CI Class Node

Inheritance diagram for Node

Summary

Display Name	Node
Name	node
Description	The Node class represents a general purpose machine (i.e., computer). This also is a base class from which all the other classes representing devices such as virtual machines will inherit. Machines are typically reachable via the network but there are times when users model a machine even when it is not reachable via the network. Examples of machines include UNIX/Windows systems, switches, routers, firewalls etc.

Attributes

Attributes defined for Node
Name	Display Name	Type	Default Value	Description	Factory	Key	Hidden
bios_asset_tag	BiosAssetTag	string[500]		Asset tag number of the Node, as defined by the DMTF SYMBIOS specification.	true	false	false
bios_date	BiosDate	date		The BIOS/Firmware release date.	true	false	false
bios_serial_number	BiosSerialNumber	string[500]		A manufacturer specified serial number or unique ID of the BIOS.	true	false	false
bios_source	BiosSource	string[1000]		Shows the version of the BIOS source code.	true	false	false
bios_uuid	BiosUuid	string[100]		[Summary]A System Management BIOS identifier that is designed to be unique across both time and space, and requires no central registration process. The UUID is 128 bits long uppercase value in big-endian encoding (example: 00112233-4455-6677-8899-AABBCCDDEEFF). [Collection-Windows] use wmi command: wmic path win32_ComputerSystemProduct get uuid [Collection-Unix] use command: dmidecode -t system	true	false	false
bios_version	BiosVersion	string[500]		Shows the version of the BIOS.	true	false	false
BODY_ICON		string	host		true	false	true
calculated_location	CalculatedLocation	string[250]			true	false	false
chassis_type	ChassisType	chassistype_enum		Specifies the type of the chassis, such as Desktop, Mini Tower, etc.	true	false	false
classification		classification_enum	infrastructure		true	false	false
cloud_instance_id	Cloud Instance ID	string[500]		This attribute is the instance id in cloud environment. [Collection] For AWS EC2 instances, by accessing the URL http://169.254.169.254/latest/meta-data/instance-id on the EC2 instance or by AWS Java API com.amazonaws.services.ec2.AmazonEC2Client().describeInstances(DescribeInstancesRequest()).getReservations().getInstances().getId()	true	false	false
cloud_private_dns_name	CloudPrivateDnsName	string[500]		[Summary]This attribute is internal hostname of the cloud instance, which resolves to the instance's private IP address. [Collection-AWS] CALL API of AWSSDK:'AmazonEC2Client.describeInstances(DescribeInstancesRequest).getReservations().getPrivateDnsName()' [Example]'ip-172-31-14-56.ap-southeast-1.compute.internal' .	true	false	false
cloud_vm_display_name	Cloud VM Display Name	string[256]		This attribute is the display name of vm instance on cloud. For AWS EC2 instances, this attribute comes from the Name Tag, and length limit is 256. For Azure and Google Cloud VM instances, this attribute comes from the name field, and the length limit is 63.	true	false	false
default_gateway_ip_address	DefaultGatewayIpAddress	string[50]		This is the IP address of the default router for a given device. Default router is used by device as the next hop of last choice in case no other specific routes are defined for a destination.	true	false	false
default_gateway_ip_address_type	DefaultGatewayIpAddressType	ip_address_type_enum	IPv4	The type of the IP Address of the default gateway (e.g. IPv4, IPv6)	true	false	false
discovered_contact	DiscoveredContact	string[512]		Represents a discoverable contact infoe.g. the SysContact value as reported by an SNMP agent on a device whichis often containsspecific contact information.	true	false	false
discovered_description	DiscoveredDescription	string[512]		Represents a discoverable descriptione.g.the SysDescr value reported by an SNMP agent on a device which isoften contains some useful information about the device including its role.	true	false	false
discovered_location	DiscoveredLocation	string[512]		Represents a discoverable location e.g.the SysLocation value reported by an SNMP agent on a devicewhich is oftenincludesspecific location info such as floor, room, building etc.	true	false	false
discovered_model	DiscoveredModel	string[250]		The node model as determined during discovery (e.g. Proliant DL140 G2, VMware Virtual Platform, etc.)	true	false	false
discovered_os_name	DiscoveredOsName	string[500]		[Summary]The operating system name as determined during discovery (e.g. Windows XP, Windows 2003, SunOS) [Collection-windows] use wmi command: wmic path Win32_OperatingSystem get Caption Analyze the output and build the value: Windows server: Windows Server + [Version] + [Release] + [Service Pack] Windows: Windows + [Version] [Collection-unix] use command : uname -a Analyze the output and use one of the values in : Ubuntu (Linux), RHEL (Linux), Debian (Linux), CentOS (Linux), Fedora (Linux), Container Linux (Linux), SuSE (Linux), SLES (Linux), openSUSE (Linux), Amazon Linux (Linux), Oracle Linux (Linux), ClearOS (Linux), Gentoo (Linux), FreeBSD (Unix), Linux, XenServer, Mac OS X, OS X	true	false	false
discovered_os_vendor	DiscoveredOsVendor	string[250]		[Summary]The operating system vendor name as determined during discovery (e.g. Windows, Sun Microsystems). [Collection] Exact vendor name is decided by normalization engine	true	false	false
discovered_os_version	DiscoveredOsVersion	string[500]		The operating system version as determined during discovery.	true	false	false
discovered_vendor	DiscoveredVendor	string[250]		The node vendor name as determined during discovery (e.g. HP, VMware Inc., etc.)	true	false	false
dns_domain_name	DNS Domain Name	string[200]		[Summary]The DNS Domain name, it is used to allocate IT resource on the network. It can be translated to an IP Address by DNS server. [Collection-Windows] use wmi command: wmic path Win32_NetworkAdapterConfiguration get DNSDomain [Collection-Unix] collect from '/etc/hosts' or extract from fqdn or use command 'hostname -d'	true	false	false
dns_servers	DnsServers	string_list		The IP address list of the network adapter Domain Name System (DNS) server for this machine.	true	false	false
domain_name	DomainName	string[250]		[Summary]This is the domain name of which the node is part of. Typically domains are used to structure entities because of organizational / authorization oriented reasons. The domain name differs from the hostname in the way that the hostname is based on DNS, whereas the DomainName is based on other kind of domains (yp, nis, AD). [Collection - Windows] use command: set user [Collection - Unix] use command: uname -y	true	false	false
extended_node_family	ExtendedNodeFamily	string[250]		This is a fine grained family of the node/hardware/device.	true	false	false
extended_os_family	ExtendedOsFamily	string		[Summary]This attribute is a fine grained descriptor of the operating system family. [Collection This value is the output of normalization engine.]	true	false	false
FAMILY_ICON		string	network		true	false	true
has_managed_disks	Has Managed Disks	string[150]		[Summary] Flags if any of the OS Disks and any of the Data Disks are managed. [Collection_Azure] The data is collected from RESTAPI response(/subscriptions/subscription_id/resourceGroups/resourceGroup_id/providers/Microsoft.Compute/virtualMachines/VM_name)value of [properties][osDisk][managedDisks] and [properties][dataDisk][managedDisks]	true	false	false
host_iscomplete	Node Is Complete	boolean	false	True value marks if the smallest MAC address of the node was discovered	true	false	false
host_isdesktop	Node is Desktop	boolean		Is this node a desktop	true	false	false
host_isroute	Node Is Route	boolean		True value marks if the node have more then one ip address each in different subnet	true	false	false
host_isvirtual	Node Is Virtual	boolean		[Summary]True value marks that the node is virtual. On the contrary, False don't means it's definitely physical machine. It's possible that we don't have enough information to identify it. [Collection] Virtualization job and Cloud job will mark the node as virtual.	true	false	false
host_key	Node Key	string[250]		Unique string identifying the specific node (On complete nodes this value will hold the smallest MAC address of the node and on non-complete nodes this value will hold node_ip Probe domain)	true	false	false
host_last_boot_time	Node Boot Time	date		Node last boot time	true	false	false
host_nnm_internal_key	Node NNM Internal Key	string[100]		Node primary key in NNMi Database join with NNMi server IP. Only for uCMDB internal use	true	false	true
host_nnm_uid	Node NNM UID	string[100]		UID of the node in NNM topology	true	false	false
host_osaccuracy	Node Operating System accuracy	string[10]		Operating System Model accuracy	true	false	false
host_osinstalltype	Node Operating System Installation type	string[500]		Node Operating System Installation type	true	false	false
host_osrelease	Node Operating System Release	string[256]		Operating System Release	true	false	false
host_servertype	Node Server Type	string[500]		Describe the server in bit wise	true	false	false
internal_name	Internal Name of a Node Monitored by SiteScope	string[600]		Internal name of a SiteScope group which is a parent of the node monitored by SiteScope	true	false	true
layer		layer_enum	infrastructure		true	false	false
lic_operational2advanced	Has Operational2Advanced License	boolean	false	Internal use only	true	false	true
~~lic_type~~	~~License Type~~	string_list		Internal use only	true	false	true
lic_type_asset	Has Asset License	boolean	false	Internal use only	true	false	true
lic_type_basic	Has Basic License	boolean	false	Internal use only	true	false	true
lic_type_full	Has Full License	boolean	false	Internal use only	true	false	true
lic_type_management	Has Management License	boolean	false	Internal use only	true	false	true
lic_type_operational	Has Operational License	boolean	false	Internal use only	true	false	true
lic_type_premium	Has Premium License	boolean	false	Internal use only	true	false	true
lic_type_udf	Has UDF License	boolean	false	Internal use only	true	false	true
lic_type_udi	Has UDI License	boolean	false	Internal use only	true	false	true
memory_size	MemorySize	integer		The size of volatile memory (RAM, SRAM, DRAM, ZRAM, TRAM) in megabytes.	true	false	false
MENU		xml			true	false	true
net_bios_name	NetBiosName	string		The NetBios name is used by NetBios services running on a computer. It is combination of a 15 character (byte) name and a 16th character denoting the service. The NetBios name of a computer is usually the same as the computer's host name (truncated to 15 characters length) but may also be completely different.	true	false	false
node_family	NodeFamily	string[500]		This is a family of the node/hardware/device as commonly advertised by the device vendor. For example C-Class, 6500Series etc.	true	false	false
node_model	NodeModel	string[250]		[Summary]This attribute represents a specific model of a node/hardware/device. [Collection] This value is the output of normalization engine. [Collection - AWS] For AWS EC2 instances, collected by accessing the URL http://169.254.169.254/latest/meta-data/instance-id on the EC2 instance or by AWS Java API com.amazonaws.services.ec2.AmazonEC2Client().describeInstances(DescribeInstancesRequest()).getReservations().getInstances().getInstanceType()	true	false	false
~~node_os_description~~	~~NodeOsDescription~~	string[100]		Internal use only	true	false	true
node_role	NodeRole	string_list		This describes all possible role a node can have such as router, switch, firewall, etc.. Users can also add additional capabilities to the Node on the fly for their own purposes. For example, they may want to identify a device as CPE (Customer Premise Equipment) and will add a capability called isCPE.	true	false	false
node_state	Node State	node_state_enum		[Summary]Shows the state of the node.[Collection-AWS]API: AmazonEC2Client.describeInstances(DescribeInstancesRequest()).getReservations().getInstances().getState().getName() [Azure] API: https://management.azure.com/subscriptions/{sub_id}/resourceGroups/{rg_name}/providers/Microsoft.Compute/virtualMachines/{vm_name}?$expand=instanceView&api-version=2020-06-01 and https://management.azure.com/subscriptions/{sub_id}/resourceGroups/{rg_name}/providers/Microsoft.Compute/virtualMachineScaleSets/{ss_name}/virtualMachines/{instance_id}/instanceView?api-version=2020-06-01	true	false	false
os_description	OsDescription	string[500]		Thisattribute is used to describe the characteristics of the hardware/device operating system running ona node. This description can include detailed version and patch information	true	false	false
os_family	OsFamily	os_family_enum		This attribute is a course grain descriptor for the operating system family. For example, Windows,Unix, etc	true	false	false
os_installed_date	OSInstalledDate	date		Shows the date when the operation system is installed	true	false	false
os_licensing_benefit	OsLicensingBenefit	string[50]		[Summary] Specifies that the image or disk that is being used was licensed on-premises. [Collection_Azure] The data is collected from RESTAPI response(/subscriptions/subscription_id/resourceGroups/resourceGroup_id/providers/Microsoft.Compute/virtualMachines/VM_name)value of [properties][licenseType]	true	false	false
os_vendor	OsVendor	string[200]		The name of the vendor of the operating system (e.g. Microsoft, HP, etc).	true	false	false
platform_vendor	Platform Vendor	string		This attribute indicates the hosting platform of this node. For example, AWS, Azure, etc	true	false	false
primary_dns_name	PrimaryDnsName	string[4000]		[Summary]This attribute is a fully qualified dns domain name for a node (also known as DNS name). A node could have many IP addresses on it and some of those IP addresses are also private.So, selecting one DNS name for a node is a non-trivial task.This attribute will typically be populated by selecting one of the IP addresses on the node and resolving the DNS name for that address and then using it as the hostname for the node.	true	false	false
primary_ip_address	PrimaryIPAddress	string[50]		This attribute is a primary IP address for a node.	true	false	false
primary_mac_address	PrimaryMACAddress	string[50]		This attribute is a primary MAC address for a node.	true	false	false
processor_family	ProcessorFamily	processor_family_enum		Architecture of the node's processor	true	false	false
serial_number	SerialNumber	string[500]		[Summary]A manufacturer specified serial number or unique ID for a product or element [Collection-Windows] wmic path Win32_BIOS get serialNumber [Collection-Unix] dmidecode -t system	true	false	false
smbios_biosversion	SMBIOSBiosVersion	string[100]		[Summary]Shows the bios version of the SMBIOS. Get the value by command: wmic path Win32_BIOS get smbiosbiosversion	true	false	false
snmp_sys_name	SnmpSysName	string[250]		This is name reported by a SNMP agent on a device. It is different from a DNS name.	true	false	false
swap_memory_size	SwapMemorySize	integer			true	false	false
sys_object_id	SysObjecttId	string[250]		The system object identifier of the node if the node supports SNMP.	true	false	false
ud_unique_id	UdUniqueId	string[200]		[Summary]A unique identifier which is generated by UD Agent for the Node reported by Universal Discoveries. This attribute should be empty if UD Agent is not involved	true	false	false
vendor	Vendor	string[200]		The vendor/manufacturer name of a software, node, or element	true	false	false
vm_id	VM ID	string[150]		[Summary]The id of VM.[Collection_Azure]The vm_id collected from RESTAPI response(/subscriptions/subscription_id/resourceGroups/resourceGroup_id/providers/Microsoft.Compute/virtualMachines/VM_name) value of "properties:vmid"	true	false	false
vmware_resource_id	VMware Resource ID	string[150]		The resource identifier defined by VMware VROPS. Call API of VROPS (value of "idetifier") : /api/resources/	true	false	false
Attributes defined for InfrastructureElement
Name	Display Name	Type	Default Value	Description	Factory	Key	Hidden
BODY_ICON		string	system		true	false	true
codepage	CodePage	string[50]		System suported CodePage	true	false	true
credentials_id	Reference to the credentials dictionary entry	string		Reference to the credentials dictinary entry	true	false	true
language	Language	string[50]		System suported language	true	false	true
zone_list	Zone List	string_list[256]		List of management zones in which the CI is discovered	true	false	false
Attributes defined for ConfigurationItem
Name	Display Name	Type	Default Value	Description	Factory	Key	Hidden
ack_cleared_time		long			true	false	true
ack_id		string[80]			true	false	true
bit_position	Bit Position	integer			true	false	true
bitmap_id	Bitmap ID	integer			true	false	true
BODY_ICON		string	it_world		true	false	true
~~city~~	~~City~~	string[50]		City location	true	false	true
classification		classification_enum			true	false	false
contextmenu	Context Menu	string_list[100]		Context menu	true	false	true
~~country~~	~~Country or Province~~	string[50]		Country or province location	true	false	true
data_tags	Tags	json[4000]		A tag is a label assigned to a resource.Each tag consists of a key and a value.	true	false	false
discovery_state	Discovery State	discovery_state_enum		State of UD discovery	true	false	false
is_save_persistency	Store KPI History For Over Time Reports	boolean	false	Store KPI history for over time reports	true	false	true
layer		layer_enum			true	false	false
metaphase	Meta Phase	string[50]		Meta Phase of a CI in SMAX. The attribute is owned by SMAX exclusively	true	false	false
sd_type	SD Type	string[32]			true	false	false
~~state~~	~~State~~	string[50]		State location	true	false	true
track_changes	Track Configuration Changes	boolean	false	Track configuration changes	true	false	true
Attributes defined for Managed Object
Name	Display Name	Type	Default Value	Description	Factory	Key	Hidden
TenantOwner	Owner Tenant	string[32]		The Tenant Owner ID	true	false	false
TenantsUses	Consumer Tenants	string_list		The IDs of the Tenants who are associated with the CI	true	false	false
Attributes defined for Object
Name	Display Name	Type	Default Value	Description	Factory	Key	Hidden
document_list	Documents	string		Documents	true	false	true
MENU		xml			true	false	true
Attributes defined for Data
Name	Display Name	Type	Default Value	Description	Factory	Key	Hidden
~~data_adminstate~~	~~Admin State~~	adminstates_enum	0	Admin State	true	false	true
data_allow_auto_discovery	Allow CI Update	boolean[250]	true		true	false	false
~~data_changecorrstate~~	~~Change Corr State~~	changestates_enum	0	Change State	true	false	true
~~data_changeisnew~~	~~Change Is New~~	boolean	false	Change State	true	false	true
~~data_changestate~~	~~Change State~~	changestates_enum	0	Change State	true	false	true
data_externalid	External ID	string[50]		external source id: snmp index, data sources index etc.	true	false	true
data_note	Note	string[250]			true	false	false
~~data_operationcorrstate~~	~~Operation Corr State~~	operationstates_enum	0	Operation State	true	false	true
~~data_operationisnew~~	~~Operation Is New~~	boolean	false	Operation State	true	false	true
~~data_operationstate~~	~~Operation State~~	operationstates_enum	0	Operation State	true	false	true
data_origin	Origin	string[100]			true	false	false
data_source	Created By	string[512]			true	false	false
~~data_testcorrstate~~	~~Test Corr State~~	teststates_enum	0	Test State	true	false	true
~~data_testisnew~~	~~Test Is New~~	boolean	false	Test State	true	false	true
~~data_teststate~~	~~Test State~~	teststates_enum	0	Test State	true	false	true
data_updated_by	LastModifiedBy	string[512]			true	false	false
description	Description	string[1000]		Description	true	false	false
digest	Digest	string[40]			true	false	true
display_label	Display Label	string[900]		Used as calc attribute for display	true	false	false
MENU		xml			true	false	true
name	Name	string[900]			true	false	false
user_label	User Label	string[900]		Used as user label	true	false	false
Attributes defined for Root
Name	Display Name	Type	Default Value	Description	Factory	Key	Hidden
BODY_ICON		string	general		true	false	true
calculated_id	Calculated ID	bytes[16]		Calculated ID	true	false	true
create_time	Created Time	date		When was this CI created	true	false	false
FAMILY_ICON		string			true	false	true
global_id	Global Id	string[32]		A globally unique identifier for the entity represented by the object	true	false	false
global_id_scope		string	Default		true	false	true
last_discovered_by	LastDiscoveredBy	string[512]		Who discovered this CI	true	false	false
last_discovered_by_probe	LastDiscoveredByProbe	string		Which probe discovered this CI	true	false	false
last_discovered_time	LastDiscoveredTime	date		When was this CI discovered	true	false	false
last_modified_time	LastModifiedTime	date		When was this CI last updated	true	false	false
root_actualdeletetime	Actual Delete Time	date		When will this CI be deleted	true	false	true
root_actualdeletionperiod	Actual Deletion Period	integer	40	What is the period after the CI will be deleted	true	false	false
root_candidatefordeletetime	Candidate For Deletion Time	date		When will this CI be warned about deleting	true	false	true
root_class	CI Type	string[100]		Class name of the CI	true	false	true
root_container	Container	string[32]		Container CI of this CI	true	false	false
root_deletioncandidateperiod	Deletion Candidate Period	integer	20	What is the period after the CI will be candidate for delete	true	false	false
root_enableageing	Enable Aging	boolean	false	Is aging enabled	true	false	false
root_iconproperties		string[100]			true	false	true
root_iscandidatefordeletion	Is Candidate For Deletion	boolean	false	Is candidate for deletion	true	false	false
root_lastaccesstime	Last Access Time	date		When was this CI last accessed	true	false	false
~~root_system~~	~~System~~	string[2]			true	false	true

Valid Relations

Valid direct incoming and outgoing relations defined on Node

Relations defined for Node
From	To	Type	Description
Node	ArpCache	Composition	Represents a relation between 2 objects where one is contained within the other, and the included object can not exist without its container. Therefore, when the container is deleted, all its contained object will be automatically removed
Node	Amazon Machine Image	Dependency	represents a dependency between 2 objects
Node	Amazon Security Group	Usage	Monitor system Relationships
Node	Azure Agent	Composition	Represents a relation between 2 objects where one is contained within the other, and the included object can not exist without its container. Therefore, when the container is deleted, all its contained object will be automatically removed
Node	Azure Log Analytics workspace	Usage	Monitor system Relationships
Node	Bridge	Composition	Represents a relation between 2 objects where one is contained within the other, and the included object can not exist without its container. Therefore, when the container is deleted, all its contained object will be automatically removed
Node	CallHomeEvent	Composition	Represents a relation between 2 objects where one is contained within the other, and the included object can not exist without its container. Therefore, when the container is deleted, all its contained object will be automatically removed
Node	CellBoard	Usage	Monitor system Relationships
Node	Chassis	Containment
Node	ClusterSoftware	Composition	Represents a relation between 2 objects where one is contained within the other, and the included object can not exist without its container. Therefore, when the container is deleted, all its contained object will be automatically removed
Node	CommunicationEndpoint	Composition	Represents a relation between 2 objects where one is contained within the other, and the included object can not exist without its container. Therefore, when the container is deleted, all its contained object will be automatically removed
Node	ConfigurationDocument	Composition	Represents a relation between 2 objects where one is contained within the other, and the included object can not exist without its container. Therefore, when the container is deleted, all its contained object will be automatically removed
Node	License Core Factor	Composition	Represents a relation between 2 objects where one is contained within the other, and the included object can not exist without its container. Therefore, when the container is deleted, all its contained object will be automatically removed
Node	DatacenterResource	Usage	Monitor system Relationships
Node	Db2Partition	Containment
Node	DnsZone	Containment
Node	Docker	Composition	Represents a relation between 2 objects where one is contained within the other, and the included object can not exist without its container. Therefore, when the container is deleted, all its contained object will be automatically removed
Node	Docker Image	Composition	Represents a relation between 2 objects where one is contained within the other, and the included object can not exist without its container. Therefore, when the container is deleted, all its contained object will be automatically removed
Node	Fibre Channel HBA	Containment
Node	Fibre Channel HBA	Usage	Monitor system Relationships
Node	FileSystemExport	Dependency	represents a dependency between 2 objects
Node	Google Cloud VPC Firewall	Usage	Monitor system Relationships
Node	Google Cloud Image	Usage	Monitor system Relationships
Node	Google Cloud VPC Route	Usage	Monitor system Relationships
Node	Google Cloud VM Config	Composition	Represents a relation between 2 objects where one is contained within the other, and the included object can not exist without its container. Therefore, when the container is deleted, all its contained object will be automatically removed
Node	IBM Processor Pool	Usage	Monitor system Relationships
Node	IBM LMT License	Composition	Represents a relation between 2 objects where one is contained within the other, and the included object can not exist without its container. Therefore, when the container is deleted, all its contained object will be automatically removed
Node	IBM LMT License Config	Composition	Represents a relation between 2 objects where one is contained within the other, and the included object can not exist without its container. Therefore, when the container is deleted, all its contained object will be automatically removed
Node	Interface	Composition	Represents a relation between 2 objects where one is contained within the other, and the included object can not exist without its container. Therefore, when the container is deleted, all its contained object will be automatically removed
Node	Interface	Containment
Node	Interface	Usage	Monitor system Relationships
Node	Interface Index	Composition	Represents a relation between 2 objects where one is contained within the other, and the included object can not exist without its container. Therefore, when the container is deleted, all its contained object will be automatically removed
Node	IpAddress	Containment
Node	IpAddress	Virtual	Link between Node and its virtual IP
Node	IpServiceEndpoint	ClientServer	The Client-Server relationship indicates the two CIs communicate with each other where one CI acts as a client while the other acts a server.
Node	IpServiceEndpoint	Composition	Represents a relation between 2 objects where one is contained within the other, and the included object can not exist without its container. Therefore, when the container is deleted, all its contained object will be automatically removed
Node	IPMP Group	Composition	Represents a relation between 2 objects where one is contained within the other, and the included object can not exist without its container. Therefore, when the container is deleted, all its contained object will be automatically removed
Node	TCP/IP Port	Composition	Represents a relation between 2 objects where one is contained within the other, and the included object can not exist without its container. Therefore, when the container is deleted, all its contained object will be automatically removed
Node	Kubernetes Node Config	Composition	Represents a relation between 2 objects where one is contained within the other, and the included object can not exist without its container. Therefore, when the container is deleted, all its contained object will be automatically removed
Node	LDOM Virtual Switch	Containment
Node	LogicalVolume	Dependency	represents a dependency between 2 objects
Node	MainframeMajorNode	Composition	Represents a relation between 2 objects where one is contained within the other, and the included object can not exist without its container. Therefore, when the container is deleted, all its contained object will be automatically removed
Node	MainframeXcfMember	Containment
Node	Node	Backbone	the backbone links are links discovered by the discover layer 2 service. the link represent a connection between two switches (physical connection)
Node	Node	Dependency	represents a dependency between 2 objects
Node	Node	Membership
Node	Node	Talk
Node	Node	Unnumbered	The unnumbered links are links discovered by the base collector. this link represents a row data from the route table in the mib containing the data of the next_hop ip address and the destination network address. This link is only created when the route table is missing the Source IP Address from which the route takes place. The route table is in the mib address : table is in the mib address : 1.3.6.1.2.1.4.21.1.7
Node	NodeElement	Composition	Represents a relation between 2 objects where one is contained within the other, and the included object can not exist without its container. Therefore, when the container is deleted, all its contained object will be automatically removed
Node	Nutanix Prism	Composition	Represents a relation between 2 objects where one is contained within the other, and the included object can not exist without its container. Therefore, when the container is deleted, all its contained object will be automatically removed
Node	Nutanix Virtual Disk	Composition	Represents a relation between 2 objects where one is contained within the other, and the included object can not exist without its container. Therefore, when the container is deleted, all its contained object will be automatically removed
Node	OpenStack Flavor	Dependency	represents a dependency between 2 objects
Node	OpenStack Image	Dependency	represents a dependency between 2 objects
Node	OpenStack Volume	Usage	Monitor system Relationships
Node	Oracle Cloud Image	Dependency	represents a dependency between 2 objects
Node	Oracle Cloud Storage Volume	Usage	Monitor system Relationships
Node	Oracle Database	Containment
Node	OSPF	Composition	Represents a relation between 2 objects where one is contained within the other, and the included object can not exist without its container. Therefore, when the container is deleted, all its contained object will be automatically removed
Node	PhysicalPort	Composition	Represents a relation between 2 objects where one is contained within the other, and the included object can not exist without its container. Therefore, when the container is deleted, all its contained object will be automatically removed
Node	PhysicalPort	Layer 2	the layertwo links are links discovered by the discover layer 2 service. the link represent a connection between switche to host (physical connection)
Node	Process	ClientServer	The Client-Server relationship indicates the two CIs communicate with each other where one CI acts as a client while the other acts a server.
Node	Process	Talk
Node	RHEVM DiskDevice	Containment
Node	RunningSoftware	Composition	Represents a relation between 2 objects where one is contained within the other, and the included object can not exist without its container. Therefore, when the container is deleted, all its contained object will be automatically removed
Node	SapSUPServer	Composition	Represents a relation between 2 objects where one is contained within the other, and the included object can not exist without its container. Therefore, when the container is deleted, all its contained object will be automatically removed
Node	SCSI Adapter	Containment
Node	Server Profile	Composition	Represents a relation between 2 objects where one is contained within the other, and the included object can not exist without its container. Therefore, when the container is deleted, all its contained object will be automatically removed
Node	UriEndpoint	Composition	Represents a relation between 2 objects where one is contained within the other, and the included object can not exist without its container. Therefore, when the container is deleted, all its contained object will be automatically removed
Node	UriEndpoint	Membership
Node	VMware Datastore	Dependency	represents a dependency between 2 objects
Node	VMware Resource	Composition	Represents a relation between 2 objects where one is contained within the other, and the included object can not exist without its container. Therefore, when the container is deleted, all its contained object will be automatically removed
Node	VMware Virtual Disk	Usage	Monitor system Relationships
Amazon Account	Node	Containment
Amazon Auto Scaling Group	Node	Membership
Amazon ECS Cluster	Node	Containment
Amazon ECS Task	Node	Dependency	represents a dependency between 2 objects
Amazon Elastic Beanstalk Environment	Node	Dependency	represents a dependency between 2 objects
Amazon Redshift Cluster	Node	Membership
Amazon Stack	Node	Containment
Amazon Virtual Private Cloud	Node	Membership
Azure Availability Set	Node	Membership
Azure Proximity Placement Group	Node	Containment
Azure Resource Group	Node	Membership
Azure Scale Set	Node	Containment
Cluster	Node	Containment
DatacenterResource	Node	Usage	Monitor system Relationships
DnsZone	Node	Membership
Docker	Node	Dependency	represents a dependency between 2 objects
EMC ECS Storage Pool	Node	Containment
EMC ECS Virtual Data Center	Node	Containment
Google Cloud VPC Network	Node	Membership
Google Cloud Subnet	Node	Membership
Google Dataproc Cluster	Node	Usage	Monitor system Relationships
Google Instance Group	Node	Composition	Represents a relation between 2 objects where one is contained within the other, and the included object can not exist without its container. Therefore, when the container is deleted, all its contained object will be automatically removed
Google Cloud Project	Node	Containment
Google Cloud Service Account	Node	Usage	Monitor system Relationships
Hypervisor	Node	ExecutionEnvironment	Relationship between entities when one is executed in (or in a scope of) another entity.
IpSubnet	Node	Membership
Kubernetes Cluster	Node	Membership
Location	Node	Containment
Location	Node	Membership
MainframeSysplex	Node	Membership
MainframeXcfGroup	Node	Membership
MS Domain	Node	Membership
Network Automation Device Group	Node	Containment
OpenStack Region	Node	Membership
OpenStack Zone	Node	Containment
Oracle Cloud Account	Node	Containment
Party	Node	Ownership
Person	Node	Ownership
Process	Node	ClientServer	The Client-Server relationship indicates the two CIs communicate with each other where one CI acts as a client while the other acts a server.
Process	Node	Talk
Rack	Node	Containment
Resource Pool	Node	Containment
SapSystem	Node	RfcConnection
SCVMM Host Group	Node	Membership
Siebel Enterprise	Node	Containment
Terraform Module	Node	Containment
vCloud vApp	Node	Containment
Relations defined for InfrastructureElement
From	To	Type	Description
BusinessActivity	InfrastructureElement	Usage	Monitor system Relationships
BusinessApplication	InfrastructureElement	Containment
BusinessApplication	InfrastructureElement	Usage	Monitor system Relationships
BusinessElement	InfrastructureElement	Usage	Monitor system Relationships
BusinessTransaction	InfrastructureElement	Usage	Monitor system Relationships
CiCollection	InfrastructureElement	Usage	Monitor system Relationships
ClusterResourceConfig	InfrastructureElement	Dependency	represents a dependency between 2 objects
Service	InfrastructureElement	Containment
Service	InfrastructureElement	Usage	Monitor system Relationships
Relations defined for ConfigurationItem
From	To	Type	Description
ConfigurationItem	Automation Flow Execution	Includes	This relationship connects two CIs, one of which is included into another. A child CI can be moved to another parent, but when the parent is deleted, the child will be deleted as well, except if a second includes link exist on it already. Moving of a child CI possible by creation of new link to another parent and deletion of the first one.
ConfigurationItem	ConfigurationItem	ConsumerProvider
ConfigurationItem	Kpi	Composition	Represents a relation between 2 objects where one is contained within the other, and the included object can not exist without its container. Therefore, when the container is deleted, all its contained object will be automatically removed
ConfigurationItem	Outage	Composition	Represents a relation between 2 objects where one is contained within the other, and the included object can not exist without its container. Therefore, when the container is deleted, all its contained object will be automatically removed
ConfigurationItem	PolicyResult	Aggregation
ConfigurationItem	ScheduledDowntime	Connection
ConfigurationItem	ServiceConnectionPoint	Composition	Represents a relation between 2 objects where one is contained within the other, and the included object can not exist without its container. Therefore, when the container is deleted, all its contained object will be automatically removed
ConfigurationItem	ServiceConnectionPoint	Ownership
DefectsFilter	ConfigurationItem	Containment
ApplicationSystem	ConfigurationItem	Aggregation
Asset	ConfigurationItem	Connection
CiCollection	ConfigurationItem	Containment
CiCollection	ConfigurationItem	Membership
ItProcessRecord	ConfigurationItem	Connection
ItProcessRecord	ConfigurationItem	Membership
Location	ConfigurationItem	Membership
Tenant	ConfigurationItem	Connection
Relations defined for Managed Object
From	To	Type	Description
Managed Object	History Change	History Link
Tenant	Managed Object	Connection

Combined inheritance and relation diagram for Node

Potential Data Providers

Adapters providing CIs of type Node
Adapter Name	Description	Adapter Type
A10 vThunder by SNMP	This adapter discovers A10 vThunder Load Balancer using SNMP protocol	Discovery
AMQP for Consumer	Report AMQP server with its message consumer	Discovery
Software AG ARIS	Populates CIs from IDS Scheer ARIS using an XML export file from ARIS	Integration
AS400_NET_Dis_Connection	Connects to the AS400 Server using the JT400 Toolbox	Discovery
AWS Event Based Discovery	Discovers AWS topologies by using the AWS SDK for Java to access AWS SQS service.	Discovery
AWS by Web Services	Discovers AWS topologies using the Amazon Web Services.	Discovery
AWS by Web Services using Tags	Discovers AWS resources with customized tags	Discovery
Advanced Agent Driven Inventory Discovery Adapter	This adapter executed hardware and installed software inventory discovery by agent driven scanners.	Discovery
Agent Driven Inventory Discovery Adapter	This adapter executed hardware and installed software inventory discovery by agent driven scanners. \nNote: This adapter will be deprecated soon. It's recommended to use the Report Scan File adapter and the Inventory Discovery via Scan File adapter instead.	Discovery
Alteon application switch by SNMP	Discovers Nortel Application Switches using the SNMP protocol	Discovery
AWS EKS Discovery by RESTful API	Adapter Description	Discovery
Apache Web Servers by Shell	Discovers Apache web servers using the Shell protocols	Discovery
Apache Tomcat Topology	Discovers Apache Tomcat Web servers	Discovery
Aperture VISTA by SQL	Discovers Aperture VISTA data centers and power infrastructure using the Aperture VISTA Database	Integration
ArpCache Connection by SNMP	Discovers SNMP agents by trying to connect to a client machine using the SNMP protocol and reports node class relationship with ArpCache class according to the relevant OID.	Discovery
Arxview Integration	Adapter Description	Integration
Azure AKS Discovery by RESTful API	Adapter Description	Discovery
Azure Discovery by Tags	This adapter discovers resources on an Azure tenant	Discovery
Azure Event Based Discovery	Azure Event Based Discovery	Discovery
Azure by WebServices	This adapter discovers subscriptions, resource groups, virtual machines, networks and storage accounts on an Azure tenant	Discovery
Basic Agent Driven Inventory Discovery Adapter	This adapter executed hardware and installed software inventory discovery by agent driven scanners.	Discovery
Basic AWS by Web Services	Discovers AWS topologies of the EC2 using Web Services	Discovery
Basic Azure by Webservices	Adapter Description	Discovery
Basic_Google_Cloud_by_RESTful_API	Discovers Basic Google Cloud topology using RESTful API	Discovery
CISCO_UCS_Manual	Cisco UCS Manual	Discovery
CiscoWorks Layer 2	This adapter populates nodes layer two infrastructure from the Cisco Works Campus Manager database	Integration
CiscoWorks NetDevices	This adapter populates network devices and layer two infrastructure from the Cisco Works Resource Manager Essentials database	Integration
Cisco ACE by SNMP	This adapter discovers Cisco ACE Load Balancer using SNMP protocol	Discovery
Cisco CSS by SNMP	Discovers Cisco CSS (Content Services Switch) using the SNMP protocol	Discovery
Cisco Prime by WebServices	This adapter discovers nodes, interfaces, net devices, and layer2 connections on a Cisco Prime.	Discovery
Cisco UCS Topology	Pull data from Cisco UCS	Discovery
Citrix NetScaler by SNMP	Citrix NetScaler by SNMP	Discovery
Database Connections by Agent	Identifies databases on hosts using host credentials using the WMI protocol	Discovery
Database Connections by Shell	Identifies databases on hosts by host credentials, using the Shell protocols	Discovery
DNS Discovery	Discover DNS names on IPs and hosts	Discovery
Discovery for Opsb integration by shell	Establishes a Shell connection to the remote machines. Discovery tries to connect to remote machines through the SSH, NTCMD protocols until the first valid connection is found.	Discovery
Docker Discovery by Shell	This adapter discovers Docker topology by connecting to the Docker Host.	Discovery
Docker Swarm Discovery by RESTful API	This adapter discovers Docker Swarm topology by RESTful API.	Discovery
Docker Swarm Event Monitor	Docker Swarm Event Discovery.	Discovery
Docker Host By Shell Adapter	This adapter discovers the relationship between Docker Images and Docker Host.	Discovery
EMC Control Center	Populates storage devices and SAN infrastructure from the EMC control Center SRM database	Integration
EMC AutoStart by Shell	Discover EMC AutoStart cluster by shell	Discovery
EMC ECS by REST API	This adapter collects EMC storage as a service by RESTful API.	Discovery
Execute Command Adapter	Execute command on a host	Discovery
F5 BIGIP by SNMP	This adapter discovers F5 BIG-IP Local Traffic Manager using SNMP protocol	Discovery
F5 BIGIP by Shell	This adapter discovers F5 BIG-IP LTM by shell.	Discovery
Firewall Topology by Shell	This adapter supports discovery of Juniper firewalls by Shell	Discovery
Glassfish JEE Topology Discovery by Shell	This adapter discovers Glassfish JEE environment and components using shell.	Discovery
Google Cloud Event Based Discovery	Google Cloud Event Based Discovery	Discovery
Google_Cloud_by_RESTful_API	Discovers Google Cloud topology using RESTful API	Discovery
Google_GKE_by_RESTful_API	Discovers Google GKE topology using RESTful API	Discovery
Network Automation by Java	Network Automation by Java	Integration
HP OneView Integration	Adapter Description	Integration
Cisco HSRP routers by SNMP	Discovers Cisco HSRP routers using SNMP protocol.	Discovery
HanaDb Topology by SQL	Discovers HanaDB instances and topology using SQL Connections	Discovery
HanaDb by shell	Discover HanaDb instances	Discovery
Host Connection by Shell	Establishes a Shell connection to the remote machines. Discovery tries to connect to remote machines through the SSH, Telnet, NTCMD or UDA protocols until the first valid connection is found.	Discovery
Host Discovery by Shell	Adapter Description	Discovery
Host Platform by Shell	Discovers host platform detail on UNIX and Windows machines using SSH, NTCMD or UDA protocols.	Discovery
IHS Plugins by Shell	Discovers IBM Http Server's WebSphere plugin configuration by parsing the IHS plugin configuration file.	Discovery
J2EE Inactive WebSphere Topology Discovery by Shell	This adapter discovers WebSphere J2EE environment and components by shell only when the WebSphere Application Server is inactive.	Discovery
Install UD Agent	This adapter installs UD Agent.	Discovery
Inventory Discovery by Manual Scanner Deployment	This adapter executed hardware and installed software inventory discovery by manually deployed scanfile.\nNote: This adapter executed hardware and installed software inventory discovery by agent driven scanners. \nNote: This adapter will be deprecated soon. It's recommended to use the Report Scan File adapter and the Inventory Discovery via Scan File adapter instead.	Discovery
Inventory Discovery By Scanner Adapter	This adapter executed hardware and installed software inventory discovery by scanners.	Discovery
InventoryDiscoveryViaScanFile	The job parses scan files in the 'to_inventory' folder and model the CIs from the scan files	Discovery
Jboss J2EE Topology Discovery by Shell	This adapter discovers JBoss J2EE environment and components using shell.	Discovery
Jboss J2EE Topology Discovery by JMX	This adapter discovers JBoss J2EE environment and components based on the JMX protocol.	Discovery
Jboss Server Discovery	This adapter discovers JBoss servers instances based on the JMX protocol.	Discovery
Weblogic J2EE Topology Discovery by JMX	This adapter discovers WebLogic j2ee environment and components.Supported WL versions:6.0, 6.1, 7.0, 8.1, 9.0, 9.1, 9.2,10	Discovery
Weblogic Server Discovery	Discovers WebLogic Server based on JMX protocol. Supported versions: 6.0, 6.1, 7.0, 8.1, 9.0, 9.1, 9.2, 10	Discovery
Websphere J2EE Topology Discovery by JMX	This adapter discovers WebSphere J2EE environment and components.	Discovery
Websphere Server Discovery	This adapter discovers WebSphere servers based on either SOAP or RMI authentication.	Discovery
Websphere J2EE Topology Discovery by JMX	This adapter discovers WebSphere J2EE environment and components.	Discovery
Kubernetes Discovery by RESTful API	This adapter discovers Kubernetes topology by RESTful API.	Discovery
Kubernetes Event Based Discovery	Kubernetes Event Based Discovery.	Discovery
LDAP Active Directory Connection	Discover the existence of Active Directory Domain Controlers via LDAP	Discovery
LDAP Active Directory Topology	Discovers Active Directory via LDAP	Discovery
LPAR Resources by EView	This adapter discovers the IBM mainframe z/OS host and network resources using the EView mainframe agent	Discovery
Layer2 Topology by Shell	Reports Layer2 and networking related data by ssh or shell from network switches	Discovery
Link DB Datafiles With Clustered FileSystem	This adapter is used for linking of database datafiles with clustered file system	Discovery
Microsoft MQ server from Active Directory	Discovery adapter for Microsoft MQ server. Used to retrieve Active Directory side information of MS MQ topology.	Discovery
MQ by EView	This adapter discovers the IBM mainframe MQ subsystem along with its resources using the EView mainframe agent	Discovery
Websphere MQ Topology by shell	Discover Websphere MQ topology by using SSH, TELNET, NTCMD or UDA	Discovery
MS NLB by NTCMD or UDA	Discovers MS Network Load Balancing topology by NTCMD or UDA	Discovery
MS Cluster Topology	This adapter discovers Microsoft Cluster architecture by NTCMD.	Discovery
MS_Domain_Topogy	Discovers hosts on Microsoft Domain.	Discovery
MS Exchange Topology by Powershell	This adapter discovers Microsoft Exchange by PowerShell protocol. It is based on executing Exchange native cmdlets.	Discovery
Microsoft Exchange Topology by WMI	Connects to the remote host and brings topology for Microsoft Exchange Server 2003	Discovery
Manual Nutanix Discovery by RESTful API	Adapter collects Nutanix Virtual Infrastructure topology information by HTTP protocol.	Discovery
MaxDb Topology by SQL	Discovers MaxDB instances and topology using SQL Connections	Discovery
MaxDb by Shell	Discovers MaxDB instances and topology	Discovery
Merge Clustered Software	Adapter used by the Merging topologies of the Clustered Software Elements	Discovery
Mongo DB Connection	This adapter connects MongoDB	Discovery
MySQL by Shell	Discovers MySQL instances and replication topology by Shell	Discovery
Population from NNMi	Connects to the NNMi web service and populates NNMi discovered nodes, IPs, networks, interfaces and layer two connection information to create a Layer 2 topology in UCMDB. Note that it is recommended NOT to run the UCMDB Layer 2 discoveries if using NNMi Layer 2 integration discovery.	Integration
NSLOOKUP on DNS Server	Discovers hosts by querying all available DNS servers	Discovery
NSLOOKUP on Probe	Discover hosts executing NSLOOKUP command on probe machine's shell	Discovery
IIS Applications by NTCMD or UDA or PowerCmd	This adapter discovers Microsoft Internet Information Services (IIS).	Discovery
Connection by NTCMD or UDA protocol	Try to connect to a WIN server using HPCmd (NetBIOS) or UD Agent.	Discovery
NetApp Filer Connection by WebServices	This adapter discovers NetApp Filer by WebServices.	Discovery
NetApp_Filer_by_WebServices	This adapter discovers volumes, shares and other details on a NetApp filer	Discovery
Network Connectivity Data Analyzer	Discover client server connections on the network according to the chosen parameters. Brings data from DFM database	Discovery
Nutanix Discovery by RESTful API	Adapter collects Nutanix Virtual Infrastructure topology information by HTTP protocol.	Discovery
OAM Tunnel Adapter	Adapter Description	Discovery
OS Fingerprint	This adapter discovers hosts, IPs, open TCP and UDP ports and host operating systems using nmap.	Discovery
OpenShift by REST API	This adapter collects Virtual Infrastructure topology information using OpenShift by REST API.	Discovery
OpenStack by WebServices	This adapter discovers projects, compute resources, networks, storage and other details on an OpenStack	Discovery
Oracle Application Server	Discovers Oracle Application Server	Discovery
Oracle Discovery from OEM	This adapter discovers Oracle from OEM.	Discovery
Oracle E-Business Suite components	This adapter discovers Oracle E-Business Suite components.	Discovery
Oracle Cloud by REST API	Discovers Oracle Cloud topologies of Oracle cloud infrastructure compute classic, Oracle database cloud service and Oracle mysql cloud service and services using REST API.	Discovery
Oracle Topology by SQL - Service Name	This adapter uses Service Name to connect Oracle and discovers Oracle topology by SQL.	Discovery
Oracle Licensing CPU Data Collection by Shell	This adapter collects data related to CPU, which can then be sent to Oracle Licensing organization for Oracle License Review or Audit.	Discovery
Oracle Listeners by Shell	Discovers Oracle listeners. Is required for Oracle RAC deep discovery	Discovery
Oracle RAC Topology by Shell	Discovers Oracle RAC topology	Discovery
Passive Discovery By RUM	Verifies and reports network info provided by RUM probe.	Discovery
Host Resources by PowerShell	Discovers host resources, process connectivity and software elements on Windows machines using PowerShell protocol.	Discovery
Host Connection by PowerShell	This adapter discovers PowerShell agents by trying to connect to a Windows machine using the PowerShell protocol.	Discovery
Process Linux Servers With Duplicated Macs	This adapter is acting as a port processing logic after the "Layer2 Vlan based by SNMP" Job has run.	Discovery
NetApp SANScreen/OnCommand	This adapter discovers storage devices and SAN infrastructure from NetApp SANscreen/OnCommand	Integration
SAP Internet Transaction Server Discovery	Discover SAP Internet Transaction Server based on parsing configuration files.	Discovery
SAP J2EE Topology by JMX	Discover SAP J2EE environment based on JMX.	Discovery
SAP ABAP Topology Discovery	Discover SAP environment based on Computer Center Management System (CCMS).	Discovery
SAP Business Layer Discovery	Discover SAP business layer based on Solution Manager system management suite.	Discovery
SAP FRUN Topology by CIM	Discover SAP Topology based on FRUN with CIM protocol.	Discovery
SAP Solution Mananger Connection by CIM	Connect to SAP Solution Manager with CIM protocol.	Discovery
SAP Topology by Solution Manager	Discover SAP Topology based on Solution Manager.	Discovery
SAP Solution Mananger Topology by CIM	Discover SAP Topology based on Solution Manager with CIM protocol.	Discovery
SAP ABAP Discovery	Discover SAP Systems based on SAP JCO.	Discovery
Siebel Application Servers by Siebel Gateway	Discover Siebel topology using srvrmgr client	Discovery
Siebel Database by NTCMD or UDA	Discover DB of odbc connection	Discovery
Siebel Database by Unix shell	Discover DB of odbc connection	Discovery
Siebel Web Applications by NTCMD or UDA	This adapter discovers Siebel Webserver Extension and all web applications by NTCMD or UDA protocol.	Discovery
Siebel Web Applications by Unix shell	Discover Siebel Webserver Extension and all web applications	Discovery
HPE Systems Insight Manager	Populates servers and other devices from an HPE SIM (Systems Insight Manager) server	Integration
CDP/LLDP neighbors layer 2 devices by SNMP	This adapter discovers Layer 2 neighbors network devices	Discovery
L2 Bridge by SNMP	This adapter discovers the Layer 2 topology of a switch by SNMP.	Discovery
L2 Vlan by SNMP	This adapter discovers the Layer 2 topology of a specific VLAN by SNMP.	Discovery
Host Resources by SNMP	Discovers host resources and software elements	Discovery
Host Connection by SNMP	Discovers SNMP agents by trying to connect to a data center machine using the SNMP protocol, updates the node class (Windows, UNIX, router, and so on) according to the relevant OID	Discovery
Client Connection by SNMP	Discovers SNMP agents by trying to connect to a client machine using the SNMP protocol, updates the node class (Windows, UNIX, router, and so on) according to the relevant OID.	Discovery
Host Networking by SNMP	Discovers host networking topology using SNMP route and system tables	Discovery
Router ARP by SNMP	This adapter discovers the ARP table of a router using the SNMP protocol. This discovery reveals IP addresses by querying the protocol that translates IPs into the Ethernet addresses used by local area networks, as well as the host and network it belongs to.	Discovery
DB2 Topology By SQL	Discover the physical elements within DB2 database.	Discovery
Oracle database topology by SQL - Cloud Service	This adapter discovers Oracle database topology by SQL.	Discovery
MS SQL Server topology by SQL	The job discovers MS SQL Server topology.	Discovery
MS SQL Server topology by SQL - Cloud Service	The job discovers cloud MS SQL Server service topology.	Discovery
Sybase Topology by SQL	This adapter discovers Sybase database topology by SQL.	Discovery
Oracle database topology by SQL	This adapter discovers Oracle database topology by SQL.	Discovery
DB2 Connection By SQL	This adapter discovers databases using SQL protocol.	Discovery
HanaDb Connection By SQL	This adapter discovers databases using SQL protocol.	Discovery
MaxDb Connection By SQL	This adapter discovers databases using SQL protocol.	Discovery
MsSql Connection By SQL	This adapter discovers databases using SQL protocol.	Discovery
MySQL Connection by SQL	Connects to MySQL databases	Discovery
Oracle Connection By SQL	This adapter discovers databases using SQL protocol.	Discovery
Oracle Connection By SQL - Lightweight	This adapter discovers databases using SQL protocol.	Discovery
PostgreSQL Connection By SQL	This adapter discovers databases using SQL protocol.	Discovery
Sybase Connection By SQL	This adapter discovers databases using SQL protocol.	Discovery
SQL_NET_Dis_db2_from_db2	Adapter is deprecated, use SQL_NET_Dis_Connection_DB2 instead.	Discovery
SQL_NET_Dis_sybase_Conn	This adapter discovers Sybase database by SQL.	Discovery
Service Guard Cluster Topology	Discover ServiceGuard cluster server architecture by TTY	Discovery
Oracle Connection by Shell	This adapter discovers Oracle database topology by Shell.	Discovery
Storage Devices Connection by CIM	This adapter is used for initial connection to CIM Agent	Discovery
Storage Devices Topology by CIM	Adapter used for discovery of storage topology via CIM protocol	Discovery
Storage Devices Topology by SNMP	Adapter used for discovery of storage topology via SNMP protocol	Discovery
Sun_Cluster_by_Shell	adapter discovers Sun Cluster topology via shell including cluster nodes, resource groups and resources, quorum configuration, cluster interconnect.	Discovery
TCP Listen Ports	Discover listening ports on the network according to portNumberToPortName.xml configuration file. Brings data from Universal Discovery database.	Discovery
TCP Ports Discovery	Discover open tcp\udp ports on a host of known server ports.	Discovery
TCP Potential Services	The job tries to identify servers by network traffic data or number of clients. Brings data from Universal Discovery database.	Discovery
TCP_Services	Discover key services on the network according to portNumberToPortName.xml configuration file. Brings data from Universal Discovery database	Discovery
TCP Services Connectivity	Discovers the IP Communication adapters - which IPs communicte and the top interesting ports for these communication channels. Brings data from Universal Discovery database.	Discovery
TCP Web Server Detection	This adapter discovers web servers using TCP ports.	Discovery
TNSNamesParser	This adapter discovers Oracle databases using tnsnames.ora parsing.	Discovery
TTY_HACMP_Applications	Discovers IBM HACMP virtual applications	Discovery
TTY_HACMP_Topology	Discovers IBM HACMP node Topology on servers via SSH, Telnet or UDA	Discovery
Host Resources by TTY	Discovers host resources, process connectivity and software elements on UNIX and Windows machines using SSH, Telnet, NTCMD or UDA protocols.	Discovery
TTY_Net_Dis_Connection	This adapter discovers SSH and Telnet agents by trying to connect to a machine using TTY as well as updating the correct host class (Windows, UNIX, router, and so on).	Discovery
Thin clients MAC based detection	Adapter Description	Discovery
Uninstall UD Agent	This adapter uninstalls UD Agent.	Discovery
Update UD Agent	This adapter updates UD Agent.	Discovery
VMware Discovery for HCM via VIM	This job connects to vCenter or VirtualCenter Servers and discovers the basic VMware Infrastructure topology.	Discovery
VMware ESX Topology by VIM	This adapter discovers VMware ESX Servers using VIM protocol.	Discovery
VMware VirtualCenter and ESX Manual Connection by VIM	adapter discovers the VMware Server connection using Virtual Infrastructure Management protocol. It is activated manually and it uses the URL string parameter for connection.	Discovery
VMware VMotion by VIM	adapter monitors migration events of Virtual Machines from one host to another.	Discovery
VMware vCenter Connection by VIM	Adapter discovers connection to VMware vCenter server using Virtual Infrastructure Management protocol.	Discovery
VMware vCenter Topology by VIM	Adapter collects Virtual Infrastructure topology information using vCenter Server by VI Management protocol.	Discovery
Veritas Cluster Topology	Discover Veritas cluster server architecture by Shell	Discovery
Host Resources by WMI	This adapter discovers host resources and software elements on Windows machines using WMI protocol.	Discovery
Host Connection by WMI	This adapter discovers WMI agents by trying to connect to a Windows machine using the WMI protocol.	Discovery
Weblogic J2EE Topology Discovery by Shell	Discovers WebLogic J2EE environment and components by shell. Supported versions: 8.1, 9.0, 9.1, 9.2, 10	Discovery
Websphere J2EE Topology Discovery by Shell	This adapter discovers WebSphere J2EE environment and components by shell.	Discovery
Websphere Liberty Core J2EE Topology Discovery by Shell	This adapter discovers WebSphere Liberty Core J2EE environment and components by shell.	Discovery
Webseal Policy Server Connection by Shell	This adapter is used to find valid pdadmin credentials and store the reference to the ISAMPolicy Server CI.	Discovery
AWS Inventory Discovery by Scanner via SSM	AWS Inventory Discovery by Scanner via SSM	Discovery
AWS via AWS Config	Discovers AWS topologies via AWS Config	Discovery
HPE nPartitions by Shell	This adapter discovers HPE partitionable server (either cell-based or not) topology by connecting to the vPar or nPar	Discovery
Hyper-V Topology by Shell	adapter discovers Microsoft Hyper-V virtualization topology using shell protocol.	Discovery
Hyper-V Topology by WMI	adapter discovers Microsoft Hyper-V virtualization topology using WMI protocol.	Discovery
iSeries Resources by EView	This adapter discovers the IBM ISeries Resources on the on an Iseries box such as CPUs , Memory, Disks, Network Controllers, Installed Software.	Discovery
Linux Cluster by Shell	Discover Linux Cluster Suite.	Discovery
Microsoft MQ by NTCMD or UDA or by PowerCmd	Discovery adapter for Microsoft MQ server side. Uses NTCMD or UDA or PowerCmd protocol in order to retrieve queues, triggers and rules related data	Discovery
Microsoft Exchange Connection by NTCMD or UDA	This adapter discovers Microsoft Exchange by NTCMD or UDA protocol. It is based on executing of PowerShell scenario on the remote machine.	Discovery
Microsoft Exchange Topology by LDAP	adapter discovers Microsoft Exchange topology using information stored in Active Directory.	Discovery
Microsoft Exchange Topology by NTCMD or UDA	This adapter discovers Microsoft Exchange topology by NTCMD or UDA protocol. It is based on executing of PowerShell scenario on the remote machine.	Discovery
Oracle TNS Names by LDAP	This adapter discovers Oracle database information saved in LDAP storage	Discovery
Oracle VM Manager Discovery By MainCli	Make discovery of virtualization inventory using manager's main CLI accessible by SSH protocol	Discovery
Process Layer2 Collected Files	Adapter Description	Discovery
Red Hat Cluster by Shell	Discover Red Hat Cluster Suite.	Discovery
SCVMM Topology by Shell	This adapter discovers Hyper-V topology by connecting to SCVMM.	Discovery
TIBCO BusinessWorks By Shell	Discover TIBCO BusinessWorks and its resources	Discovery
TIBCO EMS By Shell	Discover TIBCO EMS and its resources	Discovery
vCloud Director URL by vCloud API	Adapter discovers VMware vCloud Director using direct connection URL by vCloud API	Discovery
vCloud Director by vCloud API	Adapter discovers VMware vCloud Director using vCloud API	Discovery
VMware vROps Topology by WebServices	Adapter discovers the VMware vROps Topology by the vROps API.	Discovery
Webseal Connection by Shell	Discovers credentials applied and generic topology for Webseal by shell	Discovery
Webseal by Web Services	Discovers the Webseal topology by pdadmin rest api	Discovery
Webseal Policy Server Topology by Shell	Adapter provides the capability to discover all WebSeal related topology triggering on PolicyServer	Discovery
Webseal Topology by Shell	This is the adapter for reporting topology of Webseal and junctions using shell protocols	Discovery
Webseal by Web Services	Discovers the Webseal topology by pdadmin rest api	Discovery
Adapters providing CIs of type ConfigurationItem
Adapter Name	Description	Adapter Type
Import from CSV	Imports data from a CSV file into CMDB using mapping of the CSV file columns to CIT attributes. Mapping is defined by the following parameters: ciType: to define the CIT name which you want to create, mappingString: to define the mapping of the CIT attributes to the CSV file columns. Mapping file is used for more complex mapping definitions. Mapping file name is specified by 'mappingFile' parameter.	Integration
Import from DB	Imports data from an external database into CMDB using mapping of table columns to CIT attributes. Mapping is defined by the following parameters: ciType: to define the CIT name which you want to create, mappingString: to define the mapping of the CIT attributes to the table columns Mapping file is used for more complex mapping definitions. Mapping file name is specified by 'mappingFile' parameter. A SQL 'select' query is generated automatically and selects all columns in specified table, which defined by parameter: tableName In advanced cases you can specify custom SQL query.	Integration
Import from properties file	Imports data from a Properties file into CMDB, using mapping of the CSV file columns to CIT attributes This mapping is usually defined by the setting adapter parameters: ciType: to define the CIT name which you want to create, mappingString: to define the mapping of the Properties attributes to the CSV file columns In cases you need more complex mapping abilities, such as conversion of the strings contained in Properties file to the appropriate type of CMDB object's attribute, you should use the mapping XML configuration file specified by the mappingFile parameter.	Integration
SCCM Installed Software Integration	This adapter queries the records from SCCM database and recognizes it as install software by UD SAI	Integration
Import from Excel Workbook	Imports data from Excel Workbooks. Parses through multiple worksheet XLS files. Uses 'CIImports.xls' (default) file to import data.	Integration
Adapters providing CIs of type Object
Adapter Name	Description	Adapter Type
ALMAdapter	Federate defects from ALM	Integration
AMGenericAdapter	This adapter pushes/populates data between UCMDB and Asset Manager. Follow the Quick Start guide supplied with the AM Generic Adapter documentation before creating this integration point.	Integration
Application Portfolio Management Push Adapter	This adapter pushes data from UCMDB to HP Application Portfolio Management. Follow the APM Push Adapter documentation included in the HP UCMDB Discovery and Integration Content Guide before creating this integration point.	Integration
UCMDB API Population	Allows defining Reconciliation Priority for API Data In flows	Integration
Data Push into Atrium	Pushes CIs and relationships to BMC Atrium	Integration
AutomationFlowAdapter	Provide API to Operation Orchestration	Integration
BSMKpiAdapter	Federate KPIs from BSM	Integration
CA CMDB	Pushes CIs and relationships to CA CMDB	Integration
UCMDB 10.x and later	Used for Populating and Federating data from a remote UCMDB 10.x(or later) and for Pushing to a remote UCMDB 10.x(or later)	Integration
UCMDB 9.x	Used for Populating and Federating data from a remote UCMDB 9.x server and for Pushing to a remote UCMDB 9.x	Integration
UCMDB History Adapter [local instance only]	Used to federated data from the UCMDB's History	Integration
UCMDB to SaaS	Used for Pushing CIs and Relationships from an on-premises UCMDB 2019.02(or later) to Micro Focus SaaS CMS	Integration
Push Adapter DB Example	Push data into Oracle \ MSSQL database	Integration
GenericDBAdapter	An example Adapter that uses the GDB-Framework	Integration
IAM UI Push Adapter	Push IAM Universal Inventory data into MSSQL database on-premises or on cloud-based Azure.	Integration
Java_Adapter_Template	Adapter Description	Integration
Kafka Push Adapter 2019.05	Push function for Kafka Push Adapter	Integration
Local State Push Adapter	Used for populating data between the states of the same UCMDB Server	Integration
Pulsar Push Adapter	Push function for Pulsar Push Adapter	Integration
Push Adapter	Push Adapter	Integration
Remedyforce Push Integration	Remedyforce Push Integration	Integration
System Center Configuration Manager	Uses the GDB-Framework to Populate and Federate data from a System Center Configuration Manager. The adapter is also backward compatible with the SMS DB	Integration
Service Manager 9.41	Discovery Pattern Description	Integration
Service Manager 9.xx	Discovery Pattern Description	Integration
Service Manager Enhanced Generic Adapter	Push and Populate CI data between UCMDB and Service Manager	Integration
ServiceNow Enhanced Generic Adapter	Push, Populate and Federation of CI data between UCMDB and ServiceNow	Integration
UCMDB to XML	Export data into XML from UCMDB	Integration