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Oracle Cloud Infrastructure v2.17.0 published on Friday, Nov 15, 2024 by Pulumi
pulumi/pulumi-oci

oci.VnMonitoring.PathAnalysi

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Oracle Cloud Infrastructure v2.17.0 published on Friday, Nov 15, 2024 by Pulumi
pulumi/pulumi-oci

    This resource provides the Path Analysi resource in Oracle Cloud Infrastructure Vn Monitoring service.

    Use this method to initiate a Network Path Analyzer analysis. This method returns an opc-work-request-id, and you can poll the status of the work request until it either fails or succeeds.

    If the work request status is successful, use ListWorkRequestResults with the work request ID to ask for the successful analysis results. If the work request status is failed, use ListWorkRequestErrors with the work request ID to ask for the analysis failure information. The information returned from either of these methods can be used to build a final report.

    Example Usage

    import * as pulumi from "@pulumi/pulumi";
import * as oci from "@pulumi/oci";

const testPathAnalysi = new oci.vnmonitoring.PathAnalysi("test_path_analysi", {
    type: pathAnalysiType,
    cacheControl: pathAnalysiCacheControl,
    compartmentId: compartmentId,
    destinationEndpoint: {
        type: pathAnalysiDestinationEndpointType,
        address: pathAnalysiDestinationEndpointAddress,
        instanceId: testInstance.id,
        listenerId: testListener.id,
        loadBalancerId: testLoadBalancer.id,
        networkLoadBalancerId: testNetworkLoadBalancer.id,
        subnetId: testSubnet.id,
        vlanId: testVlan.id,
        vnicId: testVnicAttachment.id,
    },
    pathAnalyzerTestId: testPathAnalyzerTest.id,
    protocol: pathAnalysiProtocol,
    protocolParameters: {
        type: pathAnalysiProtocolParametersType,
        destinationPort: pathAnalysiProtocolParametersDestinationPort,
        icmpCode: pathAnalysiProtocolParametersIcmpCode,
        icmpType: pathAnalysiProtocolParametersIcmpType,
        sourcePort: pathAnalysiProtocolParametersSourcePort,
    },
    queryOptions: {
        isBiDirectionalAnalysis: pathAnalysiQueryOptionsIsBiDirectionalAnalysis,
    },
    sourceEndpoint: {
        type: pathAnalysiSourceEndpointType,
        address: pathAnalysiSourceEndpointAddress,
        instanceId: testInstance.id,
        listenerId: testListener.id,
        loadBalancerId: testLoadBalancer.id,
        networkLoadBalancerId: testNetworkLoadBalancer.id,
        subnetId: testSubnet.id,
        vlanId: testVlan.id,
        vnicId: testVnicAttachment.id,
    },
});

    import pulumi
import pulumi_oci as oci

test_path_analysi = oci.vn_monitoring.PathAnalysi("test_path_analysi",
    type=path_analysi_type,
    cache_control=path_analysi_cache_control,
    compartment_id=compartment_id,
    destination_endpoint={
        "type": path_analysi_destination_endpoint_type,
        "address": path_analysi_destination_endpoint_address,
        "instance_id": test_instance["id"],
        "listener_id": test_listener["id"],
        "load_balancer_id": test_load_balancer["id"],
        "network_load_balancer_id": test_network_load_balancer["id"],
        "subnet_id": test_subnet["id"],
        "vlan_id": test_vlan["id"],
        "vnic_id": test_vnic_attachment["id"],
    },
    path_analyzer_test_id=test_path_analyzer_test["id"],
    protocol=path_analysi_protocol,
    protocol_parameters={
        "type": path_analysi_protocol_parameters_type,
        "destination_port": path_analysi_protocol_parameters_destination_port,
        "icmp_code": path_analysi_protocol_parameters_icmp_code,
        "icmp_type": path_analysi_protocol_parameters_icmp_type,
        "source_port": path_analysi_protocol_parameters_source_port,
    },
    query_options={
        "is_bi_directional_analysis": path_analysi_query_options_is_bi_directional_analysis,
    },
    source_endpoint={
        "type": path_analysi_source_endpoint_type,
        "address": path_analysi_source_endpoint_address,
        "instance_id": test_instance["id"],
        "listener_id": test_listener["id"],
        "load_balancer_id": test_load_balancer["id"],
        "network_load_balancer_id": test_network_load_balancer["id"],
        "subnet_id": test_subnet["id"],
        "vlan_id": test_vlan["id"],
        "vnic_id": test_vnic_attachment["id"],
    })

    package main

import (
	"github.com/pulumi/pulumi-oci/sdk/v2/go/oci/VnMonitoring"
	"github.com/pulumi/pulumi/sdk/v3/go/pulumi"
)

func main() {
	pulumi.Run(func(ctx *pulumi.Context) error {
		_, err := VnMonitoring.NewPathAnalysi(ctx, "test_path_analysi", &VnMonitoring.PathAnalysiArgs{
			Type:          pulumi.Any(pathAnalysiType),
			CacheControl:  pulumi.Any(pathAnalysiCacheControl),
			CompartmentId: pulumi.Any(compartmentId),
			DestinationEndpoint: &vnmonitoring.PathAnalysiDestinationEndpointArgs{
				Type:                  pulumi.Any(pathAnalysiDestinationEndpointType),
				Address:               pulumi.Any(pathAnalysiDestinationEndpointAddress),
				InstanceId:            pulumi.Any(testInstance.Id),
				ListenerId:            pulumi.Any(testListener.Id),
				LoadBalancerId:        pulumi.Any(testLoadBalancer.Id),
				NetworkLoadBalancerId: pulumi.Any(testNetworkLoadBalancer.Id),
				SubnetId:              pulumi.Any(testSubnet.Id),
				VlanId:                pulumi.Any(testVlan.Id),
				VnicId:                pulumi.Any(testVnicAttachment.Id),
			},
			PathAnalyzerTestId: pulumi.Any(testPathAnalyzerTest.Id),
			Protocol:           pulumi.Any(pathAnalysiProtocol),
			ProtocolParameters: &vnmonitoring.PathAnalysiProtocolParametersArgs{
				Type:            pulumi.Any(pathAnalysiProtocolParametersType),
				DestinationPort: pulumi.Any(pathAnalysiProtocolParametersDestinationPort),
				IcmpCode:        pulumi.Any(pathAnalysiProtocolParametersIcmpCode),
				IcmpType:        pulumi.Any(pathAnalysiProtocolParametersIcmpType),
				SourcePort:      pulumi.Any(pathAnalysiProtocolParametersSourcePort),
			},
			QueryOptions: &vnmonitoring.PathAnalysiQueryOptionsArgs{
				IsBiDirectionalAnalysis: pulumi.Any(pathAnalysiQueryOptionsIsBiDirectionalAnalysis),
			},
			SourceEndpoint: &vnmonitoring.PathAnalysiSourceEndpointArgs{
				Type:                  pulumi.Any(pathAnalysiSourceEndpointType),
				Address:               pulumi.Any(pathAnalysiSourceEndpointAddress),
				InstanceId:            pulumi.Any(testInstance.Id),
				ListenerId:            pulumi.Any(testListener.Id),
				LoadBalancerId:        pulumi.Any(testLoadBalancer.Id),
				NetworkLoadBalancerId: pulumi.Any(testNetworkLoadBalancer.Id),
				SubnetId:              pulumi.Any(testSubnet.Id),
				VlanId:                pulumi.Any(testVlan.Id),
				VnicId:                pulumi.Any(testVnicAttachment.Id),
			},
		})
		if err != nil {
			return err
		}
		return nil
	})
}

    using System.Collections.Generic;
using System.Linq;
using Pulumi;
using Oci = Pulumi.Oci;

return await Deployment.RunAsync(() => 
{
    var testPathAnalysi = new Oci.VnMonitoring.PathAnalysi("test_path_analysi", new()
    {
        Type = pathAnalysiType,
        CacheControl = pathAnalysiCacheControl,
        CompartmentId = compartmentId,
        DestinationEndpoint = new Oci.VnMonitoring.Inputs.PathAnalysiDestinationEndpointArgs
        {
            Type = pathAnalysiDestinationEndpointType,
            Address = pathAnalysiDestinationEndpointAddress,
            InstanceId = testInstance.Id,
            ListenerId = testListener.Id,
            LoadBalancerId = testLoadBalancer.Id,
            NetworkLoadBalancerId = testNetworkLoadBalancer.Id,
            SubnetId = testSubnet.Id,
            VlanId = testVlan.Id,
            VnicId = testVnicAttachment.Id,
        },
        PathAnalyzerTestId = testPathAnalyzerTest.Id,
        Protocol = pathAnalysiProtocol,
        ProtocolParameters = new Oci.VnMonitoring.Inputs.PathAnalysiProtocolParametersArgs
        {
            Type = pathAnalysiProtocolParametersType,
            DestinationPort = pathAnalysiProtocolParametersDestinationPort,
            IcmpCode = pathAnalysiProtocolParametersIcmpCode,
            IcmpType = pathAnalysiProtocolParametersIcmpType,
            SourcePort = pathAnalysiProtocolParametersSourcePort,
        },
        QueryOptions = new Oci.VnMonitoring.Inputs.PathAnalysiQueryOptionsArgs
        {
            IsBiDirectionalAnalysis = pathAnalysiQueryOptionsIsBiDirectionalAnalysis,
        },
        SourceEndpoint = new Oci.VnMonitoring.Inputs.PathAnalysiSourceEndpointArgs
        {
            Type = pathAnalysiSourceEndpointType,
            Address = pathAnalysiSourceEndpointAddress,
            InstanceId = testInstance.Id,
            ListenerId = testListener.Id,
            LoadBalancerId = testLoadBalancer.Id,
            NetworkLoadBalancerId = testNetworkLoadBalancer.Id,
            SubnetId = testSubnet.Id,
            VlanId = testVlan.Id,
            VnicId = testVnicAttachment.Id,
        },
    });

});

    package generated_program;

import com.pulumi.Context;
import com.pulumi.Pulumi;
import com.pulumi.core.Output;
import com.pulumi.oci.VnMonitoring.PathAnalysi;
import com.pulumi.oci.VnMonitoring.PathAnalysiArgs;
import com.pulumi.oci.VnMonitoring.inputs.PathAnalysiDestinationEndpointArgs;
import com.pulumi.oci.VnMonitoring.inputs.PathAnalysiProtocolParametersArgs;
import com.pulumi.oci.VnMonitoring.inputs.PathAnalysiQueryOptionsArgs;
import com.pulumi.oci.VnMonitoring.inputs.PathAnalysiSourceEndpointArgs;
import java.util.List;
import java.util.ArrayList;
import java.util.Map;
import java.io.File;
import java.nio.file.Files;
import java.nio.file.Paths;

public class App {
    public static void main(String[] args) {
        Pulumi.run(App::stack);
    }

    public static void stack(Context ctx) {
        var testPathAnalysi = new PathAnalysi("testPathAnalysi", PathAnalysiArgs.builder()
            .type(pathAnalysiType)
            .cacheControl(pathAnalysiCacheControl)
            .compartmentId(compartmentId)
            .destinationEndpoint(PathAnalysiDestinationEndpointArgs.builder()
                .type(pathAnalysiDestinationEndpointType)
                .address(pathAnalysiDestinationEndpointAddress)
                .instanceId(testInstance.id())
                .listenerId(testListener.id())
                .loadBalancerId(testLoadBalancer.id())
                .networkLoadBalancerId(testNetworkLoadBalancer.id())
                .subnetId(testSubnet.id())
                .vlanId(testVlan.id())
                .vnicId(testVnicAttachment.id())
                .build())
            .pathAnalyzerTestId(testPathAnalyzerTest.id())
            .protocol(pathAnalysiProtocol)
            .protocolParameters(PathAnalysiProtocolParametersArgs.builder()
                .type(pathAnalysiProtocolParametersType)
                .destinationPort(pathAnalysiProtocolParametersDestinationPort)
                .icmpCode(pathAnalysiProtocolParametersIcmpCode)
                .icmpType(pathAnalysiProtocolParametersIcmpType)
                .sourcePort(pathAnalysiProtocolParametersSourcePort)
                .build())
            .queryOptions(PathAnalysiQueryOptionsArgs.builder()
                .isBiDirectionalAnalysis(pathAnalysiQueryOptionsIsBiDirectionalAnalysis)
                .build())
            .sourceEndpoint(PathAnalysiSourceEndpointArgs.builder()
                .type(pathAnalysiSourceEndpointType)
                .address(pathAnalysiSourceEndpointAddress)
                .instanceId(testInstance.id())
                .listenerId(testListener.id())
                .loadBalancerId(testLoadBalancer.id())
                .networkLoadBalancerId(testNetworkLoadBalancer.id())
                .subnetId(testSubnet.id())
                .vlanId(testVlan.id())
                .vnicId(testVnicAttachment.id())
                .build())
            .build());

    }
}

    resources:
  testPathAnalysi:
    type: oci:VnMonitoring:PathAnalysi
    name: test_path_analysi
    properties:
      type: ${pathAnalysiType}
      cacheControl: ${pathAnalysiCacheControl}
      compartmentId: ${compartmentId}
      destinationEndpoint:
        type: ${pathAnalysiDestinationEndpointType}
        address: ${pathAnalysiDestinationEndpointAddress}
        instanceId: ${testInstance.id}
        listenerId: ${testListener.id}
        loadBalancerId: ${testLoadBalancer.id}
        networkLoadBalancerId: ${testNetworkLoadBalancer.id}
        subnetId: ${testSubnet.id}
        vlanId: ${testVlan.id}
        vnicId: ${testVnicAttachment.id}
      pathAnalyzerTestId: ${testPathAnalyzerTest.id}
      protocol: ${pathAnalysiProtocol}
      protocolParameters:
        type: ${pathAnalysiProtocolParametersType}
        destinationPort: ${pathAnalysiProtocolParametersDestinationPort}
        icmpCode: ${pathAnalysiProtocolParametersIcmpCode}
        icmpType: ${pathAnalysiProtocolParametersIcmpType}
        sourcePort: ${pathAnalysiProtocolParametersSourcePort}
      queryOptions:
        isBiDirectionalAnalysis: ${pathAnalysiQueryOptionsIsBiDirectionalAnalysis}
      sourceEndpoint:
        type: ${pathAnalysiSourceEndpointType}
        address: ${pathAnalysiSourceEndpointAddress}
        instanceId: ${testInstance.id}
        listenerId: ${testListener.id}
        loadBalancerId: ${testLoadBalancer.id}
        networkLoadBalancerId: ${testNetworkLoadBalancer.id}
        subnetId: ${testSubnet.id}
        vlanId: ${testVlan.id}
        vnicId: ${testVnicAttachment.id}

    Create PathAnalysi Resource

    Resources are created with functions called constructors. To learn more about declaring and configuring resources, see Resources.

    Constructor syntax

    new PathAnalysi(name: string, args: PathAnalysiArgs, opts?: CustomResourceOptions);
    @overload
def PathAnalysi(resource_name: str,
                args: PathAnalysiArgs,
                opts: Optional[ResourceOptions] = None)

@overload
def PathAnalysi(resource_name: str,
                opts: Optional[ResourceOptions] = None,
                type: Optional[str] = None,
                cache_control: Optional[str] = None,
                compartment_id: Optional[str] = None,
                destination_endpoint: Optional[_vnmonitoring.PathAnalysiDestinationEndpointArgs] = None,
                path_analyzer_test_id: Optional[str] = None,
                protocol: Optional[int] = None,
                protocol_parameters: Optional[_vnmonitoring.PathAnalysiProtocolParametersArgs] = None,
                query_options: Optional[_vnmonitoring.PathAnalysiQueryOptionsArgs] = None,
                source_endpoint: Optional[_vnmonitoring.PathAnalysiSourceEndpointArgs] = None)
    func NewPathAnalysi(ctx *Context, name string, args PathAnalysiArgs, opts ...ResourceOption) (*PathAnalysi, error)
    public PathAnalysi(string name, PathAnalysiArgs args, CustomResourceOptions? opts = null)
    public PathAnalysi(String name, PathAnalysiArgs args)
public PathAnalysi(String name, PathAnalysiArgs args, CustomResourceOptions options)

    type: oci:VnMonitoring:PathAnalysi
properties: # The arguments to resource properties.
options: # Bag of options to control resource's behavior.

    Parameters

    name string
    The unique name of the resource.
    args PathAnalysiArgs
    The arguments to resource properties.
    opts CustomResourceOptions
    Bag of options to control resource's behavior.
    resource_name str
    The unique name of the resource.
    args PathAnalysiArgs
    The arguments to resource properties.
    opts ResourceOptions
    Bag of options to control resource's behavior.
    ctx Context
    Context object for the current deployment.
    name string
    The unique name of the resource.
    args PathAnalysiArgs
    The arguments to resource properties.
    opts ResourceOption
    Bag of options to control resource's behavior.
    name string
    The unique name of the resource.
    args PathAnalysiArgs
    The arguments to resource properties.
    opts CustomResourceOptions
    Bag of options to control resource's behavior.
    name String
    The unique name of the resource.
    args PathAnalysiArgs
    The arguments to resource properties.
    options CustomResourceOptions
    Bag of options to control resource's behavior.

    Constructor example

    The following reference example uses placeholder values for all input properties.

    var pathAnalysiResource = new Oci.VnMonitoring.PathAnalysi("pathAnalysiResource", new()
{
    Type = "string",
    CacheControl = "string",
    CompartmentId = "string",
    DestinationEndpoint = new Oci.VnMonitoring.Inputs.PathAnalysiDestinationEndpointArgs
    {
        Type = "string",
        Address = "string",
        InstanceId = "string",
        ListenerId = "string",
        LoadBalancerId = "string",
        NetworkLoadBalancerId = "string",
        State = "string",
        SubnetId = "string",
        VlanId = "string",
        VnicId = "string",
    },
    PathAnalyzerTestId = "string",
    Protocol = 0,
    ProtocolParameters = new Oci.VnMonitoring.Inputs.PathAnalysiProtocolParametersArgs
    {
        Type = "string",
        DestinationPort = 0,
        IcmpCode = 0,
        IcmpType = 0,
        SourcePort = 0,
    },
    QueryOptions = new Oci.VnMonitoring.Inputs.PathAnalysiQueryOptionsArgs
    {
        IsBiDirectionalAnalysis = false,
    },
    SourceEndpoint = new Oci.VnMonitoring.Inputs.PathAnalysiSourceEndpointArgs
    {
        Type = "string",
        Address = "string",
        InstanceId = "string",
        ListenerId = "string",
        LoadBalancerId = "string",
        NetworkLoadBalancerId = "string",
        State = "string",
        SubnetId = "string",
        VlanId = "string",
        VnicId = "string",
    },
});

    example, err := VnMonitoring.NewPathAnalysi(ctx, "pathAnalysiResource", &VnMonitoring.PathAnalysiArgs{
	Type:          pulumi.String("string"),
	CacheControl:  pulumi.String("string"),
	CompartmentId: pulumi.String("string"),
	DestinationEndpoint: &vnmonitoring.PathAnalysiDestinationEndpointArgs{
		Type:                  pulumi.String("string"),
		Address:               pulumi.String("string"),
		InstanceId:            pulumi.String("string"),
		ListenerId:            pulumi.String("string"),
		LoadBalancerId:        pulumi.String("string"),
		NetworkLoadBalancerId: pulumi.String("string"),
		State:                 pulumi.String("string"),
		SubnetId:              pulumi.String("string"),
		VlanId:                pulumi.String("string"),
		VnicId:                pulumi.String("string"),
	},
	PathAnalyzerTestId: pulumi.String("string"),
	Protocol:           pulumi.Int(0),
	ProtocolParameters: &vnmonitoring.PathAnalysiProtocolParametersArgs{
		Type:            pulumi.String("string"),
		DestinationPort: pulumi.Int(0),
		IcmpCode:        pulumi.Int(0),
		IcmpType:        pulumi.Int(0),
		SourcePort:      pulumi.Int(0),
	},
	QueryOptions: &vnmonitoring.PathAnalysiQueryOptionsArgs{
		IsBiDirectionalAnalysis: pulumi.Bool(false),
	},
	SourceEndpoint: &vnmonitoring.PathAnalysiSourceEndpointArgs{
		Type:                  pulumi.String("string"),
		Address:               pulumi.String("string"),
		InstanceId:            pulumi.String("string"),
		ListenerId:            pulumi.String("string"),
		LoadBalancerId:        pulumi.String("string"),
		NetworkLoadBalancerId: pulumi.String("string"),
		State:                 pulumi.String("string"),
		SubnetId:              pulumi.String("string"),
		VlanId:                pulumi.String("string"),
		VnicId:                pulumi.String("string"),
	},
})

    var pathAnalysiResource = new PathAnalysi("pathAnalysiResource", PathAnalysiArgs.builder()
    .type("string")
    .cacheControl("string")
    .compartmentId("string")
    .destinationEndpoint(PathAnalysiDestinationEndpointArgs.builder()
        .type("string")
        .address("string")
        .instanceId("string")
        .listenerId("string")
        .loadBalancerId("string")
        .networkLoadBalancerId("string")
        .state("string")
        .subnetId("string")
        .vlanId("string")
        .vnicId("string")
        .build())
    .pathAnalyzerTestId("string")
    .protocol(0)
    .protocolParameters(PathAnalysiProtocolParametersArgs.builder()
        .type("string")
        .destinationPort(0)
        .icmpCode(0)
        .icmpType(0)
        .sourcePort(0)
        .build())
    .queryOptions(PathAnalysiQueryOptionsArgs.builder()
        .isBiDirectionalAnalysis(false)
        .build())
    .sourceEndpoint(PathAnalysiSourceEndpointArgs.builder()
        .type("string")
        .address("string")
        .instanceId("string")
        .listenerId("string")
        .loadBalancerId("string")
        .networkLoadBalancerId("string")
        .state("string")
        .subnetId("string")
        .vlanId("string")
        .vnicId("string")
        .build())
    .build());

    path_analysi_resource = oci.vn_monitoring.PathAnalysi("pathAnalysiResource",
    type="string",
    cache_control="string",
    compartment_id="string",
    destination_endpoint={
        "type": "string",
        "address": "string",
        "instance_id": "string",
        "listener_id": "string",
        "load_balancer_id": "string",
        "network_load_balancer_id": "string",
        "state": "string",
        "subnet_id": "string",
        "vlan_id": "string",
        "vnic_id": "string",
    },
    path_analyzer_test_id="string",
    protocol=0,
    protocol_parameters={
        "type": "string",
        "destination_port": 0,
        "icmp_code": 0,
        "icmp_type": 0,
        "source_port": 0,
    },
    query_options={
        "is_bi_directional_analysis": False,
    },
    source_endpoint={
        "type": "string",
        "address": "string",
        "instance_id": "string",
        "listener_id": "string",
        "load_balancer_id": "string",
        "network_load_balancer_id": "string",
        "state": "string",
        "subnet_id": "string",
        "vlan_id": "string",
        "vnic_id": "string",
    })

    const pathAnalysiResource = new oci.vnmonitoring.PathAnalysi("pathAnalysiResource", {
    type: "string",
    cacheControl: "string",
    compartmentId: "string",
    destinationEndpoint: {
        type: "string",
        address: "string",
        instanceId: "string",
        listenerId: "string",
        loadBalancerId: "string",
        networkLoadBalancerId: "string",
        state: "string",
        subnetId: "string",
        vlanId: "string",
        vnicId: "string",
    },
    pathAnalyzerTestId: "string",
    protocol: 0,
    protocolParameters: {
        type: "string",
        destinationPort: 0,
        icmpCode: 0,
        icmpType: 0,
        sourcePort: 0,
    },
    queryOptions: {
        isBiDirectionalAnalysis: false,
    },
    sourceEndpoint: {
        type: "string",
        address: "string",
        instanceId: "string",
        listenerId: "string",
        loadBalancerId: "string",
        networkLoadBalancerId: "string",
        state: "string",
        subnetId: "string",
        vlanId: "string",
        vnicId: "string",
    },
});

    type: oci:VnMonitoring:PathAnalysi
properties:
    cacheControl: string
    compartmentId: string
    destinationEndpoint:
        address: string
        instanceId: string
        listenerId: string
        loadBalancerId: string
        networkLoadBalancerId: string
        state: string
        subnetId: string
        type: string
        vlanId: string
        vnicId: string
    pathAnalyzerTestId: string
    protocol: 0
    protocolParameters:
        destinationPort: 0
        icmpCode: 0
        icmpType: 0
        sourcePort: 0
        type: string
    queryOptions:
        isBiDirectionalAnalysis: false
    sourceEndpoint:
        address: string
        instanceId: string
        listenerId: string
        loadBalancerId: string
        networkLoadBalancerId: string
        state: string
        subnetId: string
        type: string
        vlanId: string
        vnicId: string
    type: string

    PathAnalysi Resource Properties

    To learn more about resource properties and how to use them, see Inputs and Outputs in the Architecture and Concepts docs.

    Inputs

    In Python, inputs that are objects can be passed either as argument classes or as dictionary literals.

    The PathAnalysi resource accepts the following input properties:

    Type string

    The type of the PathAnalysis query.

    ** IMPORTANT ** Any change to a property that does not support update will force the destruction and recreation of the resource with the new property values

    CacheControl string
    The Cache-Control HTTP header holds directives (instructions) for caching in both requests and responses.
    CompartmentId string
    The OCID for the compartment.
    DestinationEndpoint PathAnalysiDestinationEndpoint
    Information describing a source or destination in a PathAnalyzerTest resource.
    PathAnalyzerTestId string
    The OCID of the PathAnalyzerTest resource.
    Protocol int
    The IP protocol to used for the path analysis.
    ProtocolParameters PathAnalysiProtocolParameters
    Defines the IP protocol parameters for a PathAnalyzerTest resource.
    QueryOptions PathAnalysiQueryOptions
    Defines the query options required for a PathAnalyzerTest resource.
    SourceEndpoint PathAnalysiSourceEndpoint
    Information describing a source or destination in a PathAnalyzerTest resource.
    Type string

    The type of the PathAnalysis query.

    ** IMPORTANT ** Any change to a property that does not support update will force the destruction and recreation of the resource with the new property values

    CacheControl string
    The Cache-Control HTTP header holds directives (instructions) for caching in both requests and responses.
    CompartmentId string
    The OCID for the compartment.
    DestinationEndpoint PathAnalysiDestinationEndpointArgs
    Information describing a source or destination in a PathAnalyzerTest resource.
    PathAnalyzerTestId string
    The OCID of the PathAnalyzerTest resource.
    Protocol int
    The IP protocol to used for the path analysis.
    ProtocolParameters PathAnalysiProtocolParametersArgs
    Defines the IP protocol parameters for a PathAnalyzerTest resource.
    QueryOptions PathAnalysiQueryOptionsArgs
    Defines the query options required for a PathAnalyzerTest resource.
    SourceEndpoint PathAnalysiSourceEndpointArgs
    Information describing a source or destination in a PathAnalyzerTest resource.
    type String

    The type of the PathAnalysis query.

    ** IMPORTANT ** Any change to a property that does not support update will force the destruction and recreation of the resource with the new property values

    cacheControl String
    The Cache-Control HTTP header holds directives (instructions) for caching in both requests and responses.
    compartmentId String
    The OCID for the compartment.
    destinationEndpoint PathAnalysiDestinationEndpoint
    Information describing a source or destination in a PathAnalyzerTest resource.
    pathAnalyzerTestId String
    The OCID of the PathAnalyzerTest resource.
    protocol Integer
    The IP protocol to used for the path analysis.
    protocolParameters PathAnalysiProtocolParameters
    Defines the IP protocol parameters for a PathAnalyzerTest resource.
    queryOptions PathAnalysiQueryOptions
    Defines the query options required for a PathAnalyzerTest resource.
    sourceEndpoint PathAnalysiSourceEndpoint
    Information describing a source or destination in a PathAnalyzerTest resource.
    type string

    The type of the PathAnalysis query.

    ** IMPORTANT ** Any change to a property that does not support update will force the destruction and recreation of the resource with the new property values

    cacheControl string
    The Cache-Control HTTP header holds directives (instructions) for caching in both requests and responses.
    compartmentId string
    The OCID for the compartment.
    destinationEndpoint PathAnalysiDestinationEndpoint
    Information describing a source or destination in a PathAnalyzerTest resource.
    pathAnalyzerTestId string
    The OCID of the PathAnalyzerTest resource.
    protocol number
    The IP protocol to used for the path analysis.
    protocolParameters PathAnalysiProtocolParameters
    Defines the IP protocol parameters for a PathAnalyzerTest resource.
    queryOptions PathAnalysiQueryOptions
    Defines the query options required for a PathAnalyzerTest resource.
    sourceEndpoint PathAnalysiSourceEndpoint
    Information describing a source or destination in a PathAnalyzerTest resource.
    type str

    The type of the PathAnalysis query.

    ** IMPORTANT ** Any change to a property that does not support update will force the destruction and recreation of the resource with the new property values

    cache_control str
    The Cache-Control HTTP header holds directives (instructions) for caching in both requests and responses.
    compartment_id str
    The OCID for the compartment.
    destination_endpoint vnmonitoring.PathAnalysiDestinationEndpointArgs
    Information describing a source or destination in a PathAnalyzerTest resource.
    path_analyzer_test_id str
    The OCID of the PathAnalyzerTest resource.
    protocol int
    The IP protocol to used for the path analysis.
    protocol_parameters vnmonitoring.PathAnalysiProtocolParametersArgs
    Defines the IP protocol parameters for a PathAnalyzerTest resource.
    query_options vnmonitoring.PathAnalysiQueryOptionsArgs
    Defines the query options required for a PathAnalyzerTest resource.
    source_endpoint vnmonitoring.PathAnalysiSourceEndpointArgs
    Information describing a source or destination in a PathAnalyzerTest resource.
    type String

    The type of the PathAnalysis query.

    ** IMPORTANT ** Any change to a property that does not support update will force the destruction and recreation of the resource with the new property values

    cacheControl String
    The Cache-Control HTTP header holds directives (instructions) for caching in both requests and responses.
    compartmentId String
    The OCID for the compartment.
    destinationEndpoint Property Map
    Information describing a source or destination in a PathAnalyzerTest resource.
    pathAnalyzerTestId String
    The OCID of the PathAnalyzerTest resource.
    protocol Number
    The IP protocol to used for the path analysis.
    protocolParameters Property Map
    Defines the IP protocol parameters for a PathAnalyzerTest resource.
    queryOptions Property Map
    Defines the query options required for a PathAnalyzerTest resource.
    sourceEndpoint Property Map
    Information describing a source or destination in a PathAnalyzerTest resource.

    Outputs

    All input properties are implicitly available as output properties. Additionally, the PathAnalysi resource produces the following output properties:

    Id string
    The provider-assigned unique ID for this managed resource.
    Id string
    The provider-assigned unique ID for this managed resource.
    id String
    The provider-assigned unique ID for this managed resource.
    id string
    The provider-assigned unique ID for this managed resource.
    id str
    The provider-assigned unique ID for this managed resource.
    id String
    The provider-assigned unique ID for this managed resource.

    Look up Existing PathAnalysi Resource

    Get an existing PathAnalysi resource’s state with the given name, ID, and optional extra properties used to qualify the lookup.

    public static get(name: string, id: Input<ID>, state?: PathAnalysiState, opts?: CustomResourceOptions): PathAnalysi
    @staticmethod
def get(resource_name: str,
        id: str,
        opts: Optional[ResourceOptions] = None,
        cache_control: Optional[str] = None,
        compartment_id: Optional[str] = None,
        destination_endpoint: Optional[_vnmonitoring.PathAnalysiDestinationEndpointArgs] = None,
        path_analyzer_test_id: Optional[str] = None,
        protocol: Optional[int] = None,
        protocol_parameters: Optional[_vnmonitoring.PathAnalysiProtocolParametersArgs] = None,
        query_options: Optional[_vnmonitoring.PathAnalysiQueryOptionsArgs] = None,
        source_endpoint: Optional[_vnmonitoring.PathAnalysiSourceEndpointArgs] = None,
        type: Optional[str] = None) -> PathAnalysi
    func GetPathAnalysi(ctx *Context, name string, id IDInput, state *PathAnalysiState, opts ...ResourceOption) (*PathAnalysi, error)
    public static PathAnalysi Get(string name, Input<string> id, PathAnalysiState? state, CustomResourceOptions? opts = null)
    public static PathAnalysi get(String name, Output<String> id, PathAnalysiState state, CustomResourceOptions options)
    Resource lookup is not supported in YAML
    name
    The unique name of the resulting resource.
    id
    The unique provider ID of the resource to lookup.
    state
    Any extra arguments used during the lookup.
    opts
    A bag of options that control this resource's behavior.
    resource_name
    The unique name of the resulting resource.
    id
    The unique provider ID of the resource to lookup.
    name
    The unique name of the resulting resource.
    id
    The unique provider ID of the resource to lookup.
    state
    Any extra arguments used during the lookup.
    opts
    A bag of options that control this resource's behavior.
    name
    The unique name of the resulting resource.
    id
    The unique provider ID of the resource to lookup.
    state
    Any extra arguments used during the lookup.
    opts
    A bag of options that control this resource's behavior.
    name
    The unique name of the resulting resource.
    id
    The unique provider ID of the resource to lookup.
    state
    Any extra arguments used during the lookup.
    opts
    A bag of options that control this resource's behavior.
    The following state arguments are supported:
    CacheControl string
    The Cache-Control HTTP header holds directives (instructions) for caching in both requests and responses.
    CompartmentId string
    The OCID for the compartment.
    DestinationEndpoint PathAnalysiDestinationEndpoint
    Information describing a source or destination in a PathAnalyzerTest resource.
    PathAnalyzerTestId string
    The OCID of the PathAnalyzerTest resource.
    Protocol int
    The IP protocol to used for the path analysis.
    ProtocolParameters PathAnalysiProtocolParameters
    Defines the IP protocol parameters for a PathAnalyzerTest resource.
    QueryOptions PathAnalysiQueryOptions
    Defines the query options required for a PathAnalyzerTest resource.
    SourceEndpoint PathAnalysiSourceEndpoint
    Information describing a source or destination in a PathAnalyzerTest resource.
    Type string

    The type of the PathAnalysis query.

    ** IMPORTANT ** Any change to a property that does not support update will force the destruction and recreation of the resource with the new property values

    CacheControl string
    The Cache-Control HTTP header holds directives (instructions) for caching in both requests and responses.
    CompartmentId string
    The OCID for the compartment.
    DestinationEndpoint PathAnalysiDestinationEndpointArgs
    Information describing a source or destination in a PathAnalyzerTest resource.
    PathAnalyzerTestId string
    The OCID of the PathAnalyzerTest resource.
    Protocol int
    The IP protocol to used for the path analysis.
    ProtocolParameters PathAnalysiProtocolParametersArgs
    Defines the IP protocol parameters for a PathAnalyzerTest resource.
    QueryOptions PathAnalysiQueryOptionsArgs
    Defines the query options required for a PathAnalyzerTest resource.
    SourceEndpoint PathAnalysiSourceEndpointArgs
    Information describing a source or destination in a PathAnalyzerTest resource.
    Type string

    The type of the PathAnalysis query.

    ** IMPORTANT ** Any change to a property that does not support update will force the destruction and recreation of the resource with the new property values

    cacheControl String
    The Cache-Control HTTP header holds directives (instructions) for caching in both requests and responses.
    compartmentId String
    The OCID for the compartment.
    destinationEndpoint PathAnalysiDestinationEndpoint
    Information describing a source or destination in a PathAnalyzerTest resource.
    pathAnalyzerTestId String
    The OCID of the PathAnalyzerTest resource.
    protocol Integer
    The IP protocol to used for the path analysis.
    protocolParameters PathAnalysiProtocolParameters
    Defines the IP protocol parameters for a PathAnalyzerTest resource.
    queryOptions PathAnalysiQueryOptions
    Defines the query options required for a PathAnalyzerTest resource.
    sourceEndpoint PathAnalysiSourceEndpoint
    Information describing a source or destination in a PathAnalyzerTest resource.
    type String

    The type of the PathAnalysis query.

    ** IMPORTANT ** Any change to a property that does not support update will force the destruction and recreation of the resource with the new property values

    cacheControl string
    The Cache-Control HTTP header holds directives (instructions) for caching in both requests and responses.
    compartmentId string
    The OCID for the compartment.
    destinationEndpoint PathAnalysiDestinationEndpoint
    Information describing a source or destination in a PathAnalyzerTest resource.
    pathAnalyzerTestId string
    The OCID of the PathAnalyzerTest resource.
    protocol number
    The IP protocol to used for the path analysis.
    protocolParameters PathAnalysiProtocolParameters
    Defines the IP protocol parameters for a PathAnalyzerTest resource.
    queryOptions PathAnalysiQueryOptions
    Defines the query options required for a PathAnalyzerTest resource.
    sourceEndpoint PathAnalysiSourceEndpoint
    Information describing a source or destination in a PathAnalyzerTest resource.
    type string

    The type of the PathAnalysis query.

    ** IMPORTANT ** Any change to a property that does not support update will force the destruction and recreation of the resource with the new property values

    cache_control str
    The Cache-Control HTTP header holds directives (instructions) for caching in both requests and responses.
    compartment_id str
    The OCID for the compartment.
    destination_endpoint vnmonitoring.PathAnalysiDestinationEndpointArgs
    Information describing a source or destination in a PathAnalyzerTest resource.
    path_analyzer_test_id str
    The OCID of the PathAnalyzerTest resource.
    protocol int
    The IP protocol to used for the path analysis.
    protocol_parameters vnmonitoring.PathAnalysiProtocolParametersArgs
    Defines the IP protocol parameters for a PathAnalyzerTest resource.
    query_options vnmonitoring.PathAnalysiQueryOptionsArgs
    Defines the query options required for a PathAnalyzerTest resource.
    source_endpoint vnmonitoring.PathAnalysiSourceEndpointArgs
    Information describing a source or destination in a PathAnalyzerTest resource.
    type str

    The type of the PathAnalysis query.

    ** IMPORTANT ** Any change to a property that does not support update will force the destruction and recreation of the resource with the new property values

    cacheControl String
    The Cache-Control HTTP header holds directives (instructions) for caching in both requests and responses.
    compartmentId String
    The OCID for the compartment.
    destinationEndpoint Property Map
    Information describing a source or destination in a PathAnalyzerTest resource.
    pathAnalyzerTestId String
    The OCID of the PathAnalyzerTest resource.
    protocol Number
    The IP protocol to used for the path analysis.
    protocolParameters Property Map
    Defines the IP protocol parameters for a PathAnalyzerTest resource.
    queryOptions Property Map
    Defines the query options required for a PathAnalyzerTest resource.
    sourceEndpoint Property Map
    Information describing a source or destination in a PathAnalyzerTest resource.
    type String

    The type of the PathAnalysis query.

    ** IMPORTANT ** Any change to a property that does not support update will force the destruction and recreation of the resource with the new property values

    Supporting Types

    PathAnalysiDestinationEndpoint, PathAnalysiDestinationEndpointArgs

    Type string
    The type of the Endpoint.
    Address string
    The IPv4 address of the COMPUTE_INSTANCE-type Endpoint object.
    InstanceId string
    The OCID of the compute instance.
    ListenerId string
    The OCID of the network load balancer listener.
    LoadBalancerId string
    The OCID of the listener's load balancer.
    NetworkLoadBalancerId string
    The OCID of the listener's network load balancer.
    State string
    SubnetId string
    The OCID of the subnet containing the IP address. This can be used to disambiguate which subnet is intended, in case the IP address is used in more than one subnet (when there are subnets with overlapping IP ranges).
    VlanId string
    The OCID of the VLAN containing the IP address. This can be used to disambiguate which VLAN is queried, in case the endpoint IP address belongs to more than one VLAN (when there are VLANs with overlapping IP ranges).
    VnicId string
    The OCID of the VNIC attached to the compute instance.
    Type string
    The type of the Endpoint.
    Address string
    The IPv4 address of the COMPUTE_INSTANCE-type Endpoint object.
    InstanceId string
    The OCID of the compute instance.
    ListenerId string
    The OCID of the network load balancer listener.
    LoadBalancerId string
    The OCID of the listener's load balancer.
    NetworkLoadBalancerId string
    The OCID of the listener's network load balancer.
    State string
    SubnetId string
    The OCID of the subnet containing the IP address. This can be used to disambiguate which subnet is intended, in case the IP address is used in more than one subnet (when there are subnets with overlapping IP ranges).
    VlanId string
    The OCID of the VLAN containing the IP address. This can be used to disambiguate which VLAN is queried, in case the endpoint IP address belongs to more than one VLAN (when there are VLANs with overlapping IP ranges).
    VnicId string
    The OCID of the VNIC attached to the compute instance.
    type String
    The type of the Endpoint.
    address String
    The IPv4 address of the COMPUTE_INSTANCE-type Endpoint object.
    instanceId String
    The OCID of the compute instance.
    listenerId String
    The OCID of the network load balancer listener.
    loadBalancerId String
    The OCID of the listener's load balancer.
    networkLoadBalancerId String
    The OCID of the listener's network load balancer.
    state String
    subnetId String
    The OCID of the subnet containing the IP address. This can be used to disambiguate which subnet is intended, in case the IP address is used in more than one subnet (when there are subnets with overlapping IP ranges).
    vlanId String
    The OCID of the VLAN containing the IP address. This can be used to disambiguate which VLAN is queried, in case the endpoint IP address belongs to more than one VLAN (when there are VLANs with overlapping IP ranges).
    vnicId String
    The OCID of the VNIC attached to the compute instance.
    type string
    The type of the Endpoint.
    address string
    The IPv4 address of the COMPUTE_INSTANCE-type Endpoint object.
    instanceId string
    The OCID of the compute instance.
    listenerId string
    The OCID of the network load balancer listener.
    loadBalancerId string
    The OCID of the listener's load balancer.
    networkLoadBalancerId string
    The OCID of the listener's network load balancer.
    state string
    subnetId string
    The OCID of the subnet containing the IP address. This can be used to disambiguate which subnet is intended, in case the IP address is used in more than one subnet (when there are subnets with overlapping IP ranges).
    vlanId string
    The OCID of the VLAN containing the IP address. This can be used to disambiguate which VLAN is queried, in case the endpoint IP address belongs to more than one VLAN (when there are VLANs with overlapping IP ranges).
    vnicId string
    The OCID of the VNIC attached to the compute instance.
    type str
    The type of the Endpoint.
    address str
    The IPv4 address of the COMPUTE_INSTANCE-type Endpoint object.
    instance_id str
    The OCID of the compute instance.
    listener_id str
    The OCID of the network load balancer listener.
    load_balancer_id str
    The OCID of the listener's load balancer.
    network_load_balancer_id str
    The OCID of the listener's network load balancer.
    state str
    subnet_id str
    The OCID of the subnet containing the IP address. This can be used to disambiguate which subnet is intended, in case the IP address is used in more than one subnet (when there are subnets with overlapping IP ranges).
    vlan_id str
    The OCID of the VLAN containing the IP address. This can be used to disambiguate which VLAN is queried, in case the endpoint IP address belongs to more than one VLAN (when there are VLANs with overlapping IP ranges).
    vnic_id str
    The OCID of the VNIC attached to the compute instance.
    type String
    The type of the Endpoint.
    address String
    The IPv4 address of the COMPUTE_INSTANCE-type Endpoint object.
    instanceId String
    The OCID of the compute instance.
    listenerId String
    The OCID of the network load balancer listener.
    loadBalancerId String
    The OCID of the listener's load balancer.
    networkLoadBalancerId String
    The OCID of the listener's network load balancer.
    state String
    subnetId String
    The OCID of the subnet containing the IP address. This can be used to disambiguate which subnet is intended, in case the IP address is used in more than one subnet (when there are subnets with overlapping IP ranges).
    vlanId String
    The OCID of the VLAN containing the IP address. This can be used to disambiguate which VLAN is queried, in case the endpoint IP address belongs to more than one VLAN (when there are VLANs with overlapping IP ranges).
    vnicId String
    The OCID of the VNIC attached to the compute instance.

    PathAnalysiProtocolParameters, PathAnalysiProtocolParametersArgs

    Type string
    The type of the ProtocolParameters object.
    DestinationPort int
    The destination port to use in a PathAnalyzerTest resource.
    IcmpCode int
    The ICMP code.
    IcmpType int
    The ICMP type.
    SourcePort int
    The source port to use in a PathAnalyzerTest resource.
    Type string
    The type of the ProtocolParameters object.
    DestinationPort int
    The destination port to use in a PathAnalyzerTest resource.
    IcmpCode int
    The ICMP code.
    IcmpType int
    The ICMP type.
    SourcePort int
    The source port to use in a PathAnalyzerTest resource.
    type String
    The type of the ProtocolParameters object.
    destinationPort Integer
    The destination port to use in a PathAnalyzerTest resource.
    icmpCode Integer
    The ICMP code.
    icmpType Integer
    The ICMP type.
    sourcePort Integer
    The source port to use in a PathAnalyzerTest resource.
    type string
    The type of the ProtocolParameters object.
    destinationPort number
    The destination port to use in a PathAnalyzerTest resource.
    icmpCode number
    The ICMP code.
    icmpType number
    The ICMP type.
    sourcePort number
    The source port to use in a PathAnalyzerTest resource.
    type str
    The type of the ProtocolParameters object.
    destination_port int
    The destination port to use in a PathAnalyzerTest resource.
    icmp_code int
    The ICMP code.
    icmp_type int
    The ICMP type.
    source_port int
    The source port to use in a PathAnalyzerTest resource.
    type String
    The type of the ProtocolParameters object.
    destinationPort Number
    The destination port to use in a PathAnalyzerTest resource.
    icmpCode Number
    The ICMP code.
    icmpType Number
    The ICMP type.
    sourcePort Number
    The source port to use in a PathAnalyzerTest resource.

    PathAnalysiQueryOptions, PathAnalysiQueryOptionsArgs

    IsBiDirectionalAnalysis bool
    If true, a path analysis is done for both the forward and reverse routes.
    IsBiDirectionalAnalysis bool
    If true, a path analysis is done for both the forward and reverse routes.
    isBiDirectionalAnalysis Boolean
    If true, a path analysis is done for both the forward and reverse routes.
    isBiDirectionalAnalysis boolean
    If true, a path analysis is done for both the forward and reverse routes.
    is_bi_directional_analysis bool
    If true, a path analysis is done for both the forward and reverse routes.
    isBiDirectionalAnalysis Boolean
    If true, a path analysis is done for both the forward and reverse routes.

    PathAnalysiSourceEndpoint, PathAnalysiSourceEndpointArgs

    Type string
    The type of the Endpoint.
    Address string
    The IPv4 address of the COMPUTE_INSTANCE-type Endpoint object.
    InstanceId string
    The OCID of the compute instance.
    ListenerId string
    The OCID of the network load balancer listener.
    LoadBalancerId string
    The OCID of the listener's load balancer.
    NetworkLoadBalancerId string
    The OCID of the listener's network load balancer.
    State string
    SubnetId string
    The OCID of the subnet containing the IP address. This can be used to disambiguate which subnet is intended, in case the IP address is used in more than one subnet (when there are subnets with overlapping IP ranges).
    VlanId string
    The OCID of the VLAN containing the IP address. This can be used to disambiguate which VLAN is queried, in case the endpoint IP address belongs to more than one VLAN (when there are VLANs with overlapping IP ranges).
    VnicId string
    The OCID of the VNIC attached to the compute instance.
    Type string
    The type of the Endpoint.
    Address string
    The IPv4 address of the COMPUTE_INSTANCE-type Endpoint object.
    InstanceId string
    The OCID of the compute instance.
    ListenerId string
    The OCID of the network load balancer listener.
    LoadBalancerId string
    The OCID of the listener's load balancer.
    NetworkLoadBalancerId string
    The OCID of the listener's network load balancer.
    State string
    SubnetId string
    The OCID of the subnet containing the IP address. This can be used to disambiguate which subnet is intended, in case the IP address is used in more than one subnet (when there are subnets with overlapping IP ranges).
    VlanId string
    The OCID of the VLAN containing the IP address. This can be used to disambiguate which VLAN is queried, in case the endpoint IP address belongs to more than one VLAN (when there are VLANs with overlapping IP ranges).
    VnicId string
    The OCID of the VNIC attached to the compute instance.
    type String
    The type of the Endpoint.
    address String
    The IPv4 address of the COMPUTE_INSTANCE-type Endpoint object.
    instanceId String
    The OCID of the compute instance.
    listenerId String
    The OCID of the network load balancer listener.
    loadBalancerId String
    The OCID of the listener's load balancer.
    networkLoadBalancerId String
    The OCID of the listener's network load balancer.
    state String
    subnetId String
    The OCID of the subnet containing the IP address. This can be used to disambiguate which subnet is intended, in case the IP address is used in more than one subnet (when there are subnets with overlapping IP ranges).
    vlanId String
    The OCID of the VLAN containing the IP address. This can be used to disambiguate which VLAN is queried, in case the endpoint IP address belongs to more than one VLAN (when there are VLANs with overlapping IP ranges).
    vnicId String
    The OCID of the VNIC attached to the compute instance.
    type string
    The type of the Endpoint.
    address string
    The IPv4 address of the COMPUTE_INSTANCE-type Endpoint object.
    instanceId string
    The OCID of the compute instance.
    listenerId string
    The OCID of the network load balancer listener.
    loadBalancerId string
    The OCID of the listener's load balancer.
    networkLoadBalancerId string
    The OCID of the listener's network load balancer.
    state string
    subnetId string
    The OCID of the subnet containing the IP address. This can be used to disambiguate which subnet is intended, in case the IP address is used in more than one subnet (when there are subnets with overlapping IP ranges).
    vlanId string
    The OCID of the VLAN containing the IP address. This can be used to disambiguate which VLAN is queried, in case the endpoint IP address belongs to more than one VLAN (when there are VLANs with overlapping IP ranges).
    vnicId string
    The OCID of the VNIC attached to the compute instance.
    type str
    The type of the Endpoint.
    address str
    The IPv4 address of the COMPUTE_INSTANCE-type Endpoint object.
    instance_id str
    The OCID of the compute instance.
    listener_id str
    The OCID of the network load balancer listener.
    load_balancer_id str
    The OCID of the listener's load balancer.
    network_load_balancer_id str
    The OCID of the listener's network load balancer.
    state str
    subnet_id str
    The OCID of the subnet containing the IP address. This can be used to disambiguate which subnet is intended, in case the IP address is used in more than one subnet (when there are subnets with overlapping IP ranges).
    vlan_id str
    The OCID of the VLAN containing the IP address. This can be used to disambiguate which VLAN is queried, in case the endpoint IP address belongs to more than one VLAN (when there are VLANs with overlapping IP ranges).
    vnic_id str
    The OCID of the VNIC attached to the compute instance.
    type String
    The type of the Endpoint.
    address String
    The IPv4 address of the COMPUTE_INSTANCE-type Endpoint object.
    instanceId String
    The OCID of the compute instance.
    listenerId String
    The OCID of the network load balancer listener.
    loadBalancerId String
    The OCID of the listener's load balancer.
    networkLoadBalancerId String
    The OCID of the listener's network load balancer.
    state String
    subnetId String
    The OCID of the subnet containing the IP address. This can be used to disambiguate which subnet is intended, in case the IP address is used in more than one subnet (when there are subnets with overlapping IP ranges).
    vlanId String
    The OCID of the VLAN containing the IP address. This can be used to disambiguate which VLAN is queried, in case the endpoint IP address belongs to more than one VLAN (when there are VLANs with overlapping IP ranges).
    vnicId String
    The OCID of the VNIC attached to the compute instance.

    Import

    PathAnalysis can be imported using the id, e.g.

    $ pulumi import oci:VnMonitoring/pathAnalysi:PathAnalysi test_path_analysi "id"

    To learn more about importing existing cloud resources, see Importing resources.

    Package Details

    Repository
    oci pulumi/pulumi-oci
    License
    Apache-2.0
    Notes
    This Pulumi package is based on the oci Terraform Provider.
    oci logo
    Oracle Cloud Infrastructure v2.17.0 published on Friday, Nov 15, 2024 by Pulumi
    pulumi/pulumi-oci