TraceflowObservationDroppedLogical (Java SDK for NSX Global Policy API 4.1.0.2.0)

java.lang.Object
- com.vmware.nsx_global_policy.model.TraceflowObservationDroppedLogical

All Implemented Interfaces:: com.vmware.vapi.bindings.StaticStructure, com.vmware.vapi.bindings.Structure, java.io.Serializable

public final class TraceflowObservationDroppedLogical
extends java.lang.Object
implements java.io.Serializable, com.vmware.vapi.bindings.StaticStructure

See Also:: Serialized Form

Nested Class Summary

Nested Classes
Modifier and Type Class and Description

static class TraceflowObservationDroppedLogical.Builder
Builder class for TraceflowObservationDroppedLogical.

Nested Classes
Modifier and Type	Class and Description
`static class`	`TraceflowObservationDroppedLogical.Builder` Builder class for `TraceflowObservationDroppedLogical`.

Field Summary

Fields
Modifier and Type Field and Description

protected com.vmware.vapi.data.StructValue __dynamicStructureFields

Fields
Modifier and Type	Field and Description
`protected com.vmware.vapi.data.StructValue`	`__dynamicStructureFields`

Constructor Summary

Constructors
Modifier	Constructor and Description
	`TraceflowObservationDroppedLogical()` Default constructor.
`protected`	`TraceflowObservationDroppedLogical(com.vmware.vapi.data.StructValue __dynamicStructureFields)`

Method Summary

All Methods Static Methods Instance Methods Concrete Methods
Modifier and Type	Method and Description
`<T extends com.vmware.vapi.bindings.Structure> T`	`_convertTo(java.lang.Class<T> clazz)`
`java.lang.String`	`_getCanonicalName()`
`static java.lang.String`	`_getCanonicalTypeName()` Returns the canonical type name.
`static com.vmware.vapi.bindings.type.StructType`	`_getClassType()` WARNING: Internal method, subject to change in future versions.
`com.vmware.vapi.data.StructValue`	`_getDataValue()`
`com.vmware.vapi.data.DataValue`	`_getDynamicField(java.lang.String fieldName)`
`java.util.Set<java.lang.String>`	`_getDynamicFieldNames()`
`com.vmware.vapi.bindings.type.StructType`	`_getType()`
`boolean`	`_hasTypeNameOf(java.lang.Class<? extends com.vmware.vapi.bindings.Structure> clazz)`
`static TraceflowObservationDroppedLogical`	`_newInstance(com.vmware.vapi.data.StructValue structValue)` WARNING: Internal method, subject to change in future versions. Returns new instance of this binding class and injects the provided data value. WARNING: The returned object is not fully initialized.
`static TraceflowObservationDroppedLogical`	`_newInstance2(com.vmware.vapi.data.StructValue structValue)` WARNING: Internal method, subject to change in future versions. Serves as a versioning mechanism.
`void`	`_setDynamicField(java.lang.String fieldName, com.vmware.vapi.data.DataValue fieldValue)`
`protected void`	`_updateDataValue(com.vmware.vapi.data.StructValue structValue)`
`void`	`_validate()`
`boolean`	`equals(java.lang.Object obj)`
`java.lang.Long`	`getAclRuleId()` This field is specified when the traceflow packet matched a L3 firewall rule.
`java.lang.String`	`getArpFailReason()` Possible values are: `TraceflowObservationDropped.ARP_FAIL_REASON_UNKNOWN` `TraceflowObservationDropped.ARP_FAIL_REASON_TIMEOUT` `TraceflowObservationDropped.ARP_FAIL_REASON_CPFAIL` `TraceflowObservationDropped.ARP_FAIL_REASON_FROMCP` `TraceflowObservationDropped.ARP_FAIL_REASON_PORTDESTROY` `TraceflowObservationDropped.ARP_FAIL_REASON_TABLEDESTROY` `TraceflowObservationDropped.ARP_FAIL_REASON_NETDESTROY` This field specifies the ARP fails reason ARP_TIMEOUT - ARP failure due to query control plane timeout ARP_CPFAIL - ARP failure due post ARP query message to control plane failure ARP_FROMCP - ARP failure due to deleting ARP entry from control plane ARP_PORTDESTROY - ARP failure due to port destruction ARP_TABLEDESTROY - ARP failure due to ARP table destruction ARP_NETDESTROY - ARP failure due to overlay network destruction This property may be present in responses from the server, but if it is present in a request to server it will be ignored.
`java.lang.String`	`getComponentId()` The id of the component that dropped the traceflow packet.
`java.lang.String`	`getComponentName()` The name of the component that issued the observation.
`java.lang.String`	`getComponentSubType()` Possible values are: `TraceflowObservation.COMPONENT_SUB_TYPE_LR_TIER0` `TraceflowObservation.COMPONENT_SUB_TYPE_LR_TIER1` `TraceflowObservation.COMPONENT_SUB_TYPE_LR_VRF_TIER0` `TraceflowObservation.COMPONENT_SUB_TYPE_LS_TRANSIT` `TraceflowObservation.COMPONENT_SUB_TYPE_SI_CLASSIFIER` `TraceflowObservation.COMPONENT_SUB_TYPE_SI_PROXY` `TraceflowObservation.COMPONENT_SUB_TYPE_VDR` `TraceflowObservation.COMPONENT_SUB_TYPE_ENI` `TraceflowObservation.COMPONENT_SUB_TYPE_AWS_GATEWAY` `TraceflowObservation.COMPONENT_SUB_TYPE_TGW_ROUTE` `TraceflowObservation.COMPONENT_SUB_TYPE_EDGE_UPLINK` `TraceflowObservation.COMPONENT_SUB_TYPE_DELL_GATEWAY` `TraceflowObservation.COMPONENT_SUB_TYPE_LGW_ROUTE` `TraceflowObservation.COMPONENT_SUB_TYPE_LR_KNI` `TraceflowObservation.COMPONENT_SUB_TYPE_UNKNOWN` The sub type of the component that issued the observation.
`java.lang.String`	`getComponentType()` Possible values are: `TraceflowObservation.COMPONENT_TYPE_PHYSICAL` `TraceflowObservation.COMPONENT_TYPE_LR` `TraceflowObservation.COMPONENT_TYPE_LS` `TraceflowObservation.COMPONENT_TYPE_DFW` `TraceflowObservation.COMPONENT_TYPE_BRIDGE` `TraceflowObservation.COMPONENT_TYPE_EDGE_TUNNEL` `TraceflowObservation.COMPONENT_TYPE_EDGE_HOSTSWITCH` `TraceflowObservation.COMPONENT_TYPE_FW_BRIDGE` `TraceflowObservation.COMPONENT_TYPE_EDGE_RTEP_TUNNEL` `TraceflowObservation.COMPONENT_TYPE_LOAD_BALANCER` `TraceflowObservation.COMPONENT_TYPE_NAT` `TraceflowObservation.COMPONENT_TYPE_IPSEC` `TraceflowObservation.COMPONENT_TYPE_SERVICE_INSERTION` `TraceflowObservation.COMPONENT_TYPE_VMC` `TraceflowObservation.COMPONENT_TYPE_SPOOFGUARD` `TraceflowObservation.COMPONENT_TYPE_EDGE_FW` `TraceflowObservation.COMPONENT_TYPE_DLB` `TraceflowObservation.COMPONENT_TYPE_ANTREA_SPOOFGUARD` `TraceflowObservation.COMPONENT_TYPE_ANTREA_LB` `TraceflowObservation.COMPONENT_TYPE_ANTREA_ROUTING` `TraceflowObservation.COMPONENT_TYPE_ANTREA_DFW` `TraceflowObservation.COMPONENT_TYPE_ANTREA_FORWARDING` `TraceflowObservation.COMPONENT_TYPE_HOST_SWITCH` `TraceflowObservation.COMPONENT_TYPE_UNKNOWN` The type of the component that issued the observation.
`java.lang.String`	`getIpsecFailReason()` Possible values are: `TraceflowObservationDropped.IPSEC_FAIL_REASON_SA_NOT_FOUND` `TraceflowObservationDropped.IPSEC_FAIL_REASON_UDP_ENC_STATE_MISMATCH` `TraceflowObservationDropped.IPSEC_FAIL_REASON_SEQ_ROLLOVER` `TraceflowObservationDropped.IPSEC_FAIL_REASON_FRAG_NEEDED` `TraceflowObservationDropped.IPSEC_FAIL_REASON_TUN_IFACE_DOWN` `TraceflowObservationDropped.IPSEC_FAIL_REASON_POLICY_NOMATCH` `TraceflowObservationDropped.IPSEC_FAIL_REASON_POLICY_BLOCK` `TraceflowObservationDropped.IPSEC_FAIL_REASON_POLICY_ERROR` `TraceflowObservationDropped.IPSEC_FAIL_REASON_REPLAY_SEQ_NUM_REPEAT` `TraceflowObservationDropped.IPSEC_FAIL_REASON_REPLAY_RECV_DELAY` `TraceflowObservationDropped.IPSEC_FAIL_REASON_REPLAY_PROC_DELAY` `TraceflowObservationDropped.IPSEC_FAIL_REASON_ZERO_SEQ_NUM_RECVD` `TraceflowObservationDropped.IPSEC_FAIL_REASON_ENQUEUE_FAIL` `TraceflowObservationDropped.IPSEC_FAIL_REASON_AUTH_DGST_MISMATCH` `TraceflowObservationDropped.IPSEC_FAIL_REASON_AUTH_DGST_SIZE_MISMATCH` `TraceflowObservationDropped.IPSEC_FAIL_REASON_AUTH_UNSUPPORTED_ALGO` `TraceflowObservationDropped.IPSEC_FAIL_REASON_CRYPTO_FAIL` `TraceflowObservationDropped.IPSEC_FAIL_REASON_CRYPTO_PROC_INCOMPLETE` `TraceflowObservationDropped.IPSEC_FAIL_REASON_CRYPTO_SESSION_INV` `TraceflowObservationDropped.IPSEC_FAIL_REASON_CRYPTO_ARGS_INV` `TraceflowObservationDropped.IPSEC_FAIL_REASON_CRYPTO_PROC_ERROR` `TraceflowObservationDropped.IPSEC_FAIL_REASON_CRYPTO_NO_BUF_SPACE` `TraceflowObservationDropped.IPSEC_FAIL_REASON_CRYPTO_UNSUPPORTED_CIPHER` `TraceflowObservationDropped.IPSEC_FAIL_REASON_MALFORMED` `TraceflowObservationDropped.IPSEC_FAIL_REASON_MALFORMED_INV_PADDING` `TraceflowObservationDropped.IPSEC_FAIL_REASON_PADDING_REMOVAL_FAILED` `TraceflowObservationDropped.IPSEC_FAIL_REASON_INNER_MALFORMED` `TraceflowObservationDropped.IPSEC_FAIL_REASON_INNER_MALFORMED_IP` `TraceflowObservationDropped.IPSEC_FAIL_REASON_INNER_MALFORMED_UDP` `TraceflowObservationDropped.IPSEC_FAIL_REASON_INNER_MALFORMED_TCP` `TraceflowObservationDropped.IPSEC_FAIL_REASON_UNKNOWN` This field specifies the IPSec VPN fails reason IPSEC_SA_NOT_FOUND - IPSec SA required for processing the packet does not exist IPSEC_UDP_ENC_STATE_MISMATCH - ESP packet is UDP encapsulated but IPsec SA does not expect UDP encapsulation IPSEC_SEQ_ROLLOVER - IPSec SA sequence number has exceeded the maximum value IPSEC_FRAG_NEEDED - Received packet has DF bit set in IP header but requires fragmentation due to ESP encapsulation IPSEC_TUN_IFACE_DOWN - IPSec tunnel interface is down IPSEC_POLICY_NOMATCH - Received packet does not match IPSec policy IPSEC_POLICY_BLOCK - IPSec packet processing failed IPSEC_POLICY_ERROR - IPSec packet processing failed IPSEC_REPLAY_SEQ_NUM_REPEAT - IPSec packet is dropped due to replay IPSEC_REPLAY_RECV_DELAY - IPSec packet is dropped due to replay IPSEC_REPLAY_PROC_DELAY - IPSec packet is dropped due to replay IPSEC_ZERO_SEQ_NUM_RECVD - ESP packet is received with sequence number as zero IPSEC_ENQUEUE_FAIL - Packet processing failed during crypto operation IPSEC_AUTH_DGST_MISMATCH - Packet integrity check failed due to digest mismatch IPSEC_AUTH_DGST_SIZE_MISMATCH - Packet integrity check failed due to invalid digest length IPSEC_AUTH_UNSUPPORTED_ALGO - Packet integrity check failed due to unsupported hash algorithm IPSEC_CRYPTO_FAIL - Packet processing failed during crypto operation IPSEC_CRYPTO_PROC_INCOMPLETE - Packet processing failed during crypto operation IPSEC_CRYPTO_SESSION_INV - Packet processing failed during crypto operation IPSEC_CRYPTO_ARGS_INV - Packet processing failed during crypto operation IPSEC_CRYPTO_PROC_ERROR - Packet processing failed during crypto operation IPSEC_CRYPTO_NO_BUF_SPACE - Packet processing failed during crypto operation IPSEC_CRYPTO_UNSUPPORTED_CIPHER - Packet processing failed during crypto operation IPSEC_MALFORMED - Received ESP packet is malformed IPSEC_MALFORMED_INV_PADDING - Received ESP packet is malformed IPSEC_PADDING_REMOVAL_FAILED - Received ESP packet is malformed IPSEC_INNER_MALFORMED - IP packet after ESP decryption is malformed IPSEC_INNER_MALFORMED_IP - IP packet after ESP decryption is malformed IPSEC_INNER_MALFORMED_UDP - IP packet after ESP decryption is malformed IPSEC_INNER_MALFORMED_TCP - IP packet after ESP decryption is malformed IPSEC_UNKNOWN - IPSec VPN failure reason is unknown This property may be present in responses from the server, but if it is present in a request to server it will be ignored.
`java.lang.Long`	`getJumptoRuleId()` This field is specified when the traceflow packet matched a jump-to rule.
`java.lang.Long`	`getL2RuleId()` This field is specified when the traceflow packet matched a l2 rule.
`java.lang.String`	`getLportId()` The id of the logical port at which the traceflow packet was dropped This property may be present in responses from the server, but if it is present in a request to server it will be ignored.
`java.lang.String`	`getLportName()` The name of the logical port at which the traceflow packet was dropped This property may be present in responses from the server, but if it is present in a request to server it will be ignored.
`java.lang.Long`	`getNatRuleId()` This field is specified when the traceflow packet matched a NAT rule.
`java.lang.String`	`getReason()` Possible values are: `TraceflowObservationDropped.REASON_ARP_FAIL` `TraceflowObservationDropped.REASON_BFD` `TraceflowObservationDropped.REASON_BROADCAST` `TraceflowObservationDropped.REASON_DHCP` `TraceflowObservationDropped.REASON_DLB` `TraceflowObservationDropped.REASON_FW_RULE` `TraceflowObservationDropped.REASON_GENEVE` `TraceflowObservationDropped.REASON_GRE` `TraceflowObservationDropped.REASON_IFACE` `TraceflowObservationDropped.REASON_IP` `TraceflowObservationDropped.REASON_IP_REASS` `TraceflowObservationDropped.REASON_IPSEC` `TraceflowObservationDropped.REASON_IPSEC_VTI` `TraceflowObservationDropped.REASON_L2VPN` `TraceflowObservationDropped.REASON_L4PORT` `TraceflowObservationDropped.REASON_LB` `TraceflowObservationDropped.REASON_LROUTER` `TraceflowObservationDropped.REASON_LSERVICE` `TraceflowObservationDropped.REASON_LSWITCH` `TraceflowObservationDropped.REASON_MANAGEMENT` `TraceflowObservationDropped.REASON_MD_PROXY` `TraceflowObservationDropped.REASON_NAT` `TraceflowObservationDropped.REASON_RTEP_TUNNEL` `TraceflowObservationDropped.REASON_ND_NS_FAIL` `TraceflowObservationDropped.REASON_NEIGH` `TraceflowObservationDropped.REASON_NO_EIP_FOUND` `TraceflowObservationDropped.REASON_NO_EIP_ASSOCIATION` `TraceflowObservationDropped.REASON_NO_ENI_FOR_IP` `TraceflowObservationDropped.REASON_NO_ENI_FOR_LIF` `TraceflowObservationDropped.REASON_NO_ROUTE` `TraceflowObservationDropped.REASON_NO_ROUTE_TABLE_FOUND` `TraceflowObservationDropped.REASON_NO_UNDERLAY_ROUTE_FOUND` `TraceflowObservationDropped.REASON_NOT_VDR_DOWNLINK` `TraceflowObservationDropped.REASON_NO_VDR_FOUND` `TraceflowObservationDropped.REASON_NO_VDR_ON_HOST` `TraceflowObservationDropped.REASON_NOT_VDR_UPLINK` `TraceflowObservationDropped.REASON_SERVICE_INSERT` `TraceflowObservationDropped.REASON_SPOOFGUARD` `TraceflowObservationDropped.REASON_TTL_ZERO` `TraceflowObservationDropped.REASON_TUNNEL` `TraceflowObservationDropped.REASON_VLAN` `TraceflowObservationDropped.REASON_VXLAN` `TraceflowObservationDropped.REASON_VXSTT` `TraceflowObservationDropped.REASON_VMC_NO_RESPONSE` `TraceflowObservationDropped.REASON_WRONG_UPLINK` `TraceflowObservationDropped.REASON_FW_STATE` `TraceflowObservationDropped.REASON_NO_MAC` `TraceflowObservationDropped.REASON_UNKNOWN` `TraceflowObservationDropped.REASON_FILTERED_UPLINK` This field specifies the drop reason of traceflow packet.
`java.lang.String`	`getResourceType()` Possible values are: `TraceflowObservation.RESOURCE_TYPE_TRACEFLOWOBSERVATIONFORWARDED` `TraceflowObservation.RESOURCE_TYPE_TRACEFLOWOBSERVATIONDROPPED` `TraceflowObservation.RESOURCE_TYPE_TRACEFLOWOBSERVATIONDELIVERED` `TraceflowObservation.RESOURCE_TYPE_TRACEFLOWOBSERVATIONRECEIVED` `TraceflowObservation.RESOURCE_TYPE_TRACEFLOWOBSERVATIONFORWARDEDLOGICAL` `TraceflowObservation.RESOURCE_TYPE_TRACEFLOWOBSERVATIONDROPPEDLOGICAL` `TraceflowObservation.RESOURCE_TYPE_TRACEFLOWOBSERVATIONRECEIVEDLOGICAL` `TraceflowObservation.RESOURCE_TYPE_TRACEFLOWOBSERVATIONREPLICATIONLOGICAL` `TraceflowObservation.RESOURCE_TYPE_TRACEFLOWOBSERVATIONRELAYEDLOGICAL` `TraceflowObservation.RESOURCE_TYPE_TRACEFLOWOBSERVATIONPROTECTED`
`java.lang.Long`	`getSequenceNo()` the hop count for observations on the transport node that a traceflow packet is injected in will be 0.
`java.lang.Long`	`getServicePathIndex()` The index of service path that is a chain of services represents the point where the traceflow packet was dropped.
`java.lang.String`	`getSitePath()` This field contains the site path where this observation was generated.
`java.lang.Long`	`getTimestamp()` Timestamp when the observation was created by the transport node (milliseconds epoch) format: int64 This property may be present in responses from the server, but if it is present in a request to server it will be ignored.
`java.lang.Long`	`getTimestampMicro()` Timestamp when the observation was created by the transport node (microseconds epoch) format: int64 This property may be present in responses from the server, but if it is present in a request to server it will be ignored.
`java.lang.String`	`getTransportNodeId()` id of the transport node that observed a traceflow packet This property may be present in responses from the server, but if it is present in a request to server it will be ignored.
`java.lang.String`	`getTransportNodeName()` name of the transport node that observed a traceflow packet This property may be present in responses from the server, but if it is present in a request to server it will be ignored.
`java.lang.String`	`getTransportNodeType()` Possible values are: `TraceflowObservation.TRANSPORT_NODE_TYPE_ESX` `TraceflowObservation.TRANSPORT_NODE_TYPE_RHELKVM` `TraceflowObservation.TRANSPORT_NODE_TYPE_UBUNTUKVM` `TraceflowObservation.TRANSPORT_NODE_TYPE_CENTOSKVM` `TraceflowObservation.TRANSPORT_NODE_TYPE_RHELCONTAINER` `TraceflowObservation.TRANSPORT_NODE_TYPE_CENTOSCONTAINER` `TraceflowObservation.TRANSPORT_NODE_TYPE_RHELSERVER` `TraceflowObservation.TRANSPORT_NODE_TYPE_UBUNTUSERVER` `TraceflowObservation.TRANSPORT_NODE_TYPE_CENTOSSERVER` `TraceflowObservation.TRANSPORT_NODE_TYPE_SLESKVM` `TraceflowObservation.TRANSPORT_NODE_TYPE_SLESSERVER` `TraceflowObservation.TRANSPORT_NODE_TYPE_WINDOWSSERVER` `TraceflowObservation.TRANSPORT_NODE_TYPE_RHELSMARTNIC` `TraceflowObservation.TRANSPORT_NODE_TYPE_OELSERVER` `TraceflowObservation.TRANSPORT_NODE_TYPE_UBUNTUSMARTNIC` `TraceflowObservation.TRANSPORT_NODE_TYPE_EDGE` `TraceflowObservation.TRANSPORT_NODE_TYPE_PUBLIC_CLOUD_GATEWAY_NODE` `TraceflowObservation.TRANSPORT_NODE_TYPE_OTHERS` `TraceflowObservation.TRANSPORT_NODE_TYPE_HYPERV` type of the transport node that observed a traceflow packet This property may be present in responses from the server, but if it is present in a request to server it will be ignored.
`int`	`hashCode()`
`void`	`setAclRuleId(java.lang.Long aclRuleId)` This field is specified when the traceflow packet matched a L3 firewall rule.
`void`	`setArpFailReason(java.lang.String arpFailReason)` Possible values are: `TraceflowObservationDropped.ARP_FAIL_REASON_UNKNOWN` `TraceflowObservationDropped.ARP_FAIL_REASON_TIMEOUT` `TraceflowObservationDropped.ARP_FAIL_REASON_CPFAIL` `TraceflowObservationDropped.ARP_FAIL_REASON_FROMCP` `TraceflowObservationDropped.ARP_FAIL_REASON_PORTDESTROY` `TraceflowObservationDropped.ARP_FAIL_REASON_TABLEDESTROY` `TraceflowObservationDropped.ARP_FAIL_REASON_NETDESTROY` This field specifies the ARP fails reason ARP_TIMEOUT - ARP failure due to query control plane timeout ARP_CPFAIL - ARP failure due post ARP query message to control plane failure ARP_FROMCP - ARP failure due to deleting ARP entry from control plane ARP_PORTDESTROY - ARP failure due to port destruction ARP_TABLEDESTROY - ARP failure due to ARP table destruction ARP_NETDESTROY - ARP failure due to overlay network destruction This property may be present in responses from the server, but if it is present in a request to server it will be ignored.
`void`	`setComponentId(java.lang.String componentId)` The id of the component that dropped the traceflow packet.
`void`	`setComponentName(java.lang.String componentName)` The name of the component that issued the observation.
`void`	`setComponentSubType(java.lang.String componentSubType)` Possible values are: `TraceflowObservation.COMPONENT_SUB_TYPE_LR_TIER0` `TraceflowObservation.COMPONENT_SUB_TYPE_LR_TIER1` `TraceflowObservation.COMPONENT_SUB_TYPE_LR_VRF_TIER0` `TraceflowObservation.COMPONENT_SUB_TYPE_LS_TRANSIT` `TraceflowObservation.COMPONENT_SUB_TYPE_SI_CLASSIFIER` `TraceflowObservation.COMPONENT_SUB_TYPE_SI_PROXY` `TraceflowObservation.COMPONENT_SUB_TYPE_VDR` `TraceflowObservation.COMPONENT_SUB_TYPE_ENI` `TraceflowObservation.COMPONENT_SUB_TYPE_AWS_GATEWAY` `TraceflowObservation.COMPONENT_SUB_TYPE_TGW_ROUTE` `TraceflowObservation.COMPONENT_SUB_TYPE_EDGE_UPLINK` `TraceflowObservation.COMPONENT_SUB_TYPE_DELL_GATEWAY` `TraceflowObservation.COMPONENT_SUB_TYPE_LGW_ROUTE` `TraceflowObservation.COMPONENT_SUB_TYPE_LR_KNI` `TraceflowObservation.COMPONENT_SUB_TYPE_UNKNOWN` The sub type of the component that issued the observation.
`void`	`setComponentType(java.lang.String componentType)` Possible values are: `TraceflowObservation.COMPONENT_TYPE_PHYSICAL` `TraceflowObservation.COMPONENT_TYPE_LR` `TraceflowObservation.COMPONENT_TYPE_LS` `TraceflowObservation.COMPONENT_TYPE_DFW` `TraceflowObservation.COMPONENT_TYPE_BRIDGE` `TraceflowObservation.COMPONENT_TYPE_EDGE_TUNNEL` `TraceflowObservation.COMPONENT_TYPE_EDGE_HOSTSWITCH` `TraceflowObservation.COMPONENT_TYPE_FW_BRIDGE` `TraceflowObservation.COMPONENT_TYPE_EDGE_RTEP_TUNNEL` `TraceflowObservation.COMPONENT_TYPE_LOAD_BALANCER` `TraceflowObservation.COMPONENT_TYPE_NAT` `TraceflowObservation.COMPONENT_TYPE_IPSEC` `TraceflowObservation.COMPONENT_TYPE_SERVICE_INSERTION` `TraceflowObservation.COMPONENT_TYPE_VMC` `TraceflowObservation.COMPONENT_TYPE_SPOOFGUARD` `TraceflowObservation.COMPONENT_TYPE_EDGE_FW` `TraceflowObservation.COMPONENT_TYPE_DLB` `TraceflowObservation.COMPONENT_TYPE_ANTREA_SPOOFGUARD` `TraceflowObservation.COMPONENT_TYPE_ANTREA_LB` `TraceflowObservation.COMPONENT_TYPE_ANTREA_ROUTING` `TraceflowObservation.COMPONENT_TYPE_ANTREA_DFW` `TraceflowObservation.COMPONENT_TYPE_ANTREA_FORWARDING` `TraceflowObservation.COMPONENT_TYPE_HOST_SWITCH` `TraceflowObservation.COMPONENT_TYPE_UNKNOWN` The type of the component that issued the observation.
`void`	`setIpsecFailReason(java.lang.String ipsecFailReason)` Possible values are: `TraceflowObservationDropped.IPSEC_FAIL_REASON_SA_NOT_FOUND` `TraceflowObservationDropped.IPSEC_FAIL_REASON_UDP_ENC_STATE_MISMATCH` `TraceflowObservationDropped.IPSEC_FAIL_REASON_SEQ_ROLLOVER` `TraceflowObservationDropped.IPSEC_FAIL_REASON_FRAG_NEEDED` `TraceflowObservationDropped.IPSEC_FAIL_REASON_TUN_IFACE_DOWN` `TraceflowObservationDropped.IPSEC_FAIL_REASON_POLICY_NOMATCH` `TraceflowObservationDropped.IPSEC_FAIL_REASON_POLICY_BLOCK` `TraceflowObservationDropped.IPSEC_FAIL_REASON_POLICY_ERROR` `TraceflowObservationDropped.IPSEC_FAIL_REASON_REPLAY_SEQ_NUM_REPEAT` `TraceflowObservationDropped.IPSEC_FAIL_REASON_REPLAY_RECV_DELAY` `TraceflowObservationDropped.IPSEC_FAIL_REASON_REPLAY_PROC_DELAY` `TraceflowObservationDropped.IPSEC_FAIL_REASON_ZERO_SEQ_NUM_RECVD` `TraceflowObservationDropped.IPSEC_FAIL_REASON_ENQUEUE_FAIL` `TraceflowObservationDropped.IPSEC_FAIL_REASON_AUTH_DGST_MISMATCH` `TraceflowObservationDropped.IPSEC_FAIL_REASON_AUTH_DGST_SIZE_MISMATCH` `TraceflowObservationDropped.IPSEC_FAIL_REASON_AUTH_UNSUPPORTED_ALGO` `TraceflowObservationDropped.IPSEC_FAIL_REASON_CRYPTO_FAIL` `TraceflowObservationDropped.IPSEC_FAIL_REASON_CRYPTO_PROC_INCOMPLETE` `TraceflowObservationDropped.IPSEC_FAIL_REASON_CRYPTO_SESSION_INV` `TraceflowObservationDropped.IPSEC_FAIL_REASON_CRYPTO_ARGS_INV` `TraceflowObservationDropped.IPSEC_FAIL_REASON_CRYPTO_PROC_ERROR` `TraceflowObservationDropped.IPSEC_FAIL_REASON_CRYPTO_NO_BUF_SPACE` `TraceflowObservationDropped.IPSEC_FAIL_REASON_CRYPTO_UNSUPPORTED_CIPHER` `TraceflowObservationDropped.IPSEC_FAIL_REASON_MALFORMED` `TraceflowObservationDropped.IPSEC_FAIL_REASON_MALFORMED_INV_PADDING` `TraceflowObservationDropped.IPSEC_FAIL_REASON_PADDING_REMOVAL_FAILED` `TraceflowObservationDropped.IPSEC_FAIL_REASON_INNER_MALFORMED` `TraceflowObservationDropped.IPSEC_FAIL_REASON_INNER_MALFORMED_IP` `TraceflowObservationDropped.IPSEC_FAIL_REASON_INNER_MALFORMED_UDP` `TraceflowObservationDropped.IPSEC_FAIL_REASON_INNER_MALFORMED_TCP` `TraceflowObservationDropped.IPSEC_FAIL_REASON_UNKNOWN` This field specifies the IPSec VPN fails reason IPSEC_SA_NOT_FOUND - IPSec SA required for processing the packet does not exist IPSEC_UDP_ENC_STATE_MISMATCH - ESP packet is UDP encapsulated but IPsec SA does not expect UDP encapsulation IPSEC_SEQ_ROLLOVER - IPSec SA sequence number has exceeded the maximum value IPSEC_FRAG_NEEDED - Received packet has DF bit set in IP header but requires fragmentation due to ESP encapsulation IPSEC_TUN_IFACE_DOWN - IPSec tunnel interface is down IPSEC_POLICY_NOMATCH - Received packet does not match IPSec policy IPSEC_POLICY_BLOCK - IPSec packet processing failed IPSEC_POLICY_ERROR - IPSec packet processing failed IPSEC_REPLAY_SEQ_NUM_REPEAT - IPSec packet is dropped due to replay IPSEC_REPLAY_RECV_DELAY - IPSec packet is dropped due to replay IPSEC_REPLAY_PROC_DELAY - IPSec packet is dropped due to replay IPSEC_ZERO_SEQ_NUM_RECVD - ESP packet is received with sequence number as zero IPSEC_ENQUEUE_FAIL - Packet processing failed during crypto operation IPSEC_AUTH_DGST_MISMATCH - Packet integrity check failed due to digest mismatch IPSEC_AUTH_DGST_SIZE_MISMATCH - Packet integrity check failed due to invalid digest length IPSEC_AUTH_UNSUPPORTED_ALGO - Packet integrity check failed due to unsupported hash algorithm IPSEC_CRYPTO_FAIL - Packet processing failed during crypto operation IPSEC_CRYPTO_PROC_INCOMPLETE - Packet processing failed during crypto operation IPSEC_CRYPTO_SESSION_INV - Packet processing failed during crypto operation IPSEC_CRYPTO_ARGS_INV - Packet processing failed during crypto operation IPSEC_CRYPTO_PROC_ERROR - Packet processing failed during crypto operation IPSEC_CRYPTO_NO_BUF_SPACE - Packet processing failed during crypto operation IPSEC_CRYPTO_UNSUPPORTED_CIPHER - Packet processing failed during crypto operation IPSEC_MALFORMED - Received ESP packet is malformed IPSEC_MALFORMED_INV_PADDING - Received ESP packet is malformed IPSEC_PADDING_REMOVAL_FAILED - Received ESP packet is malformed IPSEC_INNER_MALFORMED - IP packet after ESP decryption is malformed IPSEC_INNER_MALFORMED_IP - IP packet after ESP decryption is malformed IPSEC_INNER_MALFORMED_UDP - IP packet after ESP decryption is malformed IPSEC_INNER_MALFORMED_TCP - IP packet after ESP decryption is malformed IPSEC_UNKNOWN - IPSec VPN failure reason is unknown This property may be present in responses from the server, but if it is present in a request to server it will be ignored.
`void`	`setJumptoRuleId(java.lang.Long jumptoRuleId)` This field is specified when the traceflow packet matched a jump-to rule.
`void`	`setL2RuleId(java.lang.Long l2RuleId)` This field is specified when the traceflow packet matched a l2 rule.
`void`	`setLportId(java.lang.String lportId)` The id of the logical port at which the traceflow packet was dropped This property may be present in responses from the server, but if it is present in a request to server it will be ignored.
`void`	`setLportName(java.lang.String lportName)` The name of the logical port at which the traceflow packet was dropped This property may be present in responses from the server, but if it is present in a request to server it will be ignored.
`void`	`setNatRuleId(java.lang.Long natRuleId)` This field is specified when the traceflow packet matched a NAT rule.
`void`	`setReason(java.lang.String reason)` Possible values are: `TraceflowObservationDropped.REASON_ARP_FAIL` `TraceflowObservationDropped.REASON_BFD` `TraceflowObservationDropped.REASON_BROADCAST` `TraceflowObservationDropped.REASON_DHCP` `TraceflowObservationDropped.REASON_DLB` `TraceflowObservationDropped.REASON_FW_RULE` `TraceflowObservationDropped.REASON_GENEVE` `TraceflowObservationDropped.REASON_GRE` `TraceflowObservationDropped.REASON_IFACE` `TraceflowObservationDropped.REASON_IP` `TraceflowObservationDropped.REASON_IP_REASS` `TraceflowObservationDropped.REASON_IPSEC` `TraceflowObservationDropped.REASON_IPSEC_VTI` `TraceflowObservationDropped.REASON_L2VPN` `TraceflowObservationDropped.REASON_L4PORT` `TraceflowObservationDropped.REASON_LB` `TraceflowObservationDropped.REASON_LROUTER` `TraceflowObservationDropped.REASON_LSERVICE` `TraceflowObservationDropped.REASON_LSWITCH` `TraceflowObservationDropped.REASON_MANAGEMENT` `TraceflowObservationDropped.REASON_MD_PROXY` `TraceflowObservationDropped.REASON_NAT` `TraceflowObservationDropped.REASON_RTEP_TUNNEL` `TraceflowObservationDropped.REASON_ND_NS_FAIL` `TraceflowObservationDropped.REASON_NEIGH` `TraceflowObservationDropped.REASON_NO_EIP_FOUND` `TraceflowObservationDropped.REASON_NO_EIP_ASSOCIATION` `TraceflowObservationDropped.REASON_NO_ENI_FOR_IP` `TraceflowObservationDropped.REASON_NO_ENI_FOR_LIF` `TraceflowObservationDropped.REASON_NO_ROUTE` `TraceflowObservationDropped.REASON_NO_ROUTE_TABLE_FOUND` `TraceflowObservationDropped.REASON_NO_UNDERLAY_ROUTE_FOUND` `TraceflowObservationDropped.REASON_NOT_VDR_DOWNLINK` `TraceflowObservationDropped.REASON_NO_VDR_FOUND` `TraceflowObservationDropped.REASON_NO_VDR_ON_HOST` `TraceflowObservationDropped.REASON_NOT_VDR_UPLINK` `TraceflowObservationDropped.REASON_SERVICE_INSERT` `TraceflowObservationDropped.REASON_SPOOFGUARD` `TraceflowObservationDropped.REASON_TTL_ZERO` `TraceflowObservationDropped.REASON_TUNNEL` `TraceflowObservationDropped.REASON_VLAN` `TraceflowObservationDropped.REASON_VXLAN` `TraceflowObservationDropped.REASON_VXSTT` `TraceflowObservationDropped.REASON_VMC_NO_RESPONSE` `TraceflowObservationDropped.REASON_WRONG_UPLINK` `TraceflowObservationDropped.REASON_FW_STATE` `TraceflowObservationDropped.REASON_NO_MAC` `TraceflowObservationDropped.REASON_UNKNOWN` `TraceflowObservationDropped.REASON_FILTERED_UPLINK` This field specifies the drop reason of traceflow packet.
`void`	`setResourceType(java.lang.String resourceType)` Possible values are: `TraceflowObservation.RESOURCE_TYPE_TRACEFLOWOBSERVATIONFORWARDED` `TraceflowObservation.RESOURCE_TYPE_TRACEFLOWOBSERVATIONDROPPED` `TraceflowObservation.RESOURCE_TYPE_TRACEFLOWOBSERVATIONDELIVERED` `TraceflowObservation.RESOURCE_TYPE_TRACEFLOWOBSERVATIONRECEIVED` `TraceflowObservation.RESOURCE_TYPE_TRACEFLOWOBSERVATIONFORWARDEDLOGICAL` `TraceflowObservation.RESOURCE_TYPE_TRACEFLOWOBSERVATIONDROPPEDLOGICAL` `TraceflowObservation.RESOURCE_TYPE_TRACEFLOWOBSERVATIONRECEIVEDLOGICAL` `TraceflowObservation.RESOURCE_TYPE_TRACEFLOWOBSERVATIONREPLICATIONLOGICAL` `TraceflowObservation.RESOURCE_TYPE_TRACEFLOWOBSERVATIONRELAYEDLOGICAL` `TraceflowObservation.RESOURCE_TYPE_TRACEFLOWOBSERVATIONPROTECTED`
`void`	`setSequenceNo(java.lang.Long sequenceNo)` the hop count for observations on the transport node that a traceflow packet is injected in will be 0.
`void`	`setServicePathIndex(java.lang.Long servicePathIndex)` The index of service path that is a chain of services represents the point where the traceflow packet was dropped.
`void`	`setSitePath(java.lang.String sitePath)` This field contains the site path where this observation was generated.
`void`	`setTimestamp(java.lang.Long timestamp)` Timestamp when the observation was created by the transport node (milliseconds epoch) format: int64 This property may be present in responses from the server, but if it is present in a request to server it will be ignored.
`void`	`setTimestampMicro(java.lang.Long timestampMicro)` Timestamp when the observation was created by the transport node (microseconds epoch) format: int64 This property may be present in responses from the server, but if it is present in a request to server it will be ignored.
`void`	`setTransportNodeId(java.lang.String transportNodeId)` id of the transport node that observed a traceflow packet This property may be present in responses from the server, but if it is present in a request to server it will be ignored.
`void`	`setTransportNodeName(java.lang.String transportNodeName)` name of the transport node that observed a traceflow packet This property may be present in responses from the server, but if it is present in a request to server it will be ignored.
`void`	`setTransportNodeType(java.lang.String transportNodeType)` Possible values are: `TraceflowObservation.TRANSPORT_NODE_TYPE_ESX` `TraceflowObservation.TRANSPORT_NODE_TYPE_RHELKVM` `TraceflowObservation.TRANSPORT_NODE_TYPE_UBUNTUKVM` `TraceflowObservation.TRANSPORT_NODE_TYPE_CENTOSKVM` `TraceflowObservation.TRANSPORT_NODE_TYPE_RHELCONTAINER` `TraceflowObservation.TRANSPORT_NODE_TYPE_CENTOSCONTAINER` `TraceflowObservation.TRANSPORT_NODE_TYPE_RHELSERVER` `TraceflowObservation.TRANSPORT_NODE_TYPE_UBUNTUSERVER` `TraceflowObservation.TRANSPORT_NODE_TYPE_CENTOSSERVER` `TraceflowObservation.TRANSPORT_NODE_TYPE_SLESKVM` `TraceflowObservation.TRANSPORT_NODE_TYPE_SLESSERVER` `TraceflowObservation.TRANSPORT_NODE_TYPE_WINDOWSSERVER` `TraceflowObservation.TRANSPORT_NODE_TYPE_RHELSMARTNIC` `TraceflowObservation.TRANSPORT_NODE_TYPE_OELSERVER` `TraceflowObservation.TRANSPORT_NODE_TYPE_UBUNTUSMARTNIC` `TraceflowObservation.TRANSPORT_NODE_TYPE_EDGE` `TraceflowObservation.TRANSPORT_NODE_TYPE_PUBLIC_CLOUD_GATEWAY_NODE` `TraceflowObservation.TRANSPORT_NODE_TYPE_OTHERS` `TraceflowObservation.TRANSPORT_NODE_TYPE_HYPERV` type of the transport node that observed a traceflow packet This property may be present in responses from the server, but if it is present in a request to server it will be ignored.
`java.lang.String`	`toString()`

Methods inherited from class java.lang.Object
clone, finalize, getClass, notify, notifyAll, wait, wait, wait

- Field Detail
  - __dynamicStructureFields
```
protected com.vmware.vapi.data.StructValue __dynamicStructureFields
```
- Constructor Detail
  - TraceflowObservationDroppedLogical
```
public TraceflowObservationDroppedLogical()
```
    Default constructor.
  - TraceflowObservationDroppedLogical
```
protected TraceflowObservationDroppedLogical(com.vmware.vapi.data.StructValue __dynamicStructureFields)
```
- Method Detail
  - getComponentId
```
public java.lang.String getComponentId()
```
    The id of the component that dropped the traceflow packet. This property may be present in responses from the server, but if it is present in a request to server it will be ignored.
    
    Returns:
    
    The current value of the property.
  - setComponentId
```
public void setComponentId(java.lang.String componentId)
```
    The id of the component that dropped the traceflow packet. This property may be present in responses from the server, but if it is present in a request to server it will be ignored.
    
    Parameters:
    
    componentId - New value for the property.
  - getServicePathIndex
```
public java.lang.Long getServicePathIndex()
```
    The index of service path that is a chain of services represents the point where the traceflow packet was dropped. format: int64 This property may be present in responses from the server, but if it is present in a request to server it will be ignored.
    
    Returns:
    
    The current value of the property.
  - setServicePathIndex
```
public void setServicePathIndex(java.lang.Long servicePathIndex)
```
    The index of service path that is a chain of services represents the point where the traceflow packet was dropped. format: int64 This property may be present in responses from the server, but if it is present in a request to server it will be ignored.
    
    Parameters:
    
    servicePathIndex - New value for the property.
  - getAclRuleId
```
public java.lang.Long getAclRuleId()
```
    This field is specified when the traceflow packet matched a L3 firewall rule. format: int64 This property may be present in responses from the server, but if it is present in a request to server it will be ignored.
    
    Returns:
    
    The current value of the property.
  - setAclRuleId
```
public void setAclRuleId(java.lang.Long aclRuleId)
```
    This field is specified when the traceflow packet matched a L3 firewall rule. format: int64 This property may be present in responses from the server, but if it is present in a request to server it will be ignored.
    
    Parameters:
    
    aclRuleId - New value for the property.
  - getArpFailReason
```
public java.lang.String getArpFailReason()
```
    Possible values are:
    This field specifies the ARP fails reason ARP_TIMEOUT - ARP failure due to query control plane timeout ARP_CPFAIL - ARP failure due post ARP query message to control plane failure ARP_FROMCP - ARP failure due to deleting ARP entry from control plane ARP_PORTDESTROY - ARP failure due to port destruction ARP_TABLEDESTROY - ARP failure due to ARP table destruction ARP_NETDESTROY - ARP failure due to overlay network destruction This property may be present in responses from the server, but if it is present in a request to server it will be ignored.
    Returns:
    
    The current value of the property.
  - setArpFailReason
```
public void setArpFailReason(java.lang.String arpFailReason)
```
    Possible values are:
    This field specifies the ARP fails reason ARP_TIMEOUT - ARP failure due to query control plane timeout ARP_CPFAIL - ARP failure due post ARP query message to control plane failure ARP_FROMCP - ARP failure due to deleting ARP entry from control plane ARP_PORTDESTROY - ARP failure due to port destruction ARP_TABLEDESTROY - ARP failure due to ARP table destruction ARP_NETDESTROY - ARP failure due to overlay network destruction This property may be present in responses from the server, but if it is present in a request to server it will be ignored.
    Parameters:
    
    arpFailReason - New value for the property.
  - getIpsecFailReason
```
public java.lang.String getIpsecFailReason()
```
    Possible values are:
    This field specifies the IPSec VPN fails reason IPSEC_SA_NOT_FOUND - IPSec SA required for processing the packet does not exist IPSEC_UDP_ENC_STATE_MISMATCH - ESP packet is UDP encapsulated but IPsec SA does not expect UDP encapsulation IPSEC_SEQ_ROLLOVER - IPSec SA sequence number has exceeded the maximum value IPSEC_FRAG_NEEDED - Received packet has DF bit set in IP header but requires fragmentation due to ESP encapsulation IPSEC_TUN_IFACE_DOWN - IPSec tunnel interface is down IPSEC_POLICY_NOMATCH - Received packet does not match IPSec policy IPSEC_POLICY_BLOCK - IPSec packet processing failed IPSEC_POLICY_ERROR - IPSec packet processing failed IPSEC_REPLAY_SEQ_NUM_REPEAT - IPSec packet is dropped due to replay IPSEC_REPLAY_RECV_DELAY - IPSec packet is dropped due to replay IPSEC_REPLAY_PROC_DELAY - IPSec packet is dropped due to replay IPSEC_ZERO_SEQ_NUM_RECVD - ESP packet is received with sequence number as zero IPSEC_ENQUEUE_FAIL - Packet processing failed during crypto operation IPSEC_AUTH_DGST_MISMATCH - Packet integrity check failed due to digest mismatch IPSEC_AUTH_DGST_SIZE_MISMATCH - Packet integrity check failed due to invalid digest length IPSEC_AUTH_UNSUPPORTED_ALGO - Packet integrity check failed due to unsupported hash algorithm IPSEC_CRYPTO_FAIL - Packet processing failed during crypto operation IPSEC_CRYPTO_PROC_INCOMPLETE - Packet processing failed during crypto operation IPSEC_CRYPTO_SESSION_INV - Packet processing failed during crypto operation IPSEC_CRYPTO_ARGS_INV - Packet processing failed during crypto operation IPSEC_CRYPTO_PROC_ERROR - Packet processing failed during crypto operation IPSEC_CRYPTO_NO_BUF_SPACE - Packet processing failed during crypto operation IPSEC_CRYPTO_UNSUPPORTED_CIPHER - Packet processing failed during crypto operation IPSEC_MALFORMED - Received ESP packet is malformed IPSEC_MALFORMED_INV_PADDING - Received ESP packet is malformed IPSEC_PADDING_REMOVAL_FAILED - Received ESP packet is malformed IPSEC_INNER_MALFORMED - IP packet after ESP decryption is malformed IPSEC_INNER_MALFORMED_IP - IP packet after ESP decryption is malformed IPSEC_INNER_MALFORMED_UDP - IP packet after ESP decryption is malformed IPSEC_INNER_MALFORMED_TCP - IP packet after ESP decryption is malformed IPSEC_UNKNOWN - IPSec VPN failure reason is unknown This property may be present in responses from the server, but if it is present in a request to server it will be ignored.
    Returns:
    
    The current value of the property.
  - setIpsecFailReason
```
public void setIpsecFailReason(java.lang.String ipsecFailReason)
```
    Possible values are:
    This field specifies the IPSec VPN fails reason IPSEC_SA_NOT_FOUND - IPSec SA required for processing the packet does not exist IPSEC_UDP_ENC_STATE_MISMATCH - ESP packet is UDP encapsulated but IPsec SA does not expect UDP encapsulation IPSEC_SEQ_ROLLOVER - IPSec SA sequence number has exceeded the maximum value IPSEC_FRAG_NEEDED - Received packet has DF bit set in IP header but requires fragmentation due to ESP encapsulation IPSEC_TUN_IFACE_DOWN - IPSec tunnel interface is down IPSEC_POLICY_NOMATCH - Received packet does not match IPSec policy IPSEC_POLICY_BLOCK - IPSec packet processing failed IPSEC_POLICY_ERROR - IPSec packet processing failed IPSEC_REPLAY_SEQ_NUM_REPEAT - IPSec packet is dropped due to replay IPSEC_REPLAY_RECV_DELAY - IPSec packet is dropped due to replay IPSEC_REPLAY_PROC_DELAY - IPSec packet is dropped due to replay IPSEC_ZERO_SEQ_NUM_RECVD - ESP packet is received with sequence number as zero IPSEC_ENQUEUE_FAIL - Packet processing failed during crypto operation IPSEC_AUTH_DGST_MISMATCH - Packet integrity check failed due to digest mismatch IPSEC_AUTH_DGST_SIZE_MISMATCH - Packet integrity check failed due to invalid digest length IPSEC_AUTH_UNSUPPORTED_ALGO - Packet integrity check failed due to unsupported hash algorithm IPSEC_CRYPTO_FAIL - Packet processing failed during crypto operation IPSEC_CRYPTO_PROC_INCOMPLETE - Packet processing failed during crypto operation IPSEC_CRYPTO_SESSION_INV - Packet processing failed during crypto operation IPSEC_CRYPTO_ARGS_INV - Packet processing failed during crypto operation IPSEC_CRYPTO_PROC_ERROR - Packet processing failed during crypto operation IPSEC_CRYPTO_NO_BUF_SPACE - Packet processing failed during crypto operation IPSEC_CRYPTO_UNSUPPORTED_CIPHER - Packet processing failed during crypto operation IPSEC_MALFORMED - Received ESP packet is malformed IPSEC_MALFORMED_INV_PADDING - Received ESP packet is malformed IPSEC_PADDING_REMOVAL_FAILED - Received ESP packet is malformed IPSEC_INNER_MALFORMED - IP packet after ESP decryption is malformed IPSEC_INNER_MALFORMED_IP - IP packet after ESP decryption is malformed IPSEC_INNER_MALFORMED_UDP - IP packet after ESP decryption is malformed IPSEC_INNER_MALFORMED_TCP - IP packet after ESP decryption is malformed IPSEC_UNKNOWN - IPSec VPN failure reason is unknown This property may be present in responses from the server, but if it is present in a request to server it will be ignored.
    Parameters:
    
    ipsecFailReason - New value for the property.
  - getJumptoRuleId
```
public java.lang.Long getJumptoRuleId()
```
    This field is specified when the traceflow packet matched a jump-to rule. format: int64 This property may be present in responses from the server, but if it is present in a request to server it will be ignored.
    
    Returns:
    
    The current value of the property.
  - setJumptoRuleId
```
public void setJumptoRuleId(java.lang.Long jumptoRuleId)
```
    This field is specified when the traceflow packet matched a jump-to rule. format: int64 This property may be present in responses from the server, but if it is present in a request to server it will be ignored.
    
    Parameters:
    
    jumptoRuleId - New value for the property.
  - getL2RuleId
```
public java.lang.Long getL2RuleId()
```
    This field is specified when the traceflow packet matched a l2 rule. format: int64 This property may be present in responses from the server, but if it is present in a request to server it will be ignored.
    
    Returns:
    
    The current value of the property.
  - setL2RuleId
```
public void setL2RuleId(java.lang.Long l2RuleId)
```
    This field is specified when the traceflow packet matched a l2 rule. format: int64 This property may be present in responses from the server, but if it is present in a request to server it will be ignored.
    
    Parameters:
    
    l2RuleId - New value for the property.
  - getLportId
```
public java.lang.String getLportId()
```
    The id of the logical port at which the traceflow packet was dropped This property may be present in responses from the server, but if it is present in a request to server it will be ignored.
    
    Returns:
    
    The current value of the property.
  - setLportId
```
public void setLportId(java.lang.String lportId)
```
    The id of the logical port at which the traceflow packet was dropped This property may be present in responses from the server, but if it is present in a request to server it will be ignored.
    
    Parameters:
    
    lportId - New value for the property.
  - getLportName
```
public java.lang.String getLportName()
```
    The name of the logical port at which the traceflow packet was dropped This property may be present in responses from the server, but if it is present in a request to server it will be ignored.
    
    Returns:
    
    The current value of the property.
  - setLportName
```
public void setLportName(java.lang.String lportName)
```
    The name of the logical port at which the traceflow packet was dropped This property may be present in responses from the server, but if it is present in a request to server it will be ignored.
    
    Parameters:
    
    lportName - New value for the property.
  - getNatRuleId
```
public java.lang.Long getNatRuleId()
```
    This field is specified when the traceflow packet matched a NAT rule. format: int64 This property may be present in responses from the server, but if it is present in a request to server it will be ignored.
    
    Returns:
    
    The current value of the property.
  - setNatRuleId
```
public void setNatRuleId(java.lang.Long natRuleId)
```
    This field is specified when the traceflow packet matched a NAT rule. format: int64 This property may be present in responses from the server, but if it is present in a request to server it will be ignored.
    
    Parameters:
    
    natRuleId - New value for the property.
  - getReason
```
public java.lang.String getReason()
```
    Possible values are:
    This field specifies the drop reason of traceflow packet. ARP_FAIL - ARP request fails for some reasons, please refer arp_fail_reason for detail BFD - BFD packet is dropped because traversed by non-operative interface or encountering internal error (e.g., memory insufficient) BROADCAST - Packet is dropped during traversing the interface (e.g., Edge uplink, Edge centralized service port) which disallow ethernet broadcast DHCP - DHCP packet is malformed DLB - The packet is disallowed by distributed load balancing FW_RULE - The packet matches a drop or reject rule of DFW or Edge firewall GENEVE - GENEVE packet is malformed GRE - GRE packet is malformed or traverses a non-operative interface IFACE - Packet traverses a non-operative interface IP - Packet is dropped because of IP related causes (e.g., ICMPv4/ICMPv6 packet is malformed, or DF flag is set but fragment must be performed for the packet) or corresponding interface is not found or inoperative IP_REASS - Packet is dropped during IP reassembly IPSEC - IPsec protocol related packet is dropped IPSEC_VTI - IPsec required SA is not found or traversing inoperative interface cause packet dropped L2VPN - VLAN id of GRE packet is invalid L4PORT - Layer 4 packet (e.g., BFD, DHCP) is dropped LB - Packet is dropped by load balancing rule LROUTER - Packet is dropped by logical router LSERVICE - Packet is malformed or traverses inoperative logical service interface LSWITCH - Packet is dropped by logical switch MANAGEMENT - Packet is dropped by Edge datapath MANAGEMENT service port MD_PROXY - Packet is dropped by metadata proxy NAT - Packet is dropped by NAT rule RTEP_TUNNEL - Unused drop reason ND_NS_FAIL - Neighbor Discovery packet fails NEIGH - ARP or Neighbor Discovery packet fails NO_EIP_FOUND - Destination IP is not an elastic IP NO_EIP_ASSOCIATION - Elastic IP is not associated with active edge VDR ENI NO_ENI_FOR_IP - There is no ENI found for the destination IP NO_ENI_FOR_LIF - Cannot find an ENI associated with uplink LIF NO_ROUTE - Cannot find route for destination IP NO_ROUTE_TABLE_FOUND - Cannot find associated route table NO_UNDERLAY_ROUTE_FOUND - Cannot find AWS route to destination NOT_VDR_DOWNLINK - Packet is not forwarded to VMC unmanaged VDR downlink NO_VDR_FOUND - VMC unmanaged VDR associated with Edge uplink is not found NO_VDR_ON_HOST - Cannot find VMC unmanaged VDR list on this host NOT_VDR_UPLINK - Packet is not forwarded to VDR uplink SERVICE_INSERT - Packet from guest VM to service VM or from service VM to guest VM is dropped by firewall rule SPOOFGUARD - Packet is blocked by SpoofGuard policy TTL_ZERO - The IPv4 time to live field or the IPv6 hop limit field of packet is zero TUNNEL - Overlay tunnel management packet (VNI value of GENEVE header is 0, e.g., BFD) is dropped VLAN - VLAN id of packet is disallowed by the given port VXLAN - VXLAN packet is malformed or cannot find tunnel port for it VXSTT - Unused drop reason VMC_NO_RESPONSE - Failed to query VMC observations as no response from VMC app WRONG_UPLINK - Packet is not routed to the expected Edge uplink by VMC unmanaged VDR FW_STATE - Packet is dropped by stateful firewall NO_MAC - Drop by vswitch as no destination MAC hit MAC Table. FILTERED_UPLINK - Filtering applied at the corresponding UPLINK having no aggregation. This property may be present in responses from the server, but if it is present in a request to server it will be ignored.
    Returns:
    
    The current value of the property.
  - setReason
```
public void setReason(java.lang.String reason)
```
    Possible values are:
    This field specifies the drop reason of traceflow packet. ARP_FAIL - ARP request fails for some reasons, please refer arp_fail_reason for detail BFD - BFD packet is dropped because traversed by non-operative interface or encountering internal error (e.g., memory insufficient) BROADCAST - Packet is dropped during traversing the interface (e.g., Edge uplink, Edge centralized service port) which disallow ethernet broadcast DHCP - DHCP packet is malformed DLB - The packet is disallowed by distributed load balancing FW_RULE - The packet matches a drop or reject rule of DFW or Edge firewall GENEVE - GENEVE packet is malformed GRE - GRE packet is malformed or traverses a non-operative interface IFACE - Packet traverses a non-operative interface IP - Packet is dropped because of IP related causes (e.g., ICMPv4/ICMPv6 packet is malformed, or DF flag is set but fragment must be performed for the packet) or corresponding interface is not found or inoperative IP_REASS - Packet is dropped during IP reassembly IPSEC - IPsec protocol related packet is dropped IPSEC_VTI - IPsec required SA is not found or traversing inoperative interface cause packet dropped L2VPN - VLAN id of GRE packet is invalid L4PORT - Layer 4 packet (e.g., BFD, DHCP) is dropped LB - Packet is dropped by load balancing rule LROUTER - Packet is dropped by logical router LSERVICE - Packet is malformed or traverses inoperative logical service interface LSWITCH - Packet is dropped by logical switch MANAGEMENT - Packet is dropped by Edge datapath MANAGEMENT service port MD_PROXY - Packet is dropped by metadata proxy NAT - Packet is dropped by NAT rule RTEP_TUNNEL - Unused drop reason ND_NS_FAIL - Neighbor Discovery packet fails NEIGH - ARP or Neighbor Discovery packet fails NO_EIP_FOUND - Destination IP is not an elastic IP NO_EIP_ASSOCIATION - Elastic IP is not associated with active edge VDR ENI NO_ENI_FOR_IP - There is no ENI found for the destination IP NO_ENI_FOR_LIF - Cannot find an ENI associated with uplink LIF NO_ROUTE - Cannot find route for destination IP NO_ROUTE_TABLE_FOUND - Cannot find associated route table NO_UNDERLAY_ROUTE_FOUND - Cannot find AWS route to destination NOT_VDR_DOWNLINK - Packet is not forwarded to VMC unmanaged VDR downlink NO_VDR_FOUND - VMC unmanaged VDR associated with Edge uplink is not found NO_VDR_ON_HOST - Cannot find VMC unmanaged VDR list on this host NOT_VDR_UPLINK - Packet is not forwarded to VDR uplink SERVICE_INSERT - Packet from guest VM to service VM or from service VM to guest VM is dropped by firewall rule SPOOFGUARD - Packet is blocked by SpoofGuard policy TTL_ZERO - The IPv4 time to live field or the IPv6 hop limit field of packet is zero TUNNEL - Overlay tunnel management packet (VNI value of GENEVE header is 0, e.g., BFD) is dropped VLAN - VLAN id of packet is disallowed by the given port VXLAN - VXLAN packet is malformed or cannot find tunnel port for it VXSTT - Unused drop reason VMC_NO_RESPONSE - Failed to query VMC observations as no response from VMC app WRONG_UPLINK - Packet is not routed to the expected Edge uplink by VMC unmanaged VDR FW_STATE - Packet is dropped by stateful firewall NO_MAC - Drop by vswitch as no destination MAC hit MAC Table. FILTERED_UPLINK - Filtering applied at the corresponding UPLINK having no aggregation. This property may be present in responses from the server, but if it is present in a request to server it will be ignored.
    Parameters:
    
    reason - New value for the property.
  - getComponentName
```
public java.lang.String getComponentName()
```
    The name of the component that issued the observation. This property may be present in responses from the server, but if it is present in a request to server it will be ignored.
    
    Returns:
    
    The current value of the property.
  - setComponentName
```
public void setComponentName(java.lang.String componentName)
```
    The name of the component that issued the observation. This property may be present in responses from the server, but if it is present in a request to server it will be ignored.
    
    Parameters:
    
    componentName - New value for the property.
  - getComponentSubType
```
public java.lang.String getComponentSubType()
```
    Possible values are:
    The sub type of the component that issued the observation. This property may be present in responses from the server, but if it is present in a request to server it will be ignored.
    Returns:
    
    The current value of the property.
  - setComponentSubType
```
public void setComponentSubType(java.lang.String componentSubType)
```
    Possible values are:
    The sub type of the component that issued the observation. This property may be present in responses from the server, but if it is present in a request to server it will be ignored.
    Parameters:
    
    componentSubType - New value for the property.
  - getComponentType
```
public java.lang.String getComponentType()
```
    Possible values are:
    The type of the component that issued the observation. This property may be present in responses from the server, but if it is present in a request to server it will be ignored.
    Returns:
    
    The current value of the property.
  - setComponentType
```
public void setComponentType(java.lang.String componentType)
```
    Possible values are:
    The type of the component that issued the observation. This property may be present in responses from the server, but if it is present in a request to server it will be ignored.
    Parameters:
    
    componentType - New value for the property.
  - getResourceType
```
public java.lang.String getResourceType()
```
    Possible values are:
    Returns:
    
    The current value of the property.
  - setResourceType
```
public void setResourceType(java.lang.String resourceType)
```
    Possible values are:
    Parameters:
    
    resourceType - New value for the property.
  - getSequenceNo
```
public java.lang.Long getSequenceNo()
```
    the hop count for observations on the transport node that a traceflow packet is injected in will be 0. The hop count is incremented each time a subsequent transport node receives the traceflow packet. The sequence number of 999 indicates that the hop count could not be determined for the containing observation. format: int64 This property may be present in responses from the server, but if it is present in a request to server it will be ignored.
    
    Returns:
    
    The current value of the property.
  - setSequenceNo
```
public void setSequenceNo(java.lang.Long sequenceNo)
```
    the hop count for observations on the transport node that a traceflow packet is injected in will be 0. The hop count is incremented each time a subsequent transport node receives the traceflow packet. The sequence number of 999 indicates that the hop count could not be determined for the containing observation. format: int64 This property may be present in responses from the server, but if it is present in a request to server it will be ignored.
    
    Parameters:
    
    sequenceNo - New value for the property.
  - getSitePath
```
public java.lang.String getSitePath()
```
    This field contains the site path where this observation was generated. This property may be present in responses from the server, but if it is present in a request to server it will be ignored.
    
    Returns:
    
    The current value of the property.
  - setSitePath
```
public void setSitePath(java.lang.String sitePath)
```
    This field contains the site path where this observation was generated. This property may be present in responses from the server, but if it is present in a request to server it will be ignored.
    
    Parameters:
    
    sitePath - New value for the property.
  - getTimestamp
```
public java.lang.Long getTimestamp()
```
    Timestamp when the observation was created by the transport node (milliseconds epoch) format: int64 This property may be present in responses from the server, but if it is present in a request to server it will be ignored.
    
    Returns:
    
    The current value of the property.
  - setTimestamp
```
public void setTimestamp(java.lang.Long timestamp)
```
    Timestamp when the observation was created by the transport node (milliseconds epoch) format: int64 This property may be present in responses from the server, but if it is present in a request to server it will be ignored.
    
    Parameters:
    
    timestamp - New value for the property.
  - getTimestampMicro
```
public java.lang.Long getTimestampMicro()
```
    Timestamp when the observation was created by the transport node (microseconds epoch) format: int64 This property may be present in responses from the server, but if it is present in a request to server it will be ignored.
    
    Returns:
    
    The current value of the property.
  - setTimestampMicro
```
public void setTimestampMicro(java.lang.Long timestampMicro)
```
    Timestamp when the observation was created by the transport node (microseconds epoch) format: int64 This property may be present in responses from the server, but if it is present in a request to server it will be ignored.
    
    Parameters:
    
    timestampMicro - New value for the property.
  - getTransportNodeId
```
public java.lang.String getTransportNodeId()
```
    id of the transport node that observed a traceflow packet This property may be present in responses from the server, but if it is present in a request to server it will be ignored.
    
    Returns:
    
    The current value of the property.
  - setTransportNodeId
```
public void setTransportNodeId(java.lang.String transportNodeId)
```
    id of the transport node that observed a traceflow packet This property may be present in responses from the server, but if it is present in a request to server it will be ignored.
    
    Parameters:
    
    transportNodeId - New value for the property.
  - getTransportNodeName
```
public java.lang.String getTransportNodeName()
```
    name of the transport node that observed a traceflow packet This property may be present in responses from the server, but if it is present in a request to server it will be ignored.
    
    Returns:
    
    The current value of the property.
  - setTransportNodeName
```
public void setTransportNodeName(java.lang.String transportNodeName)
```
    name of the transport node that observed a traceflow packet This property may be present in responses from the server, but if it is present in a request to server it will be ignored.
    
    Parameters:
    
    transportNodeName - New value for the property.
  - getTransportNodeType
```
public java.lang.String getTransportNodeType()
```
    Possible values are:
    type of the transport node that observed a traceflow packet This property may be present in responses from the server, but if it is present in a request to server it will be ignored.
    Returns:
    
    The current value of the property.
  - setTransportNodeType
```
public void setTransportNodeType(java.lang.String transportNodeType)
```
    Possible values are:
    type of the transport node that observed a traceflow packet This property may be present in responses from the server, but if it is present in a request to server it will be ignored.
    Parameters:
    
    transportNodeType - New value for the property.
  - _getType
```
public com.vmware.vapi.bindings.type.StructType _getType()
```
    Specified by:
    
    _getType in interface com.vmware.vapi.bindings.StaticStructure
  - _getDataValue
```
public com.vmware.vapi.data.StructValue _getDataValue()
```
    Specified by:
    
    _getDataValue in interface com.vmware.vapi.bindings.Structure
  - _updateDataValue
```
protected void _updateDataValue(com.vmware.vapi.data.StructValue structValue)
```
  - _validate
```
public void _validate()
```
    Specified by:
    
    _validate in interface com.vmware.vapi.bindings.StaticStructure
  - equals
```
public boolean equals(java.lang.Object obj)
```
    Overrides:
    
    equals in class java.lang.Object
  - hashCode
```
public int hashCode()
```
    Overrides:
    
    hashCode in class java.lang.Object
  - toString
```
public java.lang.String toString()
```
    Specified by:
    
    toString in interface com.vmware.vapi.bindings.StaticStructure
    
    Overrides:
    
    toString in class java.lang.Object
  - _hasTypeNameOf
```
public boolean _hasTypeNameOf(java.lang.Class<? extends com.vmware.vapi.bindings.Structure> clazz)
```
    Specified by:
    
    _hasTypeNameOf in interface com.vmware.vapi.bindings.Structure
  - _convertTo
```
public <T extends com.vmware.vapi.bindings.Structure> T _convertTo(java.lang.Class<T> clazz)
```
    Specified by:
    
    _convertTo in interface com.vmware.vapi.bindings.Structure
  - _setDynamicField
```
public void _setDynamicField(java.lang.String fieldName,
                             com.vmware.vapi.data.DataValue fieldValue)
```
    Specified by:
    
    _setDynamicField in interface com.vmware.vapi.bindings.StaticStructure
  - _getDynamicField
```
public com.vmware.vapi.data.DataValue _getDynamicField(java.lang.String fieldName)
```
    Specified by:
    
    _getDynamicField in interface com.vmware.vapi.bindings.StaticStructure
  - _getDynamicFieldNames
```
public java.util.Set<java.lang.String> _getDynamicFieldNames()
```
    Specified by:
    
    _getDynamicFieldNames in interface com.vmware.vapi.bindings.StaticStructure
  - _getClassType
```
public static com.vmware.vapi.bindings.type.StructType _getClassType()
```
    WARNING: Internal method, subject to change in future versions.
    
    Returns:
    
    StructType instance representing the static bindings type for this Structure.
  - _getCanonicalName
```
public java.lang.String _getCanonicalName()
```
    Specified by:
    
    _getCanonicalName in interface com.vmware.vapi.bindings.Structure
  - _getCanonicalTypeName
```
public static java.lang.String _getCanonicalTypeName()
```
    Returns the canonical type name. See _getCanonicalName().
    
    Returns:
    
    canonical type name
  - _newInstance
```
public static TraceflowObservationDroppedLogical _newInstance(com.vmware.vapi.data.StructValue structValue)
```
    WARNING: Internal method, subject to change in future versions.
    Returns new instance of this binding class and injects the provided data value.
    WARNING: The returned object is not fully initialized.
    
    Parameters:
    
    structValue - the source of the data contained in the binding object. Could contain more data than fields of this class can describe i.e. newer version of the binding object. Could be null.
    
    Returns:
    
    the static bindings StructType
  - _newInstance2
```
public static TraceflowObservationDroppedLogical _newInstance2(com.vmware.vapi.data.StructValue structValue)
```
    WARNING: Internal method, subject to change in future versions.
    Serves as a versioning mechanism.

Class TraceflowObservationDroppedLogical

Nested Class Summary

Field Summary

Constructor Summary

Method Summary

Methods inherited from class java.lang.Object

Field Detail

__dynamicStructureFields

Constructor Detail

TraceflowObservationDroppedLogical

TraceflowObservationDroppedLogical

Method Detail

getComponentId

setComponentId

getServicePathIndex

setServicePathIndex

getAclRuleId

setAclRuleId

getArpFailReason

setArpFailReason

getIpsecFailReason

setIpsecFailReason

getJumptoRuleId

setJumptoRuleId

getL2RuleId

setL2RuleId

getLportId

setLportId

getLportName

setLportName

getNatRuleId

setNatRuleId

getReason

setReason

getComponentName

setComponentName

getComponentSubType

setComponentSubType

getComponentType

setComponentType

getResourceType

setResourceType

getSequenceNo

setSequenceNo

getSitePath

setSitePath

getTimestamp

setTimestamp

getTimestampMicro

setTimestampMicro

getTransportNodeId

setTransportNodeId

getTransportNodeName

setTransportNodeName

getTransportNodeType

setTransportNodeType

_getType

_getDataValue

_updateDataValue

_validate

equals

hashCode

toString

_hasTypeNameOf

_convertTo

_setDynamicField

_getDynamicField

_getDynamicFieldNames

_getClassType

_getCanonicalName

_getCanonicalTypeName

_newInstance

_newInstance2