequest request,
AsyncHandler<AttachBootVolumeRequest,AttachBootVolumeResponse> handler) |
Future<AttachInstancePoolInstanceResponse> |
ComputeManagementAsyncClient.attachInstancePoolInstance(AttachInstancePoolInstanceRequest request,
AsyncHandler<AttachInstancePoolInstanceRequest,AttachInstancePoolInstanceResponse> handler) |
Future<AttachInstancePoolInstanceResponse> |
ComputeManagementAsync.attachInstancePoolInstance(AttachInstancePoolInstanceRequest request,
AsyncHandler<AttachInstancePoolInstanceRequest,AttachInstancePoolInstanceResponse> handler)
Attaches an instance to an instance pool.
|
Future<AttachLoadBalancerResponse> |
ComputeManagementAsyncClient.attachLoadBalancer(AttachLoadBalancerRequest request,
AsyncHandler<AttachLoadBalancerRequest,AttachLoadBalancerResponse> handler) |
Future<AttachLoadBalancerResponse> |
ComputeManagementAsync.attachLoadBalancer(AttachLoadBalancerRequest request,
AsyncHandler<AttachLoadBalancerRequest,AttachLoadBalancerResponse> handler)
Attach a load balancer to the instance pool.
|
Future<AttachServiceIdResponse> |
VirtualNetworkAsync.attachServiceId(AttachServiceIdRequest request,
AsyncHandler<AttachServiceIdRequest,AttachServiceIdResponse> handler)
Adds the specified Service to the list of enabled Service objects for the specified
gateway.
|
Future<AttachServiceIdResponse> |
VirtualNetworkAsyncClient.attachServiceId(AttachServiceIdRequest request,
AsyncHandler<AttachServiceIdRequest,AttachServiceIdResponse> handler) |
Future<AttachVnicResponse> |
ComputeAsync.attachVnic(AttachVnicRequest request,
AsyncHandler<AttachVnicRequest,AttachVnicResponse> handler)
Creates a secondary VNIC and attaches it to the specified instance.
|
Future<AttachVnicResponse> |
ComputeAsyncClient.attachVnic(AttachVnicRequest request,
AsyncHandler<AttachVnicRequest,AttachVnicResponse> handler) |
Future<AttachVolumeResponse> |
ComputeAsync.attachVolume(AttachVolumeRequest request,
AsyncHandler<AttachVolumeRequest,AttachVolumeResponse> handler)
Attaches the specified storage volume to the specified instance.
|
Future<AttachVolumeResponse> |
ComputeAsyncClient.attachVolume(AttachVolumeRequest request,
AsyncHandler<AttachVolumeRequest,AttachVolumeResponse> handler) |
Future<BulkAddVirtualCircuitPublicPrefixesResponse> |
VirtualNetworkAsync.bulkAddVirtualCircuitPublicPrefixes(BulkAddVirtualCircuitPublicPrefixesRequest request,
AsyncHandler<BulkAddVirtualCircuitPublicPrefixesRequest,BulkAddVirtualCircuitPublicPrefixesResponse> handler)
Adds one or more customer public IP prefixes to the specified public virtual circuit.
|
Future<BulkAddVirtualCircuitPublicPrefixesResponse> |
VirtualNetworkAsyncClient.bulkAddVirtualCircuitPublicPrefixes(BulkAddVirtualCircuitPublicPrefixesRequest request,
AsyncHandler<BulkAddVirtualCircuitPublicPrefixesRequest,BulkAddVirtualCircuitPublicPrefixesResponse> handler) |
Future<BulkDeleteVirtualCircuitPublicPrefixesResponse> |
VirtualNetworkAsync.bulkDeleteVirtualCircuitPublicPrefixes(BulkDeleteVirtualCircuitPublicPrefixesRequest request,
AsyncHandler<BulkDeleteVirtualCircuitPublicPrefixesRequest,BulkDeleteVirtualCircuitPublicPrefixesResponse> handler)
Removes one or more customer public IP prefixes from the specified public virtual circuit.
|
Future<BulkDeleteVirtualCircuitPublicPrefixesResponse> |
VirtualNetworkAsyncClient.bulkDeleteVirtualCircuitPublicPrefixes(BulkDeleteVirtualCircuitPublicPrefixesRequest request,
AsyncHandler<BulkDeleteVirtualCircuitPublicPrefixesRequest,BulkDeleteVirtualCircuitPublicPrefixesResponse> handler) |
Future<CaptureConsoleHistoryResponse> |
ComputeAsync.captureConsoleHistory(CaptureConsoleHistoryRequest request,
AsyncHandler<CaptureConsoleHistoryRequest,CaptureConsoleHistoryResponse> handler)
Captures the most recent serial console data (up to a megabyte) for the specified instance.
|
Future<CaptureConsoleHistoryResponse> |
ComputeAsyncClient.captureConsoleHistory(CaptureConsoleHistoryRequest request,
AsyncHandler<CaptureConsoleHistoryRequest,CaptureConsoleHistoryResponse> handler) |
Future<ChangeBootVolumeBackupCompartmentResponse> |
BlockstorageAsync.changeBootVolumeBackupCompartment(ChangeBootVolumeBackupCompartmentRequest request,
AsyncHandler<ChangeBootVolumeBackupCompartmentRequest,ChangeBootVolumeBackupCompartmentResponse> handler)
Moves a boot volume backup into a different compartment within the same tenancy.
|
Future<ChangeBootVolumeBackupCompartmentResponse> |
BlockstorageAsyncClient.changeBootVolumeBackupCompartment(ChangeBootVolumeBackupCompartmentRequest request,
AsyncHandler<ChangeBootVolumeBackupCompartmentRequest,ChangeBootVolumeBackupCompartmentResponse> handler) |
Future<ChangeBootVolumeCompartmentResponse> |
BlockstorageAsync.changeBootVolumeCompartment(ChangeBootVolumeCompartmentRequest request,
AsyncHandler<ChangeBootVolumeCompartmentRequest,ChangeBootVolumeCompartmentResponse> handler)
Moves a boot volume into a different compartment within the same tenancy.
|
Future<ChangeBootVolumeCompartmentResponse> |
BlockstorageAsyncClient.changeBootVolumeCompartment(ChangeBootVolumeCompartmentRequest request,
AsyncHandler<ChangeBootVolumeCompartmentRequest,ChangeBootVolumeCompartmentResponse> handler) |
Future<ChangeByoipRangeCompartmentResponse> |
VirtualNetworkAsync.changeByoipRangeCompartment(ChangeByoipRangeCompartmentRequest request,
AsyncHandler<ChangeByoipRangeCompartmentRequest,ChangeByoipRangeCompartmentResponse> handler)
Moves a BYOIP CIDR block to a different compartment.
|
Future<ChangeByoipRangeCompartmentResponse> |
VirtualNetworkAsyncClient.changeByoipRangeCompartment(ChangeByoipRangeCompartmentRequest request,
AsyncHandler<ChangeByoipRangeCompartmentRequest,ChangeByoipRangeCompartmentResponse> handler) |
Future<ChangeCaptureFilterCompartmentResponse> |
VirtualNetworkAsync.changeCaptureFilterCompartment(ChangeCaptureFilterCompartmentRequest request,
AsyncHandler<ChangeCaptureFilterCompartmentRequest,ChangeCaptureFilterCompartmentResponse> handler)
Moves a capture filter to a new compartment in the same tenancy.
|
Future<ChangeCaptureFilterCompartmentResponse> |
VirtualNetworkAsyncClient.changeCaptureFilterCompartment(ChangeCaptureFilterCompartmentRequest request,
AsyncHandler<ChangeCaptureFilterCompartmentRequest,ChangeCaptureFilterCompartmentResponse> handler) |
Future<ChangeClusterNetworkCompartmentResponse> |
ComputeManagementAsyncClient.changeClusterNetworkCompartment(ChangeClusterNetworkCompartmentRequest request,
AsyncHandler<ChangeClusterNetworkCompartmentRequest,ChangeClusterNetworkCompartmentResponse> handler) |
Future<ChangeClusterNetworkCompartmentResponse> |
ComputeManagementAsync.changeClusterNetworkCompartment(ChangeClusterNetworkCompartmentRequest request,
AsyncHandler<ChangeClusterNetworkCompartmentRequest,ChangeClusterNetworkCompartmentResponse> handler)
|
Future<ChangeComputeCapacityReservationCompartmentResponse> |
ComputeAsync.changeComputeCapacityReservationCompartment(ChangeComputeCapacityReservationCompartmentRequest request,
AsyncHandler<ChangeComputeCapacityReservationCompartmentRequest,ChangeComputeCapacityReservationCompartmentResponse> handler)
Moves a compute capacity reservation into a different compartment.
|
Future<ChangeComputeCapacityReservationCompartmentResponse> |
ComputeAsyncClient.changeComputeCapacityReservationCompartment(ChangeComputeCapacityReservationCompartmentRequest request,
AsyncHandler<ChangeComputeCapacityReservationCompartmentRequest,ChangeComputeCapacityReservationCompartmentResponse> handler) |
Future<ChangeComputeCapacityTopologyCompartmentResponse> |
ComputeAsync.changeComputeCapacityTopologyCompartment(ChangeComputeCapacityTopologyCompartmentRequest request,
AsyncHandler<ChangeComputeCapacityTopologyCompartmentRequest,ChangeComputeCapacityTopologyCompartmentResponse> handler)
Moves a compute capacity topology into a different compartment.
|
Future<ChangeComputeCapacityTopologyCompartmentResponse> |
ComputeAsyncClient.changeComputeCapacityTopologyCompartment(ChangeComputeCapacityTopologyCompartmentRequest request,
AsyncHandler<ChangeComputeCapacityTopologyCompartmentRequest,ChangeComputeCapacityTopologyCompartmentResponse> handler) |
Future<ChangeComputeClusterCompartmentResponse> |
ComputeAsync.changeComputeClusterCompartment(ChangeComputeClusterCompartmentRequest request,
AsyncHandler<ChangeComputeClusterCompartmentRequest,ChangeComputeClusterCompartmentResponse> handler)
Moves a compute cluster into a different compartment within the same tenancy.
|
Future<ChangeComputeClusterCompartmentResponse> |
ComputeAsyncClient.changeComputeClusterCompartment(ChangeComputeClusterCompartmentRequest request,
AsyncHandler<ChangeComputeClusterCompartmentRequest,ChangeComputeClusterCompartmentResponse> handler) |
Future<ChangeComputeImageCapabilitySchemaCompartmentResponse> |
ComputeAsync.changeComputeImageCapabilitySchemaCompartment(ChangeComputeImageCapabilitySchemaCompartmentRequest request,
AsyncHandler<ChangeComputeImageCapabilitySchemaCompartmentRequest,ChangeComputeImageCapabilitySchemaCompartmentResponse> handler)
Moves a compute image capability schema into a different compartment within the same tenancy.
|
Future<ChangeComputeImageCapabilitySchemaCompartmentResponse> |
ComputeAsyncClient.changeComputeImageCapabilitySchemaCompartment(ChangeComputeImageCapabilitySchemaCompartmentRequest request,
AsyncHandler<ChangeComputeImageCapabilitySchemaCompartmentRequest,ChangeComputeImageCapabilitySchemaCompartmentResponse> handler) |
Future<ChangeCpeCompartmentResponse> |
VirtualNetworkAsync.changeCpeCompartment(ChangeCpeCompartmentRequest request,
AsyncHandler<ChangeCpeCompartmentRequest,ChangeCpeCompartmentResponse> handler)
Moves a CPE object into a different compartment within the same tenancy.
|
Future<ChangeCpeCompartmentResponse> |
VirtualNetworkAsyncClient.changeCpeCompartment(ChangeCpeCompartmentRequest request,
AsyncHandler<ChangeCpeCompartmentRequest,ChangeCpeCompartmentResponse> handler) |
Future<ChangeCrossConnectCompartmentResponse> |
VirtualNetworkAsync.changeCrossConnectCompartment(ChangeCrossConnectCompartmentRequest request,
AsyncHandler<ChangeCrossConnectCompartmentRequest,ChangeCrossConnectCompartmentResponse> handler)
Moves a cross-connect into a different compartment within the same tenancy.
|
Future<ChangeCrossConnectCompartmentResponse> |
VirtualNetworkAsyncClient.changeCrossConnectCompartment(ChangeCrossConnectCompartmentRequest request,
AsyncHandler<ChangeCrossConnectCompartmentRequest,ChangeCrossConnectCompartmentResponse> handler) |
Future<ChangeCrossConnectGroupCompartmentResponse> |
VirtualNetworkAsync.changeCrossConnectGroupCompartment(ChangeCrossConnectGroupCompartmentRequest request,
AsyncHandler<ChangeCrossConnectGroupCompartmentRequest,ChangeCrossConnectGroupCompartmentResponse> handler)
Moves a cross-connect group into a different compartment within the same tenancy.
|
Future<ChangeCrossConnectGroupCompartmentResponse> |
VirtualNetworkAsyncClient.changeCrossConnectGroupCompartment(ChangeCrossConnectGroupCompartmentRequest request,
AsyncHandler<ChangeCrossConnectGroupCompartmentRequest,ChangeCrossConnectGroupCompartmentResponse> handler) |
Future<ChangeDedicatedVmHostCompartmentResponse> |
ComputeAsync.changeDedicatedVmHostCompartment(ChangeDedicatedVmHostCompartmentRequest request,
AsyncHandler<ChangeDedicatedVmHostCompartmentRequest,ChangeDedicatedVmHostCompartmentResponse> handler)
Moves a dedicated virtual machine host from one compartment to another.
|
Future<ChangeDedicatedVmHostCompartmentResponse> |
ComputeAsyncClient.changeDedicatedVmHostCompartment(ChangeDedicatedVmHostCompartmentRequest request,
AsyncHandler<ChangeDedicatedVmHostCompartmentRequest,ChangeDedicatedVmHostCompartmentResponse> handler) |
Future<ChangeDhcpOptionsCompartmentResponse> |
VirtualNetworkAsync.changeDhcpOptionsCompartment(ChangeDhcpOptionsCompartmentRequest request,
AsyncHandler<ChangeDhcpOptionsCompartmentRequest,ChangeDhcpOptionsCompartmentResponse> handler)
Moves a set of DHCP options into a different compartment within the same tenancy.
|
Future<ChangeDhcpOptionsCompartmentResponse> |
VirtualNetworkAsyncClient.changeDhcpOptionsCompartment(ChangeDhcpOptionsCompartmentRequest request,
AsyncHandler<ChangeDhcpOptionsCompartmentRequest,ChangeDhcpOptionsCompartmentResponse> handler) |
Future<ChangeDrgCompartmentResponse> |
VirtualNetworkAsync.changeDrgCompartment(ChangeDrgCompartmentRequest request,
AsyncHandler<ChangeDrgCompartmentRequest,ChangeDrgCompartmentResponse> handler)
Moves a DRG into a different compartment within the same tenancy.
|
Future<ChangeDrgCompartmentResponse> |
VirtualNetworkAsyncClient.changeDrgCompartment(ChangeDrgCompartmentRequest request,
AsyncHandler<ChangeDrgCompartmentRequest,ChangeDrgCompartmentResponse> handler) |
Future<ChangeImageCompartmentResponse> |
ComputeAsync.changeImageCompartment(ChangeImageCompartmentRequest request,
AsyncHandler<ChangeImageCompartmentRequest,ChangeImageCompartmentResponse> handler)
Moves an image into a different compartment within the same tenancy.
|
Future<ChangeImageCompartmentResponse> |
ComputeAsyncClient.changeImageCompartment(ChangeImageCompartmentRequest request,
AsyncHandler<ChangeImageCompartmentRequest,ChangeImageCompartmentResponse> handler) |
Future<ChangeInstanceCompartmentResponse> |
ComputeAsync.changeInstanceCompartment(ChangeInstanceCompartmentRequest request,
AsyncHandler<ChangeInstanceCompartmentRequest,ChangeInstanceCompartmentResponse> handler)
Moves an instance into a different compartment within the same tenancy.
|
Future<ChangeInstanceCompartmentResponse> |
ComputeAsyncClient.changeInstanceCompartment(ChangeInstanceCompartmentRequest request,
AsyncHandler<ChangeInstanceCompartmentRequest,ChangeInstanceCompartmentResponse> handler) |
Future<ChangeInstanceConfigurationCompartmentResponse> |
ComputeManagementAsyncClient.changeInstanceConfigurationCompartment(ChangeInstanceConfigurationCompartmentRequest request,
AsyncHandler<ChangeInstanceConfigurationCompartmentRequest,ChangeInstanceConfigurationCompartmentResponse> handler) |
Future<ChangeInstanceConfigurationCompartmentResponse> |
ComputeManagementAsync.changeInstanceConfigurationCompartment(ChangeInstanceConfigurationCompartmentRequest request,
AsyncHandler<ChangeInstanceConfigurationCompartmentRequest,ChangeInstanceConfigurationCompartmentResponse> handler)
Moves an instance configuration into a different compartment within the same tenancy.
|
Future<ChangeInstancePoolCompartmentResponse> |
ComputeManagementAsyncClient.changeInstancePoolCompartment(ChangeInstancePoolCompartmentRequest request,
AsyncHandler<ChangeInstancePoolCompartmentRequest,ChangeInstancePoolCompartmentResponse> handler) |
Future<ChangeInstancePoolCompartmentResponse> |
ComputeManagementAsync.changeInstancePoolCompartment(ChangeInstancePoolCompartmentRequest request,
AsyncHandler<ChangeInstancePoolCompartmentRequest,ChangeInstancePoolCompartmentResponse> handler)
Moves an instance pool into a different compartment within the same tenancy.
|
Future<ChangeInternetGatewayCompartmentResponse> |
VirtualNetworkAsync.changeInternetGatewayCompartment(ChangeInternetGatewayCompartmentRequest request,
AsyncHandler<ChangeInternetGatewayCompartmentRequest,ChangeInternetGatewayCompartmentResponse> handler)
Moves an internet gateway into a different compartment within the same tenancy.
|
Future<ChangeInternetGatewayCompartmentResponse> |
VirtualNetworkAsyncClient.changeInternetGatewayCompartment(ChangeInternetGatewayCompartmentRequest request,
AsyncHandler<ChangeInternetGatewayCompartmentRequest,ChangeInternetGatewayCompartmentResponse> handler) |
Future<ChangeIPSecConnectionCompartmentResponse> |
VirtualNetworkAsync.changeIPSecConnectionCompartment(ChangeIPSecConnectionCompartmentRequest request,
AsyncHandler<ChangeIPSecConnectionCompartmentRequest,ChangeIPSecConnectionCompartmentResponse> handler)
Moves an IPSec connection into a different compartment within the same tenancy.
|
Future<ChangeIPSecConnectionCompartmentResponse> |
VirtualNetworkAsyncClient.changeIPSecConnectionCompartment(ChangeIPSecConnectionCompartmentRequest request,
AsyncHandler<ChangeIPSecConnectionCompartmentRequest,ChangeIPSecConnectionCompartmentResponse> handler) |
Future<ChangeLocalPeeringGatewayCompartmentResponse> |
VirtualNetworkAsync.changeLocalPeeringGatewayCompartment(ChangeLocalPeeringGatewayCompartmentRequest request,
AsyncHandler<ChangeLocalPeeringGatewayCompartmentRequest,ChangeLocalPeeringGatewayCompartmentResponse> handler)
Moves a local peering gateway into a different compartment within the same tenancy.
|
Future<ChangeLocalPeeringGatewayCompartmentResponse> |
VirtualNetworkAsyncClient.changeLocalPeeringGatewayCompartment(ChangeLocalPeeringGatewayCompartmentRequest request,
AsyncHandler<ChangeLocalPeeringGatewayCompartmentRequest,ChangeLocalPeeringGatewayCompartmentResponse> handler) |
Future<ChangeNatGatewayCompartmentResponse> |
VirtualNetworkAsync.changeNatGatewayCompartment(ChangeNatGatewayCompartmentRequest request,
AsyncHandler<ChangeNatGatewayCompartmentRequest,ChangeNatGatewayCompartmentResponse> handler)
Moves a NAT gateway into a different compartment within the same tenancy.
|
Future<ChangeNatGatewayCompartmentResponse> |
VirtualNetworkAsyncClient.changeNatGatewayCompartment(ChangeNatGatewayCompartmentRequest request,
AsyncHandler<ChangeNatGatewayCompartmentRequest,ChangeNatGatewayCompartmentResponse> handler) |
Future<ChangeNetworkSecurityGroupCompartmentResponse> |
VirtualNetworkAsync.changeNetworkSecurityGroupCompartment(ChangeNetworkSecurityGroupCompartmentRequest request,
AsyncHandler<ChangeNetworkSecurityGroupCompartmentRequest,ChangeNetworkSecurityGroupCompartmentResponse> handler)
Moves a network security group into a different compartment within the same tenancy.
|
Future<ChangeNetworkSecurityGroupCompartmentResponse> |
VirtualNetworkAsyncClient.changeNetworkSecurityGroupCompartment(ChangeNetworkSecurityGroupCompartmentRequest request,
AsyncHandler<ChangeNetworkSecurityGroupCompartmentRequest,ChangeNetworkSecurityGroupCompartmentResponse> handler) |
Future<ChangePublicIpCompartmentResponse> |
VirtualNetworkAsync.changePublicIpCompartment(ChangePublicIpCompartmentRequest request,
AsyncHandler<ChangePublicIpCompartmentRequest,ChangePublicIpCompartmentResponse> handler)
Moves a public IP into a different compartment within the same tenancy.
|
Future<ChangePublicIpCompartmentResponse> |
VirtualNetworkAsyncClient.changePublicIpCompartment(ChangePublicIpCompartmentRequest request,
AsyncHandler<ChangePublicIpCompartmentRequest,ChangePublicIpCompartmentResponse> handler) |
Future<ChangePublicIpPoolCompartmentResponse> |
VirtualNetworkAsync.changePublicIpPoolCompartment(ChangePublicIpPoolCompartmentRequest request,
AsyncHandler<ChangePublicIpPoolCompartmentRequest,ChangePublicIpPoolCompartmentResponse> handler)
Moves a public IP pool to a different compartment.
|
Future<ChangePublicIpPoolCompartmentResponse> |
VirtualNetworkAsyncClient.changePublicIpPoolCompartment(ChangePublicIpPoolCompartmentRequest request,
AsyncHandler<ChangePublicIpPoolCompartmentRequest,ChangePublicIpPoolCompartmentResponse> handler) |
Future<ChangeRemotePeeringConnectionCompartmentResponse> |
VirtualNetworkAsync.changeRemotePeeringConnectionCompartment(ChangeRemotePeeringConnectionCompartmentRequest request,
AsyncHandler<ChangeRemotePeeringConnectionCompartmentRequest,ChangeRemotePeeringConnectionCompartmentResponse> handler)
Moves a remote peering connection (RPC) into a different compartment within the same tenancy.
|
Future<ChangeRemotePeeringConnectionCompartmentResponse> |
VirtualNetworkAsyncClient.changeRemotePeeringConnectionCompartment(ChangeRemotePeeringConnectionCompartmentRequest request,
AsyncHandler<ChangeRemotePeeringConnectionCompartmentRequest,ChangeRemotePeeringConnectionCompartmentResponse> handler) |
Future<ChangeRouteTableCompartmentResponse> |
VirtualNetworkAsync.changeRouteTableCompartment(ChangeRouteTableCompartmentRequest request,
AsyncHandler<ChangeRouteTableCompartmentRequest,ChangeRouteTableCompartmentResponse> handler)
Moves a route table into a different compartment within the same tenancy.
|
Future<ChangeRouteTableCompartmentResponse> |
VirtualNetworkAsyncClient.changeRouteTableCompartment(ChangeRouteTableCompartmentRequest request,
AsyncHandler<ChangeRouteTableCompartmentRequest,ChangeRouteTableCompartmentResponse> handler) |
Future<ChangeSecurityListCompartmentResponse> |
VirtualNetworkAsync.changeSecurityListCompartment(ChangeSecurityListCompartmentRequest request,
AsyncHandler<ChangeSecurityListCompartmentRequest,ChangeSecurityListCompartmentResponse> handler)
Moves a security list into a different compartment within the same tenancy.
|
Future<ChangeSecurityListCompartmentResponse> |
VirtualNetworkAsyncClient.changeSecurityListCompartment(ChangeSecurityListCompartmentRequest request,
AsyncHandler<ChangeSecurityListCompartmentRequest,ChangeSecurityListCompartmentResponse> handler) |
Future<ChangeServiceGatewayCompartmentResponse> |
VirtualNetworkAsync.changeServiceGatewayCompartment(ChangeServiceGatewayCompartmentRequest request,
AsyncHandler<ChangeServiceGatewayCompartmentRequest,ChangeServiceGatewayCompartmentResponse> handler)
Moves a service gateway into a different compartment within the same tenancy.
|
Future<ChangeServiceGatewayCompartmentResponse> |
VirtualNetworkAsyncClient.changeServiceGatewayCompartment(ChangeServiceGatewayCompartmentRequest request,
AsyncHandler<ChangeServiceGatewayCompartmentRequest,ChangeServiceGatewayCompartmentResponse> handler) |
Future<ChangeSubnetCompartmentResponse> |
VirtualNetworkAsync.changeSubnetCompartment(ChangeSubnetCompartmentRequest request,
AsyncHandler<ChangeSubnetCompartmentRequest,ChangeSubnetCompartmentResponse> handler)
Moves a subnet into a different compartment within the same tenancy.
|
Future<ChangeSubnetCompartmentResponse> |
VirtualNetworkAsyncClient.changeSubnetCompartment(ChangeSubnetCompartmentRequest request,
AsyncHandler<ChangeSubnetCompartmentRequest,ChangeSubnetCompartmentResponse> handler) |
Future<ChangeVcnCompartmentResponse> |
VirtualNetworkAsync.changeVcnCompartment(ChangeVcnCompartmentRequest request,
AsyncHandler<ChangeVcnCompartmentRequest,ChangeVcnCompartmentResponse> handler)
Moves a VCN into a different compartment within the same tenancy.
|
Future<ChangeVcnCompartmentResponse> |
VirtualNetworkAsyncClient.changeVcnCompartment(ChangeVcnCompartmentRequest request,
AsyncHandler<ChangeVcnCompartmentRequest,ChangeVcnCompartmentResponse> handler) |
Future<ChangeVirtualCircuitCompartmentResponse> |
VirtualNetworkAsync.changeVirtualCircuitCompartment(ChangeVirtualCircuitCompartmentRequest request,
AsyncHandler<ChangeVirtualCircuitCompartmentRequest,ChangeVirtualCircuitCompartmentResponse> handler)
Moves a virtual circuit into a different compartment within the same tenancy.
|
Future<ChangeVirtualCircuitCompartmentResponse> |
VirtualNetworkAsyncClient.changeVirtualCircuitCompartment(ChangeVirtualCircuitCompartmentRequest request,
AsyncHandler<ChangeVirtualCircuitCompartmentRequest,ChangeVirtualCircuitCompartmentResponse> handler) |
Future<ChangeVlanCompartmentResponse> |
VirtualNetworkAsync.changeVlanCompartment(ChangeVlanCompartmentRequest request,
AsyncHandler<ChangeVlanCompartmentRequest,ChangeVlanCompartmentResponse> handler)
Moves a VLAN into a different compartment within the same tenancy.
|
Future<ChangeVlanCompartmentResponse> |
VirtualNetworkAsyncClient.changeVlanCompartment(ChangeVlanCompartmentRequest request,
AsyncHandler<ChangeVlanCompartmentRequest,ChangeVlanCompartmentResponse> handler) |
Future<ChangeVolumeBackupCompartmentResponse> |
BlockstorageAsync.changeVolumeBackupCompartment(ChangeVolumeBackupCompartmentRequest request,
AsyncHandler<ChangeVolumeBackupCompartmentRequest,ChangeVolumeBackupCompartmentResponse> handler)
Moves a volume backup into a different compartment within the same tenancy.
|
Future<ChangeVolumeBackupCompartmentResponse> |
BlockstorageAsyncClient.changeVolumeBackupCompartment(ChangeVolumeBackupCompartmentRequest request,
AsyncHandler<ChangeVolumeBackupCompartmentRequest,ChangeVolumeBackupCompartmentResponse> handler) |
Future<ChangeVolumeCompartmentResponse> |
BlockstorageAsync.changeVolumeCompartment(ChangeVolumeCompartmentRequest request,
AsyncHandler<ChangeVolumeCompartmentRequest,ChangeVolumeCompartmentResponse> handler)
Moves a volume into a different compartment within the same tenancy.
|
Future<ChangeVolumeCompartmentResponse> |
BlockstorageAsyncClient.changeVolumeCompartment(ChangeVolumeCompartmentRequest request,
AsyncHandler<ChangeVolumeCompartmentRequest,ChangeVolumeCompartmentResponse> handler) |
Future<ChangeVolumeGroupBackupCompartmentResponse> |
BlockstorageAsync.changeVolumeGroupBackupCompartment(ChangeVolumeGroupBackupCompartmentRequest request,
AsyncHandler<ChangeVolumeGroupBackupCompartmentRequest,ChangeVolumeGroupBackupCompartmentResponse> handler)
Moves a volume group backup into a different compartment within the same tenancy.
|
Future<ChangeVolumeGroupBackupCompartmentResponse> |
BlockstorageAsyncClient.changeVolumeGroupBackupCompartment(ChangeVolumeGroupBackupCompartmentRequest request,
AsyncHandler<ChangeVolumeGroupBackupCompartmentRequest,ChangeVolumeGroupBackupCompartmentResponse> handler) |
Future<ChangeVolumeGroupCompartmentResponse> |
BlockstorageAsync.changeVolumeGroupCompartment(ChangeVolumeGroupCompartmentRequest request,
AsyncHandler<ChangeVolumeGroupCompartmentRequest,ChangeVolumeGroupCompartmentResponse> handler)
Moves a volume group into a different compartment within the same tenancy.
|
Future<ChangeVolumeGroupCompartmentResponse> |
BlockstorageAsyncClient.changeVolumeGroupCompartment(ChangeVolumeGroupCompartmentRequest request,
AsyncHandler<ChangeVolumeGroupCompartmentRequest,ChangeVolumeGroupCompartmentResponse> handler) |
Future<ChangeVtapCompartmentResponse> |
VirtualNetworkAsync.changeVtapCompartment(ChangeVtapCompartmentRequest request,
AsyncHandler<ChangeVtapCompartmentRequest,ChangeVtapCompartmentResponse> handler)
Moves a VTAP to a new compartment within the same tenancy.
|
Future<ChangeVtapCompartmentResponse> |
VirtualNetworkAsyncClient.changeVtapCompartment(ChangeVtapCompartmentRequest request,
AsyncHandler<ChangeVtapCompartmentRequest,ChangeVtapCompartmentResponse> handler) |
Future<ConnectLocalPeeringGatewaysResponse> |
VirtualNetworkAsync.connectLocalPeeringGateways(ConnectLocalPeeringGatewaysRequest request,
AsyncHandler<ConnectLocalPeeringGatewaysRequest,ConnectLocalPeeringGatewaysResponse> handler)
Connects this local peering gateway (LPG) to another one in the same region.
|
Future<ConnectLocalPeeringGatewaysResponse> |
VirtualNetworkAsyncClient.connectLocalPeeringGateways(ConnectLocalPeeringGatewaysRequest request,
AsyncHandler<ConnectLocalPeeringGatewaysRequest,ConnectLocalPeeringGatewaysResponse> handler) |
Future<ConnectRemotePeeringConnectionsResponse> |
VirtualNetworkAsync.connectRemotePeeringConnections(ConnectRemotePeeringConnectionsRequest request,
AsyncHandler<ConnectRemotePeeringConnectionsRequest,ConnectRemotePeeringConnectionsResponse> handler)
Connects this RPC to another one in a different region.
|
Future<ConnectRemotePeeringConnectionsResponse> |
VirtualNetworkAsyncClient.connectRemotePeeringConnections(ConnectRemotePeeringConnectionsRequest request,
AsyncHandler<ConnectRemotePeeringConnectionsRequest,ConnectRemotePeeringConnectionsResponse> handler) |
Future<CopyBootVolumeBackupResponse> |
BlockstorageAsync.copyBootVolumeBackup(CopyBootVolumeBackupRequest request,
AsyncHandler<CopyBootVolumeBackupRequest,CopyBootVolumeBackupResponse> handler)
Creates a boot volume backup copy in specified region.
|
Future<CopyBootVolumeBackupResponse> |
BlockstorageAsyncClient.copyBootVolumeBackup(CopyBootVolumeBackupRequest request,
AsyncHandler<CopyBootVolumeBackupRequest,CopyBootVolumeBackupResponse> handler) |
Future<CopyVolumeBackupResponse> |
BlockstorageAsync.copyVolumeBackup(CopyVolumeBackupRequest request,
AsyncHandler<CopyVolumeBackupRequest,CopyVolumeBackupResponse> handler)
Creates a volume backup copy in specified region.
|
Future<CopyVolumeBackupResponse> |
BlockstorageAsyncClient.copyVolumeBackup(CopyVolumeBackupRequest request,
AsyncHandler<CopyVolumeBackupRequest,CopyVolumeBackupResponse> handler) |
Future<CopyVolumeGroupBackupResponse> |
BlockstorageAsync.copyVolumeGroupBackup(CopyVolumeGroupBackupRequest request,
AsyncHandler<CopyVolumeGroupBackupRequest,CopyVolumeGroupBackupResponse> handler)
Creates a volume group backup copy in specified region.
|
Future<CopyVolumeGroupBackupResponse> |
BlockstorageAsyncClient.copyVolumeGroupBackup(CopyVolumeGroupBackupRequest request,
AsyncHandler<CopyVolumeGroupBackupRequest,CopyVolumeGroupBackupResponse> handler) |
Future<CreateAppCatalogSubscriptionResponse> |
ComputeAsync.createAppCatalogSubscription(CreateAppCatalogSubscriptionRequest request,
AsyncHandler<CreateAppCatalogSubscriptionRequest,CreateAppCatalogSubscriptionResponse> handler)
Create a subscription for listing resource version for a compartment.
|
Future<CreateAppCatalogSubscriptionResponse> |
ComputeAsyncClient.createAppCatalogSubscription(CreateAppCatalogSubscriptionRequest request,
AsyncHandler<CreateAppCatalogSubscriptionRequest,CreateAppCatalogSubscriptionResponse> handler) |
Future<CreateBootVolumeResponse> |
BlockstorageAsync.createBootVolume(CreateBootVolumeRequest request,
AsyncHandler<CreateBootVolumeRequest,CreateBootVolumeResponse> handler)
Creates a new boot volume in the specified compartment from an existing boot volume or a boot
volume backup.
|
Future<CreateBootVolumeResponse> |
BlockstorageAsyncClient.createBootVolume(CreateBootVolumeRequest request,
AsyncHandler<CreateBootVolumeRequest,CreateBootVolumeResponse> handler) |
Future<CreateBootVolumeBackupResponse> |
BlockstorageAsync.createBootVolumeBackup(CreateBootVolumeBackupRequest request,
AsyncHandler<CreateBootVolumeBackupRequest,CreateBootVolumeBackupResponse> handler)
Creates a new boot volume backup of the specified boot volume.
|
Future<CreateBootVolumeBackupResponse> |
BlockstorageAsyncClient.createBootVolumeBackup(CreateBootVolumeBackupRequest request,
AsyncHandler<CreateBootVolumeBackupRequest,CreateBootVolumeBackupResponse> handler) |
Future<CreateByoipRangeResponse> |
VirtualNetworkAsync.createByoipRange(CreateByoipRangeRequest request,
AsyncHandler<CreateByoipRangeRequest,CreateByoipRangeResponse> handler)
Creates a subrange of the BYOIP CIDR block.
|
Future<CreateByoipRangeResponse> |
VirtualNetworkAsyncClient.createByoipRange(CreateByoipRangeRequest request,
AsyncHandler<CreateByoipRangeRequest,CreateByoipRangeResponse> handler) |
Future<CreateCaptureFilterResponse> |
VirtualNetworkAsync.createCaptureFilter(CreateCaptureFilterRequest request,
AsyncHandler<CreateCaptureFilterRequest,CreateCaptureFilterResponse> handler)
Creates a virtual test access point (VTAP) capture filter in the specified compartment.
|
Future<CreateCaptureFilterResponse> |
VirtualNetworkAsyncClient.createCaptureFilter(CreateCaptureFilterRequest request,
AsyncHandler<CreateCaptureFilterRequest,CreateCaptureFilterResponse> handler) |
Future<CreateClusterNetworkResponse> |
ComputeManagementAsyncClient.createClusterNetwork(CreateClusterNetworkRequest request,
AsyncHandler<CreateClusterNetworkRequest,CreateClusterNetworkResponse> handler) |
Future<CreateClusterNetworkResponse> |
ComputeManagementAsync.createClusterNetwork(CreateClusterNetworkRequest request,
AsyncHandler<CreateClusterNetworkRequest,CreateClusterNetworkResponse> handler)
|
Future<CreateComputeCapacityReportResponse> |
ComputeAsync.createComputeCapacityReport(CreateComputeCapacityReportRequest request,
AsyncHandler<CreateComputeCapacityReportRequest,CreateComputeCapacityReportResponse> handler)
Generates a report of the host capacity within an availability domain that is available for
you to create compute instances.
|
Future<CreateComputeCapacityReportResponse> |
ComputeAsyncClient.createComputeCapacityReport(CreateComputeCapacityReportRequest request,
AsyncHandler<CreateComputeCapacityReportRequest,CreateComputeCapacityReportResponse> handler) |
Future<CreateComputeCapacityReservationResponse> |
ComputeAsync.createComputeCapacityReservation(CreateComputeCapacityReservationRequest request,
AsyncHandler<CreateComputeCapacityReservationRequest,CreateComputeCapacityReservationResponse> handler)
Creates a new compute capacity reservation in the specified compartment and availability
domain.
|
Future<CreateComputeCapacityReservationResponse> |
ComputeAsyncClient.createComputeCapacityReservation(CreateComputeCapacityReservationRequest request,
AsyncHandler<CreateComputeCapacityReservationRequest,CreateComputeCapacityReservationResponse> handler) |
Future<CreateComputeCapacityTopologyResponse> |
ComputeAsync.createComputeCapacityTopology(CreateComputeCapacityTopologyRequest request,
AsyncHandler<CreateComputeCapacityTopologyRequest,CreateComputeCapacityTopologyResponse> handler)
Creates a new compute capacity topology in the specified compartment and availability domain.
|
Future<CreateComputeCapacityTopologyResponse> |
ComputeAsyncClient.createComputeCapacityTopology(CreateComputeCapacityTopologyRequest request,
AsyncHandler<CreateComputeCapacityTopologyRequest,CreateComputeCapacityTopologyResponse> handler) |
Future<CreateComputeClusterResponse> |
ComputeAsync.createComputeCluster(CreateComputeClusterRequest request,
AsyncHandler<CreateComputeClusterRequest,CreateComputeClusterResponse> handler)
|
Future<CreateComputeClusterResponse> |
ComputeAsyncClient.createComputeCluster(CreateComputeClusterRequest request,
AsyncHandler<CreateComputeClusterRequest,CreateComputeClusterResponse> handler) |
Future<CreateComputeImageCapabilitySchemaResponse> |
ComputeAsync.createComputeImageCapabilitySchema(CreateComputeImageCapabilitySchemaRequest request,
AsyncHandler<CreateComputeImageCapabilitySchemaRequest,CreateComputeImageCapabilitySchemaResponse> handler)
Creates compute image capability schema.
|
Future<CreateComputeImageCapabilitySchemaResponse> |
ComputeAsyncClient.createComputeImageCapabilitySchema(CreateComputeImageCapabilitySchemaRequest request,
AsyncHandler<CreateComputeImageCapabilitySchemaRequest,CreateComputeImageCapabilitySchemaResponse> handler) |
Future<CreateCpeResponse> |
VirtualNetworkAsync.createCpe(CreateCpeRequest request,
AsyncHandler<CreateCpeRequest,CreateCpeResponse> handler)
Creates a new virtual customer-premises equipment (CPE) object in the specified compartment.
|
Future<CreateCpeResponse> |
VirtualNetworkAsyncClient.createCpe(CreateCpeRequest request,
AsyncHandler<CreateCpeRequest,CreateCpeResponse> handler) |
Future<CreateCrossConnectResponse> |
VirtualNetworkAsync.createCrossConnect(CreateCrossConnectRequest request,
AsyncHandler<CreateCrossConnectRequest,CreateCrossConnectResponse> handler)
Creates a new cross-connect.
|
Future<CreateCrossConnectResponse> |
VirtualNetworkAsyncClient.createCrossConnect(CreateCrossConnectRequest request,
AsyncHandler<CreateCrossConnectRequest,CreateCrossConnectResponse> handler) |
Future<CreateCrossConnectGroupResponse> |
VirtualNetworkAsync.createCrossConnectGroup(CreateCrossConnectGroupRequest request,
AsyncHandler<CreateCrossConnectGroupRequest,CreateCrossConnectGroupResponse> handler)
Creates a new cross-connect group to use with Oracle Cloud Infrastructure FastConnect.
|
Future<CreateCrossConnectGroupResponse> |
VirtualNetworkAsyncClient.createCrossConnectGroup(CreateCrossConnectGroupRequest request,
AsyncHandler<CreateCrossConnectGroupRequest,CreateCrossConnectGroupResponse> handler) |
Future<CreateDedicatedVmHostResponse> |
ComputeAsync.createDedicatedVmHost(CreateDedicatedVmHostRequest request,
AsyncHandler<CreateDedicatedVmHostRequest,CreateDedicatedVmHostResponse> handler)
Creates a new dedicated virtual machine host in the specified compartment and the specified
availability domain.
|
Future<CreateDedicatedVmHostResponse> |
ComputeAsyncClient.createDedicatedVmHost(CreateDedicatedVmHostRequest request,
AsyncHandler<CreateDedicatedVmHostRequest,CreateDedicatedVmHostResponse> handler) |
Future<CreateDhcpOptionsResponse> |
VirtualNetworkAsync.createDhcpOptions(CreateDhcpOptionsRequest request,
AsyncHandler<CreateDhcpOptionsRequest,CreateDhcpOptionsResponse> handler)
Creates a new set of DHCP options for the specified VCN.
|
Future<CreateDhcpOptionsResponse> |
VirtualNetworkAsyncClient.createDhcpOptions(CreateDhcpOptionsRequest request,
AsyncHandler<CreateDhcpOptionsRequest,CreateDhcpOptionsResponse> handler) |
Future<CreateDrgResponse> |
VirtualNetworkAsync.createDrg(CreateDrgRequest request,
AsyncHandler<CreateDrgRequest,CreateDrgResponse> handler)
Creates a new dynamic routing gateway (DRG) in the specified compartment.
|
Future<CreateDrgResponse> |
VirtualNetworkAsyncClient.createDrg(CreateDrgRequest request,
AsyncHandler<CreateDrgRequest,CreateDrgResponse> handler) |
Future<CreateDrgAttachmentResponse> |
VirtualNetworkAsync.createDrgAttachment(CreateDrgAttachmentRequest request,
AsyncHandler<CreateDrgAttachmentRequest,CreateDrgAttachmentResponse> handler)
Attaches the specified DRG to the specified network resource.
|
Future<CreateDrgAttachmentResponse> |
VirtualNetworkAsyncClient.createDrgAttachment(CreateDrgAttachmentRequest request,
AsyncHandler<CreateDrgAttachmentRequest,CreateDrgAttachmentResponse> handler) |
Future<CreateDrgRouteDistributionResponse> |
VirtualNetworkAsync.createDrgRouteDistribution(CreateDrgRouteDistributionRequest request,
AsyncHandler<CreateDrgRouteDistributionRequest,CreateDrgRouteDistributionResponse> handler)
Creates a new route distribution for the specified DRG.
|
Future<CreateDrgRouteDistributionResponse> |
VirtualNetworkAsyncClient.createDrgRouteDistribution(CreateDrgRouteDistributionRequest request,
AsyncHandler<CreateDrgRouteDistributionRequest,CreateDrgRouteDistributionResponse> handler) |
Future<CreateDrgRouteTableResponse> |
VirtualNetworkAsync.createDrgRouteTable(CreateDrgRouteTableRequest request,
AsyncHandler<CreateDrgRouteTableRequest,CreateDrgRouteTableResponse> handler)
Creates a new DRG route table for the specified DRG.
|
Future<CreateDrgRouteTableResponse> |
VirtualNetworkAsyncClient.createDrgRouteTable(CreateDrgRouteTableRequest request,
AsyncHandler<CreateDrgRouteTableRequest,CreateDrgRouteTableResponse> handler) |
Future<CreateImageResponse> |
ComputeAsync.createImage(CreateImageRequest request,
AsyncHandler<CreateImageRequest,CreateImageResponse> handler)
Creates a boot disk image for the specified instance or imports an exported image from the
Oracle Cloud Infrastructure Object Storage service.
|
Future<CreateImageResponse> |
ComputeAsyncClient.createImage(CreateImageRequest request,
AsyncHandler<CreateImageRequest,CreateImageResponse> handler) |
Future<CreateInstanceConfigurationResponse> |
ComputeManagementAsyncClient.createInstanceConfiguration(CreateInstanceConfigurationRequest request,
AsyncHandler<CreateInstanceConfigurationRequest,CreateInstanceConfigurationResponse> handler) |
Future<CreateInstanceConfigurationResponse> |
ComputeManagementAsync.createInstanceConfiguration(CreateInstanceConfigurationRequest request,
AsyncHandler<CreateInstanceConfigurationRequest,CreateInstanceConfigurationResponse> handler)
Creates an instance configuration.
|
Future<CreateInstanceConsoleConnectionResponse> |
ComputeAsync.createInstanceConsoleConnection(CreateInstanceConsoleConnectionRequest request,
AsyncHandler<CreateInstanceConsoleConnectionRequest,CreateInstanceConsoleConnectionResponse> handler)
Creates a new console connection to the specified instance.
|
Future<CreateInstanceConsoleConnectionResponse> |
ComputeAsyncClient.createInstanceConsoleConnection(CreateInstanceConsoleConnectionRequest request,
AsyncHandler<CreateInstanceConsoleConnectionRequest,CreateInstanceConsoleConnectionResponse> handler) |
Future<CreateInstancePoolResponse> |
ComputeManagementAsyncClient.createInstancePool(CreateInstancePoolRequest request,
AsyncHandler<CreateInstancePoolRequest,CreateInstancePoolResponse> handler) |
Future<CreateInstancePoolResponse> |
ComputeManagementAsync.createInstancePool(CreateInstancePoolRequest request,
AsyncHandler<CreateInstancePoolRequest,CreateInstancePoolResponse> handler)
Creates an instance pool.
|
Future<CreateInternetGatewayResponse> |
VirtualNetworkAsync.createInternetGateway(CreateInternetGatewayRequest request,
AsyncHandler<CreateInternetGatewayRequest,CreateInternetGatewayResponse> handler)
Creates a new internet gateway for the specified VCN.
|
Future<CreateInternetGatewayResponse> |
VirtualNetworkAsyncClient.createInternetGateway(CreateInternetGatewayRequest request,
AsyncHandler<CreateInternetGatewayRequest,CreateInternetGatewayResponse> handler) |
Future<CreateIPSecConnectionResponse> |
VirtualNetworkAsync.createIPSecConnection(CreateIPSecConnectionRequest request,
AsyncHandler<CreateIPSecConnectionRequest,CreateIPSecConnectionResponse> handler)
Creates a new IPSec connection between the specified DRG and CPE.
|
Future<CreateIPSecConnectionResponse> |
VirtualNetworkAsyncClient.createIPSecConnection(CreateIPSecConnectionRequest request,
AsyncHandler<CreateIPSecConnectionRequest,CreateIPSecConnectionResponse> handler) |
Future<CreateIpv6Response> |
VirtualNetworkAsync.createIpv6(CreateIpv6Request request,
AsyncHandler<CreateIpv6Request,CreateIpv6Response> handler)
Creates an IPv6 for the specified VNIC.
|
Future<CreateIpv6Response> |
VirtualNetworkAsyncClient.createIpv6(CreateIpv6Request request,
AsyncHandler<CreateIpv6Request,CreateIpv6Response> handler) |
Future<CreateLocalPeeringGatewayResponse> |
VirtualNetworkAsync.createLocalPeeringGateway(CreateLocalPeeringGatewayRequest request,
AsyncHandler<CreateLocalPeeringGatewayRequest,CreateLocalPeeringGatewayResponse> handler)
Creates a new local peering gateway (LPG) for the specified VCN.
|
Future<CreateLocalPeeringGatewayResponse> |
VirtualNetworkAsyncClient.createLocalPeeringGateway(CreateLocalPeeringGatewayRequest request,
AsyncHandler<CreateLocalPeeringGatewayRequest,CreateLocalPeeringGatewayResponse> handler) |
Future<CreateNatGatewayResponse> |
VirtualNetworkAsync.createNatGateway(CreateNatGatewayRequest request,
AsyncHandler<CreateNatGatewayRequest,CreateNatGatewayResponse> handler)
Creates a new NAT gateway for the specified VCN.
|
Future<CreateNatGatewayResponse> |
VirtualNetworkAsyncClient.createNatGateway(CreateNatGatewayRequest request,
AsyncHandler<CreateNatGatewayRequest,CreateNatGatewayResponse> handler) |
Future<CreateNetworkSecurityGroupResponse> |
VirtualNetworkAsync.createNetworkSecurityGroup(CreateNetworkSecurityGroupRequest request,
AsyncHandler<CreateNetworkSecurityGroupRequest,CreateNetworkSecurityGroupResponse> handler)
Creates a new network security group for the specified VCN.
|
Future<CreateNetworkSecurityGroupResponse> |
VirtualNetworkAsyncClient.createNetworkSecurityGroup(CreateNetworkSecurityGroupRequest request,
AsyncHandler<CreateNetworkSecurityGroupRequest,CreateNetworkSecurityGroupResponse> handler) |
Future<CreatePrivateIpResponse> |
VirtualNetworkAsync.createPrivateIp(CreatePrivateIpRequest request,
AsyncHandler<CreatePrivateIpRequest,CreatePrivateIpResponse> handler)
Creates a secondary private IP for the specified VNIC.
|
Future<CreatePrivateIpResponse> |
VirtualNetworkAsyncClient.createPrivateIp(CreatePrivateIpRequest request,
AsyncHandler<CreatePrivateIpRequest,CreatePrivateIpResponse> handler) |
Future<CreatePublicIpResponse> |
VirtualNetworkAsync.createPublicIp(CreatePublicIpRequest request,
AsyncHandler<CreatePublicIpRequest,CreatePublicIpResponse> handler)
Creates a public IP.
|
Future<CreatePublicIpResponse> |
VirtualNetworkAsyncClient.createPublicIp(CreatePublicIpRequest request,
AsyncHandler<CreatePublicIpRequest,CreatePublicIpResponse> handler) |
Future<CreatePublicIpPoolResponse> |
VirtualNetworkAsync.createPublicIpPool(CreatePublicIpPoolRequest request,
AsyncHandler<CreatePublicIpPoolRequest,CreatePublicIpPoolResponse> handler)
Creates a public IP pool.
|
Future<CreatePublicIpPoolResponse> |
VirtualNetworkAsyncClient.createPublicIpPool(CreatePublicIpPoolRequest request,
AsyncHandler<CreatePublicIpPoolRequest,CreatePublicIpPoolResponse> handler) |
Future<CreateRemotePeeringConnectionResponse> |
VirtualNetworkAsync.createRemotePeeringConnection(CreateRemotePeeringConnectionRequest request,
AsyncHandler<CreateRemotePeeringConnectionRequest,CreateRemotePeeringConnectionResponse> handler)
Creates a new remote peering connection (RPC) for the specified DRG.
|
Future<CreateRemotePeeringConnectionResponse> |
VirtualNetworkAsyncClient.createRemotePeeringConnection(CreateRemotePeeringConnectionRequest request,
AsyncHandler<CreateRemotePeeringConnectionRequest,CreateRemotePeeringConnectionResponse> handler) |
Future<CreateRouteTableResponse> |
VirtualNetworkAsync.createRouteTable(CreateRouteTableRequest request,
AsyncHandler<CreateRouteTableRequest,CreateRouteTableResponse> handler)
Creates a new route table for the specified VCN.
|
Future<CreateRouteTableResponse> |
VirtualNetworkAsyncClient.createRouteTable(CreateRouteTableRequest request,
AsyncHandler<CreateRouteTableRequest,CreateRouteTableResponse> handler) |
Future<CreateSecurityListResponse> |
VirtualNetworkAsync.createSecurityList(CreateSecurityListRequest request,
AsyncHandler<CreateSecurityListRequest,CreateSecurityListResponse> handler)
Creates a new security list for the specified VCN.
|
Future<CreateSecurityListResponse> |
VirtualNetworkAsyncClient.createSecurityList(CreateSecurityListRequest request,
AsyncHandler<CreateSecurityListRequest,CreateSecurityListResponse> handler) |
Future<CreateServiceGatewayResponse> |
VirtualNetworkAsync.createServiceGateway(CreateServiceGatewayRequest request,
AsyncHandler<CreateServiceGatewayRequest,CreateServiceGatewayResponse> handler)
Creates a new service gateway in the specified compartment.
|
Future<CreateServiceGatewayResponse> |
VirtualNetworkAsyncClient.createServiceGateway(CreateServiceGatewayRequest request,
AsyncHandler<CreateServiceGatewayRequest,CreateServiceGatewayResponse> handler) |
Future<CreateSubnetResponse> |
VirtualNetworkAsync.createSubnet(CreateSubnetRequest request,
AsyncHandler<CreateSubnetRequest,CreateSubnetResponse> handler)
Creates a new subnet in the specified VCN.
|
Future<CreateSubnetResponse> |
VirtualNetworkAsyncClient.createSubnet(CreateSubnetRequest request,
AsyncHandler<CreateSubnetRequest,CreateSubnetResponse> handler) |
Future<CreateVcnResponse> |
VirtualNetworkAsync.createVcn(CreateVcnRequest request,
AsyncHandler<CreateVcnRequest,CreateVcnResponse> handler)
Creates a new virtual cloud network (VCN).
|
Future<CreateVcnResponse> |
VirtualNetworkAsyncClient.createVcn(CreateVcnRequest request,
AsyncHandler<CreateVcnRequest,CreateVcnResponse> handler) |
Future<CreateVirtualCircuitResponse> |
VirtualNetworkAsync.createVirtualCircuit(CreateVirtualCircuitRequest request,
AsyncHandler<CreateVirtualCircuitRequest,CreateVirtualCircuitResponse> handler)
Creates a new virtual circuit to use with Oracle Cloud Infrastructure FastConnect.
|
Future<CreateVirtualCircuitResponse> |
VirtualNetworkAsyncClient.createVirtualCircuit(CreateVirtualCircuitRequest request,
AsyncHandler<CreateVirtualCircuitRequest,CreateVirtualCircuitResponse> handler) |
Future<CreateVlanResponse> |
VirtualNetworkAsync.createVlan(CreateVlanRequest request,
AsyncHandler<CreateVlanRequest,CreateVlanResponse> handler)
Creates a VLAN in the specified VCN and the specified compartment.
|
Future<CreateVlanResponse> |
VirtualNetworkAsyncClient.createVlan(CreateVlanRequest request,
AsyncHandler<CreateVlanRequest,CreateVlanResponse> handler) |
Future<CreateVolumeResponse> |
BlockstorageAsync.createVolume(CreateVolumeRequest request,
AsyncHandler<CreateVolumeRequest,CreateVolumeResponse> handler)
Creates a new volume in the specified compartment.
|
Future<CreateVolumeResponse> |
BlockstorageAsyncClient.createVolume(CreateVolumeRequest request,
AsyncHandler<CreateVolumeRequest,CreateVolumeResponse> handler) |
Future<CreateVolumeBackupResponse> |
BlockstorageAsync.createVolumeBackup(CreateVolumeBackupRequest request,
AsyncHandler<CreateVolumeBackupRequest,CreateVolumeBackupResponse> handler)
Creates a new backup of the specified volume.
|
Future<CreateVolumeBackupResponse> |
BlockstorageAsyncClient.createVolumeBackup(CreateVolumeBackupRequest request,
AsyncHandler<CreateVolumeBackupRequest,CreateVolumeBackupResponse> handler) |
Future<CreateVolumeBackupPolicyResponse> |
BlockstorageAsync.createVolumeBackupPolicy(CreateVolumeBackupPolicyRequest request,
AsyncHandler<CreateVolumeBackupPolicyRequest,CreateVolumeBackupPolicyResponse> handler)
Creates a new user defined backup policy.
|
Future<CreateVolumeBackupPolicyResponse> |
BlockstorageAsyncClient.createVolumeBackupPolicy(CreateVolumeBackupPolicyRequest request,
AsyncHandler<CreateVolumeBackupPolicyRequest,CreateVolumeBackupPolicyResponse> handler) |
Future<CreateVolumeBackupPolicyAssignmentResponse> |
BlockstorageAsync.createVolumeBackupPolicyAssignment(CreateVolumeBackupPolicyAssignmentRequest request,
AsyncHandler<CreateVolumeBackupPolicyAssignmentRequest,CreateVolumeBackupPolicyAssignmentResponse> handler)
Assigns a volume backup policy to the specified volume.
|
Future<CreateVolumeBackupPolicyAssignmentResponse> |
BlockstorageAsyncClient.createVolumeBackupPolicyAssignment(CreateVolumeBackupPolicyAssignmentRequest request,
AsyncHandler<CreateVolumeBackupPolicyAssignmentRequest,CreateVolumeBackupPolicyAssignmentResponse> handler) |
Future<CreateVolumeGroupResponse> |
BlockstorageAsync.createVolumeGroup(CreateVolumeGroupRequest request,
AsyncHandler<CreateVolumeGroupRequest,CreateVolumeGroupResponse> handler)
Creates a new volume group in the specified compartment.
|
Future<CreateVolumeGroupResponse> |
BlockstorageAsyncClient.createVolumeGroup(CreateVolumeGroupRequest request,
AsyncHandler<CreateVolumeGroupRequest,CreateVolumeGroupResponse> handler) |
Future<CreateVolumeGroupBackupResponse> |
BlockstorageAsync.createVolumeGroupBackup(CreateVolumeGroupBackupRequest request,
AsyncHandler<CreateVolumeGroupBackupRequest,CreateVolumeGroupBackupResponse> handler)
Creates a new backup volume group of the specified volume group.
|
Future<CreateVolumeGroupBackupResponse> |
BlockstorageAsyncClient.createVolumeGroupBackup(CreateVolumeGroupBackupRequest request,
AsyncHandler<CreateVolumeGroupBackupRequest,CreateVolumeGroupBackupResponse> handler) |
Future<CreateVtapResponse> |
VirtualNetworkAsync.createVtap(CreateVtapRequest request,
AsyncHandler<CreateVtapRequest,CreateVtapResponse> handler)
Creates a virtual test access point (VTAP) in the specified compartment.
|
Future<CreateVtapResponse> |
VirtualNetworkAsyncClient.createVtap(CreateVtapRequest request,
AsyncHandler<CreateVtapRequest,CreateVtapResponse> handler) |
Future<DeleteAppCatalogSubscriptionResponse> |
ComputeAsync.deleteAppCatalogSubscription(DeleteAppCatalogSubscriptionRequest request,
AsyncHandler<DeleteAppCatalogSubscriptionRequest,DeleteAppCatalogSubscriptionResponse> handler)
Delete a subscription for a listing resource version for a compartment.
|
Future<DeleteAppCatalogSubscriptionResponse> |
ComputeAsyncClient.deleteAppCatalogSubscription(DeleteAppCatalogSubscriptionRequest request,
AsyncHandler<DeleteAppCatalogSubscriptionRequest,DeleteAppCatalogSubscriptionResponse> handler) |
Future<DeleteBootVolumeResponse> |
BlockstorageAsync.deleteBootVolume(DeleteBootVolumeRequest request,
AsyncHandler<DeleteBootVolumeRequest,DeleteBootVolumeResponse> handler)
Deletes the specified boot volume.
|
Future<DeleteBootVolumeResponse> |
BlockstorageAsyncClient.deleteBootVolume(DeleteBootVolumeRequest request,
AsyncHandler<DeleteBootVolumeRequest,DeleteBootVolumeResponse> handler) |
Future<DeleteBootVolumeBackupResponse> |
BlockstorageAsync.deleteBootVolumeBackup(DeleteBootVolumeBackupRequest request,
AsyncHandler<DeleteBootVolumeBackupRequest,DeleteBootVolumeBackupResponse> handler)
Deletes a boot volume backup.
|
Future<DeleteBootVolumeBackupResponse> |
BlockstorageAsyncClient.deleteBootVolumeBackup(DeleteBootVolumeBackupRequest request,
AsyncHandler<DeleteBootVolumeBackupRequest,DeleteBootVolumeBackupResponse> handler) |
Future<DeleteBootVolumeKmsKeyResponse> |
BlockstorageAsync.deleteBootVolumeKmsKey(DeleteBootVolumeKmsKeyRequest request,
AsyncHandler<DeleteBootVolumeKmsKeyRequest,DeleteBootVolumeKmsKeyResponse> handler)
Removes the specified boot volume’s assigned Vault Service encryption key.
|
Future<DeleteBootVolumeKmsKeyResponse> |
BlockstorageAsyncClient.deleteBootVolumeKmsKey(DeleteBootVolumeKmsKeyRequest request,
AsyncHandler<DeleteBootVolumeKmsKeyRequest,DeleteBootVolumeKmsKeyResponse> handler) |
Future<DeleteByoipRangeResponse> |
VirtualNetworkAsync.deleteByoipRange(DeleteByoipRangeRequest request,
AsyncHandler<DeleteByoipRangeRequest,DeleteByoipRangeResponse> handler)
Deletes the specified ByoipRange resource.
|
Future<DeleteByoipRangeResponse> |
VirtualNetworkAsyncClient.deleteByoipRange(DeleteByoipRangeRequest request,
AsyncHandler<DeleteByoipRangeRequest,DeleteByoipRangeResponse> handler) |
Future<DeleteCaptureFilterResponse> |
VirtualNetworkAsync.deleteCaptureFilter(DeleteCaptureFilterRequest request,
AsyncHandler<DeleteCaptureFilterRequest,DeleteCaptureFilterResponse> handler)
Deletes the specified VTAP capture filter.
|
Future<DeleteCaptureFilterResponse> |
VirtualNetworkAsyncClient.deleteCaptureFilter(DeleteCaptureFilterRequest request,
AsyncHandler<DeleteCaptureFilterRequest,DeleteCaptureFilterResponse> handler) |
Future<DeleteComputeCapacityReservationResponse> |
ComputeAsync.deleteComputeCapacityReservation(DeleteComputeCapacityReservationRequest request,
AsyncHandler<DeleteComputeCapacityReservationRequest,DeleteComputeCapacityReservationResponse> handler)
Deletes the specified compute capacity reservation.
|
Future<DeleteComputeCapacityReservationResponse> |
ComputeAsyncClient.deleteComputeCapacityReservation(DeleteComputeCapacityReservationRequest request,
AsyncHandler<DeleteComputeCapacityReservationRequest,DeleteComputeCapacityReservationResponse> handler) |
Future<DeleteComputeCapacityTopologyResponse> |
ComputeAsync.deleteComputeCapacityTopology(DeleteComputeCapacityTopologyRequest request,
AsyncHandler<DeleteComputeCapacityTopologyRequest,DeleteComputeCapacityTopologyResponse> handler)
Deletes the specified compute capacity topology.
|
Future<DeleteComputeCapacityTopologyResponse> |
ComputeAsyncClient.deleteComputeCapacityTopology(DeleteComputeCapacityTopologyRequest request,
AsyncHandler<DeleteComputeCapacityTopologyRequest,DeleteComputeCapacityTopologyResponse> handler) |
Future<DeleteComputeClusterResponse> |
ComputeAsync.deleteComputeCluster(DeleteComputeClusterRequest request,
AsyncHandler<DeleteComputeClusterRequest,DeleteComputeClusterResponse> handler)
Deletes a compute cluster.
|
Future<DeleteComputeClusterResponse> |
ComputeAsyncClient.deleteComputeCluster(DeleteComputeClusterRequest request,
AsyncHandler<DeleteComputeClusterRequest,DeleteComputeClusterResponse> handler) |
Future<DeleteComputeImageCapabilitySchemaResponse> |
ComputeAsync.deleteComputeImageCapabilitySchema(DeleteComputeImageCapabilitySchemaRequest request,
AsyncHandler<DeleteComputeImageCapabilitySchemaRequest,DeleteComputeImageCapabilitySchemaResponse> handler)
Deletes the specified Compute Image Capability Schema
|
Future<DeleteComputeImageCapabilitySchemaResponse> |
ComputeAsyncClient.deleteComputeImageCapabilitySchema(DeleteComputeImageCapabilitySchemaRequest request,
AsyncHandler<DeleteComputeImageCapabilitySchemaRequest,DeleteComputeImageCapabilitySchemaResponse> handler) |
Future<DeleteConsoleHistoryResponse> |
ComputeAsync.deleteConsoleHistory(DeleteConsoleHistoryRequest request,
AsyncHandler<DeleteConsoleHistoryRequest,DeleteConsoleHistoryResponse> handler)
Deletes the specified console history metadata and the console history data.
|
Future<DeleteConsoleHistoryResponse> |
ComputeAsyncClient.deleteConsoleHistory(DeleteConsoleHistoryRequest request,
AsyncHandler<DeleteConsoleHistoryRequest,DeleteConsoleHistoryResponse> handler) |
Future<DeleteCpeResponse> |
VirtualNetworkAsync.deleteCpe(DeleteCpeRequest request,
AsyncHandler<DeleteCpeRequest,DeleteCpeResponse> handler)
Deletes the specified CPE object.
|
Future<DeleteCpeResponse> |
VirtualNetworkAsyncClient.deleteCpe(DeleteCpeRequest request,
AsyncHandler<DeleteCpeRequest,DeleteCpeResponse> handler) |
Future<DeleteCrossConnectResponse> |
VirtualNetworkAsync.deleteCrossConnect(DeleteCrossConnectRequest request,
AsyncHandler<DeleteCrossConnectRequest,DeleteCrossConnectResponse> handler)
Deletes the specified cross-connect.
|
Future<DeleteCrossConnectResponse> |
VirtualNetworkAsyncClient.deleteCrossConnect(DeleteCrossConnectRequest request,
AsyncHandler<DeleteCrossConnectRequest,DeleteCrossConnectResponse> handler) |
Future<DeleteCrossConnectGroupResponse> |
VirtualNetworkAsync.deleteCrossConnectGroup(DeleteCrossConnectGroupRequest request,
AsyncHandler<DeleteCrossConnectGroupRequest,DeleteCrossConnectGroupResponse> handler)
Deletes the specified cross-connect group.
|
Future<DeleteCrossConnectGroupResponse> |
VirtualNetworkAsyncClient.deleteCrossConnectGroup(DeleteCrossConnectGroupRequest request,
AsyncHandler<DeleteCrossConnectGroupRequest,DeleteCrossConnectGroupResponse> handler) |
Future<DeleteDedicatedVmHostResponse> |
ComputeAsync.deleteDedicatedVmHost(DeleteDedicatedVmHostRequest request,
AsyncHandler<DeleteDedicatedVmHostRequest,DeleteDedicatedVmHostResponse> handler)
Deletes the specified dedicated virtual machine host.
|
Future<DeleteDedicatedVmHostResponse> |
ComputeAsyncClient.deleteDedicatedVmHost(DeleteDedicatedVmHostRequest request,
AsyncHandler<DeleteDedicatedVmHostRequest,DeleteDedicatedVmHostResponse> handler) |
Future<DeleteDhcpOptionsResponse> |
VirtualNetworkAsync.deleteDhcpOptions(DeleteDhcpOptionsRequest request,
AsyncHandler<DeleteDhcpOptionsRequest,DeleteDhcpOptionsResponse> handler)
Deletes the specified set of DHCP options, but only if it’s not associated with a subnet.
|
Future<DeleteDhcpOptionsResponse> |
VirtualNetworkAsyncClient.deleteDhcpOptions(DeleteDhcpOptionsRequest request,
AsyncHandler<DeleteDhcpOptionsRequest,DeleteDhcpOptionsResponse> handler) |
Future<DeleteDrgResponse> |
VirtualNetworkAsync.deleteDrg(DeleteDrgRequest request,
AsyncHandler<DeleteDrgRequest,DeleteDrgResponse> handler)
Deletes the specified DRG.
|
Future<DeleteDrgResponse> |
VirtualNetworkAsyncClient.deleteDrg(DeleteDrgRequest request,
AsyncHandler<DeleteDrgRequest,DeleteDrgResponse> handler) |
Future<DeleteDrgAttachmentResponse> |
VirtualNetworkAsync.deleteDrgAttachment(DeleteDrgAttachmentRequest request,
AsyncHandler<DeleteDrgAttachmentRequest,DeleteDrgAttachmentResponse> handler)
Detaches a DRG from a network resource by deleting the corresponding DrgAttachment
resource.
|
Future<DeleteDrgAttachmentResponse> |
VirtualNetworkAsyncClient.deleteDrgAttachment(DeleteDrgAttachmentRequest request,
AsyncHandler<DeleteDrgAttachmentRequest,DeleteDrgAttachmentResponse> handler) |
Future<DeleteDrgRouteDistributionResponse> |
VirtualNetworkAsync.deleteDrgRouteDistribution(DeleteDrgRouteDistributionRequest request,
AsyncHandler<DeleteDrgRouteDistributionRequest,DeleteDrgRouteDistributionResponse> handler)
Deletes the specified route distribution.
|
Future<DeleteDrgRouteDistributionResponse> |
VirtualNetworkAsyncClient.deleteDrgRouteDistribution(DeleteDrgRouteDistributionRequest request,
AsyncHandler<DeleteDrgRouteDistributionRequest,DeleteDrgRouteDistributionResponse> handler) |
Future<DeleteDrgRouteTableResponse> |
VirtualNetworkAsync.deleteDrgRouteTable(DeleteDrgRouteTableRequest request,
AsyncHandler<DeleteDrgRouteTableRequest,DeleteDrgRouteTableResponse> handler)
Deletes the specified DRG route table.
|
Future<DeleteDrgRouteTableResponse> |
VirtualNetworkAsyncClient.deleteDrgRouteTable(DeleteDrgRouteTableRequest request,
AsyncHandler<DeleteDrgRouteTableRequest,DeleteDrgRouteTableResponse> handler) |
Future<DeleteImageResponse> |
ComputeAsync.deleteImage(DeleteImageRequest request,
AsyncHandler<DeleteImageRequest,DeleteImageResponse> handler)
Deletes an image.
|
Future<DeleteImageResponse> |
ComputeAsyncClient.deleteImage(DeleteImageRequest request,
AsyncHandler<DeleteImageRequest,DeleteImageResponse> handler) |
Future<DeleteInstanceConfigurationResponse> |
ComputeManagementAsyncClient.deleteInstanceConfiguration(DeleteInstanceConfigurationRequest request,
AsyncHandler<DeleteInstanceConfigurationRequest,DeleteInstanceConfigurationResponse> handler) |
Future<DeleteInstanceConfigurationResponse> |
ComputeManagementAsync.deleteInstanceConfiguration(DeleteInstanceConfigurationRequest request,
AsyncHandler<DeleteInstanceConfigurationRequest,DeleteInstanceConfigurationResponse> handler)
Deletes an instance configuration.
|
Future<DeleteInstanceConsoleConnectionResponse> |
ComputeAsync.deleteInstanceConsoleConnection(DeleteInstanceConsoleConnectionRequest request,
AsyncHandler<DeleteInstanceConsoleConnectionRequest,DeleteInstanceConsoleConnectionResponse> handler)
Deletes the specified instance console connection.
|
Future<DeleteInstanceConsoleConnectionResponse> |
ComputeAsyncClient.deleteInstanceConsoleConnection(DeleteInstanceConsoleConnectionRequest request,
AsyncHandler<DeleteInstanceConsoleConnectionRequest,DeleteInstanceConsoleConnectionResponse> handler) |
Future<DeleteInternetGatewayResponse> |
VirtualNetworkAsync.deleteInternetGateway(DeleteInternetGatewayRequest request,
AsyncHandler<DeleteInternetGatewayRequest,DeleteInternetGatewayResponse> handler)
Deletes the specified internet gateway.
|
Future<DeleteInternetGatewayResponse> |
VirtualNetworkAsyncClient.deleteInternetGateway(DeleteInternetGatewayRequest request,
AsyncHandler<DeleteInternetGatewayRequest,DeleteInternetGatewayResponse> handler) |
Future<DeleteIPSecConnectionResponse> |
VirtualNetworkAsync.deleteIPSecConnection(DeleteIPSecConnectionRequest request,
AsyncHandler<DeleteIPSecConnectionRequest,DeleteIPSecConnectionResponse> handler)
Deletes the specified IPSec connection.
|
Future<DeleteIPSecConnectionResponse> |
VirtualNetworkAsyncClient.deleteIPSecConnection(DeleteIPSecConnectionRequest request,
AsyncHandler<DeleteIPSecConnectionRequest,DeleteIPSecConnectionResponse> handler) |
Future<DeleteIpv6Response> |
VirtualNetworkAsync.deleteIpv6(DeleteIpv6Request request,
AsyncHandler<DeleteIpv6Request,DeleteIpv6Response> handler)
Unassigns and deletes the specified IPv6.
|
Future<DeleteIpv6Response> |
VirtualNetworkAsyncClient.deleteIpv6(DeleteIpv6Request request,
AsyncHandler<DeleteIpv6Request,DeleteIpv6Response> handler) |
Future<DeleteLocalPeeringGatewayResponse> |
VirtualNetworkAsync.deleteLocalPeeringGateway(DeleteLocalPeeringGatewayRequest request,
AsyncHandler<DeleteLocalPeeringGatewayRequest,DeleteLocalPeeringGatewayResponse> handler)
Deletes the specified local peering gateway (LPG).
|
Future<DeleteLocalPeeringGatewayResponse> |
VirtualNetworkAsyncClient.deleteLocalPeeringGateway(DeleteLocalPeeringGatewayRequest request,
AsyncHandler<DeleteLocalPeeringGatewayRequest,DeleteLocalPeeringGatewayResponse> handler) |
Future<DeleteNatGatewayResponse> |
VirtualNetworkAsync.deleteNatGateway(DeleteNatGatewayRequest request,
AsyncHandler<DeleteNatGatewayRequest,DeleteNatGatewayResponse> handler)
Deletes the specified NAT gateway.
|
Future<DeleteNatGatewayResponse> |
VirtualNetworkAsyncClient.deleteNatGateway(DeleteNatGatewayRequest request,
AsyncHandler<DeleteNatGatewayRequest,DeleteNatGatewayResponse> handler) |
Future<DeleteNetworkSecurityGroupResponse> |
VirtualNetworkAsync.deleteNetworkSecurityGroup(DeleteNetworkSecurityGroupRequest request,
AsyncHandler<DeleteNetworkSecurityGroupRequest,DeleteNetworkSecurityGroupResponse> handler)
Deletes the specified network security group.
|
Future<DeleteNetworkSecurityGroupResponse> |
VirtualNetworkAsyncClient.deleteNetworkSecurityGroup(DeleteNetworkSecurityGroupRequest request,
AsyncHandler<DeleteNetworkSecurityGroupRequest,DeleteNetworkSecurityGroupResponse> handler) |
Future<DeletePrivateIpResponse> |
VirtualNetworkAsync.deletePrivateIp(DeletePrivateIpRequest request,
AsyncHandler<DeletePrivateIpRequest,DeletePrivateIpResponse> handler)
Unassigns and deletes the specified private IP.
|
Future<DeletePrivateIpResponse> |
VirtualNetworkAsyncClient.deletePrivateIp(DeletePrivateIpRequest request,
AsyncHandler<DeletePrivateIpRequest,DeletePrivateIpResponse> handler) |
Future<DeletePublicIpResponse> |
VirtualNetworkAsync.deletePublicIp(DeletePublicIpRequest request,
AsyncHandler<DeletePublicIpRequest,DeletePublicIpResponse> handler)
Unassigns and deletes the specified public IP (either ephemeral or reserved).
|
Future<DeletePublicIpResponse> |
VirtualNetworkAsyncClient.deletePublicIp(DeletePublicIpRequest request,
AsyncHandler<DeletePublicIpRequest,DeletePublicIpResponse> handler) |
Future<DeletePublicIpPoolResponse> |
VirtualNetworkAsync.deletePublicIpPool(DeletePublicIpPoolRequest request,
AsyncHandler<DeletePublicIpPoolRequest,DeletePublicIpPoolResponse> handler)
Deletes the specified public IP pool.
|
Future<DeletePublicIpPoolResponse> |
VirtualNetworkAsyncClient.deletePublicIpPool(DeletePublicIpPoolRequest request,
AsyncHandler<DeletePublicIpPoolRequest,DeletePublicIpPoolResponse> handler) |
Future<DeleteRemotePeeringConnectionResponse> |
VirtualNetworkAsync.deleteRemotePeeringConnection(DeleteRemotePeeringConnectionRequest request,
AsyncHandler<DeleteRemotePeeringConnectionRequest,DeleteRemotePeeringConnectionResponse> handler)
Deletes the remote peering connection (RPC).
|
Future<DeleteRemotePeeringConnectionResponse> |
VirtualNetworkAsyncClient.deleteRemotePeeringConnection(DeleteRemotePeeringConnectionRequest request,
AsyncHandler<DeleteRemotePeeringConnectionRequest,DeleteRemotePeeringConnectionResponse> handler) |
Future<DeleteRouteTableResponse> |
VirtualNetworkAsync.deleteRouteTable(DeleteRouteTableRequest request,
AsyncHandler<DeleteRouteTableRequest,DeleteRouteTableResponse> handler)
Deletes the specified route table, but only if it’s not associated with a subnet.
|
Future<DeleteRouteTableResponse> |
VirtualNetworkAsyncClient.deleteRouteTable(DeleteRouteTableRequest request,
AsyncHandler<DeleteRouteTableRequest,DeleteRouteTableResponse> handler) |
Future<DeleteSecurityListResponse> |
VirtualNetworkAsync.deleteSecurityList(DeleteSecurityListRequest request,
AsyncHandler<DeleteSecurityListRequest,DeleteSecurityListResponse> handler)
Deletes the specified security list, but only if it’s not associated with a subnet.
|
Future<DeleteSecurityListResponse> |
VirtualNetworkAsyncClient.deleteSecurityList(DeleteSecurityListRequest request,
AsyncHandler<DeleteSecurityListRequest,DeleteSecurityListResponse> handler) |
Future<DeleteServiceGatewayResponse> |
VirtualNetworkAsync.deleteServiceGateway(DeleteServiceGatewayRequest request,
AsyncHandler<DeleteServiceGatewayRequest,DeleteServiceGatewayResponse> handler)
Deletes the specified service gateway.
|
Future<DeleteServiceGatewayResponse> |
VirtualNetworkAsyncClient.deleteServiceGateway(DeleteServiceGatewayRequest request,
AsyncHandler<DeleteServiceGatewayRequest,DeleteServiceGatewayResponse> handler) |
Future<DeleteSubnetResponse> |
VirtualNetworkAsync.deleteSubnet(DeleteSubnetRequest request,
AsyncHandler<DeleteSubnetRequest,DeleteSubnetResponse> handler)
Deletes the specified subnet, but only if there are no instances in the subnet.
|
Future<DeleteSubnetResponse> |
VirtualNetworkAsyncClient.deleteSubnet(DeleteSubnetRequest request,
AsyncHandler<DeleteSubnetRequest,DeleteSubnetResponse> handler) |
Future<DeleteVcnResponse> |
VirtualNetworkAsync.deleteVcn(DeleteVcnRequest request,
AsyncHandler<DeleteVcnRequest,DeleteVcnResponse> handler)
Deletes the specified VCN.
|
Future<DeleteVcnResponse> |
VirtualNetworkAsyncClient.deleteVcn(DeleteVcnRequest request,
AsyncHandler<DeleteVcnRequest,DeleteVcnResponse> handler) |
Future<DeleteVirtualCircuitResponse> |
VirtualNetworkAsync.deleteVirtualCircuit(DeleteVirtualCircuitRequest request,
AsyncHandler<DeleteVirtualCircuitRequest,DeleteVirtualCircuitResponse> handler)
Deletes the specified virtual circuit.
|
Future<DeleteVirtualCircuitResponse> |
VirtualNetworkAsyncClient.deleteVirtualCircuit(DeleteVirtualCircuitRequest request,
AsyncHandler<DeleteVirtualCircuitRequest,DeleteVirtualCircuitResponse> handler) |
Future<DeleteVlanResponse> |
VirtualNetworkAsync.deleteVlan(DeleteVlanRequest request,
AsyncHandler<DeleteVlanRequest,DeleteVlanResponse> handler)
Deletes the specified VLAN, but only if there are no VNICs in the VLAN.
|
Future<DeleteVlanResponse> |
VirtualNetworkAsyncClient.deleteVlan(DeleteVlanRequest request,
AsyncHandler<DeleteVlanRequest,DeleteVlanResponse> handler) |
Future<DeleteVolumeResponse> |
BlockstorageAsync.deleteVolume(DeleteVolumeRequest request,
AsyncHandler<DeleteVolumeRequest,DeleteVolumeResponse> handler)
Deletes the specified volume.
|
Future<DeleteVolumeResponse> |
BlockstorageAsyncClient.deleteVolume(DeleteVolumeRequest request,
AsyncHandler<DeleteVolumeRequest,DeleteVolumeResponse> handler) |
Future<DeleteVolumeBackupResponse> |
BlockstorageAsync.deleteVolumeBackup(DeleteVolumeBackupRequest request,
AsyncHandler<DeleteVolumeBackupRequest,DeleteVolumeBackupResponse> handler)
Deletes a volume backup.
|
Future<DeleteVolumeBackupResponse> |
BlockstorageAsyncClient.deleteVolumeBackup(DeleteVolumeBackupRequest request,
AsyncHandler<DeleteVolumeBackupRequest,DeleteVolumeBackupResponse> handler) |
Future<DeleteVolumeBackupPolicyResponse> |
BlockstorageAsync.deleteVolumeBackupPolicy(DeleteVolumeBackupPolicyRequest request,
AsyncHandler<DeleteVolumeBackupPolicyRequest,DeleteVolumeBackupPolicyResponse> handler)
Deletes a user defined backup policy.
|
Future<DeleteVolumeBackupPolicyResponse> |
BlockstorageAsyncClient.deleteVolumeBackupPolicy(DeleteVolumeBackupPolicyRequest request,
AsyncHandler<DeleteVolumeBackupPolicyRequest,DeleteVolumeBackupPolicyResponse> handler) |
Future<DeleteVolumeBackupPolicyAssignmentResponse> |
BlockstorageAsync.deleteVolumeBackupPolicyAssignment(DeleteVolumeBackupPolicyAssignmentRequest request,
AsyncHandler<DeleteVolumeBackupPolicyAssignmentRequest,DeleteVolumeBackupPolicyAssignmentResponse> handler)
Deletes a volume backup policy assignment.
|
Future<DeleteVolumeBackupPolicyAssignmentResponse> |
BlockstorageAsyncClient.deleteVolumeBackupPolicyAssignment(DeleteVolumeBackupPolicyAssignmentRequest request,
AsyncHandler<DeleteVolumeBackupPolicyAssignmentRequest,DeleteVolumeBackupPolicyAssignmentResponse> handler) |
Future<DeleteVolumeGroupResponse> |
BlockstorageAsync.deleteVolumeGroup(DeleteVolumeGroupRequest request,
AsyncHandler<DeleteVolumeGroupRequest,DeleteVolumeGroupResponse> handler)
Deletes the specified volume group.
|
Future<DeleteVolumeGroupResponse> |
BlockstorageAsyncClient.deleteVolumeGroup(DeleteVolumeGroupRequest request,
AsyncHandler<DeleteVolumeGroupRequest,DeleteVolumeGroupResponse> handler) |
Future<DeleteVolumeGroupBackupResponse> |
BlockstorageAsync.deleteVolumeGroupBackup(DeleteVolumeGroupBackupRequest request,
AsyncHandler<DeleteVolumeGroupBackupRequest,DeleteVolumeGroupBackupResponse> handler)
Deletes a volume group backup.
|
Future<DeleteVolumeGroupBackupResponse> |
BlockstorageAsyncClient.deleteVolumeGroupBackup(DeleteVolumeGroupBackupRequest request,
AsyncHandler<DeleteVolumeGroupBackupRequest,DeleteVolumeGroupBackupResponse> handler) |
Future<DeleteVolumeKmsKeyResponse> |
BlockstorageAsync.deleteVolumeKmsKey(DeleteVolumeKmsKeyRequest request,
AsyncHandler<DeleteVolumeKmsKeyRequest,DeleteVolumeKmsKeyResponse> handler)
Removes the specified volume’s assigned Vault service encryption key.
|
Future<DeleteVolumeKmsKeyResponse> |
BlockstorageAsyncClient.deleteVolumeKmsKey(DeleteVolumeKmsKeyRequest request,
AsyncHandler<DeleteVolumeKmsKeyRequest,DeleteVolumeKmsKeyResponse> handler) |
Future<DeleteVtapResponse> |
VirtualNetworkAsync.deleteVtap(DeleteVtapRequest request,
AsyncHandler<DeleteVtapRequest,DeleteVtapResponse> handler)
Deletes the specified VTAP.
|
Future<DeleteVtapResponse> |
VirtualNetworkAsyncClient.deleteVtap(DeleteVtapRequest request,
AsyncHandler<DeleteVtapRequest,DeleteVtapResponse> handler) |
Future<DetachBootVolumeResponse> |
ComputeAsync.detachBootVolume(DetachBootVolumeRequest request,
AsyncHandler<DetachBootVolumeRequest,DetachBootVolumeResponse> handler)
Detaches a boot volume from an instance.
|
Future<DetachBootVolumeResponse> |
ComputeAsyncClient.detachBootVolume(DetachBootVolumeRequest request,
AsyncHandler<DetachBootVolumeRequest,DetachBootVolumeResponse> handler) |
Future<DetachInstancePoolInstanceResponse> |
ComputeManagementAsyncClient.detachInstancePoolInstance(DetachInstancePoolInstanceRequest request,
AsyncHandler<DetachInstancePoolInstanceRequest,DetachInstancePoolInstanceResponse> handler) |
Future<DetachInstancePoolInstanceResponse> |
ComputeManagementAsync.detachInstancePoolInstance(DetachInstancePoolInstanceRequest request,
AsyncHandler<DetachInstancePoolInstanceRequest,DetachInstancePoolInstanceResponse> handler)
Detaches an instance from an instance pool.
|
Future<DetachLoadBalancerResponse> |
ComputeManagementAsyncClient.detachLoadBalancer(DetachLoadBalancerRequest request,
AsyncHandler<DetachLoadBalancerRequest,DetachLoadBalancerResponse> handler) |
Future<DetachLoadBalancerResponse> |
ComputeManagementAsync.detachLoadBalancer(DetachLoadBalancerRequest request,
AsyncHandler<DetachLoadBalancerRequest,DetachLoadBalancerResponse> handler)
Detach a load balancer from the instance pool.
|
Future<DetachServiceIdResponse> |
VirtualNetworkAsync.detachServiceId(DetachServiceIdRequest request,
AsyncHandler<DetachServiceIdRequest,DetachServiceIdResponse> handler)
Removes the specified Service from the list of enabled Service objects for the
specified gateway.
|
Future<DetachServiceIdResponse> |
VirtualNetworkAsyncClient.detachServiceId(DetachServiceIdRequest request,
AsyncHandler<DetachServiceIdRequest,DetachServiceIdResponse> handler) |
Future<DetachVnicResponse> |
ComputeAsync.detachVnic(DetachVnicRequest request,
AsyncHandler<DetachVnicRequest,DetachVnicResponse> handler)
Detaches and deletes the specified secondary VNIC.
|
Future<DetachVnicResponse> |
ComputeAsyncClient.detachVnic(DetachVnicRequest request,
AsyncHandler<DetachVnicRequest,DetachVnicResponse> handler) |
Future<DetachVolumeResponse> |
ComputeAsync.detachVolume(DetachVolumeRequest request,
AsyncHandler<DetachVolumeRequest,DetachVolumeResponse> handler)
Detaches a storage volume from an instance.
|
Future<DetachVolumeResponse> |
ComputeAsyncClient.detachVolume(DetachVolumeRequest request,
AsyncHandler<DetachVolumeRequest,DetachVolumeResponse> handler) |
Future<ExportImageResponse> |
ComputeAsync.exportImage(ExportImageRequest request,
AsyncHandler<ExportImageRequest,ExportImageResponse> handler)
Exports the specified image to the Oracle Cloud Infrastructure Object Storage service.
|
Future<ExportImageResponse> |
ComputeAsyncClient.exportImage(ExportImageRequest request,
AsyncHandler<ExportImageRequest,ExportImageResponse> handler) |
Future<GetAllDrgAttachmentsResponse> |
VirtualNetworkAsync.getAllDrgAttachments(GetAllDrgAttachmentsRequest request,
AsyncHandler<GetAllDrgAttachmentsRequest,GetAllDrgAttachmentsResponse> handler)
Returns a complete list of DRG attachments that belong to a particular DRG.
|
Future<GetAllDrgAttachmentsResponse> |
VirtualNetworkAsyncClient.getAllDrgAttachments(GetAllDrgAttachmentsRequest request,
AsyncHandler<GetAllDrgAttachmentsRequest,GetAllDrgAttachmentsResponse> handler) |
Future<GetAllowedIkeIPSecParametersResponse> |
VirtualNetworkAsync.getAllowedIkeIPSecParameters(GetAllowedIkeIPSecParametersRequest request,
AsyncHandler<GetAllowedIkeIPSecParametersRequest,GetAllowedIkeIPSecParametersResponse> handler)
The parameters allowed for IKE IPSec tunnels.
|
Future<GetAllowedIkeIPSecParametersResponse> |
VirtualNetworkAsyncClient.getAllowedIkeIPSecParameters(GetAllowedIkeIPSecParametersRequest request,
AsyncHandler<GetAllowedIkeIPSecParametersRequest,GetAllowedIkeIPSecParametersResponse> handler) |
Future<GetAppCatalogListingResponse> |
ComputeAsync.getAppCatalogListing(GetAppCatalogListingRequest request,
AsyncHandler<GetAppCatalogListingRequest,GetAppCatalogListingResponse> handler)
Gets the specified listing.
|
Future<GetAppCatalogListingResponse> |
ComputeAsyncClient.getAppCatalogListing(GetAppCatalogListingRequest request,
AsyncHandler<GetAppCatalogListingRequest,GetAppCatalogListingResponse> handler) |
Future<GetAppCatalogListingAgreementsResponse> |
ComputeAsync.getAppCatalogListingAgreements(GetAppCatalogListingAgreementsRequest request,
AsyncHandler<GetAppCatalogListingAgreementsRequest,GetAppCatalogListingAgreementsResponse> handler)
Retrieves the agreements for a particular resource version of a listing.
|
Future<GetAppCatalogListingAgreementsResponse> |
ComputeAsyncClient.getAppCatalogListingAgreements(GetAppCatalogListingAgreementsRequest request,
AsyncHandler<GetAppCatalogListingAgreementsRequest,GetAppCatalogListingAgreementsResponse> handler) |
Future<GetAppCatalogListingResourceVersionResponse> |
ComputeAsync.getAppCatalogListingResourceVersion(GetAppCatalogListingResourceVersionRequest request,
AsyncHandler<GetAppCatalogListingResourceVersionRequest,GetAppCatalogListingResourceVersionResponse> handler)
Gets the specified listing resource version.
|
Future<GetAppCatalogListingResourceVersionResponse> |
ComputeAsyncClient.getAppCatalogListingResourceVersion(GetAppCatalogListingResourceVersionRequest request,
AsyncHandler<GetAppCatalogListingResourceVersionRequest,GetAppCatalogListingResourceVersionResponse> handler) |
Future<GetBlockVolumeReplicaResponse> |
BlockstorageAsync.getBlockVolumeReplica(GetBlockVolumeReplicaRequest request,
AsyncHandler<GetBlockVolumeReplicaRequest,GetBlockVolumeReplicaResponse> handler)
Gets information for the specified block volume replica.
|
Future<GetBlockVolumeReplicaResponse> |
BlockstorageAsyncClient.getBlockVolumeReplica(GetBlockVolumeReplicaRequest request,
AsyncHandler<GetBlockVolumeReplicaRequest,GetBlockVolumeReplicaResponse> handler) |
Future<GetBootVolumeResponse> |
BlockstorageAsync.getBootVolume(GetBootVolumeRequest request,
AsyncHandler<GetBootVolumeRequest,GetBootVolumeResponse> handler)
Gets information for the specified boot volume.
|
Future<GetBootVolumeResponse> |
BlockstorageAsyncClient.getBootVolume(GetBootVolumeRequest request,
AsyncHandler<GetBootVolumeRequest,GetBootVolumeResponse> handler) |
Future<GetBootVolumeAttachmentResponse> |
ComputeAsync.getBootVolumeAttachment(GetBootVolumeAttachmentRequest request,
AsyncHandler<GetBootVolumeAttachmentRequest,GetBootVolumeAttachmentResponse> handler)
Gets information about the specified boot volume attachment.
|
Future<GetBootVolumeAttachmentResponse> |
ComputeAsyncClient.getBootVolumeAttachment(GetBootVolumeAttachmentRequest request,
AsyncHandler<GetBootVolumeAttachmentRequest,GetBootVolumeAttachmentResponse> handler) |
Future<GetBootVolumeBackupResponse> |
BlockstorageAsync.getBootVolumeBackup(GetBootVolumeBackupRequest request,
AsyncHandler<GetBootVolumeBackupRequest,GetBootVolumeBackupResponse> handler)
Gets information for the specified boot volume backup.
|
Future<GetBootVolumeBackupResponse> |
BlockstorageAsyncClient.getBootVolumeBackup(GetBootVolumeBackupRequest request,
AsyncHandler<GetBootVolumeBackupRequest,GetBootVolumeBackupResponse> handler) |
Future<GetBootVolumeKmsKeyResponse> |
BlockstorageAsync.getBootVolumeKmsKey(GetBootVolumeKmsKeyRequest request,
AsyncHandler<GetBootVolumeKmsKeyRequest,GetBootVolumeKmsKeyResponse> handler)
Gets the Vault service encryption key assigned to the specified boot volume.
|
Future<GetBootVolumeKmsKeyResponse> |
BlockstorageAsyncClient.getBootVolumeKmsKey(GetBootVolumeKmsKeyRequest request,
AsyncHandler<GetBootVolumeKmsKeyRequest,GetBootVolumeKmsKeyResponse> handler) |
Future<GetBootVolumeReplicaResponse> |
BlockstorageAsync.getBootVolumeReplica(GetBootVolumeReplicaRequest request,
AsyncHandler<GetBootVolumeReplicaRequest,GetBootVolumeReplicaResponse> handler)
Gets information for the specified boot volume replica.
|
Future<GetBootVolumeReplicaResponse> |
BlockstorageAsyncClient.getBootVolumeReplica(GetBootVolumeReplicaRequest request,
AsyncHandler<GetBootVolumeReplicaRequest,GetBootVolumeReplicaResponse> handler) |
Future<GetByoipRangeResponse> |
VirtualNetworkAsync.getByoipRange(GetByoipRangeRequest request,
AsyncHandler<GetByoipRangeRequest,GetByoipRangeResponse> handler)
Gets the ByoipRange resource.
|
Future<GetByoipRangeResponse> |
VirtualNetworkAsyncClient.getByoipRange(GetByoipRangeRequest request,
AsyncHandler<GetByoipRangeRequest,GetByoipRangeResponse> handler) |
Future<GetCaptureFilterResponse> |
VirtualNetworkAsync.getCaptureFilter(GetCaptureFilterRequest request,
AsyncHandler<GetCaptureFilterRequest,GetCaptureFilterResponse> handler)
Gets information about the specified VTAP capture filter.
|
Future<GetCaptureFilterResponse> |
VirtualNetworkAsyncClient.getCaptureFilter(GetCaptureFilterRequest request,
AsyncHandler<GetCaptureFilterRequest,GetCaptureFilterResponse> handler) |
Future<GetClusterNetworkResponse> |
ComputeManagementAsyncClient.getClusterNetwork(GetClusterNetworkRequest request,
AsyncHandler<GetClusterNetworkRequest,GetClusterNetworkResponse> handler) |
Future<GetClusterNetworkResponse> |
ComputeManagementAsync.getClusterNetwork(GetClusterNetworkRequest request,
AsyncHandler<GetClusterNetworkRequest,GetClusterNetworkResponse> handler)
|
Future<GetComputeCapacityReservationResponse> |
ComputeAsync.getComputeCapacityReservation(GetComputeCapacityReservationRequest request,
AsyncHandler<GetComputeCapacityReservationRequest,GetComputeCapacityReservationResponse> handler)
Gets information about the specified compute capacity reservation.
|
Future<GetComputeCapacityReservationResponse> |
ComputeAsyncClient.getComputeCapacityReservation(GetComputeCapacityReservationRequest request,
AsyncHandler<GetComputeCapacityReservationRequest,GetComputeCapacityReservationResponse> handler) |
Future<GetComputeCapacityTopologyResponse> |
ComputeAsync.getComputeCapacityTopology(GetComputeCapacityTopologyRequest request,
AsyncHandler<GetComputeCapacityTopologyRequest,GetComputeCapacityTopologyResponse> handler)
Gets information about the specified compute capacity topology.
|
Future<GetComputeCapacityTopologyResponse> |
ComputeAsyncClient.getComputeCapacityTopology(GetComputeCapacityTopologyRequest request,
AsyncHandler<GetComputeCapacityTopologyRequest,GetComputeCapacityTopologyResponse> handler) |
Future<GetComputeClusterResponse> |
ComputeAsync.getComputeCluster(GetComputeClusterRequest request,
AsyncHandler<GetComputeClusterRequest,GetComputeClusterResponse> handler)
Gets information about a compute cluster.
|
Future<GetComputeClusterResponse> |
ComputeAsyncClient.getComputeCluster(GetComputeClusterRequest request,
AsyncHandler<GetComputeClusterRequest,GetComputeClusterResponse> handler) |
Future<GetComputeGlobalImageCapabilitySchemaResponse> |
ComputeAsync.getComputeGlobalImageCapabilitySchema(GetComputeGlobalImageCapabilitySchemaRequest request,
AsyncHandler<GetComputeGlobalImageCapabilitySchemaRequest,GetComputeGlobalImageCapabilitySchemaResponse> handler)
Gets the specified Compute Global Image Capability Schema
|
Future<GetComputeGlobalImageCapabilitySchemaResponse> |
ComputeAsyncClient.getComputeGlobalImageCapabilitySchema(GetComputeGlobalImageCapabilitySchemaRequest request,
AsyncHandler<GetComputeGlobalImageCapabilitySchemaRequest,GetComputeGlobalImageCapabilitySchemaResponse> handler) |
Future<GetComputeGlobalImageCapabilitySchemaVersionResponse> |
ComputeAsync.getComputeGlobalImageCapabilitySchemaVersion(GetComputeGlobalImageCapabilitySchemaVersionRequest request,
AsyncHandler<GetComputeGlobalImageCapabilitySchemaVersionRequest,GetComputeGlobalImageCapabilitySchemaVersionResponse> handler)
Gets the specified Compute Global Image Capability Schema Version
|
Future<GetComputeGlobalImageCapabilitySchemaVersionResponse> |
ComputeAsyncClient.getComputeGlobalImageCapabilitySchemaVersion(GetComputeGlobalImageCapabilitySchemaVersionRequest request,
AsyncHandler<GetComputeGlobalImageCapabilitySchemaVersionRequest,GetComputeGlobalImageCapabilitySchemaVersionResponse> handler) |
Future<GetComputeImageCapabilitySchemaResponse> |
ComputeAsync.getComputeImageCapabilitySchema(GetComputeImageCapabilitySchemaRequest request,
AsyncHandler<GetComputeImageCapabilitySchemaRequest,GetComputeImageCapabilitySchemaResponse> handler)
Gets the specified Compute Image Capability Schema
|
Future<GetComputeImageCapabilitySchemaResponse> |
ComputeAsyncClient.getComputeImageCapabilitySchema(GetComputeImageCapabilitySchemaRequest request,
AsyncHandler<GetComputeImageCapabilitySchemaRequest,GetComputeImageCapabilitySchemaResponse> handler) |
Future<GetConsoleHistoryResponse> |
ComputeAsync.getConsoleHistory(GetConsoleHistoryRequest request,
AsyncHandler<GetConsoleHistoryRequest,GetConsoleHistoryResponse> handler)
Shows the metadata for the specified console history.
|
Future<GetConsoleHistoryResponse> |
ComputeAsyncClient.getConsoleHistory(GetConsoleHistoryRequest request,
AsyncHandler<GetConsoleHistoryRequest,GetConsoleHistoryResponse> handler) |
Future<GetConsoleHistoryContentResponse> |
ComputeAsync.getConsoleHistoryContent(GetConsoleHistoryContentRequest request,
AsyncHandler<GetConsoleHistoryContentRequest,GetConsoleHistoryContentResponse> handler)
Gets the actual console history data (not the metadata).
|
Future<GetConsoleHistoryContentResponse> |
ComputeAsyncClient.getConsoleHistoryContent(GetConsoleHistoryContentRequest request,
AsyncHandler<GetConsoleHistoryContentRequest,GetConsoleHistoryContentResponse> handler) |
Future<GetCpeResponse> |
VirtualNetworkAsync.getCpe(GetCpeRequest request,
AsyncHandler<GetCpeRequest,GetCpeResponse> handler)
Gets the specified CPE’s information.
|
Future<GetCpeResponse> |
VirtualNetworkAsyncClient.getCpe(GetCpeRequest request,
AsyncHandler<GetCpeRequest,GetCpeResponse> handler) |
Future<GetCpeDeviceConfigContentResponse> |
VirtualNetworkAsync.getCpeDeviceConfigContent(GetCpeDeviceConfigContentRequest request,
AsyncHandler<GetCpeDeviceConfigContentRequest,GetCpeDeviceConfigContentResponse> handler)
Renders a set of CPE configuration content that can help a network engineer configure the
actual CPE device (for example, a hardware router) represented by the specified Cpe
object.
|
Future<GetCpeDeviceConfigContentResponse> |
VirtualNetworkAsyncClient.getCpeDeviceConfigContent(GetCpeDeviceConfigContentRequest request,
AsyncHandler<GetCpeDeviceConfigContentRequest,GetCpeDeviceConfigContentResponse> handler) |
Future<GetCpeDeviceShapeResponse> |
VirtualNetworkAsync.getCpeDeviceShape(GetCpeDeviceShapeRequest request,
AsyncHandler<GetCpeDeviceShapeRequest,GetCpeDeviceShapeResponse> handler)
Gets the detailed information about the specified CPE device type.
|
Future<GetCpeDeviceShapeResponse> |
VirtualNetworkAsyncClient.getCpeDeviceShape(GetCpeDeviceShapeRequest request,
AsyncHandler<GetCpeDeviceShapeRequest,GetCpeDeviceShapeResponse> handler) |
Future<GetCrossConnectResponse> |
VirtualNetworkAsync.getCrossConnect(GetCrossConnectRequest request,
AsyncHandler<GetCrossConnectRequest,GetCrossConnectResponse> handler)
Gets the specified cross-connect’s information.
|
Future<GetCrossConnectResponse> |
VirtualNetworkAsyncClient.getCrossConnect(GetCrossConnectRequest request,
AsyncHandler<GetCrossConnectRequest,GetCrossConnectResponse> handler) |
Future<GetCrossConnectGroupResponse> |
VirtualNetworkAsync.getCrossConnectGroup(GetCrossConnectGroupRequest request,
AsyncHandler<GetCrossConnectGroupRequest,GetCrossConnectGroupResponse> handler)
Gets the specified cross-connect group’s information.
|
Future<GetCrossConnectGroupResponse> |
VirtualNetworkAsyncClient.getCrossConnectGroup(GetCrossConnectGroupRequest request,
AsyncHandler<GetCrossConnectGroupRequest,GetCrossConnectGroupResponse> handler) |
Future<GetCrossConnectLetterOfAuthorityResponse> |
VirtualNetworkAsync.getCrossConnectLetterOfAuthority(GetCrossConnectLetterOfAuthorityRequest request,
AsyncHandler<GetCrossConnectLetterOfAuthorityRequest,GetCrossConnectLetterOfAuthorityResponse> handler)
Gets the Letter of Authority for the specified cross-connect.
|
Future<GetCrossConnectLetterOfAuthorityResponse> |
VirtualNetworkAsyncClient.getCrossConnectLetterOfAuthority(GetCrossConnectLetterOfAuthorityRequest request,
AsyncHandler<GetCrossConnectLetterOfAuthorityRequest,GetCrossConnectLetterOfAuthorityResponse> handler) |
Future<GetCrossConnectStatusResponse> |
VirtualNetworkAsync.getCrossConnectStatus(GetCrossConnectStatusRequest request,
AsyncHandler<GetCrossConnectStatusRequest,GetCrossConnectStatusResponse> handler)
Gets the status of the specified cross-connect.
|
Future<GetCrossConnectStatusResponse> |
VirtualNetworkAsyncClient.getCrossConnectStatus(GetCrossConnectStatusRequest request,
AsyncHandler<GetCrossConnectStatusRequest,GetCrossConnectStatusResponse> handler) |
Future<GetDedicatedVmHostResponse> |
ComputeAsync.getDedicatedVmHost(GetDedicatedVmHostRequest request,
AsyncHandler<GetDedicatedVmHostRequest,GetDedicatedVmHostResponse> handler)
Gets information about the specified dedicated virtual machine host.
|
Future<GetDedicatedVmHostResponse> |
ComputeAsyncClient.getDedicatedVmHost(GetDedicatedVmHostRequest request,
AsyncHandler<GetDedicatedVmHostRequest,GetDedicatedVmHostResponse> handler) |
Future<GetDhcpOptionsResponse> |
VirtualNetworkAsync.getDhcpOptions(GetDhcpOptionsRequest request,
AsyncHandler<GetDhcpOptionsRequest,GetDhcpOptionsResponse> handler)
Gets the specified set of DHCP options.
|
Future<GetDhcpOptionsResponse> |
VirtualNetworkAsyncClient.getDhcpOptions(GetDhcpOptionsRequest request,
AsyncHandler<GetDhcpOptionsRequest,GetDhcpOptionsResponse> handler) |
Future<GetDrgResponse> |
VirtualNetworkAsync.getDrg(GetDrgRequest request,
AsyncHandler<GetDrgRequest,GetDrgResponse> handler)
Gets the specified DRG’s information.
|
Future<GetDrgResponse> |
VirtualNetworkAsyncClient.getDrg(GetDrgRequest request,
AsyncHandler<GetDrgRequest,GetDrgResponse> handler) |
Future<GetDrgAttachmentResponse> |
VirtualNetworkAsync.getDrgAttachment(GetDrgAttachmentRequest request,
AsyncHandler<GetDrgAttachmentRequest,GetDrgAttachmentResponse> handler)
Gets the DrgAttachment resource.
|
Future<GetDrgAttachmentResponse> |
VirtualNetworkAsyncClient.getDrgAttachment(GetDrgAttachmentRequest request,
AsyncHandler<GetDrgAttachmentRequest,GetDrgAttachmentResponse> handler) |
Future<GetDrgRedundancyStatusResponse> |
VirtualNetworkAsync.getDrgRedundancyStatus(GetDrgRedundancyStatusRequest request,
AsyncHandler<GetDrgRedundancyStatusRequest,GetDrgRedundancyStatusResponse> handler)
Gets the redundancy status for the specified DRG.
|
Future<GetDrgRedundancyStatusResponse> |
VirtualNetworkAsyncClient.getDrgRedundancyStatus(GetDrgRedundancyStatusRequest request,
AsyncHandler<GetDrgRedundancyStatusRequest,GetDrgRedundancyStatusResponse> handler) |
Future<GetDrgRouteDistributionResponse> |
VirtualNetworkAsync.getDrgRouteDistribution(GetDrgRouteDistributionRequest request,
AsyncHandler<GetDrgRouteDistributionRequest,GetDrgRouteDistributionResponse> handler)
Gets the specified route distribution’s information.
|
Future<GetDrgRouteDistributionResponse> |
VirtualNetworkAsyncClient.getDrgRouteDistribution(GetDrgRouteDistributionRequest request,
AsyncHandler<GetDrgRouteDistributionRequest,GetDrgRouteDistributionResponse> handler) |
Future<GetDrgRouteTableResponse> |
VirtualNetworkAsync.getDrgRouteTable(GetDrgRouteTableRequest request,
AsyncHandler<GetDrgRouteTableRequest,GetDrgRouteTableResponse> handler)
Gets the specified DRG route table’s information.
|
Future<GetDrgRouteTableResponse> |
VirtualNetworkAsyncClient.getDrgRouteTable(GetDrgRouteTableRequest request,
AsyncHandler<GetDrgRouteTableRequest,GetDrgRouteTableResponse> handler) |
Future<GetFastConnectProviderServiceResponse> |
VirtualNetworkAsync.getFastConnectProviderService(GetFastConnectProviderServiceRequest request,
AsyncHandler<GetFastConnectProviderServiceRequest,GetFastConnectProviderServiceResponse> handler)
Gets the specified provider service.
|
Future<GetFastConnectProviderServiceResponse> |
VirtualNetworkAsyncClient.getFastConnectProviderService(GetFastConnectProviderServiceRequest request,
AsyncHandler<GetFastConnectProviderServiceRequest,GetFastConnectProviderServiceResponse> handler) |
Future<GetFastConnectProviderServiceKeyResponse> |
VirtualNetworkAsync.getFastConnectProviderServiceKey(GetFastConnectProviderServiceKeyRequest request,
AsyncHandler<GetFastConnectProviderServiceKeyRequest,GetFastConnectProviderServiceKeyResponse> handler)
Gets the specified provider service key’s information.
|
Future<GetFastConnectProviderServiceKeyResponse> |
VirtualNetworkAsyncClient.getFastConnectProviderServiceKey(GetFastConnectProviderServiceKeyRequest request,
AsyncHandler<GetFastConnectProviderServiceKeyRequest,GetFastConnectProviderServiceKeyResponse> handler) |
Future<GetImageResponse> |
ComputeAsync.getImage(GetImageRequest request,
AsyncHandler<GetImageRequest,GetImageResponse> handler)
Gets the specified image.
|
Future<GetImageResponse> |
ComputeAsyncClient.getImage(GetImageRequest request,
AsyncHandler<GetImageRequest,GetImageResponse> handler) |
Future<GetImageShapeCompatibilityEntryResponse> |
ComputeAsync.getImageShapeCompatibilityEntry(GetImageShapeCompatibilityEntryRequest request,
AsyncHandler<GetImageShapeCompatibilityEntryRequest,GetImageShapeCompatibilityEntryResponse> handler)
Retrieves an image shape compatibility entry.
|
Future<GetImageShapeCompatibilityEntryResponse> |
ComputeAsyncClient.getImageShapeCompatibilityEntry(GetImageShapeCompatibilityEntryRequest request,
AsyncHandler<GetImageShapeCompatibilityEntryRequest,GetImageShapeCompatibilityEntryResponse> handler) |
Future<GetInstanceResponse> |
ComputeAsync.getInstance(GetInstanceRequest request,
AsyncHandler<GetInstanceRequest,GetInstanceResponse> handler)
Gets information about the specified instance.
|
Future<GetInstanceResponse> |
ComputeAsyncClient.getInstance(GetInstanceRequest request,
AsyncHandler<GetInstanceRequest,GetInstanceResponse> handler) |
Future<GetInstanceConfigurationResponse> |
ComputeManagementAsyncClient.getInstanceConfiguration(GetInstanceConfigurationRequest request,
AsyncHandler<GetInstanceConfigurationRequest,GetInstanceConfigurationResponse> handler) |
Future<GetInstanceConfigurationResponse> |
ComputeManagementAsync.getInstanceConfiguration(GetInstanceConfigurationRequest request,
AsyncHandler<GetInstanceConfigurationRequest,GetInstanceConfigurationResponse> handler)
Gets the specified instance configuration
|
Future<GetInstanceConsoleConnectionResponse> |
ComputeAsync.getInstanceConsoleConnection(GetInstanceConsoleConnectionRequest request,
AsyncHandler<GetInstanceConsoleConnectionRequest,GetInstanceConsoleConnectionResponse> handler)
Gets the specified instance console connection’s information.
|
Future<GetInstanceConsoleConnectionResponse> |
ComputeAsyncClient.getInstanceConsoleConnection(GetInstanceConsoleConnectionRequest request,
AsyncHandler<GetInstanceConsoleConnectionRequest,GetInstanceConsoleConnectionResponse> handler) |
Future<GetInstanceMaintenanceEventResponse> |
ComputeAsync.getInstanceMaintenanceEvent(GetInstanceMaintenanceEventRequest request,
AsyncHandler<GetInstanceMaintenanceEventRequest,GetInstanceMaintenanceEventResponse> handler)
Gets the maintenance event for the given instance.
|
Future<GetInstanceMaintenanceEventResponse> |
ComputeAsyncClient.getInstanceMaintenanceEvent(GetInstanceMaintenanceEventRequest request,
AsyncHandler<GetInstanceMaintenanceEventRequest,GetInstanceMaintenanceEventResponse> handler) |
Future<GetInstanceMaintenanceRebootResponse> |
ComputeAsync.getInstanceMaintenanceReboot(GetInstanceMaintenanceRebootRequest request,
AsyncHandler<GetInstanceMaintenanceRebootRequest,GetInstanceMaintenanceRebootResponse> handler)
Gets the maximum possible date that a maintenance reboot can be extended.
|
Future<GetInstanceMaintenanceRebootResponse> |
ComputeAsyncClient.getInstanceMaintenanceReboot(GetInstanceMaintenanceRebootRequest request,
AsyncHandler<GetInstanceMaintenanceRebootRequest,GetInstanceMaintenanceRebootResponse> handler) |
Future<GetInstancePoolResponse> |
ComputeManagementAsyncClient.getInstancePool(GetInstancePoolRequest request,
AsyncHandler<GetInstancePoolRequest,GetInstancePoolResponse> handler) |
Future<GetInstancePoolResponse> |
ComputeManagementAsync.getInstancePool(GetInstancePoolRequest request,
AsyncHandler<GetInstancePoolRequest,GetInstancePoolResponse> handler)
Gets the specified instance pool
|
Future<GetInstancePoolInstanceResponse> |
ComputeManagementAsyncClient.getInstancePoolInstance(GetInstancePoolInstanceRequest request,
AsyncHandler<GetInstancePoolInstanceRequest,GetInstancePoolInstanceResponse> handler) |
Future<GetInstancePoolInstanceResponse> |
ComputeManagementAsync.getInstancePoolInstance(GetInstancePoolInstanceRequest request,
AsyncHandler<GetInstancePoolInstanceRequest,GetInstancePoolInstanceResponse> handler)
Gets information about an instance that belongs to an instance pool.
|
Future<GetInstancePoolLoadBalancerAttachmentResponse> |
ComputeManagementAsyncClient.getInstancePoolLoadBalancerAttachment(GetInstancePoolLoadBalancerAttachmentRequest request,
AsyncHandler<GetInstancePoolLoadBalancerAttachmentRequest,GetInstancePoolLoadBalancerAttachmentResponse> handler) |
Future<GetInstancePoolLoadBalancerAttachmentResponse> |
ComputeManagementAsync.getInstancePoolLoadBalancerAttachment(GetInstancePoolLoadBalancerAttachmentRequest request,
AsyncHandler<GetInstancePoolLoadBalancerAttachmentRequest,GetInstancePoolLoadBalancerAttachmentResponse> handler)
Gets information about a load balancer that is attached to the specified instance pool.
|
Future<GetInternetGatewayResponse> |
VirtualNetworkAsync.getInternetGateway(GetInternetGatewayRequest request,
AsyncHandler<GetInternetGatewayRequest,GetInternetGatewayResponse> handler)
Gets the specified internet gateway’s information.
|
Future<GetInternetGatewayResponse> |
VirtualNetworkAsyncClient.getInternetGateway(GetInternetGatewayRequest request,
AsyncHandler<GetInternetGatewayRequest,GetInternetGatewayResponse> handler) |
Future<GetIPSecConnectionResponse> |
VirtualNetworkAsync.getIPSecConnection(GetIPSecConnectionRequest request,
AsyncHandler<GetIPSecConnectionRequest,GetIPSecConnectionResponse> handler)
Gets the specified IPSec connection’s basic information, including the static routes for the
on-premises router.
|
Future<GetIPSecConnectionResponse> |
VirtualNetworkAsyncClient.getIPSecConnection(GetIPSecConnectionRequest request,
AsyncHandler<GetIPSecConnectionRequest,GetIPSecConnectionResponse> handler) |
Future<GetIPSecConnectionDeviceConfigResponse> |
VirtualNetworkAsync.getIPSecConnectionDeviceConfig(GetIPSecConnectionDeviceConfigRequest request,
AsyncHandler<GetIPSecConnectionDeviceConfigRequest,GetIPSecConnectionDeviceConfigResponse> handler)
Deprecated.
|
Future<GetIPSecConnectionDeviceConfigResponse> |
VirtualNetworkAsyncClient.getIPSecConnectionDeviceConfig(GetIPSecConnectionDeviceConfigRequest request,
AsyncHandler<GetIPSecConnectionDeviceConfigRequest,GetIPSecConnectionDeviceConfigResponse> handler) |
Future<GetIPSecConnectionDeviceStatusResponse> |
VirtualNetworkAsync.getIPSecConnectionDeviceStatus(GetIPSecConnectionDeviceStatusRequest request,
AsyncHandler<GetIPSecConnectionDeviceStatusRequest,GetIPSecConnectionDeviceStatusResponse> handler)
Deprecated.
|
Future<GetIPSecConnectionDeviceStatusResponse> |
VirtualNetworkAsyncClient.getIPSecConnectionDeviceStatus(GetIPSecConnectionDeviceStatusRequest request,
AsyncHandler<GetIPSecConnectionDeviceStatusRequest,GetIPSecConnectionDeviceStatusResponse> handler) |
Future<GetIPSecConnectionTunnelResponse> |
VirtualNetworkAsync.getIPSecConnectionTunnel(GetIPSecConnectionTunnelRequest request,
AsyncHandler<GetIPSecConnectionTunnelRequest,GetIPSecConnectionTunnelResponse> handler)
Gets the specified tunnel’s information.
|
Future<GetIPSecConnectionTunnelResponse> |
VirtualNetworkAsyncClient.getIPSecConnectionTunnel(GetIPSecConnectionTunnelRequest request,
AsyncHandler<GetIPSecConnectionTunnelRequest,GetIPSecConnectionTunnelResponse> handler) |
Future<GetIPSecConnectionTunnelErrorResponse> |
VirtualNetworkAsync.getIPSecConnectionTunnelError(GetIPSecConnectionTunnelErrorRequest request,
AsyncHandler<GetIPSecConnectionTunnelErrorRequest,GetIPSecConnectionTunnelErrorResponse> handler)
Gets the identified error for the specified IPSec tunnel ID.
|
Future<GetIPSecConnectionTunnelErrorResponse> |
VirtualNetworkAsyncClient.getIPSecConnectionTunnelError(GetIPSecConnectionTunnelErrorRequest request,
AsyncHandler<GetIPSecConnectionTunnelErrorRequest,GetIPSecConnectionTunnelErrorResponse> handler) |
Future<GetIPSecConnectionTunnelSharedSecretResponse> |
VirtualNetworkAsync.getIPSecConnectionTunnelSharedSecret(GetIPSecConnectionTunnelSharedSecretRequest request,
AsyncHandler<GetIPSecConnectionTunnelSharedSecretRequest,GetIPSecConnectionTunnelSharedSecretResponse> handler)
Gets the specified tunnel’s shared secret (pre-shared key).
|
Future<GetIPSecConnectionTunnelSharedSecretResponse> |
VirtualNetworkAsyncClient.getIPSecConnectionTunnelSharedSecret(GetIPSecConnectionTunnelSharedSecretRequest request,
AsyncHandler<GetIPSecConnectionTunnelSharedSecretRequest,GetIPSecConnectionTunnelSharedSecretResponse> handler) |
Future<GetIpsecCpeDeviceConfigContentResponse> |
VirtualNetworkAsync.getIpsecCpeDeviceConfigContent(GetIpsecCpeDeviceConfigContentRequest request,
AsyncHandler<GetIpsecCpeDeviceConfigContentRequest,GetIpsecCpeDeviceConfigContentResponse> handler)
Renders a set of CPE configuration content for the specified IPSec connection (for all the
tunnels in the connection).
|
Future<GetIpsecCpeDeviceConfigContentResponse> |
VirtualNetworkAsyncClient.getIpsecCpeDeviceConfigContent(GetIpsecCpeDeviceConfigContentRequest request,
AsyncHandler<GetIpsecCpeDeviceConfigContentRequest,GetIpsecCpeDeviceConfigContentResponse> handler) |
Future<GetIpv6Response> |
VirtualNetworkAsync.getIpv6(GetIpv6Request request,
AsyncHandler<GetIpv6Request,GetIpv6Response> handler)
Gets the specified IPv6.
|
Future<GetIpv6Response> |
VirtualNetworkAsyncClient.getIpv6(GetIpv6Request request,
AsyncHandler<GetIpv6Request,GetIpv6Response> handler) |
Future<GetLocalPeeringGatewayResponse> |
VirtualNetworkAsync.getLocalPeeringGateway(GetLocalPeeringGatewayRequest request,
AsyncHandler<GetLocalPeeringGatewayRequest,GetLocalPeeringGatewayResponse> handler)
Gets the specified local peering gateway’s information.
|
Future<GetLocalPeeringGatewayResponse> |
VirtualNetworkAsyncClient.getLocalPeeringGateway(GetLocalPeeringGatewayRequest request,
AsyncHandler<GetLocalPeeringGatewayRequest,GetLocalPeeringGatewayResponse> handler) |
Future<GetMeasuredBootReportResponse> |
ComputeAsync.getMeasuredBootReport(GetMeasuredBootReportRequest request,
AsyncHandler<GetMeasuredBootReportRequest,GetMeasuredBootReportResponse> handler)
Gets the measured boot report for this shielded instance.
|
Future<GetMeasuredBootReportResponse> |
ComputeAsyncClient.getMeasuredBootReport(GetMeasuredBootReportRequest request,
AsyncHandler<GetMeasuredBootReportRequest,GetMeasuredBootReportResponse> handler) |
Future<GetNatGatewayResponse> |
VirtualNetworkAsync.getNatGateway(GetNatGatewayRequest request,
AsyncHandler<GetNatGatewayRequest,GetNatGatewayResponse> handler)
Gets the specified NAT gateway’s information.
|
Future<GetNatGatewayResponse> |
VirtualNetworkAsyncClient.getNatGateway(GetNatGatewayRequest request,
AsyncHandler<GetNatGatewayRequest,GetNatGatewayResponse> handler) |
Future<GetNetworkingTopologyResponse> |
VirtualNetworkAsync.getNetworkingTopology(GetNetworkingTopologyRequest request,
AsyncHandler<GetNetworkingTopologyRequest,GetNetworkingTopologyResponse> handler)
Gets a virtual networking topology for the current region.
|
Future<GetNetworkingTopologyResponse> |
VirtualNetworkAsyncClient.getNetworkingTopology(GetNetworkingTopologyRequest request,
AsyncHandler<GetNetworkingTopologyRequest,GetNetworkingTopologyResponse> handler) |
Future<GetNetworkSecurityGroupResponse> |
VirtualNetworkAsync.getNetworkSecurityGroup(GetNetworkSecurityGroupRequest request,
AsyncHandler<GetNetworkSecurityGroupRequest,GetNetworkSecurityGroupResponse> handler)
Gets the specified network security group’s information.
|
Future<GetNetworkSecurityGroupResponse> |
VirtualNetworkAsyncClient.getNetworkSecurityGroup(GetNetworkSecurityGroupRequest request,
AsyncHandler<GetNetworkSecurityGroupRequest,GetNetworkSecurityGroupResponse> handler) |
Future<GetPrivateIpResponse> |
VirtualNetworkAsync.getPrivateIp(GetPrivateIpRequest request,
AsyncHandler<GetPrivateIpRequest,GetPrivateIpResponse> handler)
Gets the specified private IP.
|
Future<GetPrivateIpResponse> |
VirtualNetworkAsyncClient.getPrivateIp(GetPrivateIpRequest request,
AsyncHandler<GetPrivateIpRequest,GetPrivateIpResponse> handler) |
Future<GetPublicIpResponse> |
VirtualNetworkAsync.getPublicIp(GetPublicIpRequest request,
AsyncHandler<GetPublicIpRequest,GetPublicIpResponse> handler)
Gets the specified public IP.
|
Future<GetPublicIpResponse> |
VirtualNetworkAsyncClient.getPublicIp(GetPublicIpRequest request,
AsyncHandler<GetPublicIpRequest,GetPublicIpResponse> handler) |
Future<GetPublicIpByIpAddressResponse> |
VirtualNetworkAsync.getPublicIpByIpAddress(GetPublicIpByIpAddressRequest request,
AsyncHandler<GetPublicIpByIpAddressRequest,GetPublicIpByIpAddressResponse> handler)
Gets the public IP based on the public IP address (for example, 203.0.113.2).
|
Future<GetPublicIpByIpAddressResponse> |
VirtualNetworkAsyncClient.getPublicIpByIpAddress(GetPublicIpByIpAddressRequest request,
AsyncHandler<GetPublicIpByIpAddressRequest,GetPublicIpByIpAddressResponse> handler) |
Future<GetPublicIpByPrivateIpIdResponse> |
VirtualNetworkAsync.getPublicIpByPrivateIpId(GetPublicIpByPrivateIpIdRequest request,
AsyncHandler<GetPublicIpByPrivateIpIdRequest,GetPublicIpByPrivateIpIdResponse> handler)
Gets the public IP assigned to the specified private IP.
|
Future<GetPublicIpByPrivateIpIdResponse> |
VirtualNetworkAsyncClient.getPublicIpByPrivateIpId(GetPublicIpByPrivateIpIdRequest request,
AsyncHandler<GetPublicIpByPrivateIpIdRequest,GetPublicIpByPrivateIpIdResponse> handler) |
Future<GetPublicIpPoolResponse> |
VirtualNetworkAsync.getPublicIpPool(GetPublicIpPoolRequest request,
AsyncHandler<GetPublicIpPoolRequest,GetPublicIpPoolResponse> handler)
Gets the specified PublicIpPool object.
|
Future<GetPublicIpPoolResponse> |
VirtualNetworkAsyncClient.getPublicIpPool(GetPublicIpPoolRequest request,
AsyncHandler<GetPublicIpPoolRequest,GetPublicIpPoolResponse> handler) |
Future<GetRemotePeeringConnectionResponse> |
VirtualNetworkAsync.getRemotePeeringConnection(GetRemotePeeringConnectionRequest request,
AsyncHandler<GetRemotePeeringConnectionRequest,GetRemotePeeringConnectionResponse> handler)
Get the specified remote peering connection’s information.
|
Future<GetRemotePeeringConnectionResponse> |
VirtualNetworkAsyncClient.getRemotePeeringConnection(GetRemotePeeringConnectionRequest request,
AsyncHandler<GetRemotePeeringConnectionRequest,GetRemotePeeringConnectionResponse> handler) |
Future<GetResourceIpInventoryResponse> |
VirtualNetworkAsync.getResourceIpInventory(GetResourceIpInventoryRequest request,
AsyncHandler<GetResourceIpInventoryRequest,GetResourceIpInventoryResponse> handler)
Gets the IpInventory resource.
|
Future<GetResourceIpInventoryResponse> |
VirtualNetworkAsyncClient.getResourceIpInventory(GetResourceIpInventoryRequest request,
AsyncHandler<GetResourceIpInventoryRequest,GetResourceIpInventoryResponse> handler) |
Future<GetRouteTableResponse> |
VirtualNetworkAsync.getRouteTable(GetRouteTableRequest request,
AsyncHandler<GetRouteTableRequest,GetRouteTableResponse> handler)
Gets the specified route table’s information.
|
Future<GetRouteTableResponse> |
VirtualNetworkAsyncClient.getRouteTable(GetRouteTableRequest request,
AsyncHandler<GetRouteTableRequest,GetRouteTableResponse> handler) |
Future<GetSecurityListResponse> |
VirtualNetworkAsync.getSecurityList(GetSecurityListRequest request,
AsyncHandler<GetSecurityListRequest,GetSecurityListResponse> handler)
Gets the specified security list’s information.
|
Future<GetSecurityListResponse> |
VirtualNetworkAsyncClient.getSecurityList(GetSecurityListRequest request,
AsyncHandler<GetSecurityListRequest,GetSecurityListResponse> handler) |
Future<GetServiceResponse> |
VirtualNetworkAsync.getService(GetServiceRequest request,
AsyncHandler<GetServiceRequest,GetServiceResponse> handler)
Gets the specified Service object.
|
Future<GetServiceResponse> |
VirtualNetworkAsyncClient.getService(GetServiceRequest request,
AsyncHandler<GetServiceRequest,GetServiceResponse> handler) |
Future<GetServiceGatewayResponse> |
VirtualNetworkAsync.getServiceGateway(GetServiceGatewayRequest request,
AsyncHandler<GetServiceGatewayRequest,GetServiceGatewayResponse> handler)
Gets the specified service gateway’s information.
|
Future<GetServiceGatewayResponse> |
VirtualNetworkAsyncClient.getServiceGateway(GetServiceGatewayRequest request,
AsyncHandler<GetServiceGatewayRequest,GetServiceGatewayResponse> handler) |
Future<GetSubnetResponse> |
VirtualNetworkAsync.getSubnet(GetSubnetRequest request,
AsyncHandler<GetSubnetRequest,GetSubnetResponse> handler)
Gets the specified subnet’s information.
|
Future<GetSubnetResponse> |
VirtualNetworkAsyncClient.getSubnet(GetSubnetRequest request,
AsyncHandler<GetSubnetRequest,GetSubnetResponse> handler) |
Future<GetSubnetCidrUtilizationResponse> |
VirtualNetworkAsync.getSubnetCidrUtilization(GetSubnetCidrUtilizationRequest request,
AsyncHandler<GetSubnetCidrUtilizationRequest,GetSubnetCidrUtilizationResponse> handler)
Gets the CIDR utilization data of the specified subnet.
|
Future<GetSubnetCidrUtilizationResponse> |
VirtualNetworkAsyncClient.getSubnetCidrUtilization(GetSubnetCidrUtilizationRequest request,
AsyncHandler<GetSubnetCidrUtilizationRequest,GetSubnetCidrUtilizationResponse> handler) |
Future<GetSubnetIpInventoryResponse> |
VirtualNetworkAsync.getSubnetIpInventory(GetSubnetIpInventoryRequest request,
AsyncHandler<GetSubnetIpInventoryRequest,GetSubnetIpInventoryResponse> handler)
Gets the IP Inventory data of the specified subnet.
|
Future<GetSubnetIpInventoryResponse> |
VirtualNetworkAsyncClient.getSubnetIpInventory(GetSubnetIpInventoryRequest request,
AsyncHandler<GetSubnetIpInventoryRequest,GetSubnetIpInventoryResponse> handler) |
Future<GetSubnetTopologyResponse> |
VirtualNetworkAsync.getSubnetTopology(GetSubnetTopologyRequest request,
AsyncHandler<GetSubnetTopologyRequest,GetSubnetTopologyResponse> handler)
Gets a topology for a given subnet.
|
Future<GetSubnetTopologyResponse> |
VirtualNetworkAsyncClient.getSubnetTopology(GetSubnetTopologyRequest request,
AsyncHandler<GetSubnetTopologyRequest,GetSubnetTopologyResponse> handler) |
Future<GetTunnelCpeDeviceConfigResponse> |
VirtualNetworkAsync.getTunnelCpeDeviceConfig(GetTunnelCpeDeviceConfigRequest request,
AsyncHandler<GetTunnelCpeDeviceConfigRequest,GetTunnelCpeDeviceConfigResponse> handler)
Gets the set of CPE configuration answers for the tunnel, which the customer provided in
updateTunnelCpeDeviceConfig.
|
Future<GetTunnelCpeDeviceConfigResponse> |
VirtualNetworkAsyncClient.getTunnelCpeDeviceConfig(GetTunnelCpeDeviceConfigRequest request,
AsyncHandler<GetTunnelCpeDeviceConfigRequest,GetTunnelCpeDeviceConfigResponse> handler) |
Future<GetTunnelCpeDeviceConfigContentResponse> |
VirtualNetworkAsync.getTunnelCpeDeviceConfigContent(GetTunnelCpeDeviceConfigContentRequest request,
AsyncHandler<GetTunnelCpeDeviceConfigContentRequest,GetTunnelCpeDeviceConfigContentResponse> handler)
Renders a set of CPE configuration content for the specified IPSec tunnel.
|
Future<GetTunnelCpeDeviceConfigContentResponse> |
VirtualNetworkAsyncClient.getTunnelCpeDeviceConfigContent(GetTunnelCpeDeviceConfigContentRequest request,
AsyncHandler<GetTunnelCpeDeviceConfigContentRequest,GetTunnelCpeDeviceConfigContentResponse> handler) |
Future<GetUpgradeStatusResponse> |
VirtualNetworkAsync.getUpgradeStatus(GetUpgradeStatusRequest request,
AsyncHandler<GetUpgradeStatusRequest,GetUpgradeStatusResponse> handler)
Returns the DRG upgrade status.
|
Future<GetUpgradeStatusResponse> |
VirtualNetworkAsyncClient.getUpgradeStatus(GetUpgradeStatusRequest request,
AsyncHandler<GetUpgradeStatusRequest,GetUpgradeStatusResponse> handler) |
Future<GetVcnResponse> |
VirtualNetworkAsync.getVcn(GetVcnRequest request,
AsyncHandler<GetVcnRequest,GetVcnResponse> handler)
Gets the specified VCN’s information.
|
Future<GetVcnResponse> |
VirtualNetworkAsyncClient.getVcn(GetVcnRequest request,
AsyncHandler<GetVcnRequest,GetVcnResponse> handler) |
Future<GetVcnDnsResolverAssociationResponse> |
VirtualNetworkAsync.getVcnDnsResolverAssociation(GetVcnDnsResolverAssociationRequest request,
AsyncHandler<GetVcnDnsResolverAssociationRequest,GetVcnDnsResolverAssociationResponse> handler)
Get the associated DNS resolver information with a vcn
|
Future<GetVcnDnsResolverAssociationResponse> |
VirtualNetworkAsyncClient.getVcnDnsResolverAssociation(GetVcnDnsResolverAssociationRequest request,
AsyncHandler<GetVcnDnsResolverAssociationRequest,GetVcnDnsResolverAssociationResponse> handler) |
Future<GetVcnOverlapResponse> |
VirtualNetworkAsync.getVcnOverlap(GetVcnOverlapRequest request,
AsyncHandler<GetVcnOverlapRequest,GetVcnOverlapResponse> handler)
Gets the CIDR overlap information of the specified VCN in selected compartments.
|
Future<GetVcnOverlapResponse> |
VirtualNetworkAsyncClient.getVcnOverlap(GetVcnOverlapRequest request,
AsyncHandler<GetVcnOverlapRequest,GetVcnOverlapResponse> handler) |
Future<GetVcnTopologyResponse> |
VirtualNetworkAsync.getVcnTopology(GetVcnTopologyRequest request,
AsyncHandler<GetVcnTopologyRequest,GetVcnTopologyResponse> handler)
Gets a virtual network topology for a given VCN.
|
Future<GetVcnTopologyResponse> |
VirtualNetworkAsyncClient.getVcnTopology(GetVcnTopologyRequest request,
AsyncHandler<GetVcnTopologyRequest,GetVcnTopologyResponse> handler) |
Future<GetVirtualCircuitResponse> |
VirtualNetworkAsync.getVirtualCircuit(GetVirtualCircuitRequest request,
AsyncHandler<GetVirtualCircuitRequest,GetVirtualCircuitResponse> handler)
Gets the specified virtual circuit’s information.
|
Future<GetVirtualCircuitResponse> |
VirtualNetworkAsyncClient.getVirtualCircuit(GetVirtualCircuitRequest request,
AsyncHandler<GetVirtualCircuitRequest,GetVirtualCircuitResponse> handler) |
Future<GetVlanResponse> |
VirtualNetworkAsync.getVlan(GetVlanRequest request,
AsyncHandler<GetVlanRequest,GetVlanResponse> handler)
Gets the specified VLAN’s information.
|
Future<GetVlanResponse> |
VirtualNetworkAsyncClient.getVlan(GetVlanRequest request,
AsyncHandler<GetVlanRequest,GetVlanResponse> handler) |
Future<GetVnicResponse> |
VirtualNetworkAsync.getVnic(GetVnicRequest request,
AsyncHandler<GetVnicRequest,GetVnicResponse> handler)
Gets the information for the specified virtual network interface card (VNIC).
|
Future<GetVnicResponse> |
VirtualNetworkAsyncClient.getVnic(GetVnicRequest request,
AsyncHandler<GetVnicRequest,GetVnicResponse> handler) |
Future<GetVnicAttachmentResponse> |
ComputeAsync.getVnicAttachment(GetVnicAttachmentRequest request,
AsyncHandler<GetVnicAttachmentRequest,GetVnicAttachmentResponse> handler)
Gets the information for the specified VNIC attachment.
|
Future<GetVnicAttachmentResponse> |
ComputeAsyncClient.getVnicAttachment(GetVnicAttachmentRequest request,
AsyncHandler<GetVnicAttachmentRequest,GetVnicAttachmentResponse> handler) |
Future<GetVolumeResponse> |
BlockstorageAsync.getVolume(GetVolumeRequest request,
AsyncHandler<GetVolumeRequest,GetVolumeResponse> handler)
Gets information for the specified volume.
|
Future<GetVolumeResponse> |
BlockstorageAsyncClient.getVolume(GetVolumeRequest request,
AsyncHandler<GetVolumeRequest,GetVolumeResponse> handler) |
Future<GetVolumeAttachmentResponse> |
ComputeAsync.getVolumeAttachment(GetVolumeAttachmentRequest request,
AsyncHandler<GetVolumeAttachmentRequest,GetVolumeAttachmentResponse> handler)
Gets information about the specified volume attachment.
|
Future<GetVolumeAttachmentResponse> |
ComputeAsyncClient.getVolumeAttachment(GetVolumeAttachmentRequest request,
AsyncHandler<GetVolumeAttachmentRequest,GetVolumeAttachmentResponse> handler) |
Future<GetVolumeBackupResponse> |
BlockstorageAsync.getVolumeBackup(GetVolumeBackupRequest request,
AsyncHandler<GetVolumeBackupRequest,GetVolumeBackupResponse> handler)
Gets information for the specified volume backup.
|
Future<GetVolumeBackupResponse> |
BlockstorageAsyncClient.getVolumeBackup(GetVolumeBackupRequest request,
AsyncHandler<GetVolumeBackupRequest,GetVolumeBackupResponse> handler) |
Future<GetVolumeBackupPolicyResponse> |
BlockstorageAsync.getVolumeBackupPolicy(GetVolumeBackupPolicyRequest request,
AsyncHandler<GetVolumeBackupPolicyRequest,GetVolumeBackupPolicyResponse> handler)
Gets information for the specified volume backup policy.
|
Future<GetVolumeBackupPolicyResponse> |
BlockstorageAsyncClient.getVolumeBackupPolicy(GetVolumeBackupPolicyRequest request,
AsyncHandler<GetVolumeBackupPolicyRequest,GetVolumeBackupPolicyResponse> handler) |
Future<GetVolumeBackupPolicyAssetAssignmentResponse> |
BlockstorageAsync.getVolumeBackupPolicyAssetAssignment(GetVolumeBackupPolicyAssetAssignmentRequest request,
AsyncHandler<GetVolumeBackupPolicyAssetAssignmentRequest,GetVolumeBackupPolicyAssetAssignmentResponse> handler)
Gets the volume backup policy assignment for the specified volume.
|
Future<GetVolumeBackupPolicyAssetAssignmentResponse> |
BlockstorageAsyncClient.getVolumeBackupPolicyAssetAssignment(GetVolumeBackupPolicyAssetAssignmentRequest request,
AsyncHandler<GetVolumeBackupPolicyAssetAssignmentRequest,GetVolumeBackupPolicyAssetAssignmentResponse> handler) |
Future<GetVolumeBackupPolicyAssignmentResponse> |
BlockstorageAsync.getVolumeBackupPolicyAssignment(GetVolumeBackupPolicyAssignmentRequest request,
AsyncHandler<GetVolumeBackupPolicyAssignmentRequest,GetVolumeBackupPolicyAssignmentResponse> handler)
Gets information for the specified volume backup policy assignment.
|
Future<GetVolumeBackupPolicyAssignmentResponse> |
BlockstorageAsyncClient.getVolumeBackupPolicyAssignment(GetVolumeBackupPolicyAssignmentRequest request,
AsyncHandler<GetVolumeBackupPolicyAssignmentRequest,GetVolumeBackupPolicyAssignmentResponse> handler) |
Future<GetVolumeGroupResponse> |
BlockstorageAsync.getVolumeGroup(GetVolumeGroupRequest request,
AsyncHandler<GetVolumeGroupRequest,GetVolumeGroupResponse> handler)
Gets information for the specified volume group.
|
Future<GetVolumeGroupResponse> |
BlockstorageAsyncClient.getVolumeGroup(GetVolumeGroupRequest request,
AsyncHandler<GetVolumeGroupRequest,GetVolumeGroupResponse> handler) |
Future<GetVolumeGroupBackupResponse> |
BlockstorageAsync.getVolumeGroupBackup(GetVolumeGroupBackupRequest request,
AsyncHandler<GetVolumeGroupBackupRequest,GetVolumeGroupBackupResponse> handler)
Gets information for the specified volume group backup.
|
Future<GetVolumeGroupBackupResponse> |
BlockstorageAsyncClient.getVolumeGroupBackup(GetVolumeGroupBackupRequest request,
AsyncHandler<GetVolumeGroupBackupRequest,GetVolumeGroupBackupResponse> handler) |
Future<GetVolumeGroupReplicaResponse> |
BlockstorageAsync.getVolumeGroupReplica(GetVolumeGroupReplicaRequest request,
AsyncHandler<GetVolumeGroupReplicaRequest,GetVolumeGroupReplicaResponse> handler)
Gets information for the specified volume group replica.
|
Future<GetVolumeGroupReplicaResponse> |
BlockstorageAsyncClient.getVolumeGroupReplica(GetVolumeGroupReplicaRequest request,
AsyncHandler<GetVolumeGroupReplicaRequest,GetVolumeGroupReplicaResponse> handler) |
Future<GetVolumeKmsKeyResponse> |
BlockstorageAsync.getVolumeKmsKey(GetVolumeKmsKeyRequest request,
AsyncHandler<GetVolumeKmsKeyRequest,GetVolumeKmsKeyResponse> handler)
Gets the Vault service encryption key assigned to the specified volume.
|
Future<GetVolumeKmsKeyResponse> |
BlockstorageAsyncClient.getVolumeKmsKey(GetVolumeKmsKeyRequest request,
AsyncHandler<GetVolumeKmsKeyRequest,GetVolumeKmsKeyResponse> handler) |
Future<GetVtapResponse> |
VirtualNetworkAsync.getVtap(GetVtapRequest request,
AsyncHandler<GetVtapRequest,GetVtapResponse> handler)
Gets the specified Vtap resource.
|
Future<GetVtapResponse> |
VirtualNetworkAsyncClient.getVtap(GetVtapRequest request,
AsyncHandler<GetVtapRequest,GetVtapResponse> handler) |
Future<GetWindowsInstanceInitialCredentialsResponse> |
ComputeAsync.getWindowsInstanceInitialCredentials(GetWindowsInstanceInitialCredentialsRequest request,
AsyncHandler<GetWindowsInstanceInitialCredentialsRequest,GetWindowsInstanceInitialCredentialsResponse> handler)
Gets the generated credentials for the instance.
|
Future<GetWindowsInstanceInitialCredentialsResponse> |
ComputeAsyncClient.getWindowsInstanceInitialCredentials(GetWindowsInstanceInitialCredentialsRequest request,
AsyncHandler<GetWindowsInstanceInitialCredentialsRequest,GetWindowsInstanceInitialCredentialsResponse> handler) |
Future<InstanceActionResponse> |
ComputeAsync.instanceAction(InstanceActionRequest request,
AsyncHandler<InstanceActionRequest,InstanceActionResponse> handler)
Performs one of the following power actions on the specified instance:
|
Future<InstanceActionResponse> |
ComputeAsyncClient.instanceAction(InstanceActionRequest request,
AsyncHandler<InstanceActionRequest,InstanceActionResponse> handler) |
Future<LaunchInstanceResponse> |
ComputeAsync.launchInstance(LaunchInstanceRequest request,
AsyncHandler<LaunchInstanceRequest,LaunchInstanceResponse> handler)
Creates a new instance in the specified compartment and the specified availability domain.
|
Future<LaunchInstanceResponse> |
ComputeAsyncClient.launchInstance(LaunchInstanceRequest request,
AsyncHandler<LaunchInstanceRequest,LaunchInstanceResponse> handler) |
Future<LaunchInstanceConfigurationResponse> |
ComputeManagementAsyncClient.launchInstanceConfiguration(LaunchInstanceConfigurationRequest request,
AsyncHandler<LaunchInstanceConfigurationRequest,LaunchInstanceConfigurationResponse> handler) |
Future<LaunchInstanceConfigurationResponse> |
ComputeManagementAsync.launchInstanceConfiguration(LaunchInstanceConfigurationRequest request,
AsyncHandler<LaunchInstanceConfigurationRequest,LaunchInstanceConfigurationResponse> handler)
Creates an instance from an instance configuration.
|
Future<ListAllowedPeerRegionsForRemotePeeringResponse> |
VirtualNetworkAsync.listAllowedPeerRegionsForRemotePeering(ListAllowedPeerRegionsForRemotePeeringRequest request,
AsyncHandler<ListAllowedPeerRegionsForRemotePeeringRequest,ListAllowedPeerRegionsForRemotePeeringResponse> handler)
Lists the regions that support remote VCN peering (which is peering across regions).
|
Future<ListAllowedPeerRegionsForRemotePeeringResponse> |
VirtualNetworkAsyncClient.listAllowedPeerRegionsForRemotePeering(ListAllowedPeerRegionsForRemotePeeringRequest request,
AsyncHandler<ListAllowedPeerRegionsForRemotePeeringRequest,ListAllowedPeerRegionsForRemotePeeringResponse> handler) |
Future<ListAppCatalogListingResourceVersionsResponse> |
ComputeAsync.listAppCatalogListingResourceVersions(ListAppCatalogListingResourceVersionsRequest request,
AsyncHandler<ListAppCatalogListingResourceVersionsRequest,ListAppCatalogListingResourceVersionsResponse> handler)
Gets all resource versions for a particular listing.
|
Future<ListAppCatalogListingResourceVersionsResponse> |
ComputeAsyncClient.listAppCatalogListingResourceVersions(ListAppCatalogListingResourceVersionsRequest request,
AsyncHandler<ListAppCatalogListingResourceVersionsRequest,ListAppCatalogListingResourceVersionsResponse> handler) |
Future<ListAppCatalogListingsResponse> |
ComputeAsync.listAppCatalogListings(ListAppCatalogListingsRequest request,
AsyncHandler<ListAppCatalogListingsRequest,ListAppCatalogListingsResponse> handler)
Lists the published listings.
|
Future<ListAppCatalogListingsResponse> |
ComputeAsyncClient.listAppCatalogListings(ListAppCatalogListingsRequest request,
AsyncHandler<ListAppCatalogListingsRequest,ListAppCatalogListingsResponse> handler) |
Future<ListAppCatalogSubscriptionsResponse> |
ComputeAsync.listAppCatalogSubscriptions(ListAppCatalogSubscriptionsRequest request,
AsyncHandler<ListAppCatalogSubscriptionsRequest,ListAppCatalogSubscriptionsResponse> handler)
Lists subscriptions for a compartment.
|
Future<ListAppCatalogSubscriptionsResponse> |
ComputeAsyncClient.listAppCatalogSubscriptions(ListAppCatalogSubscriptionsRequest request,
AsyncHandler<ListAppCatalogSubscriptionsRequest,ListAppCatalogSubscriptionsResponse> handler) |
Future<ListBlockVolumeReplicasResponse> |
BlockstorageAsync.listBlockVolumeReplicas(ListBlockVolumeReplicasRequest request,
AsyncHandler<ListBlockVolumeReplicasRequest,ListBlockVolumeReplicasResponse> handler)
Lists the block volume replicas in the specified compartment and availability domain.
|
Future<ListBlockVolumeReplicasResponse> |
BlockstorageAsyncClient.listBlockVolumeReplicas(ListBlockVolumeReplicasRequest request,
AsyncHandler<ListBlockVolumeReplicasRequest,ListBlockVolumeReplicasResponse> handler) |
Future<ListBootVolumeAttachmentsResponse> |
ComputeAsync.listBootVolumeAttachments(ListBootVolumeAttachmentsRequest request,
AsyncHandler<ListBootVolumeAttachmentsRequest,ListBootVolumeAttachmentsResponse> handler)
Lists the boot volume attachments in the specified compartment.
|
Future<ListBootVolumeAttachmentsResponse> |
ComputeAsyncClient.listBootVolumeAttachments(ListBootVolumeAttachmentsRequest request,
AsyncHandler<ListBootVolumeAttachmentsRequest,ListBootVolumeAttachmentsResponse> handler) |
Future<ListBootVolumeBackupsResponse> |
BlockstorageAsync.listBootVolumeBackups(ListBootVolumeBackupsRequest request,
AsyncHandler<ListBootVolumeBackupsRequest,ListBootVolumeBackupsResponse> handler)
Lists the boot volume backups in the specified compartment.
|
Future<ListBootVolumeBackupsResponse> |
BlockstorageAsyncClient.listBootVolumeBackups(ListBootVolumeBackupsRequest request,
AsyncHandler<ListBootVolumeBackupsRequest,ListBootVolumeBackupsResponse> handler) |
Future<ListBootVolumeReplicasResponse> |
BlockstorageAsync.listBootVolumeReplicas(ListBootVolumeReplicasRequest request,
AsyncHandler<ListBootVolumeReplicasRequest,ListBootVolumeReplicasResponse> handler)
Lists the boot volume replicas in the specified compartment and availability domain.
|
Future<ListBootVolumeReplicasResponse> |
BlockstorageAsyncClient.listBootVolumeReplicas(ListBootVolumeReplicasRequest request,
AsyncHandler<ListBootVolumeReplicasRequest,ListBootVolumeReplicasResponse> handler) |
Future<ListBootVolumesResponse> |
BlockstorageAsync.listBootVolumes(ListBootVolumesRequest request,
AsyncHandler<ListBootVolumesRequest,ListBootVolumesResponse> handler)
Lists the boot volumes in the specified compartment and availability domain.
|
Future<ListBootVolumesResponse> |
BlockstorageAsyncClient.listBootVolumes(ListBootVolumesRequest request,
AsyncHandler<ListBootVolumesRequest,ListBootVolumesResponse> handler) |
Future<ListByoipAllocatedRangesResponse> |
VirtualNetworkAsync.listByoipAllocatedRanges(ListByoipAllocatedRangesRequest request,
AsyncHandler<ListByoipAllocatedRangesRequest,ListByoipAllocatedRangesResponse> handler)
Lists the subranges of a BYOIP CIDR block currently allocated to an IP pool.
|
Future<ListByoipAllocatedRangesResponse> |
VirtualNetworkAsyncClient.listByoipAllocatedRanges(ListByoipAllocatedRangesRequest request,
AsyncHandler<ListByoipAllocatedRangesRequest,ListByoipAllocatedRangesResponse> handler) |
Future<ListByoipRangesResponse> |
VirtualNetworkAsync.listByoipRanges(ListByoipRangesRequest request,
AsyncHandler<ListByoipRangesRequest,ListByoipRangesResponse> handler)
Lists the ByoipRange resources in the specified compartment.
|
Future<ListByoipRangesResponse> |
VirtualNetworkAsyncClient.listByoipRanges(ListByoipRangesRequest request,
AsyncHandler<ListByoipRangesRequest,ListByoipRangesResponse> handler) |
Future<ListCaptureFiltersResponse> |
VirtualNetworkAsync.listCaptureFilters(ListCaptureFiltersRequest request,
AsyncHandler<ListCaptureFiltersRequest,ListCaptureFiltersResponse> handler)
Lists the capture filters in the specified compartment.
|
Future<ListCaptureFiltersResponse> |
VirtualNetworkAsyncClient.listCaptureFilters(ListCaptureFiltersRequest request,
AsyncHandler<ListCaptureFiltersRequest,ListCaptureFiltersResponse> handler) |
Future<ListClusterNetworkInstancesResponse> |
ComputeManagementAsyncClient.listClusterNetworkInstances(ListClusterNetworkInstancesRequest request,
AsyncHandler<ListClusterNetworkInstancesRequest,ListClusterNetworkInstancesResponse> handler) |
Future<ListClusterNetworkInstancesResponse> |
ComputeManagementAsync.listClusterNetworkInstances(ListClusterNetworkInstancesRequest request,
AsyncHandler<ListClusterNetworkInstancesRequest,ListClusterNetworkInstancesResponse> handler)
|
Future<ListClusterNetworksResponse> |
ComputeManagementAsyncClient.listClusterNetworks(ListClusterNetworksRequest request,
AsyncHandler<ListClusterNetworksRequest,ListClusterNetworksResponse> handler) |
Future<ListClusterNetworksResponse> |
ComputeManagementAsync.listClusterNetworks(ListClusterNetworksRequest request,
AsyncHandler<ListClusterNetworksRequest,ListClusterNetworksResponse> handler)
|
Future<ListComputeCapacityReservationInstancesResponse> |
ComputeAsync.listComputeCapacityReservationInstances(ListComputeCapacityReservationInstancesRequest request,
AsyncHandler<ListComputeCapacityReservationInstancesRequest,ListComputeCapacityReservationInstancesResponse> handler)
Lists the instances launched under a capacity reservation.
|
Future<ListComputeCapacityReservationInstancesResponse> |
ComputeAsyncClient.listComputeCapacityReservationInstances(ListComputeCapacityReservationInstancesRequest request,
AsyncHandler<ListComputeCapacityReservationInstancesRequest,ListComputeCapacityReservationInstancesResponse> handler) |
Future<ListComputeCapacityReservationInstanceShapesResponse> |
ComputeAsync.listComputeCapacityReservationInstanceShapes(ListComputeCapacityReservationInstanceShapesRequest request,
AsyncHandler<ListComputeCapacityReservationInstanceShapesRequest,ListComputeCapacityReservationInstanceShapesResponse> handler)
Lists the shapes that can be reserved within the specified compartment.
|
Future<ListComputeCapacityReservationInstanceShapesResponse> |
ComputeAsyncClient.listComputeCapacityReservationInstanceShapes(ListComputeCapacityReservationInstanceShapesRequest request,
AsyncHandler<ListComputeCapacityReservationInstanceShapesRequest,ListComputeCapacityReservationInstanceShapesResponse> handler) |
Future<ListComputeCapacityReservationsResponse> |
ComputeAsync.listComputeCapacityReservations(ListComputeCapacityReservationsRequest request,
AsyncHandler<ListComputeCapacityReservationsRequest,ListComputeCapacityReservationsResponse> handler)
Lists the compute capacity reservations that match the specified criteria and compartment.
|
Future<ListComputeCapacityReservationsResponse> |
ComputeAsyncClient.listComputeCapacityReservations(ListComputeCapacityReservationsRequest request,
AsyncHandler<ListComputeCapacityReservationsRequest,ListComputeCapacityReservationsResponse> handler) |
Future<ListComputeCapacityTopologiesResponse> |
ComputeAsync.listComputeCapacityTopologies(ListComputeCapacityTopologiesRequest request,
AsyncHandler<ListComputeCapacityTopologiesRequest,ListComputeCapacityTopologiesResponse> handler)
Lists the compute capacity topologies in the specified compartment.
|
Future<ListComputeCapacityTopologiesResponse> |
ComputeAsyncClient.listComputeCapacityTopologies(ListComputeCapacityTopologiesRequest request,
AsyncHandler<ListComputeCapacityTopologiesRequest,ListComputeCapacityTopologiesResponse> handler) |
Future<ListComputeCapacityTopologyComputeBareMetalHostsResponse> |
ComputeAsync.listComputeCapacityTopologyComputeBareMetalHosts(ListComputeCapacityTopologyComputeBareMetalHostsRequest request,
AsyncHandler<ListComputeCapacityTopologyComputeBareMetalHostsRequest,ListComputeCapacityTopologyComputeBareMetalHostsResponse> handler)
Lists compute bare metal hosts in the specified compute capacity topology.
|
Future<ListComputeCapacityTopologyComputeBareMetalHostsResponse> |
ComputeAsyncClient.listComputeCapacityTopologyComputeBareMetalHosts(ListComputeCapacityTopologyComputeBareMetalHostsRequest request,
AsyncHandler<ListComputeCapacityTopologyComputeBareMetalHostsRequest,ListComputeCapacityTopologyComputeBareMetalHostsResponse> handler) |
Future<ListComputeCapacityTopologyComputeHpcIslandsResponse> |
ComputeAsync.listComputeCapacityTopologyComputeHpcIslands(ListComputeCapacityTopologyComputeHpcIslandsRequest request,
AsyncHandler<ListComputeCapacityTopologyComputeHpcIslandsRequest,ListComputeCapacityTopologyComputeHpcIslandsResponse> handler)
Lists compute HPC islands in the specified compute capacity topology.
|
Future<ListComputeCapacityTopologyComputeHpcIslandsResponse> |
ComputeAsyncClient.listComputeCapacityTopologyComputeHpcIslands(ListComputeCapacityTopologyComputeHpcIslandsRequest request,
AsyncHandler<ListComputeCapacityTopologyComputeHpcIslandsRequest,ListComputeCapacityTopologyComputeHpcIslandsResponse> handler) |
Future<ListComputeCapacityTopologyComputeNetworkBlocksResponse> |
ComputeAsync.listComputeCapacityTopologyComputeNetworkBlocks(ListComputeCapacityTopologyComputeNetworkBlocksRequest request,
AsyncHandler<ListComputeCapacityTopologyComputeNetworkBlocksRequest,ListComputeCapacityTopologyComputeNetworkBlocksResponse> handler)
Lists compute network blocks in the specified compute capacity topology.
|
Future<ListComputeCapacityTopologyComputeNetworkBlocksResponse> |
ComputeAsyncClient.listComputeCapacityTopologyComputeNetworkBlocks(ListComputeCapacityTopologyComputeNetworkBlocksRequest request,
AsyncHandler<ListComputeCapacityTopologyComputeNetworkBlocksRequest,ListComputeCapacityTopologyComputeNetworkBlocksResponse> handler) |
Future<ListComputeClustersResponse> |
ComputeAsync.listComputeClusters(ListComputeClustersRequest request,
AsyncHandler<ListComputeClustersRequest,ListComputeClustersResponse> handler)
Lists the compute clusters in the specified compartment.
|
Future<ListComputeClustersResponse> |
ComputeAsyncClient.listComputeClusters(ListComputeClustersRequest request,
AsyncHandler<ListComputeClustersRequest,ListComputeClustersResponse> handler) |
Future<ListComputeGlobalImageCapabilitySchemasResponse> |
ComputeAsync.listComputeGlobalImageCapabilitySchemas(ListComputeGlobalImageCapabilitySchemasRequest request,
AsyncHandler<ListComputeGlobalImageCapabilitySchemasRequest,ListComputeGlobalImageCapabilitySchemasResponse> handler)
Lists Compute Global Image Capability Schema in the specified compartment.
|
Future<ListComputeGlobalImageCapabilitySchemasResponse> |
ComputeAsyncClient.listComputeGlobalImageCapabilitySchemas(ListComputeGlobalImageCapabilitySchemasRequest request,
AsyncHandler<ListComputeGlobalImageCapabilitySchemasRequest,ListComputeGlobalImageCapabilitySchemasResponse> handler) |
Future<ListComputeGlobalImageCapabilitySchemaVersionsResponse> |
ComputeAsync.listComputeGlobalImageCapabilitySchemaVersions(ListComputeGlobalImageCapabilitySchemaVersionsRequest request,
AsyncHandler<ListComputeGlobalImageCapabilitySchemaVersionsRequest,ListComputeGlobalImageCapabilitySchemaVersionsResponse> handler)
Lists Compute Global Image Capability Schema versions in the specified compartment.
|
Future<ListComputeGlobalImageCapabilitySchemaVersionsResponse> |
ComputeAsyncClient.listComputeGlobalImageCapabilitySchemaVersions(ListComputeGlobalImageCapabilitySchemaVersionsRequest request,
AsyncHandler<ListComputeGlobalImageCapabilitySchemaVersionsRequest,ListComputeGlobalImageCapabilitySchemaVersionsResponse> handler) |
Future<ListComputeImageCapabilitySchemasResponse> |
ComputeAsync.listComputeImageCapabilitySchemas(ListComputeImageCapabilitySchemasRequest request,
AsyncHandler<ListComputeImageCapabilitySchemasRequest,ListComputeImageCapabilitySchemasResponse> handler)
Lists Compute Image Capability Schema in the specified compartment.
|
Future<ListComputeImageCapabilitySchemasResponse> |
ComputeAsyncClient.listComputeImageCapabilitySchemas(ListComputeImageCapabilitySchemasRequest request,
AsyncHandler<ListComputeImageCapabilitySchemasRequest,ListComputeImageCapabilitySchemasResponse> handler) |
Future<ListConsoleHistoriesResponse> |
ComputeAsync.listConsoleHistories(ListConsoleHistoriesRequest request,
AsyncHandler<ListConsoleHistoriesRequest,ListConsoleHistoriesResponse> handler)
Lists the console history metadata for the specified compartment or instance.
|
Future<ListConsoleHistoriesResponse> |
ComputeAsyncClient.listConsoleHistories(ListConsoleHistoriesRequest request,
AsyncHandler<ListConsoleHistoriesRequest,ListConsoleHistoriesResponse> handler) |
Future<ListCpeDeviceShapesResponse> |
VirtualNetworkAsync.listCpeDeviceShapes(ListCpeDeviceShapesRequest request,
AsyncHandler<ListCpeDeviceShapesRequest,ListCpeDeviceShapesResponse> handler)
Lists the CPE device types that the Networking service provides CPE configuration content for
(example: Cisco ASA).
|
Future<ListCpeDeviceShapesResponse> |
VirtualNetworkAsyncClient.listCpeDeviceShapes(ListCpeDeviceShapesRequest request,
AsyncHandler<ListCpeDeviceShapesRequest,ListCpeDeviceShapesResponse> handler) |
Future<ListCpesResponse> |
VirtualNetworkAsync.listCpes(ListCpesRequest request,
AsyncHandler<ListCpesRequest,ListCpesResponse> handler)
Lists the customer-premises equipment objects (CPEs) in the specified compartment.
|
Future<ListCpesResponse> |
VirtualNetworkAsyncClient.listCpes(ListCpesRequest request,
AsyncHandler<ListCpesRequest,ListCpesResponse> handler) |
Future<ListCrossConnectGroupsResponse> |
VirtualNetworkAsync.listCrossConnectGroups(ListCrossConnectGroupsRequest request,
AsyncHandler<ListCrossConnectGroupsRequest,ListCrossConnectGroupsResponse> handler)
Lists the cross-connect groups in the specified compartment.
|
Future<ListCrossConnectGroupsResponse> |
VirtualNetworkAsyncClient.listCrossConnectGroups(ListCrossConnectGroupsRequest request,
AsyncHandler<ListCrossConnectGroupsRequest,ListCrossConnectGroupsResponse> handler) |
Future<ListCrossConnectLocationsResponse> |
VirtualNetworkAsync.listCrossConnectLocations(ListCrossConnectLocationsRequest request,
AsyncHandler<ListCrossConnectLocationsRequest,ListCrossConnectLocationsResponse> handler)
Lists the available FastConnect locations for cross-connect installation.
|
Future<ListCrossConnectLocationsResponse> |
VirtualNetworkAsyncClient.listCrossConnectLocations(ListCrossConnectLocationsRequest request,
AsyncHandler<ListCrossConnectLocationsRequest,ListCrossConnectLocationsResponse> handler) |
Future<ListCrossConnectMappingsResponse> |
VirtualNetworkAsync.listCrossConnectMappings(ListCrossConnectMappingsRequest request,
AsyncHandler<ListCrossConnectMappingsRequest,ListCrossConnectMappingsResponse> handler)
Lists the Cross Connect mapping Details for the specified virtual circuit.
|
Future<ListCrossConnectMappingsResponse> |
VirtualNetworkAsyncClient.listCrossConnectMappings(ListCrossConnectMappingsRequest request,
AsyncHandler<ListCrossConnectMappingsRequest,ListCrossConnectMappingsResponse> handler) |
Future<ListCrossconnectPortSpeedShapesResponse> |
VirtualNetworkAsync.listCrossconnectPortSpeedShapes(ListCrossconnectPortSpeedShapesRequest request,
AsyncHandler<ListCrossconnectPortSpeedShapesRequest,ListCrossconnectPortSpeedShapesResponse> handler)
Lists the available port speeds for cross-connects.
|
Future<ListCrossconnectPortSpeedShapesResponse> |
VirtualNetworkAsyncClient.listCrossconnectPortSpeedShapes(ListCrossconnectPortSpeedShapesRequest request,
AsyncHandler<ListCrossconnectPortSpeedShapesRequest,ListCrossconnectPortSpeedShapesResponse> handler) |
Future<ListCrossConnectsResponse> |
VirtualNetworkAsync.listCrossConnects(ListCrossConnectsRequest request,
AsyncHandler<ListCrossConnectsRequest,ListCrossConnectsResponse> handler)
Lists the cross-connects in the specified compartment.
|
Future<ListCrossConnectsResponse> |
VirtualNetworkAsyncClient.listCrossConnects(ListCrossConnectsRequest request,
AsyncHandler<ListCrossConnectsRequest,ListCrossConnectsResponse> handler) |
Future<ListDedicatedVmHostInstancesResponse> |
ComputeAsync.listDedicatedVmHostInstances(ListDedicatedVmHostInstancesRequest request,
AsyncHandler<ListDedicatedVmHostInstancesRequest,ListDedicatedVmHostInstancesResponse> handler)
Returns the list of instances on the dedicated virtual machine hosts that match the specified
criteria.
|
Future<ListDedicatedVmHostInstancesResponse> |
ComputeAsyncClient.listDedicatedVmHostInstances(ListDedicatedVmHostInstancesRequest request,
AsyncHandler<ListDedicatedVmHostInstancesRequest,ListDedicatedVmHostInstancesResponse> handler) |
Future<ListDedicatedVmHostInstanceShapesResponse> |
ComputeAsync.listDedicatedVmHostInstanceShapes(ListDedicatedVmHostInstanceShapesRequest request,
AsyncHandler<ListDedicatedVmHostInstanceShapesRequest,ListDedicatedVmHostInstanceShapesResponse> handler)
Lists the shapes that can be used to launch a virtual machine instance on a dedicated virtual
machine host within the specified compartment.
|
Future<ListDedicatedVmHostInstanceShapesResponse> |
ComputeAsyncClient.listDedicatedVmHostInstanceShapes(ListDedicatedVmHostInstanceShapesRequest request,
AsyncHandler<ListDedicatedVmHostInstanceShapesRequest,ListDedicatedVmHostInstanceShapesResponse> handler) |
Future<ListDedicatedVmHostsResponse> |
ComputeAsync.listDedicatedVmHosts(ListDedicatedVmHostsRequest request,
AsyncHandler<ListDedicatedVmHostsRequest,ListDedicatedVmHostsResponse> handler)
Returns the list of dedicated virtual machine hosts that match the specified criteria in the
specified compartment.
|
Future<ListDedicatedVmHostsResponse> |
ComputeAsyncClient.listDedicatedVmHosts(ListDedicatedVmHostsRequest request,
AsyncHandler<ListDedicatedVmHostsRequest,ListDedicatedVmHostsResponse> handler) |
Future<ListDedicatedVmHostShapesResponse> |
ComputeAsync.listDedicatedVmHostShapes(ListDedicatedVmHostShapesRequest request,
AsyncHandler<ListDedicatedVmHostShapesRequest,ListDedicatedVmHostShapesResponse> handler)
Lists the shapes that can be used to launch a dedicated virtual machine host within the
specified compartment.
|
Future<ListDedicatedVmHostShapesResponse> |
ComputeAsyncClient.listDedicatedVmHostShapes(ListDedicatedVmHostShapesRequest request,
AsyncHandler<ListDedicatedVmHostShapesRequest,ListDedicatedVmHostShapesResponse> handler) |
Future<ListDhcpOptionsResponse> |
VirtualNetworkAsync.listDhcpOptions(ListDhcpOptionsRequest request,
AsyncHandler<ListDhcpOptionsRequest,ListDhcpOptionsResponse> handler)
Lists the sets of DHCP options in the specified VCN and specified compartment.
|
Future<ListDhcpOptionsResponse> |
VirtualNetworkAsyncClient.listDhcpOptions(ListDhcpOptionsRequest request,
AsyncHandler<ListDhcpOptionsRequest,ListDhcpOptionsResponse> handler) |
Future<ListDrgAttachmentsResponse> |
VirtualNetworkAsync.listDrgAttachments(ListDrgAttachmentsRequest request,
AsyncHandler<ListDrgAttachmentsRequest,ListDrgAttachmentsResponse> handler)
Lists the DrgAttachment resource for the specified compartment.
|
Future<ListDrgAttachmentsResponse> |
VirtualNetworkAsyncClient.listDrgAttachments(ListDrgAttachmentsRequest request,
AsyncHandler<ListDrgAttachmentsRequest,ListDrgAttachmentsResponse> handler) |
Future<ListDrgRouteDistributionsResponse> |
VirtualNetworkAsync.listDrgRouteDistributions(ListDrgRouteDistributionsRequest request,
AsyncHandler<ListDrgRouteDistributionsRequest,ListDrgRouteDistributionsResponse> handler)
Lists the route distributions in the specified DRG.
|
Future<ListDrgRouteDistributionsResponse> |
VirtualNetworkAsyncClient.listDrgRouteDistributions(ListDrgRouteDistributionsRequest request,
AsyncHandler<ListDrgRouteDistributionsRequest,ListDrgRouteDistributionsResponse> handler) |
Future<ListDrgRouteDistributionStatementsResponse> |
VirtualNetworkAsync.listDrgRouteDistributionStatements(ListDrgRouteDistributionStatementsRequest request,
AsyncHandler<ListDrgRouteDistributionStatementsRequest,ListDrgRouteDistributionStatementsResponse> handler)
Lists the statements for the specified route distribution.
|
Future<ListDrgRouteDistributionStatementsResponse> |
VirtualNetworkAsyncClient.listDrgRouteDistributionStatements(ListDrgRouteDistributionStatementsRequest request,
AsyncHandler<ListDrgRouteDistributionStatementsRequest,ListDrgRouteDistributionStatementsResponse> handler) |
Future<ListDrgRouteRulesResponse> |
VirtualNetworkAsync.listDrgRouteRules(ListDrgRouteRulesRequest request,
AsyncHandler<ListDrgRouteRulesRequest,ListDrgRouteRulesResponse> handler)
Lists the route rules in the specified DRG route table.
|
Future<ListDrgRouteRulesResponse> |
VirtualNetworkAsyncClient.listDrgRouteRules(ListDrgRouteRulesRequest request,
AsyncHandler<ListDrgRouteRulesRequest,ListDrgRouteRulesResponse> handler) |
Future<ListDrgRouteTablesResponse> |
VirtualNetworkAsync.listDrgRouteTables(ListDrgRouteTablesRequest request,
AsyncHandler<ListDrgRouteTablesRequest,ListDrgRouteTablesResponse> handler)
Lists the DRG route tables for the specified DRG.
|
Future<ListDrgRouteTablesResponse> |
VirtualNetworkAsyncClient.listDrgRouteTables(ListDrgRouteTablesRequest request,
AsyncHandler<ListDrgRouteTablesRequest,ListDrgRouteTablesResponse> handler) |
Future<ListDrgsResponse> |
VirtualNetworkAsync.listDrgs(ListDrgsRequest request,
AsyncHandler<ListDrgsRequest,ListDrgsResponse> handler)
Lists the DRGs in the specified compartment.
|
Future<ListDrgsResponse> |
VirtualNetworkAsyncClient.listDrgs(ListDrgsRequest request,
AsyncHandler<ListDrgsRequest,ListDrgsResponse> handler) |
Future<ListFastConnectProviderServicesResponse> |
VirtualNetworkAsync.listFastConnectProviderServices(ListFastConnectProviderServicesRequest request,
AsyncHandler<ListFastConnectProviderServicesRequest,ListFastConnectProviderServicesResponse> handler)
Lists the service offerings from supported providers.
|
Future<ListFastConnectProviderServicesResponse> |
VirtualNetworkAsyncClient.listFastConnectProviderServices(ListFastConnectProviderServicesRequest request,
AsyncHandler<ListFastConnectProviderServicesRequest,ListFastConnectProviderServicesResponse> handler) |
Future<ListFastConnectProviderVirtualCircuitBandwidthShapesResponse> |
VirtualNetworkAsync.listFastConnectProviderVirtualCircuitBandwidthShapes(ListFastConnectProviderVirtualCircuitBandwidthShapesRequest request,
AsyncHandler<ListFastConnectProviderVirtualCircuitBandwidthShapesRequest,ListFastConnectProviderVirtualCircuitBandwidthShapesResponse> handler)
Gets the list of available virtual circuit bandwidth levels for a provider.
|
Future<ListFastConnectProviderVirtualCircuitBandwidthShapesResponse> |
VirtualNetworkAsyncClient.listFastConnectProviderVirtualCircuitBandwidthShapes(ListFastConnectProviderVirtualCircuitBandwidthShapesRequest request,
AsyncHandler<ListFastConnectProviderVirtualCircuitBandwidthShapesRequest,ListFastConnectProviderVirtualCircuitBandwidthShapesResponse> handler) |
Future<ListImagesResponse> |
ComputeAsync.listImages(ListImagesRequest request,
AsyncHandler<ListImagesRequest,ListImagesResponse> handler)
|
Future<ListImagesResponse> |
ComputeAsyncClient.listImages(ListImagesRequest request,
AsyncHandler<ListImagesRequest,ListImagesResponse> handler) |
Future<ListImageShapeCompatibilityEntriesResponse> |
ComputeAsync.listImageShapeCompatibilityEntries(ListImageShapeCompatibilityEntriesRequest request,
AsyncHandler<ListImageShapeCompatibilityEntriesRequest,ListImageShapeCompatibilityEntriesResponse> handler)
Lists the compatible shapes for the specified image.
|
Future<ListImageShapeCompatibilityEntriesResponse> |
ComputeAsyncClient.listImageShapeCompatibilityEntries(ListImageShapeCompatibilityEntriesRequest request,
AsyncHandler<ListImageShapeCompatibilityEntriesRequest,ListImageShapeCompatibilityEntriesResponse> handler) |
Future<ListInstanceConfigurationsResponse> |
ComputeManagementAsyncClient.listInstanceConfigurations(ListInstanceConfigurationsRequest request,
AsyncHandler<ListInstanceConfigurationsRequest,ListInstanceConfigurationsResponse> handler) |
Future<ListInstanceConfigurationsResponse> |
ComputeManagementAsync.listInstanceConfigurations(ListInstanceConfigurationsRequest request,
AsyncHandler<ListInstanceConfigurationsRequest,ListInstanceConfigurationsResponse> handler)
Lists the instance configurations in the specified compartment.
|
Future<ListInstanceConsoleConnectionsResponse> |
ComputeAsync.listInstanceConsoleConnections(ListInstanceConsoleConnectionsRequest request,
AsyncHandler<ListInstanceConsoleConnectionsRequest,ListInstanceConsoleConnectionsResponse> handler)
Lists the console connections for the specified compartment or instance.
|
Future<ListInstanceConsoleConnectionsResponse> |
ComputeAsyncClient.listInstanceConsoleConnections(ListInstanceConsoleConnectionsRequest request,
AsyncHandler<ListInstanceConsoleConnectionsRequest,ListInstanceConsoleConnectionsResponse> handler) |
Future<ListInstanceDevicesResponse> |
ComputeAsync.listInstanceDevices(ListInstanceDevicesRequest request,
AsyncHandler<ListInstanceDevicesRequest,ListInstanceDevicesResponse> handler)
Gets a list of all the devices for given instance.
|
Future<ListInstanceDevicesResponse> |
ComputeAsyncClient.listInstanceDevices(ListInstanceDevicesRequest request,
AsyncHandler<ListInstanceDevicesRequest,ListInstanceDevicesResponse> handler) |
Future<ListInstanceMaintenanceEventsResponse> |
ComputeAsync.listInstanceMaintenanceEvents(ListInstanceMaintenanceEventsRequest request,
AsyncHandler<ListInstanceMaintenanceEventsRequest,ListInstanceMaintenanceEventsResponse> handler)
Gets a list of all the maintenance events for the given instance.
|
Future<ListInstanceMaintenanceEventsResponse> |
ComputeAsyncClient.listInstanceMaintenanceEvents(ListInstanceMaintenanceEventsRequest request,
AsyncHandler<ListInstanceMaintenanceEventsRequest,ListInstanceMaintenanceEventsResponse> handler) |
Future<ListInstancePoolInstancesResponse> |
ComputeManagementAsyncClient.listInstancePoolInstances(ListInstancePoolInstancesRequest request,
AsyncHandler<ListInstancePoolInstancesRequest,ListInstancePoolInstancesResponse> handler) |
Future<ListInstancePoolInstancesResponse> |
ComputeManagementAsync.listInstancePoolInstances(ListInstancePoolInstancesRequest request,
AsyncHandler<ListInstancePoolInstancesRequest,ListInstancePoolInstancesResponse> handler)
List the instances in the specified instance pool.
|
Future<ListInstancePoolsResponse> |
ComputeManagementAsyncClient.listInstancePools(ListInstancePoolsRequest request,
AsyncHandler<ListInstancePoolsRequest,ListInstancePoolsResponse> handler) |
Future<ListInstancePoolsResponse> |
ComputeManagementAsync.listInstancePools(ListInstancePoolsRequest request,
AsyncHandler<ListInstancePoolsRequest,ListInstancePoolsResponse> handler)
Lists the instance pools in the specified compartment.
|
Future<ListInstancesResponse> |
ComputeAsync.listInstances(ListInstancesRequest request,
AsyncHandler<ListInstancesRequest,ListInstancesResponse> handler)
Lists the instances in the specified compartment and the specified availability domain.
|
Future<ListInstancesResponse> |
ComputeAsyncClient.listInstances(ListInstancesRequest request,
AsyncHandler<ListInstancesRequest,ListInstancesResponse> handler) |
Future<ListInternetGatewaysResponse> |
VirtualNetworkAsync.listInternetGateways(ListInternetGatewaysRequest request,
AsyncHandler<ListInternetGatewaysRequest,ListInternetGatewaysResponse> handler)
Lists the internet gateways in the specified VCN and the specified compartment.
|
Future<ListInternetGatewaysResponse> |
VirtualNetworkAsyncClient.listInternetGateways(ListInternetGatewaysRequest request,
AsyncHandler<ListInternetGatewaysRequest,ListInternetGatewaysResponse> handler) |
Future<ListIpInventoryResponse> |
VirtualNetworkAsync.listIpInventory(ListIpInventoryRequest request,
AsyncHandler<ListIpInventoryRequest,ListIpInventoryResponse> handler)
Lists the IP Inventory information in the selected compartments.
|
Future<ListIpInventoryResponse> |
VirtualNetworkAsyncClient.listIpInventory(ListIpInventoryRequest request,
AsyncHandler<ListIpInventoryRequest,ListIpInventoryResponse> handler) |
Future<ListIPSecConnectionsResponse> |
VirtualNetworkAsync.listIPSecConnections(ListIPSecConnectionsRequest request,
AsyncHandler<ListIPSecConnectionsRequest,ListIPSecConnectionsResponse> handler)
Lists the IPSec connections for the specified compartment.
|
Future<ListIPSecConnectionsResponse> |
VirtualNetworkAsyncClient.listIPSecConnections(ListIPSecConnectionsRequest request,
AsyncHandler<ListIPSecConnectionsRequest,ListIPSecConnectionsResponse> handler) |
Future<ListIPSecConnectionTunnelRoutesResponse> |
VirtualNetworkAsync.listIPSecConnectionTunnelRoutes(ListIPSecConnectionTunnelRoutesRequest request,
AsyncHandler<ListIPSecConnectionTunnelRoutesRequest,ListIPSecConnectionTunnelRoutesResponse> handler)
The routes advertised to the on-premises network and the routes received from the on-premises
network.
|
Future<ListIPSecConnectionTunnelRoutesResponse> |
VirtualNetworkAsyncClient.listIPSecConnectionTunnelRoutes(ListIPSecConnectionTunnelRoutesRequest request,
AsyncHandler<ListIPSecConnectionTunnelRoutesRequest,ListIPSecConnectionTunnelRoutesResponse> handler) |
Future<ListIPSecConnectionTunnelsResponse> |
VirtualNetworkAsync.listIPSecConnectionTunnels(ListIPSecConnectionTunnelsRequest request,
AsyncHandler<ListIPSecConnectionTunnelsRequest,ListIPSecConnectionTunnelsResponse> handler)
Lists the tunnel information for the specified IPSec connection.
|
Future<ListIPSecConnectionTunnelsResponse> |
VirtualNetworkAsyncClient.listIPSecConnectionTunnels(ListIPSecConnectionTunnelsRequest request,
AsyncHandler<ListIPSecConnectionTunnelsRequest,ListIPSecConnectionTunnelsResponse> handler) |
Future<ListIPSecConnectionTunnelSecurityAssociationsResponse> |
VirtualNetworkAsync.listIPSecConnectionTunnelSecurityAssociations(ListIPSecConnectionTunnelSecurityAssociationsRequest request,
AsyncHandler<ListIPSecConnectionTunnelSecurityAssociationsRequest,ListIPSecConnectionTunnelSecurityAssociationsResponse> handler)
Lists the tunnel security associations information for the specified IPSec tunnel ID.
|
Future<ListIPSecConnectionTunnelSecurityAssociationsResponse> |
VirtualNetworkAsyncClient.listIPSecConnectionTunnelSecurityAssociations(ListIPSecConnectionTunnelSecurityAssociationsRequest request,
AsyncHandler<ListIPSecConnectionTunnelSecurityAssociationsRequest,ListIPSecConnectionTunnelSecurityAssociationsResponse> handler) |
Future<ListIpv6sResponse> |
VirtualNetworkAsync.listIpv6s(ListIpv6sRequest request,
AsyncHandler<ListIpv6sRequest,ListIpv6sResponse> handler)
Lists the Ipv6 objects based on one of these filters:
|
Future<ListIpv6sResponse> |
VirtualNetworkAsyncClient.listIpv6s(ListIpv6sRequest request,
AsyncHandler<ListIpv6sRequest,ListIpv6sResponse> handler) |
Future<ListLocalPeeringGatewaysResponse> |
VirtualNetworkAsync.listLocalPeeringGateways(ListLocalPeeringGatewaysRequest request,
AsyncHandler<ListLocalPeeringGatewaysRequest,ListLocalPeeringGatewaysResponse> handler)
Lists the local peering gateways (LPGs) for the specified VCN and specified compartment.
|
Future<ListLocalPeeringGatewaysResponse> |
VirtualNetworkAsyncClient.listLocalPeeringGateways(ListLocalPeeringGatewaysRequest request,
AsyncHandler<ListLocalPeeringGatewaysRequest,ListLocalPeeringGatewaysResponse> handler) |
Future<ListNatGatewaysResponse> |
VirtualNetworkAsync.listNatGateways(ListNatGatewaysRequest request,
AsyncHandler<ListNatGatewaysRequest,ListNatGatewaysResponse> handler)
Lists the NAT gateways in the specified compartment.
|
Future<ListNatGatewaysResponse> |
VirtualNetworkAsyncClient.listNatGateways(ListNatGatewaysRequest request,
AsyncHandler<ListNatGatewaysRequest,ListNatGatewaysResponse> handler) |
Future<ListNetworkSecurityGroupsResponse> |
VirtualNetworkAsync.listNetworkSecurityGroups(ListNetworkSecurityGroupsRequest request,
AsyncHandler<ListNetworkSecurityGroupsRequest,ListNetworkSecurityGroupsResponse> handler)
Lists either the network security groups in the specified compartment, or those associated
with the specified VLAN.
|
Future<ListNetworkSecurityGroupsResponse> |
VirtualNetworkAsyncClient.listNetworkSecurityGroups(ListNetworkSecurityGroupsRequest request,
AsyncHandler<ListNetworkSecurityGroupsRequest,ListNetworkSecurityGroupsResponse> handler) |
Future<ListNetworkSecurityGroupSecurityRulesResponse> |
VirtualNetworkAsync.listNetworkSecurityGroupSecurityRules(ListNetworkSecurityGroupSecurityRulesRequest request,
AsyncHandler<ListNetworkSecurityGroupSecurityRulesRequest,ListNetworkSecurityGroupSecurityRulesResponse> handler)
Lists the security rules in the specified network security group.
|
Future<ListNetworkSecurityGroupSecurityRulesResponse> |
VirtualNetworkAsyncClient.listNetworkSecurityGroupSecurityRules(ListNetworkSecurityGroupSecurityRulesRequest request,
AsyncHandler<ListNetworkSecurityGroupSecurityRulesRequest,ListNetworkSecurityGroupSecurityRulesResponse> handler) |
Future<ListNetworkSecurityGroupVnicsResponse> |
VirtualNetworkAsync.listNetworkSecurityGroupVnics(ListNetworkSecurityGroupVnicsRequest request,
AsyncHandler<ListNetworkSecurityGroupVnicsRequest,ListNetworkSecurityGroupVnicsResponse> handler)
Lists the VNICs in the specified network security group.
|
Future<ListNetworkSecurityGroupVnicsResponse> |
VirtualNetworkAsyncClient.listNetworkSecurityGroupVnics(ListNetworkSecurityGroupVnicsRequest request,
AsyncHandler<ListNetworkSecurityGroupVnicsRequest,ListNetworkSecurityGroupVnicsResponse> handler) |
Future<ListPrivateIpsResponse> |
VirtualNetworkAsync.listPrivateIps(ListPrivateIpsRequest request,
AsyncHandler<ListPrivateIpsRequest,ListPrivateIpsResponse> handler)
Lists the PrivateIp objects based on one of these filters:
|
Future<ListPrivateIpsResponse> |
VirtualNetworkAsyncClient.listPrivateIps(ListPrivateIpsRequest request,
AsyncHandler<ListPrivateIpsRequest,ListPrivateIpsResponse> handler) |
Future<ListPublicIpPoolsResponse> |
VirtualNetworkAsync.listPublicIpPools(ListPublicIpPoolsRequest request,
AsyncHandler<ListPublicIpPoolsRequest,ListPublicIpPoolsResponse> handler)
Lists the public IP pools in the specified compartment.
|
Future<ListPublicIpPoolsResponse> |
VirtualNetworkAsyncClient.listPublicIpPools(ListPublicIpPoolsRequest request,
AsyncHandler<ListPublicIpPoolsRequest,ListPublicIpPoolsResponse> handler) |
Future<ListPublicIpsResponse> |
VirtualNetworkAsync.listPublicIps(ListPublicIpsRequest request,
AsyncHandler<ListPublicIpsRequest,ListPublicIpsResponse> handler)
Lists the PublicIp objects in the specified compartment.
|
Future<ListPublicIpsResponse> |
VirtualNetworkAsyncClient.listPublicIps(ListPublicIpsRequest request,
AsyncHandler<ListPublicIpsRequest,ListPublicIpsResponse> handler) |
Future<ListRemotePeeringConnectionsResponse> |
VirtualNetworkAsync.listRemotePeeringConnections(ListRemotePeeringConnectionsRequest request,
AsyncHandler<ListRemotePeeringConnectionsRequest,ListRemotePeeringConnectionsResponse> handler)
Lists the remote peering connections (RPCs) for the specified DRG and compartment (the RPC’s
compartment).
|
Future<ListRemotePeeringConnectionsResponse> |
VirtualNetworkAsyncClient.listRemotePeeringConnections(ListRemotePeeringConnectionsRequest request,
AsyncHandler<ListRemotePeeringConnectionsRequest,ListRemotePeeringConnectionsResponse> handler) |
Future<ListRouteTablesResponse> |
VirtualNetworkAsync.listRouteTables(ListRouteTablesRequest request,
AsyncHandler<ListRouteTablesRequest,ListRouteTablesResponse> handler)
Lists the route tables in the specified VCN and specified compartment.
|
Future<ListRouteTablesResponse> |
VirtualNetworkAsyncClient.listRouteTables(ListRouteTablesRequest request,
AsyncHandler<ListRouteTablesRequest,ListRouteTablesResponse> handler) |
Future<ListSecurityListsResponse> |
VirtualNetworkAsync.listSecurityLists(ListSecurityListsRequest request,
AsyncHandler<ListSecurityListsRequest,ListSecurityListsResponse> handler)
Lists the security lists in the specified VCN and compartment.
|
Future<ListSecurityListsResponse> |
VirtualNetworkAsyncClient.listSecurityLists(ListSecurityListsRequest request,
AsyncHandler<ListSecurityListsRequest,ListSecurityListsResponse> handler) |
Future<ListServiceGatewaysResponse> |
VirtualNetworkAsync.listServiceGateways(ListServiceGatewaysRequest request,
AsyncHandler<ListServiceGatewaysRequest,ListServiceGatewaysResponse> handler)
Lists the service gateways in the specified compartment.
|
Future<ListServiceGatewaysResponse> |
VirtualNetworkAsyncClient.listServiceGateways(ListServiceGatewaysRequest request,
AsyncHandler<ListServiceGatewaysRequest,ListServiceGatewaysResponse> handler) |
Future<ListServicesResponse> |
VirtualNetworkAsync.listServices(ListServicesRequest request,
AsyncHandler<ListServicesRequest,ListServicesResponse> handler)
Lists the available Service objects that you can enable for a service gateway in this
region.
|
Future<ListServicesResponse> |
VirtualNetworkAsyncClient.listServices(ListServicesRequest request,
AsyncHandler<ListServicesRequest,ListServicesResponse> handler) |
Future<ListShapesResponse> |
ComputeAsync.listShapes(ListShapesRequest request,
AsyncHandler<ListShapesRequest,ListShapesResponse> handler)
Lists the shapes that can be used to launch an instance within the specified compartment.
|
Future<ListShapesResponse> |
ComputeAsyncClient.listShapes(ListShapesRequest request,
AsyncHandler<ListShapesRequest,ListShapesResponse> handler) |
Future<ListSubnetsResponse> |
VirtualNetworkAsync.listSubnets(ListSubnetsRequest request,
AsyncHandler<ListSubnetsRequest,ListSubnetsResponse> handler)
Lists the subnets in the specified VCN and the specified compartment.
|
Future<ListSubnetsResponse> |
VirtualNetworkAsyncClient.listSubnets(ListSubnetsRequest request,
AsyncHandler<ListSubnetsRequest,ListSubnetsResponse> handler) |
Future<ListVcnsResponse> |
VirtualNetworkAsync.listVcns(ListVcnsRequest request,
AsyncHandler<ListVcnsRequest,ListVcnsResponse> handler)
Lists the virtual cloud networks (VCNs) in the specified compartment.
|
Future<ListVcnsResponse> |
VirtualNetworkAsyncClient.listVcns(ListVcnsRequest request,
AsyncHandler<ListVcnsRequest,ListVcnsResponse> handler) |
Future<ListVirtualCircuitAssociatedTunnelsResponse> |
VirtualNetworkAsync.listVirtualCircuitAssociatedTunnels(ListVirtualCircuitAssociatedTunnelsRequest request,
AsyncHandler<ListVirtualCircuitAssociatedTunnelsRequest,ListVirtualCircuitAssociatedTunnelsResponse> handler)
Gets the specified virtual circuit’s associatedTunnelsInfo.
|
Future<ListVirtualCircuitAssociatedTunnelsResponse> |
VirtualNetworkAsyncClient.listVirtualCircuitAssociatedTunnels(ListVirtualCircuitAssociatedTunnelsRequest request,
AsyncHandler<ListVirtualCircuitAssociatedTunnelsRequest,ListVirtualCircuitAssociatedTunnelsResponse> handler) |
Future<ListVirtualCircuitBandwidthShapesResponse> |
VirtualNetworkAsync.listVirtualCircuitBandwidthShapes(ListVirtualCircuitBandwidthShapesRequest request,
AsyncHandler<ListVirtualCircuitBandwidthShapesRequest,ListVirtualCircuitBandwidthShapesResponse> handler)
The operation lists available bandwidth levels for virtual circuits.
|
Future<ListVirtualCircuitBandwidthShapesResponse> |
VirtualNetworkAsyncClient.listVirtualCircuitBandwidthShapes(ListVirtualCircuitBandwidthShapesRequest request,
AsyncHandler<ListVirtualCircuitBandwidthShapesRequest,ListVirtualCircuitBandwidthShapesResponse> handler) |
Future<ListVirtualCircuitPublicPrefixesResponse> |
VirtualNetworkAsync.listVirtualCircuitPublicPrefixes(ListVirtualCircuitPublicPrefixesRequest request,
AsyncHandler<ListVirtualCircuitPublicPrefixesRequest,ListVirtualCircuitPublicPrefixesResponse> handler)
Lists the public IP prefixes and their details for the specified public virtual circuit.
|
Future<ListVirtualCircuitPublicPrefixesResponse> |
VirtualNetworkAsyncClient.listVirtualCircuitPublicPrefixes(ListVirtualCircuitPublicPrefixesRequest request,
AsyncHandler<ListVirtualCircuitPublicPrefixesRequest,ListVirtualCircuitPublicPrefixesResponse> handler) |
Future<ListVirtualCircuitsResponse> |
VirtualNetworkAsync.listVirtualCircuits(ListVirtualCircuitsRequest request,
AsyncHandler<ListVirtualCircuitsRequest,ListVirtualCircuitsResponse> handler)
Lists the virtual circuits in the specified compartment.
|
Future<ListVirtualCircuitsResponse> |
VirtualNetworkAsyncClient.listVirtualCircuits(ListVirtualCircuitsRequest request,
AsyncHandler<ListVirtualCircuitsRequest,ListVirtualCircuitsResponse> handler) |
Future<ListVlansResponse> |
VirtualNetworkAsync.listVlans(ListVlansRequest request,
AsyncHandler<ListVlansRequest,ListVlansResponse> handler)
Lists the VLANs in the specified VCN and the specified compartment.
|
Future<ListVlansResponse> |
VirtualNetworkAsyncClient.listVlans(ListVlansRequest request,
AsyncHandler<ListVlansRequest,ListVlansResponse> handler) |
Future<ListVnicAttachmentsResponse> |
ComputeAsync.listVnicAttachments(ListVnicAttachmentsRequest request,
AsyncHandler<ListVnicAttachmentsRequest,ListVnicAttachmentsResponse> handler)
Lists the VNIC attachments in the specified compartment.
|
Future<ListVnicAttachmentsResponse> |
ComputeAsyncClient.listVnicAttachments(ListVnicAttachmentsRequest request,
AsyncHandler<ListVnicAttachmentsRequest,ListVnicAttachmentsResponse> handler) |
Future<ListVolumeAttachmentsResponse> |
ComputeAsync.listVolumeAttachments(ListVolumeAttachmentsRequest request,
AsyncHandler<ListVolumeAttachmentsRequest,ListVolumeAttachmentsResponse> handler)
Lists the volume attachments in the specified compartment.
|
Future<ListVolumeAttachmentsResponse> |
ComputeAsyncClient.listVolumeAttachments(ListVolumeAttachmentsRequest request,
AsyncHandler<ListVolumeAttachmentsRequest,ListVolumeAttachmentsResponse> handler) |
Future<ListVolumeBackupPoliciesResponse> |
BlockstorageAsync.listVolumeBackupPolicies(ListVolumeBackupPoliciesRequest request,
AsyncHandler<ListVolumeBackupPoliciesRequest,ListVolumeBackupPoliciesResponse> handler)
Lists all the volume backup policies available in the specified compartment.
|
Future<ListVolumeBackupPoliciesResponse> |
BlockstorageAsyncClient.listVolumeBackupPolicies(ListVolumeBackupPoliciesRequest request,
AsyncHandler<ListVolumeBackupPoliciesRequest,ListVolumeBackupPoliciesResponse> handler) |
Future<ListVolumeBackupsResponse> |
BlockstorageAsync.listVolumeBackups(ListVolumeBackupsRequest request,
AsyncHandler<ListVolumeBackupsRequest,ListVolumeBackupsResponse> handler)
Lists the volume backups in the specified compartment.
|
Future<ListVolumeBackupsResponse> |
BlockstorageAsyncClient.listVolumeBackups(ListVolumeBackupsRequest request,
AsyncHandler<ListVolumeBackupsRequest,ListVolumeBackupsResponse> handler) |
Future<ListVolumeGroupBackupsResponse> |
BlockstorageAsync.listVolumeGroupBackups(ListVolumeGroupBackupsRequest request,
AsyncHandler<ListVolumeGroupBackupsRequest,ListVolumeGroupBackupsResponse> handler)
Lists the volume group backups in the specified compartment.
|
Future<ListVolumeGroupBackupsResponse> |
BlockstorageAsyncClient.listVolumeGroupBackups(ListVolumeGroupBackupsRequest request,
AsyncHandler<ListVolumeGroupBackupsRequest,ListVolumeGroupBackupsResponse> handler) |
Future<ListVolumeGroupReplicasResponse> |
BlockstorageAsync.listVolumeGroupReplicas(ListVolumeGroupReplicasRequest request,
AsyncHandler<ListVolumeGroupReplicasRequest,ListVolumeGroupReplicasResponse> handler)
Lists the volume group replicas in the specified compartment.
|
Future<ListVolumeGroupReplicasResponse> |
BlockstorageAsyncClient.listVolumeGroupReplicas(ListVolumeGroupReplicasRequest request,
AsyncHandler<ListVolumeGroupReplicasRequest,ListVolumeGroupReplicasResponse> handler) |
Future<ListVolumeGroupsResponse> |
BlockstorageAsync.listVolumeGroups(ListVolumeGroupsRequest request,
AsyncHandler<ListVolumeGroupsRequest,ListVolumeGroupsResponse> handler)
Lists the volume groups in the specified compartment and availability domain.
|
Future<ListVolumeGroupsResponse> |
BlockstorageAsyncClient.listVolumeGroups(ListVolumeGroupsRequest request,
AsyncHandler<ListVolumeGroupsRequest,ListVolumeGroupsResponse> handler) |
Future<ListVolumesResponse> |
BlockstorageAsync.listVolumes(ListVolumesRequest request,
AsyncHandler<ListVolumesRequest,ListVolumesResponse> handler)
Lists the volumes in the specified compartment and availability domain.
|
Future<ListVolumesResponse> |
BlockstorageAsyncClient.listVolumes(ListVolumesRequest request,
AsyncHandler<ListVolumesRequest,ListVolumesResponse> handler) |
Future<ListVtapsResponse> |
VirtualNetworkAsync.listVtaps(ListVtapsRequest request,
AsyncHandler<ListVtapsRequest,ListVtapsResponse> handler)
Lists the virtual test access points (VTAPs) in the specified compartment.
|
Future<ListVtapsResponse> |
VirtualNetworkAsyncClient.listVtaps(ListVtapsRequest request,
AsyncHandler<ListVtapsRequest,ListVtapsResponse> handler) |
Future<ModifyVcnCidrResponse> |
VirtualNetworkAsync.modifyVcnCidr(ModifyVcnCidrRequest request,
AsyncHandler<ModifyVcnCidrRequest,ModifyVcnCidrResponse> handler)
Updates the specified CIDR block of a VCN.
|
Future<ModifyVcnCidrResponse> |
VirtualNetworkAsyncClient.modifyVcnCidr(ModifyVcnCidrRequest request,
AsyncHandler<ModifyVcnCidrRequest,ModifyVcnCidrResponse> handler) |
Future<RemoveDrgRouteDistributionStatementsResponse> |
VirtualNetworkAsync.removeDrgRouteDistributionStatements(RemoveDrgRouteDistributionStatementsRequest request,
AsyncHandler<RemoveDrgRouteDistributionStatementsRequest,RemoveDrgRouteDistributionStatementsResponse> handler)
Removes one or more route distribution statements from the specified route distribution’s
map.
|
Future<RemoveDrgRouteDistributionStatementsResponse> |
VirtualNetworkAsyncClient.removeDrgRouteDistributionStatements(RemoveDrgRouteDistributionStatementsRequest request,
AsyncHandler<RemoveDrgRouteDistributionStatementsRequest,RemoveDrgRouteDistributionStatementsResponse> handler) |
Future<RemoveDrgRouteRulesResponse> |
VirtualNetworkAsync.removeDrgRouteRules(RemoveDrgRouteRulesRequest request,
AsyncHandler<RemoveDrgRouteRulesRequest,RemoveDrgRouteRulesResponse> handler)
Removes one or more route rules from the specified DRG route table.
|
Future<RemoveDrgRouteRulesResponse> |
VirtualNetworkAsyncClient.removeDrgRouteRules(RemoveDrgRouteRulesRequest request,
AsyncHandler<RemoveDrgRouteRulesRequest,RemoveDrgRouteRulesResponse> handler) |
Future<RemoveExportDrgRouteDistributionResponse> |
VirtualNetworkAsync.removeExportDrgRouteDistribution(RemoveExportDrgRouteDistributionRequest request,
AsyncHandler<RemoveExportDrgRouteDistributionRequest,RemoveExportDrgRouteDistributionResponse> handler)
Removes the export route distribution from the DRG attachment so no routes are advertised to
it.
|
Future<RemoveExportDrgRouteDistributionResponse> |
VirtualNetworkAsyncClient.removeExportDrgRouteDistribution(RemoveExportDrgRouteDistributionRequest request,
AsyncHandler<RemoveExportDrgRouteDistributionRequest,RemoveExportDrgRouteDistributionResponse> handler) |
Future<RemoveImageShapeCompatibilityEntryResponse> |
ComputeAsync.removeImageShapeCompatibilityEntry(RemoveImageShapeCompatibilityEntryRequest request,
AsyncHandler<RemoveImageShapeCompatibilityEntryRequest,RemoveImageShapeCompatibilityEntryResponse> handler)
Removes a shape from the compatible shapes list for the image.
|
Future<RemoveImageShapeCompatibilityEntryResponse> |
ComputeAsyncClient.removeImageShapeCompatibilityEntry(RemoveImageShapeCompatibilityEntryRequest request,
AsyncHandler<RemoveImageShapeCompatibilityEntryRequest,RemoveImageShapeCompatibilityEntryResponse> handler) |
Future<RemoveImportDrgRouteDistributionResponse> |
VirtualNetworkAsync.removeImportDrgRouteDistribution(RemoveImportDrgRouteDistributionRequest request,
AsyncHandler<RemoveImportDrgRouteDistributionRequest,RemoveImportDrgRouteDistributionResponse> handler)
Removes the import route distribution from the DRG route table so no routes are imported into
it.
|
Future<RemoveImportDrgRouteDistributionResponse> |
VirtualNetworkAsyncClient.removeImportDrgRouteDistribution(RemoveImportDrgRouteDistributionRequest request,
AsyncHandler<RemoveImportDrgRouteDistributionRequest,RemoveImportDrgRouteDistributionResponse> handler) |
Future<RemoveIpv6SubnetCidrResponse> |
VirtualNetworkAsync.removeIpv6SubnetCidr(RemoveIpv6SubnetCidrRequest request,
AsyncHandler<RemoveIpv6SubnetCidrRequest,RemoveIpv6SubnetCidrResponse> handler)
Remove an IPv6 prefix from a subnet.
|
Future<RemoveIpv6SubnetCidrResponse> |
VirtualNetworkAsyncClient.removeIpv6SubnetCidr(RemoveIpv6SubnetCidrRequest request,
AsyncHandler<RemoveIpv6SubnetCidrRequest,RemoveIpv6SubnetCidrResponse> handler) |
Future<RemoveIpv6VcnCidrResponse> |
VirtualNetworkAsync.removeIpv6VcnCidr(RemoveIpv6VcnCidrRequest request,
AsyncHandler<RemoveIpv6VcnCidrRequest,RemoveIpv6VcnCidrResponse> handler)
Removing an existing IPv6 prefix from a VCN.
|
Future<RemoveIpv6VcnCidrResponse> |
VirtualNetworkAsyncClient.removeIpv6VcnCidr(RemoveIpv6VcnCidrRequest request,
AsyncHandler<RemoveIpv6VcnCidrRequest,RemoveIpv6VcnCidrResponse> handler) |
Future<RemoveNetworkSecurityGroupSecurityRulesResponse> |
VirtualNetworkAsync.removeNetworkSecurityGroupSecurityRules(RemoveNetworkSecurityGroupSecurityRulesRequest request,
AsyncHandler<RemoveNetworkSecurityGroupSecurityRulesRequest,RemoveNetworkSecurityGroupSecurityRulesResponse> handler)
Removes one or more security rules from the specified network security group.
|
Future<RemoveNetworkSecurityGroupSecurityRulesResponse> |
VirtualNetworkAsyncClient.removeNetworkSecurityGroupSecurityRules(RemoveNetworkSecurityGroupSecurityRulesRequest request,
AsyncHandler<RemoveNetworkSecurityGroupSecurityRulesRequest,RemoveNetworkSecurityGroupSecurityRulesResponse> handler) |
Future<RemovePublicIpPoolCapacityResponse> |
VirtualNetworkAsync.removePublicIpPoolCapacity(RemovePublicIpPoolCapacityRequest request,
AsyncHandler<RemovePublicIpPoolCapacityRequest,RemovePublicIpPoolCapacityResponse> handler)
Removes a CIDR block from the referenced public IP pool.
|
Future<RemovePublicIpPoolCapacityResponse> |
VirtualNetworkAsyncClient.removePublicIpPoolCapacity(RemovePublicIpPoolCapacityRequest request,
AsyncHandler<RemovePublicIpPoolCapacityRequest,RemovePublicIpPoolCapacityResponse> handler) |
Future<RemoveVcnCidrResponse> |
VirtualNetworkAsync.removeVcnCidr(RemoveVcnCidrRequest request,
AsyncHandler<RemoveVcnCidrRequest,RemoveVcnCidrResponse> handler)
Removes a specified CIDR block from a VCN.
|
Future<RemoveVcnCidrResponse> |
VirtualNetworkAsyncClient.removeVcnCidr(RemoveVcnCidrRequest request,
AsyncHandler<RemoveVcnCidrRequest,RemoveVcnCidrResponse> handler) |
Future<ResetInstancePoolResponse> |
ComputeManagementAsyncClient.resetInstancePool(ResetInstancePoolRequest request,
AsyncHandler<ResetInstancePoolRequest,ResetInstancePoolResponse> handler) |
Future<ResetInstancePoolResponse> |
ComputeManagementAsync.resetInstancePool(ResetInstancePoolRequest request,
AsyncHandler<ResetInstancePoolRequest,ResetInstancePoolResponse> handler)
Performs the reset (immediate power off and power on) action on the specified instance pool,
which performs the action on all the instances in the pool.
|
Future<SoftresetInstancePoolResponse> |
ComputeManagementAsyncClient.softresetInstancePool(SoftresetInstancePoolRequest request,
AsyncHandler<SoftresetInstancePoolRequest,SoftresetInstancePoolResponse> handler) |
Future<SoftresetInstancePoolResponse> |
ComputeManagementAsync.softresetInstancePool(SoftresetInstancePoolRequest request,
AsyncHandler<SoftresetInstancePoolRequest,SoftresetInstancePoolResponse> handler)
Performs the softreset (ACPI shutdown and power on) action on the specified instance pool,
which performs the action on all the instances in the pool.
|
Future<SoftstopInstancePoolResponse> |
ComputeManagementAsyncClient.softstopInstancePool(SoftstopInstancePoolRequest request,
AsyncHandler<SoftstopInstancePoolRequest,SoftstopInstancePoolResponse> handler) |
Future<SoftstopInstancePoolResponse> |
ComputeManagementAsync.softstopInstancePool(SoftstopInstancePoolRequest request,
AsyncHandler<SoftstopInstancePoolRequest,SoftstopInstancePoolResponse> handler)
Performs the softstop (ACPI shutdown and power on) action on the specified instance pool,
which performs the action on all the instances in the pool.
|
Future<StartInstancePoolResponse> |
ComputeManagementAsyncClient.startInstancePool(StartInstancePoolRequest request,
AsyncHandler<StartInstancePoolRequest,StartInstancePoolResponse> handler) |
Future<StartInstancePoolResponse> |
ComputeManagementAsync.startInstancePool(StartInstancePoolRequest request,
AsyncHandler<StartInstancePoolRequest,StartInstancePoolResponse> handler)
Performs the start (power on) action on the specified instance pool, which performs the
action on all the instances in the pool.
|
Future<StopInstancePoolResponse> |
ComputeManagementAsyncClient.stopInstancePool(StopInstancePoolRequest request,
AsyncHandler<StopInstancePoolRequest,StopInstancePoolResponse> handler) |
Future<StopInstancePoolResponse> |
ComputeManagementAsync.stopInstancePool(StopInstancePoolRequest request,
AsyncHandler<StopInstancePoolRequest,StopInstancePoolResponse> handler)
Performs the stop (immediate power off) action on the specified instance pool, which performs
the action on all the instances in the pool.
|
Future<TerminateClusterNetworkResponse> |
ComputeManagementAsyncClient.terminateClusterNetwork(TerminateClusterNetworkRequest request,
AsyncHandler<TerminateClusterNetworkRequest,TerminateClusterNetworkResponse> handler) |
Future<TerminateClusterNetworkResponse> |
ComputeManagementAsync.terminateClusterNetwork(TerminateClusterNetworkRequest request,
AsyncHandler<TerminateClusterNetworkRequest,TerminateClusterNetworkResponse> handler)
|
Future<TerminateInstanceResponse> |
ComputeAsync.terminateInstance(TerminateInstanceRequest request,
AsyncHandler<TerminateInstanceRequest,TerminateInstanceResponse> handler)
Permanently terminates (deletes) the specified instance.
|
Future<TerminateInstanceResponse> |
ComputeAsyncClient.terminateInstance(TerminateInstanceRequest request,
AsyncHandler<TerminateInstanceRequest,TerminateInstanceResponse> handler) |
Future<TerminateInstancePoolResponse> |
ComputeManagementAsyncClient.terminateInstancePool(TerminateInstancePoolRequest request,
AsyncHandler<TerminateInstancePoolRequest,TerminateInstancePoolResponse> handler) |
Future<TerminateInstancePoolResponse> |
ComputeManagementAsync.terminateInstancePool(TerminateInstancePoolRequest request,
AsyncHandler<TerminateInstancePoolRequest,TerminateInstancePoolResponse> handler)
Terminate the specified instance pool.
|
Future<UpdateBootVolumeResponse> |
BlockstorageAsync.updateBootVolume(UpdateBootVolumeRequest request,
AsyncHandler<UpdateBootVolumeRequest,UpdateBootVolumeResponse> handler)
Updates the specified boot volume’s display name, defined tags, and free-form tags.
|
Future<UpdateBootVolumeResponse> |
BlockstorageAsyncClient.updateBootVolume(UpdateBootVolumeRequest request,
AsyncHandler<UpdateBootVolumeRequest,UpdateBootVolumeResponse> handler) |
Future<UpdateBootVolumeBackupResponse> |
BlockstorageAsync.updateBootVolumeBackup(UpdateBootVolumeBackupRequest request,
AsyncHandler<UpdateBootVolumeBackupRequest,UpdateBootVolumeBackupResponse> handler)
Updates the display name for the specified boot volume backup.
|
Future<UpdateBootVolumeBackupResponse> |
BlockstorageAsyncClient.updateBootVolumeBackup(UpdateBootVolumeBackupRequest request,
AsyncHandler<UpdateBootVolumeBackupRequest,UpdateBootVolumeBackupResponse> handler) |
Future<UpdateBootVolumeKmsKeyResponse> |
BlockstorageAsync.updateBootVolumeKmsKey(UpdateBootVolumeKmsKeyRequest request,
AsyncHandler<UpdateBootVolumeKmsKeyRequest,UpdateBootVolumeKmsKeyResponse> handler)
Updates the specified volume with a new Vault service master encryption key.
|
Future<UpdateBootVolumeKmsKeyResponse> |
BlockstorageAsyncClient.updateBootVolumeKmsKey(UpdateBootVolumeKmsKeyRequest request,
AsyncHandler<UpdateBootVolumeKmsKeyRequest,UpdateBootVolumeKmsKeyResponse> handler) |
Future<UpdateByoipRangeResponse> |
VirtualNetworkAsync.updateByoipRange(UpdateByoipRangeRequest request,
AsyncHandler<UpdateByoipRangeRequest,UpdateByoipRangeResponse> handler)
Updates the tags or display name associated to the specified BYOIP CIDR block.
|
Future<UpdateByoipRangeResponse> |
VirtualNetworkAsyncClient.updateByoipRange(UpdateByoipRangeRequest request,
AsyncHandler<UpdateByoipRangeRequest,UpdateByoipRangeResponse> handler) |
Future<UpdateCaptureFilterResponse> |
VirtualNetworkAsync.updateCaptureFilter(UpdateCaptureFilterRequest request,
AsyncHandler<UpdateCaptureFilterRequest,UpdateCaptureFilterResponse> handler)
Updates the specified VTAP capture filter’s display name or tags.
|
Future<UpdateCaptureFilterResponse> |
VirtualNetworkAsyncClient.updateCaptureFilter(UpdateCaptureFilterRequest request,
AsyncHandler<UpdateCaptureFilterRequest,UpdateCaptureFilterResponse> handler) |
Future<UpdateClusterNetworkResponse> |
ComputeManagementAsyncClient.updateClusterNetwork(UpdateClusterNetworkRequest request,
AsyncHandler<UpdateClusterNetworkRequest,UpdateClusterNetworkResponse> handler) |
Future<UpdateClusterNetworkResponse> |
ComputeManagementAsync.updateClusterNetwork(UpdateClusterNetworkRequest request,
AsyncHandler<UpdateClusterNetworkRequest,UpdateClusterNetworkResponse> handler)
|
Future<UpdateComputeCapacityReservationResponse> |
ComputeAsync.updateComputeCapacityReservation(UpdateComputeCapacityReservationRequest request,
AsyncHandler<UpdateComputeCapacityReservationRequest,UpdateComputeCapacityReservationResponse> handler)
Updates the specified capacity reservation and its associated capacity configurations.
|
Future<UpdateComputeCapacityReservationResponse> |
ComputeAsyncClient.updateComputeCapacityReservation(UpdateComputeCapacityReservationRequest request,
AsyncHandler<UpdateComputeCapacityReservationRequest,UpdateComputeCapacityReservationResponse> handler) |
Future<UpdateComputeCapacityTopologyResponse> |
ComputeAsync.updateComputeCapacityTopology(UpdateComputeCapacityTopologyRequest request,
AsyncHandler<UpdateComputeCapacityTopologyRequest,UpdateComputeCapacityTopologyResponse> handler)
Updates the specified compute capacity topology.
|
Future<UpdateComputeCapacityTopologyResponse> |
ComputeAsyncClient.updateComputeCapacityTopology(UpdateComputeCapacityTopologyRequest request,
AsyncHandler<UpdateComputeCapacityTopologyRequest,UpdateComputeCapacityTopologyResponse> handler) |
Future<UpdateComputeClusterResponse> |
ComputeAsync.updateComputeCluster(UpdateComputeClusterRequest request,
AsyncHandler<UpdateComputeClusterRequest,UpdateComputeClusterResponse> handler)
Updates a compute cluster.
|
Future<UpdateComputeClusterResponse> |
ComputeAsyncClient.updateComputeCluster(UpdateComputeClusterRequest request,
AsyncHandler<UpdateComputeClusterRequest,UpdateComputeClusterResponse> handler) |
Future<UpdateComputeImageCapabilitySchemaResponse> |
ComputeAsync.updateComputeImageCapabilitySchema(UpdateComputeImageCapabilitySchemaRequest request,
AsyncHandler<UpdateComputeImageCapabilitySchemaRequest,UpdateComputeImageCapabilitySchemaResponse> handler)
Updates the specified Compute Image Capability Schema
|
Future<UpdateComputeImageCapabilitySchemaResponse> |
ComputeAsyncClient.updateComputeImageCapabilitySchema(UpdateComputeImageCapabilitySchemaRequest request,
AsyncHandler<UpdateComputeImageCapabilitySchemaRequest,UpdateComputeImageCapabilitySchemaResponse> handler) |
Future<UpdateConsoleHistoryResponse> |
ComputeAsync.updateConsoleHistory(UpdateConsoleHistoryRequest request,
AsyncHandler<UpdateConsoleHistoryRequest,UpdateConsoleHistoryResponse> handler)
Updates the specified console history metadata.
|
Future<UpdateConsoleHistoryResponse> |
ComputeAsyncClient.updateConsoleHistory(UpdateConsoleHistoryRequest request,
AsyncHandler<UpdateConsoleHistoryRequest,UpdateConsoleHistoryResponse> handler) |
Future<UpdateCpeResponse> |
VirtualNetworkAsync.updateCpe(UpdateCpeRequest request,
AsyncHandler<UpdateCpeRequest,UpdateCpeResponse> handler)
Updates the specified CPE’s display name or tags.
|
Future<UpdateCpeResponse> |
VirtualNetworkAsyncClient.updateCpe(UpdateCpeRequest request,
AsyncHandler<UpdateCpeRequest,UpdateCpeResponse> handler) |
Future<UpdateCrossConnectResponse> |
VirtualNetworkAsync.updateCrossConnect(UpdateCrossConnectRequest request,
AsyncHandler<UpdateCrossConnectRequest,UpdateCrossConnectResponse> handler)
Updates the specified cross-connect.
|
Future<UpdateCrossConnectResponse> |
VirtualNetworkAsyncClient.updateCrossConnect(UpdateCrossConnectRequest request,
AsyncHandler<UpdateCrossConnectRequest,UpdateCrossConnectResponse> handler) |
Future<UpdateCrossConnectGroupResponse> |
VirtualNetworkAsync.updateCrossConnectGroup(UpdateCrossConnectGroupRequest request,
AsyncHandler<UpdateCrossConnectGroupRequest,UpdateCrossConnectGroupResponse> handler)
Updates the specified cross-connect group’s display name.
|
Future<UpdateCrossConnectGroupResponse> |
VirtualNetworkAsyncClient.updateCrossConnectGroup(UpdateCrossConnectGroupRequest request,
AsyncHandler<UpdateCrossConnectGroupRequest,UpdateCrossConnectGroupResponse> handler) |
Future<UpdateDedicatedVmHostResponse> |
ComputeAsync.updateDedicatedVmHost(UpdateDedicatedVmHostRequest request,
AsyncHandler<UpdateDedicatedVmHostRequest,UpdateDedicatedVmHostResponse> handler)
Updates the displayName, freeformTags, and definedTags attributes for the specified dedicated
virtual machine host.
|
Future<UpdateDedicatedVmHostResponse> |
ComputeAsyncClient.updateDedicatedVmHost(UpdateDedicatedVmHostRequest request,
AsyncHandler<UpdateDedicatedVmHostRequest,UpdateDedicatedVmHostResponse> handler) |
Future<UpdateDhcpOptionsResponse> |
VirtualNetworkAsync.updateDhcpOptions(UpdateDhcpOptionsRequest request,
AsyncHandler<UpdateDhcpOptionsRequest,UpdateDhcpOptionsResponse> handler)
Updates the specified set of DHCP options.
|
Future<UpdateDhcpOptionsResponse> |
VirtualNetworkAsyncClient.updateDhcpOptions(UpdateDhcpOptionsRequest request,
AsyncHandler<UpdateDhcpOptionsRequest,UpdateDhcpOptionsResponse> handler) |
Future<UpdateDrgResponse> |
VirtualNetworkAsync.updateDrg(UpdateDrgRequest request,
AsyncHandler<UpdateDrgRequest,UpdateDrgResponse> handler)
Updates the specified DRG’s display name or tags.
|
Future<UpdateDrgResponse> |
VirtualNetworkAsyncClient.updateDrg(UpdateDrgRequest request,
AsyncHandler<UpdateDrgRequest,UpdateDrgResponse> handler) |
Future<UpdateDrgAttachmentResponse> |
VirtualNetworkAsync.updateDrgAttachment(UpdateDrgAttachmentRequest request,
AsyncHandler<UpdateDrgAttachmentRequest,UpdateDrgAttachmentResponse> handler)
Updates the display name and routing information for the specified DrgAttachment.
|
Future<UpdateDrgAttachmentResponse> |
VirtualNetworkAsyncClient.updateDrgAttachment(UpdateDrgAttachmentRequest request,
AsyncHandler<UpdateDrgAttachmentRequest,UpdateDrgAttachmentResponse> handler) |
Future<UpdateDrgRouteDistributionResponse> |
VirtualNetworkAsync.updateDrgRouteDistribution(UpdateDrgRouteDistributionRequest request,
AsyncHandler<UpdateDrgRouteDistributionRequest,UpdateDrgRouteDistributionResponse> handler)
Updates the specified route distribution
|
Future<UpdateDrgRouteDistributionResponse> |
VirtualNetworkAsyncClient.updateDrgRouteDistribution(UpdateDrgRouteDistributionRequest request,
AsyncHandler<UpdateDrgRouteDistributionRequest,UpdateDrgRouteDistributionResponse> handler) |
Future<UpdateDrgRouteDistributionStatementsResponse> |
VirtualNetworkAsync.updateDrgRouteDistributionStatements(UpdateDrgRouteDistributionStatementsRequest request,
AsyncHandler<UpdateDrgRouteDistributionStatementsRequest,UpdateDrgRouteDistributionStatementsResponse> handler)
Updates one or more route distribution statements in the specified route distribution.
|
Future<UpdateDrgRouteDistributionStatementsResponse> |
VirtualNetworkAsyncClient.updateDrgRouteDistributionStatements(UpdateDrgRouteDistributionStatementsRequest request,
AsyncHandler<UpdateDrgRouteDistributionStatementsRequest,UpdateDrgRouteDistributionStatementsResponse> handler) |
Future<UpdateDrgRouteRulesResponse> |
VirtualNetworkAsync.updateDrgRouteRules(UpdateDrgRouteRulesRequest request,
AsyncHandler<UpdateDrgRouteRulesRequest,UpdateDrgRouteRulesResponse> handler)
Updates one or more route rules in the specified DRG route table.
|
Future<UpdateDrgRouteRulesResponse> |
VirtualNetworkAsyncClient.updateDrgRouteRules(UpdateDrgRouteRulesRequest request,
AsyncHandler<UpdateDrgRouteRulesRequest,UpdateDrgRouteRulesResponse> handler) |
Future<UpdateDrgRouteTableResponse> |
VirtualNetworkAsync.updateDrgRouteTable(UpdateDrgRouteTableRequest request,
AsyncHandler<UpdateDrgRouteTableRequest,UpdateDrgRouteTableResponse> handler)
Updates the specified DRG route table.
|
Future<UpdateDrgRouteTableResponse> |
VirtualNetworkAsyncClient.updateDrgRouteTable(UpdateDrgRouteTableRequest request,
AsyncHandler<UpdateDrgRouteTableRequest,UpdateDrgRouteTableResponse> handler) |
Future<UpdateImageResponse> |
ComputeAsync.updateImage(UpdateImageRequest request,
AsyncHandler<UpdateImageRequest,UpdateImageResponse> handler)
Updates the display name of the image.
|
Future<UpdateImageResponse> |
ComputeAsyncClient.updateImage(UpdateImageRequest request,
AsyncHandler<UpdateImageRequest,UpdateImageResponse> handler) |
Future<UpdateInstanceResponse> |
ComputeAsync.updateInstance(UpdateInstanceRequest request,
AsyncHandler<UpdateInstanceRequest,UpdateInstanceResponse> handler)
Updates certain fields on the specified instance.
|
Future<UpdateInstanceResponse> |
ComputeAsyncClient.updateInstance(UpdateInstanceRequest request,
AsyncHandler<UpdateInstanceRequest,UpdateInstanceResponse> handler) |
Future<UpdateInstanceConfigurationResponse> |
ComputeManagementAsyncClient.updateInstanceConfiguration(UpdateInstanceConfigurationRequest request,
AsyncHandler<UpdateInstanceConfigurationRequest,UpdateInstanceConfigurationResponse> handler) |
Future<UpdateInstanceConfigurationResponse> |
ComputeManagementAsync.updateInstanceConfiguration(UpdateInstanceConfigurationRequest request,
AsyncHandler<UpdateInstanceConfigurationRequest,UpdateInstanceConfigurationResponse> handler)
Updates the free-form tags, defined tags, and display name of an instance configuration.
|
Future<UpdateInstanceConsoleConnectionResponse> |
ComputeAsync.updateInstanceConsoleConnection(UpdateInstanceConsoleConnectionRequest request,
AsyncHandler<UpdateInstanceConsoleConnectionRequest,UpdateInstanceConsoleConnectionResponse> handler)
Updates the defined tags and free-form tags for the specified instance console connection.
|
Future<UpdateInstanceConsoleConnectionResponse> |
ComputeAsyncClient.updateInstanceConsoleConnection(UpdateInstanceConsoleConnectionRequest request,
AsyncHandler<UpdateInstanceConsoleConnectionRequest,UpdateInstanceConsoleConnectionResponse> handler) |
Future<UpdateInstanceMaintenanceEventResponse> |
ComputeAsync.updateInstanceMaintenanceEvent(UpdateInstanceMaintenanceEventRequest request,
AsyncHandler<UpdateInstanceMaintenanceEventRequest,UpdateInstanceMaintenanceEventResponse> handler)
Updates the maintenance event for the given instance.
|
Future<UpdateInstanceMaintenanceEventResponse> |
ComputeAsyncClient.updateInstanceMaintenanceEvent(UpdateInstanceMaintenanceEventRequest request,
AsyncHandler<UpdateInstanceMaintenanceEventRequest,UpdateInstanceMaintenanceEventResponse> handler) |
Future<UpdateInstancePoolResponse> |
ComputeManagementAsyncClient.updateInstancePool(UpdateInstancePoolRequest request,
AsyncHandler<UpdateInstancePoolRequest,UpdateInstancePoolResponse> handler) |
Future<UpdateInstancePoolResponse> |
ComputeManagementAsync.updateInstancePool(UpdateInstancePoolRequest request,
AsyncHandler<UpdateInstancePoolRequest,UpdateInstancePoolResponse> handler)
Update the specified instance pool.
|
Future<UpdateInternetGatewayResponse> |
VirtualNetworkAsync.updateInternetGateway(UpdateInternetGatewayRequest request,
AsyncHandler<UpdateInternetGatewayRequest,UpdateInternetGatewayResponse> handler)
Updates the specified internet gateway.
|
Future<UpdateInternetGatewayResponse> |
VirtualNetworkAsyncClient.updateInternetGateway(UpdateInternetGatewayRequest request,
AsyncHandler<UpdateInternetGatewayRequest,UpdateInternetGatewayResponse> handler) |
Future<UpdateIPSecConnectionResponse> |
VirtualNetworkAsync.updateIPSecConnection(UpdateIPSecConnectionRequest request,
AsyncHandler<UpdateIPSecConnectionRequest,UpdateIPSecConnectionResponse> handler)
Updates the specified IPSec connection.
|
Future<UpdateIPSecConnectionResponse> |
VirtualNetworkAsyncClient.updateIPSecConnection(UpdateIPSecConnectionRequest request,
AsyncHandler<UpdateIPSecConnectionRequest,UpdateIPSecConnectionResponse> handler) |
Future<UpdateIPSecConnectionTunnelResponse> |
VirtualNetworkAsync.updateIPSecConnectionTunnel(UpdateIPSecConnectionTunnelRequest request,
AsyncHandler<UpdateIPSecConnectionTunnelRequest,UpdateIPSecConnectionTunnelResponse> handler)
Updates the specified tunnel.
|
Future<UpdateIPSecConnectionTunnelResponse> |
VirtualNetworkAsyncClient.updateIPSecConnectionTunnel(UpdateIPSecConnectionTunnelRequest request,
AsyncHandler<UpdateIPSecConnectionTunnelRequest,UpdateIPSecConnectionTunnelResponse> handler) |
Future<UpdateIPSecConnectionTunnelSharedSecretResponse> |
VirtualNetworkAsync.updateIPSecConnectionTunnelSharedSecret(UpdateIPSecConnectionTunnelSharedSecretRequest request,
AsyncHandler<UpdateIPSecConnectionTunnelSharedSecretRequest,UpdateIPSecConnectionTunnelSharedSecretResponse> handler)
Updates the shared secret (pre-shared key) for the specified tunnel.
|
Future<UpdateIPSecConnectionTunnelSharedSecretResponse> |
VirtualNetworkAsyncClient.updateIPSecConnectionTunnelSharedSecret(UpdateIPSecConnectionTunnelSharedSecretRequest request,
AsyncHandler<UpdateIPSecConnectionTunnelSharedSecretRequest,UpdateIPSecConnectionTunnelSharedSecretResponse> handler) |
Future<UpdateIpv6Response> |
VirtualNetworkAsync.updateIpv6(UpdateIpv6Request request,
AsyncHandler<UpdateIpv6Request,UpdateIpv6Response> handler)
Updates the specified IPv6.
|
Future<UpdateIpv6Response> |
VirtualNetworkAsyncClient.updateIpv6(UpdateIpv6Request request,
AsyncHandler<UpdateIpv6Request,UpdateIpv6Response> handler) |
Future<UpdateLocalPeeringGatewayResponse> |
VirtualNetworkAsync.updateLocalPeeringGateway(UpdateLocalPeeringGatewayRequest request,
AsyncHandler<UpdateLocalPeeringGatewayRequest,UpdateLocalPeeringGatewayResponse> handler)
Updates the specified local peering gateway (LPG).
|
Future<UpdateLocalPeeringGatewayResponse> |
VirtualNetworkAsyncClient.updateLocalPeeringGateway(UpdateLocalPeeringGatewayRequest request,
AsyncHandler<UpdateLocalPeeringGatewayRequest,UpdateLocalPeeringGatewayResponse> handler) |
Future<UpdateNatGatewayResponse> |
VirtualNetworkAsync.updateNatGateway(UpdateNatGatewayRequest request,
AsyncHandler<UpdateNatGatewayRequest,UpdateNatGatewayResponse> handler)
Updates the specified NAT gateway.
|
Future<UpdateNatGatewayResponse> |
VirtualNetworkAsyncClient.updateNatGateway(UpdateNatGatewayRequest request,
AsyncHandler<UpdateNatGatewayRequest,UpdateNatGatewayResponse> handler) |
Future<UpdateNetworkSecurityGroupResponse> |
VirtualNetworkAsync.updateNetworkSecurityGroup(UpdateNetworkSecurityGroupRequest request,
AsyncHandler<UpdateNetworkSecurityGroupRequest,UpdateNetworkSecurityGroupResponse> handler)
Updates the specified network security group.
|
Future<UpdateNetworkSecurityGroupResponse> |
VirtualNetworkAsyncClient.updateNetworkSecurityGroup(UpdateNetworkSecurityGroupRequest request,
AsyncHandler<UpdateNetworkSecurityGroupRequest,UpdateNetworkSecurityGroupResponse> handler) |
Future<UpdateNetworkSecurityGroupSecurityRulesResponse> |
VirtualNetworkAsync.updateNetworkSecurityGroupSecurityRules(UpdateNetworkSecurityGroupSecurityRulesRequest request,
AsyncHandler<UpdateNetworkSecurityGroupSecurityRulesRequest,UpdateNetworkSecurityGroupSecurityRulesResponse> handler)
Updates one or more security rules in the specified network security group.
|
Future<UpdateNetworkSecurityGroupSecurityRulesResponse> |
VirtualNetworkAsyncClient.updateNetworkSecurityGroupSecurityRules(UpdateNetworkSecurityGroupSecurityRulesRequest request,
AsyncHandler<UpdateNetworkSecurityGroupSecurityRulesRequest,UpdateNetworkSecurityGroupSecurityRulesResponse> handler) |
Future<UpdatePrivateIpResponse> |
VirtualNetworkAsync.updatePrivateIp(UpdatePrivateIpRequest request,
AsyncHandler<UpdatePrivateIpRequest,UpdatePrivateIpResponse> handler)
Updates the specified private IP.
|
Future<UpdatePrivateIpResponse> |
VirtualNetworkAsyncClient.updatePrivateIp(UpdatePrivateIpRequest request,
AsyncHandler<UpdatePrivateIpRequest,UpdatePrivateIpResponse> handler) |
Future<UpdatePublicIpResponse> |
VirtualNetworkAsync.updatePublicIp(UpdatePublicIpRequest request,
AsyncHandler<UpdatePublicIpRequest,UpdatePublicIpResponse> handler)
Updates the specified public IP.
|
Future<UpdatePublicIpResponse> |
VirtualNetworkAsyncClient.updatePublicIp(UpdatePublicIpRequest request,
AsyncHandler<UpdatePublicIpRequest,UpdatePublicIpResponse> handler) |
Future<UpdatePublicIpPoolResponse> |
VirtualNetworkAsync.updatePublicIpPool(UpdatePublicIpPoolRequest request,
AsyncHandler<UpdatePublicIpPoolRequest,UpdatePublicIpPoolResponse> handler)
Updates the specified public IP pool.
|
Future<UpdatePublicIpPoolResponse> |
VirtualNetworkAsyncClient.updatePublicIpPool(UpdatePublicIpPoolRequest request,
AsyncHandler<UpdatePublicIpPoolRequest,UpdatePublicIpPoolResponse> handler) |
Future<UpdateRemotePeeringConnectionResponse> |
VirtualNetworkAsync.updateRemotePeeringConnection(UpdateRemotePeeringConnectionRequest request,
AsyncHandler<UpdateRemotePeeringConnectionRequest,UpdateRemotePeeringConnectionResponse> handler)
Updates the specified remote peering connection (RPC).
|
Future<UpdateRemotePeeringConnectionResponse> |
VirtualNetworkAsyncClient.updateRemotePeeringConnection(UpdateRemotePeeringConnectionRequest request,
AsyncHandler<UpdateRemotePeeringConnectionRequest,UpdateRemotePeeringConnectionResponse> handler) |
Future<UpdateRouteTableResponse> |
VirtualNetworkAsync.updateRouteTable(UpdateRouteTableRequest request,
AsyncHandler<UpdateRouteTableRequest,UpdateRouteTableResponse> handler)
Updates the specified route table’s display name or route rules.
|
Future<UpdateRouteTableResponse> |
VirtualNetworkAsyncClient.updateRouteTable(UpdateRouteTableRequest request,
AsyncHandler<UpdateRouteTableRequest,UpdateRouteTableResponse> handler) |
Future<UpdateSecurityListResponse> |
VirtualNetworkAsync.updateSecurityList(UpdateSecurityListRequest request,
AsyncHandler<UpdateSecurityListRequest,UpdateSecurityListResponse> handler)
Updates the specified security list’s display name or rules.
|
Future<UpdateSecurityListResponse> |
VirtualNetworkAsyncClient.updateSecurityList(UpdateSecurityListRequest request,
AsyncHandler<UpdateSecurityListRequest,UpdateSecurityListResponse> handler) |
Future<UpdateServiceGatewayResponse> |
VirtualNetworkAsync.updateServiceGateway(UpdateServiceGatewayRequest request,
AsyncHandler<UpdateServiceGatewayRequest,UpdateServiceGatewayResponse> handler)
Updates the specified service gateway.
|
Future<UpdateServiceGatewayResponse> |
VirtualNetworkAsyncClient.updateServiceGateway(UpdateServiceGatewayRequest request,
AsyncHandler<UpdateServiceGatewayRequest,UpdateServiceGatewayResponse> handler) |
Future<UpdateSubnetResponse> |
VirtualNetworkAsync.updateSubnet(UpdateSubnetRequest request,
AsyncHandler<UpdateSubnetRequest,UpdateSubnetResponse> handler)
Updates the specified subnet.
|
Future<UpdateSubnetResponse> |
VirtualNetworkAsyncClient.updateSubnet(UpdateSubnetRequest request,
AsyncHandler<UpdateSubnetRequest,UpdateSubnetResponse> handler) |
Future<UpdateTunnelCpeDeviceConfigResponse> |
VirtualNetworkAsync.updateTunnelCpeDeviceConfig(UpdateTunnelCpeDeviceConfigRequest request,
AsyncHandler<UpdateTunnelCpeDeviceConfigRequest,UpdateTunnelCpeDeviceConfigResponse> handler)
Creates or updates the set of CPE configuration answers for the specified tunnel.
|
Future<UpdateTunnelCpeDeviceConfigResponse> |
VirtualNetworkAsyncClient.updateTunnelCpeDeviceConfig(UpdateTunnelCpeDeviceConfigRequest request,
AsyncHandler<UpdateTunnelCpeDeviceConfigRequest,UpdateTunnelCpeDeviceConfigResponse> handler) |
Future<UpdateVcnResponse> |
VirtualNetworkAsync.updateVcn(UpdateVcnRequest request,
AsyncHandler<UpdateVcnRequest,UpdateVcnResponse> handler)
Updates the specified VCN.
|
Future<UpdateVcnResponse> |
VirtualNetworkAsyncClient.updateVcn(UpdateVcnRequest request,
AsyncHandler<UpdateVcnRequest,UpdateVcnResponse> handler) |
Future<UpdateVirtualCircuitResponse> |
VirtualNetworkAsync.updateVirtualCircuit(UpdateVirtualCircuitRequest request,
AsyncHandler<UpdateVirtualCircuitRequest,UpdateVirtualCircuitResponse> handler)
Updates the specified virtual circuit.
|
Future<UpdateVirtualCircuitResponse> |
VirtualNetworkAsyncClient.updateVirtualCircuit(UpdateVirtualCircuitRequest request,
AsyncHandler<UpdateVirtualCircuitRequest,UpdateVirtualCircuitResponse> handler) |
Future<UpdateVlanResponse> |
VirtualNetworkAsync.updateVlan(UpdateVlanRequest request,
AsyncHandler<UpdateVlanRequest,UpdateVlanResponse> handler)
Updates the specified VLAN.
|
Future<UpdateVlanResponse> |
VirtualNetworkAsyncClient.updateVlan(UpdateVlanRequest request,
AsyncHandler<UpdateVlanRequest,UpdateVlanResponse> handler) |
Future<UpdateVnicResponse> |
VirtualNetworkAsync.updateVnic(UpdateVnicRequest request,
AsyncHandler<UpdateVnicRequest,UpdateVnicResponse> handler)
Updates the specified VNIC.
|
Future<UpdateVnicResponse> |
VirtualNetworkAsyncClient.updateVnic(UpdateVnicRequest request,
AsyncHandler<UpdateVnicRequest,UpdateVnicResponse> handler) |
Future<UpdateVolumeResponse> |
BlockstorageAsync.updateVolume(UpdateVolumeRequest request,
AsyncHandler<UpdateVolumeRequest,UpdateVolumeResponse> handler)
Updates the specified volume’s display name.
|
Future<UpdateVolumeResponse> |
BlockstorageAsyncClient.updateVolume(UpdateVolumeRequest request,
AsyncHandler<UpdateVolumeRequest,UpdateVolumeResponse> handler) |
Future<UpdateVolumeAttachmentResponse> |
ComputeAsync.updateVolumeAttachment(UpdateVolumeAttachmentRequest request,
AsyncHandler<UpdateVolumeAttachmentRequest,UpdateVolumeAttachmentResponse> handler)
Updates information about the specified volume attachment.
|
Future<UpdateVolumeAttachmentResponse> |
ComputeAsyncClient.updateVolumeAttachment(UpdateVolumeAttachmentRequest request,
AsyncHandler<UpdateVolumeAttachmentRequest,UpdateVolumeAttachmentResponse> handler) |
Future<UpdateVolumeBackupResponse> |
BlockstorageAsync.updateVolumeBackup(UpdateVolumeBackupRequest request,
AsyncHandler<UpdateVolumeBackupRequest,UpdateVolumeBackupResponse> handler)
Updates the display name for the specified volume backup.
|
Future<UpdateVolumeBackupResponse> |
BlockstorageAsyncClient.updateVolumeBackup(UpdateVolumeBackupRequest request,
AsyncHandler<UpdateVolumeBackupRequest,UpdateVolumeBackupResponse> handler) |
Future<UpdateVolumeBackupPolicyResponse> |
BlockstorageAsync.updateVolumeBackupPolicy(UpdateVolumeBackupPolicyRequest request,
AsyncHandler<UpdateVolumeBackupPolicyRequest,UpdateVolumeBackupPolicyResponse> handler)
Updates a user defined backup policy.
|
Future<UpdateVolumeBackupPolicyResponse> |
BlockstorageAsyncClient.updateVolumeBackupPolicy(UpdateVolumeBackupPolicyRequest request,
AsyncHandler<UpdateVolumeBackupPolicyRequest,UpdateVolumeBackupPolicyResponse> handler) |
Future<UpdateVolumeGroupResponse> |
BlockstorageAsync.updateVolumeGroup(UpdateVolumeGroupRequest request,
AsyncHandler<UpdateVolumeGroupRequest,UpdateVolumeGroupResponse> handler)
Updates the set of volumes in a volume group along with the display name.
|
Future<UpdateVolumeGroupResponse> |
BlockstorageAsyncClient.updateVolumeGroup(UpdateVolumeGroupRequest request,
AsyncHandler<UpdateVolumeGroupRequest,UpdateVolumeGroupResponse> handler) |
Future<UpdateVolumeGroupBackupResponse> |
BlockstorageAsync.updateVolumeGroupBackup(UpdateVolumeGroupBackupRequest request,
AsyncHandler<UpdateVolumeGroupBackupRequest,UpdateVolumeGroupBackupResponse> handler)
Updates the display name for the specified volume group backup.
|
Future<UpdateVolumeGroupBackupResponse> |
BlockstorageAsyncClient.updateVolumeGroupBackup(UpdateVolumeGroupBackupRequest request,
AsyncHandler<UpdateVolumeGroupBackupRequest,UpdateVolumeGroupBackupResponse> handler) |
Future<UpdateVolumeKmsKeyResponse> |
BlockstorageAsync.updateVolumeKmsKey(UpdateVolumeKmsKeyRequest request,
AsyncHandler<UpdateVolumeKmsKeyRequest,UpdateVolumeKmsKeyResponse> handler)
Updates the specified volume with a new Key Management master encryption key.
|
Future<UpdateVolumeKmsKeyResponse> |
BlockstorageAsyncClient.updateVolumeKmsKey(UpdateVolumeKmsKeyRequest request,
AsyncHandler<UpdateVolumeKmsKeyRequest,UpdateVolumeKmsKeyResponse> handler) |
Future<UpdateVtapResponse> |
VirtualNetworkAsync.updateVtap(UpdateVtapRequest request,
AsyncHandler<UpdateVtapRequest,UpdateVtapResponse> handler)
Updates the specified VTAP’s display name or tags.
|
Future<UpdateVtapResponse> |
VirtualNetworkAsyncClient.updateVtap(UpdateVtapRequest request,
AsyncHandler<UpdateVtapRequest,UpdateVtapResponse> handler) |
Future<UpgradeDrgResponse> |
VirtualNetworkAsync.upgradeDrg(UpgradeDrgRequest request,
AsyncHandler<UpgradeDrgRequest,UpgradeDrgResponse> handler)
Upgrades the DRG.
|
Future<UpgradeDrgResponse> |
VirtualNetworkAsyncClient.upgradeDrg(UpgradeDrgRequest request,
AsyncHandler<UpgradeDrgRequest,UpgradeDrgResponse> handler) |
Future<ValidateByoipRangeResponse> |
VirtualNetworkAsync.validateByoipRange(ValidateByoipRangeRequest request,
AsyncHandler<ValidateByoipRangeRequest,ValidateByoipRangeResponse> handler)
Submits the BYOIP CIDR block you are importing for validation.
|
Future<ValidateByoipRangeResponse> |
VirtualNetworkAsyncClient.validateByoipRange(ValidateByoipRangeRequest request,
AsyncHandler<ValidateByoipRangeRequest,ValidateByoipRangeResponse> handler) |
Future<WithdrawByoipRangeResponse> |
VirtualNetworkAsync.withdrawByoipRange(WithdrawByoipRangeRequest request,
AsyncHandler<WithdrawByoipRangeRequest,WithdrawByoipRangeResponse> handler)
Withdraws BGP route advertisement for the BYOIP CIDR block.
|
Future<WithdrawByoipRangeResponse> |
VirtualNetworkAsyncClient.withdrawByoipRange(WithdrawByoipRangeRequest request,
AsyncHandler<WithdrawByoipRangeRequest,WithdrawByoipRangeResponse> handler) |