Inheritance diagram for Interface Aggregation
| Display Name | Interface Aggregation |
|---|---|
| Name | interface_aggregation |
| Description | Represents the interface aggregation the way it is presented on the OS level. |
| Attributes defined for Interface | |||||||
|---|---|---|---|---|---|---|---|
| Name | Display Name | Type | Default Value | Description | Factory | Key | Hidden |
| BODY_ICON | string | interface | true | false | true | ||
| gateways | InterfaceGateways | string_list[500] | This is the description on the network interface as reported by the device. This is not a user specified description. | true | false | false | |
| interface_admin_status | AdminStatus | interfaceindex_status_enum | true | false | false | ||
| interface_alias | InterfaceAlias | string[256] | This is an alias string set up for the network interface by network device administrators. The alias is a more descriptive name for the interface and is well understood by the network administrators. | true | false | false | |
| interface_description | InterfaceDescription | string[500] | This is the description on the network interface as reported by the device. This is not a user specified description. | true | false | false | |
| interface_index | InterfaceIndex | integer | The index of the network interface. A node will have many interfaces and each interface has an index value which is unique on that node. Some types of devices tend to reindex themselves upon a reboot even though there are no configuration or other changes on those interfaces. This means the same interface will have a different index after a reboot. | true | false | false | |
| string[50] | The interfaces address at its protocol sub-layer. The interfaces media-specific MIB must define the bit and byte ordering and format of the value contained by this object. we get the macaddress from the mib tree by mibAddress : 1.3.6.1.2.1.2.2.1.6 | true | false | true | |||
| interface_name | InterfaceName | string[256] | This attribute is the name automatically assigned by a device to a network interface. Sometimes it is unique per device and sometimes not. It depends upon the device type. | true | false | false | |
| interface_nnm_internal_key | Interface NNM Internal Key | string[100] | Interface primary key in NNMi Database join with NNMi server IP. Only for uCMDB internal use | true | false | true | |
| interface_operational_status | OperationalStatus | interfaceindex_status_enum | true | false | false | ||
| interface_role | InterfaceRole | string_list | The roles available in an Interface. | true | false | false | |
| interface_speed | InterfaceSpeed | long | The configured speed of a network interface. The speed value is in bits per second. | true | false | false | |
| interface_type | InterfaceType | interfaceindex_type_enum[256] | The type of the protocol running on an interface. | true | false | false | |
| is_system_internal | System Internal | boolean_type_enum | 0 | Designates if interface has outer visibility from the host or is one of a special type for internal purposes | true | false | false |
| isPseudo | Is Pseudo Interface | boolean | false | An Interface with duplicate MAC or null MAC(to be used by NNM integration) | true | false | false |
| l2help | l2help | date | 2006.01.16 16:36:06:562 | true | false | true | |
| mac_address | MacAddress | string[80] | Represents the entities MAC address.In computer networking, a Media Access Control address (MAC address) is a unique identifier assigned to most network adapters or network interface cards (NICs) by the manufacturer for identification, and used in the Media Access Control protocol sublayer. | true | false | false | |
| matching_rules | string_list | true | false | true | |||
| primary_wins | PrimaryWINS | string[256] | The primary Windows Internet Naming Service (WINS) address | true | false | false | |
| secondary_wins | SecondaryWINS | string[256] | The secondary WINS address | true | false | false | |
| Attributes defined for NodeElement | |||||||
| Name | Display Name | Type | Default Value | Description | Factory | Key | Hidden |
| BODY_ICON | string | hostresource | true | false | true | ||
| classification | classification_enum | infrastructure | true | false | false | ||
| cloud_resource_identifier | Cloud Resource Identifier | string | Used as unique identifier for all cloud resource | true | false | false | |
| FAMILY_ICON | string | hostresource | true | false | true | ||
| isvirtual | Is Virtual | boolean | false | indicates whether resource is virtual | true | false | false |
| layer | layer_enum | infrastructure | true | false | false | ||
| serial_number | SerialNumber | string[100] | A manufacturer specified serial number or unique ID for a product or element | 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 | |
| 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 | |||
| BODY_ICON | string | it_world | true | false | true | ||
| string[50] | City location | true | false | true | |||
| classification | classification_enum | true | false | false | |||
| contextmenu | Context Menu | string_list[100] | Context menu | true | false | true | |
| string[50] | Country or province location | true | false | true | |||
| 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 | |||
| 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 |
| adminstates_enum | 0 | Admin State | true | false | true | ||
| data_allow_auto_discovery | Allow CI Update | boolean[250] | true | true | false | false | |
| changestates_enum | 0 | Change State | true | false | true | ||
| boolean | false | Change State | true | false | true | ||
| 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 | ||
| operationstates_enum | 0 | Operation State | true | false | true | ||
| boolean | false | Operation State | true | false | true | ||
| 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 | ||
| teststates_enum | 0 | Test State | true | false | true | ||
| boolean | false | Test State | true | false | true | ||
| teststates_enum | 0 | Test State | true | false | true | ||
| data_updated_by | Updated By | 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 | Create 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 | |
| string[2] | true | false | true | ||||
Valid direct incoming and outgoing relations defined on Interface Aggregation
| Relations defined for Interface Aggregation | |||
|---|---|---|---|
| From | To | Type | Description |
| Interface Aggregation | Interface | Membership | |
| Relations defined for Interface | |||
| From | To | Type | Description |
| Interface | Azure Network Interface | Realization | This link represents an element being realized by some other element. |
| Interface | Citrix Network | Usage | Monitor system Relationships |
| Interface | Interface | 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) |
| Interface | Interface | Membership | |
| Interface | Interface | Realization | This link represents an element being realized by some other element. |
| Interface | Interface | USB | |
| Interface | IpAddress | Containment | |
| Interface | 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) |
| Interface | RHEVM Network | Usage | Monitor system Relationships |
| Interface | RHEVM VNIC Profile | Usage | Monitor system Relationships |
| Interface | SEA Adapter | Usage | Monitor system Relationships |
| Interface | VMware Port Group | Usage | Monitor system Relationships |
| Bridge | 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 |
| Bridge | Interface | Containment | |
| Citrix Network | Interface | Usage | Monitor system Relationships |
| Interface Aggregation | Interface | Membership | |
| Interface Index | Interface | Parent | |
| I/O Chassis | 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 |
| I/O Slot | Interface | Containment | |
| IpAddress | Interface | Parent | |
| IPMP Group | Interface | Membership | |
| Layer2Connection | Interface | Membership | |
| Network Adapter | Interface | Realization | This link represents an element being realized by some other element. |
| 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 |
| OpenStack Network | Interface | Membership | |
| PhysicalPort | Interface | Realization | This link represents an element being realized by some other element. |
| Routing Instance | Interface | Containment | |
| SEA Adapter | Interface | Usage | Monitor system Relationships |
| VMware Port Group | Interface | Usage | Monitor system Relationships |
| VMware Uplink | Interface | Usage | Monitor system Relationships |
| Relations defined for NodeElement | |||
| From | To | Type | Description |
| 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 |
| RunningSoftware | NodeElement | Usage | Monitor system Relationships |
| Storage Array | 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 |
| 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 Interface Aggregation
| Adapters providing CIs of type Interface Aggregation | ||
|---|---|---|
| Adapter Name | Description | Adapter Type |
| IBM LPar And VIO Server by Shell | Adapter for Discovery of IBM VIO Server or any IBM LPar running system | Discovery |
| IBM WPar by Shell | Adapter for Discovery of IBM WPar topology | 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 |
| Adapters providing CIs of type Interface | ||
| Adapter Name | Description | Adapter Type |
| AS400_NET_Dis_Connection | Connects to the AS400 Server using the JT400 Toolbox | Discovery |
| AWS by Web Services | Discovers AWS topologies of the Auto Scaling Group, CloudFormation, EC2, ECR, ECS, ELB, S3 Bucket, RDS, and VPC services using Web Services | Discovery |
| 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 |
| Azure by WebServices | This adapter discovers subscriptions, resource groups, virtual machines, networks and storage accounts on an Azure tenant | 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 Prime by WebServices | This adapter discovers nodes, interfaces, net devices, and layer2 connections on a Cisco Prime. | 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 |
| Firewall Topology by Shell | This adapter supports discovery of Juniper firewalls by Shell | Discovery |
| Network Automation by Java | Network Automation by Java | Integration |
| 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 |
| IBM Virtualization by Shell | Discovery adapter for IBM HMC or IVM Software and related Virtualization PSeries Solution discovery | Discovery |
| IBM LPar And VIO Server by Shell | Adapter for Discovery of IBM VIO Server or any IBM LPar running system | Discovery |
| IBM WPar by Shell | Adapter for Discovery of IBM WPar topology | Discovery |
| Oracle VM Server for SPARC Technology by Shell | Adapter discovers LDOM topology via control domain. | 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 |
| Connection by NTCMD or UDA protocol | Try to connect to a WIN server using HPCmd (NetBIOS) or UD Agent. | Discovery |
| NetApp_Filer_by_WebServices | This adapter discovers volumes, shares and other details on a NetApp filer | Discovery |
| OS Fingerprint | This adapter discovers hosts, IPs, open TCP and UDP ports and host operating systems using nmap.exe. | Discovery |
| OpenStack Event Monitor | OpenStack Event Monitor | Discovery |
| OpenStack by WebServices | This adapter discovers projects, compute resources, networks, storage and other details on an OpenStack | 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 |
| 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 |
| Red Hat Virtualization Manager by REST API | This adapter collects Virtual Infrastructure topology information using Red Hat Virtualization Manager by REST API. | 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 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 |
| Solaris Zone by TTY | This adapter discovers Solaris Zones by shell protocols (SSH, Telnet or UDA) including non-global zones, resource pools, netwroking CPU and their dependencies. | Discovery |
| Sun_Cluster_by_Shell | adapter discovers Sun Cluster topology via shell including cluster nodes, resource groups and resources, quorum configuration, cluster interconnect. | 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 |
| 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 |
| VMware ESX Connection by CIM | VMware ESX Connection by CIM adapter | Discovery |
| VMware ESX Topology by VIM | This adapter discovers VMware ESX Servers using VIM protocol. | Discovery |
| VMware VMotion by VIM | adapter monitors migration events of Virtual Machines from one host to another. | Discovery |
| VMware vCenter Topology by VIM | Adapter collects Virtual Infrastructure topology information using vCenter Server by VI Management protocol. | Discovery |
| Host Connection by WMI | This adapter discovers WMI agents by trying to connect to a Windows machine using the WMI protocol. | Discovery |
| Xen and KVM by Shell Adapter | KVM and Xen discovery adapter based on libvirt cli | 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 |
| PureFlex Discovery Adapter | Allows to discover IBM FSM managed resources and topology | 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 |
| SCVMM Topology by Shell | This adapter discovers Hyper-V topology by connecting to SCVMM. | Discovery |
| vCloud Event Monitor | vCloud Event Monitor | 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 |
| 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 |
| 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 |
| CM1030KpiAdapter | Federate KPIs from CM | Integration |
| CM1030PolicyAdapter | Federate Policies and their results from CM | 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 |
| Push Adapter DB Example | Push data into Oracle \ MSSQL database | Integration |
| DDMi | Uses the GDB-Framework to Populate and Federate data from a DDMi database | Integration |
| EnterpriseViewAdapter | Federate KPIs from Enterprise View | 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 | Push function for Kafka Push Adapter | Integration |
| Local State Push Adapter | Used for populating data between the states of the same UCMDB Server | Integration |
| Push Adapter | Push Adapter | Integration |
| Remedyforce Push Integration | Remedyforce Push Integration | Integration |
| SMA-X Push Adapter | This adapter pushes data from UCMDB to Service Anywhere. | 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 |
| Service-Now Push | Adapter to push data from uCMDB to Service-Now.com | Integration |
| Data Push into Troux | Push CIs to Troux | Integration |
| Executive Scorecard | Discovery Pattern Description | Integration |
| UCMDB to XML | Export data into XML from UCMDB | Integration |
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