Table of Contents

Related Documents

29-KPI data collection commands

Title	Size	Download
29-KPI data collection commands	192.74 KB

KPI data collection commands

Available data for KPI data collection

Table 1 Available data for KPI data collection

Class	Module	Object	Indicator	Indicator description
Device-state	DEV	Card	Device_restarts	Number of device reboots.
	IRF	Device	IRF_splits	Number of IRF splits.
	IRF	Device	IRF_dual-active_count	Number of dual-master IRF fabrics.
	DEV	Card	LPU_failures	Number of LPU failures.
	DEV	Card	MPU_state	State of the MPU: · 0—The MPU is not present. · 1—The MPU is operating correctly. · 2—The MPU has failed.
	DEV	Card	MPU_failures	Number of MPU failures.
	DEV	Card	SFU_state	State of the SFU: · 0—The SFU is not present. · 1—The SFU is operating correctly. · 2—The SFU has failed.
	DEV	Card	SFU_failures	Number of SFU failures.
	DEV	Subcard	Subslot_failure	Number of subcard failures.
	FWD	Device	Inc_H_S_entries	Inconsistent hardware and software entries.
	FAN	Device	Fan_state	Fan tray state: · 0—Normal. · 1—Faulty.
	POWER	Device	Power_state	Power supply state: · 0—Normal. · 1—Faulty.
	POE	Device	PoE_state	PoE power supply state: · 0—Normal. · 1—Faulty.
	TEMP	Device	Card_temperature	Card temperature: · 0—Normal. · 1—Faulty.
	FS	Device	File_exceptions	Number of save operation failures due to file system error.
	DEV	Device	Process_abnormal_reboot	Number of process reboot failures.
	DEV	Device	Process_normal_reboot	Number of successful process reboots.
Device-resource	FWD-RES	Card	ARP_entry_usage	Ratio of the real-time ARP entry count to the upper ARP entry count limit.
	FWD-RES	Card	ARP_threshold_ratio	Ratio of the real-time ARP entry count to the ARP table usage threshold.
	FWD-RES	Card	MAC entry usage	Ratio of the real-time MAC entry count to the upper MAC entry count limit.
	FWD-RES	Card	MAC_threshold_ratio	Ratio of the real-time MAC entry count to the MAC table usage threshold.
	FWD-RES	Card	FIB_entry_usage	Ratio of the real-time FIB entry count to the upper FIB entry count limit.
	FWD-RES	Card	FIB_threshold_ratio	Ratio of the real-time FIB entry count to the FIB table usage threshold.
	FWD-RES	Card	ND entry usage	Ratio of the real-time ND entry count to the upper ND entry count limit.
	FWD-RES	Card	ND_threshold_ratio	Ratio of the real-time ND entry count to the ND table usage threshold.
	FWD-RES	Card	IPv4L2multicast_usage	Ratio of the real-time IPv4 Layer 2 multicast entry count to the upper IPv4 Layer 2 multicast entry count limit.
	FWD-RES	Card	IPv4L2multicast_ratio	Ratio of the real-time IPv4 Layer 2 multicast entry count to the IPv4 Layer 2 multicast entry count threshold.
	FWD-RES	Card	IPv6L2multicast_usage	Ratio of the real-time IPv6 Layer 2 multicast entry count to the upper IPv6 Layer 2 multicast entry count limit.
	FWD-RES	Card	IPv6L2multicast_ratio	Ratio of the real-time IPv6 Layer 2 multicast entry count to the IPv6 Layer 2 multicast entry count threshold.
	FWD-RES	Card	IPv4L3multicast_usage	Ratio of the real-time IPv4 Layer 3 multicast entry count to the upper IPv4 Layer 3 multicast entry count limit.
	FWD-RES	Card	IPv4L3multicast_ratio	Ratio of the real-time IPv4 Layer 3 multicast entry count to the IPv4 Layer 3 multicast entry count threshold.
	FWD-RES	Card	IPv6L3multicast_usage	Ratio of the real-time IPv6 Layer 3 multicast entry count to the upper IPv6 Layer 3 multicast entry count limit.
	FWD-RES	Card	IPv6L3multicast_ratio	Ratio of the real-time IPv6 Layer 3 multicast entry count to the IPv6 Layer 3 multicast entry count threshold.
	ACL-RES	Card	ACL_usage	Ratio of the real-time ACL entry count to the upper ACL entry count limit.
	ACL-RES	Card	ACL_threshold_ratio	Ratio of the real-time ACL entry count to the ACL entry count threshold.
	STOR-RES	Card	Storage_usage	Ratio of the used storage space to the total storage space.
	STOR-RES	Card	Storage_threshold_ratio	Ratio of the used storage space to the storage space usage threshold.
	DEV-RES	Card	CPU_usage	Ratio of the used CPU capacity to the total CPU capacity.
	DEV-RES	Card	CPU_threshold_ratio	Ratio of the used CPU capacity to the CPU usage threshold.
	DEV-RES	Card	Memory_usage	Ratio of the used memory to the total memory.
	DEV-RES	Card	Memory_threshold_ratio	Ratio of the used memory to the memory usage threshold.
Net-performance	LOOP-DCT	Device	L2 loop_state	Layer 2 loop state: · 0—The Layer 2 loop is operating correctly. · 1—Layer 2 loop has failed.
	IF-CI	Interface	Port_congestion	Number of packets dropped due to traffic congestion.
	IF-ERROR	Interface	Port_error	Number of packets dropped due to error packets.
	CPCAR	Device	CPCAR_loss	Number of dropped packets due to traffic policing configured on the control panel.
	STP-SWT	Device	STP_switchovers	Number of STP switchovers.
	LACP-SWT	Device	LACP_switchovers	Number of link aggregation switchovers.
	IRF-SWT	Device	IRF_switchovers	Number of IRF switchovers.
	M-LAG-SWT	Device	M-LAG_switchovers	Number of M-LAG switchovers.
	RRPP-SWT	Device	RRPP_switchovers	Number of RRPP switchovers.
	VRRP-SWT	Device	VRRP_switchovers	Number of VRRP switchovers.
	IF-USAGE	Device	Port_BW_usage	Bandwidth usage for all ports.
Port-state	PORT-ST	Device	Down_ports	Number of physical interfaces in down state.
	PORT-ST	Device	Port_flappings	Number of port flappings.
	TRAN-ST	Device	Opti-module_health	This indicator is not supported in the current software version. Transceiver module health.
Net-connection	RPNCS	Device	ISIS_peer_status	IS-IS neighbor connection state: · 0—The IS-IS neighbor connection is operating correctly. · 1—The IS-IS neighbor connection has failed.
	RPNCS	Device	OSPF_peer_status	OSPF neighbor connection state: · 0—The OSPF neighbor connection is operating correctly. · 1—The OSPF neighbor connection has failed.
	RPNCS	Device	OSPv3_peer_status	OSPFv3 neighbor connection state: · 0—The OSPFv3 neighbor connection is operating correctly. · 1—The OSPFv3 neighbor connection has failed.
	RPNCS	Device	BGP_peer_status	BGP neighbor connection state: · 0—The BGP neighbor connection is operating correctly. · 1—The BGP neighbor connection has failed.
	MCRCS	Device	Multicast_connection_status	Multicast route connection state: · 0—The multicast route connection is operating correctly. · 1—The multicast route connection has failed.
	DHCPCS	Device	DHCPv4_server_state	Statistics about DHCPv4 server address allocation failures.
	DHCPCS	Device	DHCPv6_server_state	Statistics about DHCPv6 server address allocation failures.
	DHCPCS	Device	DHCPv4_server_switching	Number of DHCPv4 server switchovers.
	DHCPCS	Device	DHCPv6_server switching	Number of DHCPv6 server switchovers.
	DHCPCS	Device	DHCPv4_entry failures	Number of DHCPv4 entry establishment failures.
	DHCPCS	Device	DHCPv6_entry failures	Number of DHCPv6 entry establishment failures.
Net-securit y	AAA	Device	1X_AuthN_status	State of 802.1X authentication: · 0—802.1X authentication succeeded. · 1—802.1X authentication failed. An attack might exist.
	AAA	Device	1X_Usr&Pwd_status	State of the username and password for 802.1X authentication: · 0—The username and password are correct. · 1—The username and password are incorrect.
	AAA	Device	MAC_AuthN_status	State of MAC authentication: · 0—MAC authentication succeeded. · 1—MAC authentication failed. An attack might exist.
	AAA	Device	MAC_Usr&Pwd_status	State of the username and password for MAC authentication: · 0—The username and password are correct. · 1—The username and password are incorrect.
	AAA	Device	Portsec_AuthN_status	State of the port security authentication: · 0—The authentication succeeded. · 1—The authentication failed. An attack might exist.
	AAA	Device	Portsec_Usr&Pwd_status	State of the port security access username and password: · 0—The username and password are correct. · 1—The username and password are incorrect.
	AAA	Device	StaticUser_AuthN_status	State of the static user authentication: · 0—The authentication succeeded. · 1—The authentication failed. An attack might exist.
	AAA	Device	StaticUser_Usr&Pwd_status	State of the static username and password: · 0—The username and password are correct. · 1—The username and password are incorrect.
	ATTACK	Device	All-type_attacks	Number of all types of attacks.
	TCP	Device	TCP_attacks	Number of TCP attacks.
	ARP-ATK	Device	ARP_attacks	Number of ARP attacks.
	ND-ATK	Device	ND_attacks	Number of ND attacks.
	AAA	Device	Illegal_user_detections	Number of illegal user detections.

‌

display external-kpi data

Use display external-kpi data to display the key performance indicator (KPI) data of service modules and objects for the remote device.

Syntax

display external-kpi data [ device-ip ip-address [ module module-name [ object object-name ] ] ]

Views

Any view

Predefined user roles

network-admin

network-operator

mdc-admin

mdc-operator

Parameters

device-ip ip-address: Specifies a remote device by its IP address.

module module-name: Specifies a module by its name. For more information, see Table 1.

object object-name: Specifies an object by its name. Objects are physical entities to which the indicators belong, such as devices, cards, or subcards. The value for the object-name argument varies by object type. Available values include:

· device—Specifies a device. Indicators for this object describe the overall condition of the device.

· chassis.x/slot.y—Specifies a card. Indicators for this object describe the performance of the card. The value for x is 0, and y represents the slot number of the card. (In standalone mode.)

· chassis.x/slot.y—Specifies a card. Indicators for this object describe the performance of the card. x represents the member ID of the IRF member device, and y represents the slot number of the card. (In IRF mode.)

· chassis.x/slot.y/subslot.z—Specifies a subcard. Indicators for this object describe the performance of the subcard. The value for x is 0, y represents the slot number of the card, and z represents the subcard ID. (In standalone mode.)

· chassis.x/slot.y/subslot.z—Specifies a subcard. Indicators for this object describe the performance of the subcard. x represents the member ID of the IRF member device, y represents the slot number of the card, and z represents the subcard ID. (In IRF mode.)

· interface-typeinterface-number—Specifies an interface by its type and number. Indicators for this object describe the running status of the physical interface.

Examples

# Display the KPI data for the remote device with IP address 192.168.1.1.

<Sysname> display external-kpi data device-ip 192.168.1.1

Device IP : 192.168.1.1

Slot : 0

Module : DEV

Object : chassis.2/slot.0

Indicator Value Latest collect time

MPU_state 0 2022-10-16 16:32:05

Module : FWD

Object : device

Indicator Value Latest collect time

Inc_H_S_entries 0 2022-10-16 16:32:05

Module : FAN

Object : device

Indicator Value Latest collect time

Fan_state 0 2022-10-16 16:32:06

Slot : 1

Module : DEV

Object : chassis.2/slot.0

Indicator Value Latest collect time

MPU_state 0 2022-10-16 16:32:05

Module : FWD

Object : device

Indicator Value Latest collect time

Inc_H_S_entries 0 2022-10-16 16:32:05

Module : FAN

Object : device

Indicator Value Latest collect time

Fan_state 0 2022-10-16 16:32:06

Table 2 Command output

Field	Description
Device IP	IP address of the remote device.
Module	Module name. For more information, see Table 1.
Slot	Slot on which the object resides.
Object	Object for KPI data collection.
Indicator	Indicator for KPI data collection. For more information, see Table 1.
Value	Value for the indicator.
Latest collect time	Most recent time when the indicator value was collected.

display kpi data

Use display kpi data to display the KPI data for service modules and objects within a time range on the storage media.

Syntax

display kpi data module module-name object object-name from time1 date1 to time2 date2 [ file file-path ]

Views

Any view

Predefined user roles

network-admin

network-operator

mdc-admin

mdc-operator

Parameters

module module-name: Specifies a module by its name. For more information, see Table 1.

· device—Specifies a device. Indicators for this object describe the overall condition of the device.

· chassis.x/slot.y—Specifies a card. Indicators for this object describe the performance of the card. The value for x is 0, and y represents the slot number of the card. (In standalone mode.)

· interface-typeinterface-number—Specifies an interface by its type and number. Indicators for this object describe the running status of the physical interface.

from time1 date1: Specifies the start time and date for KPI data collection. The time1 argument specifies the time of the day in hh:mm:ss format (24-hour clock). Its value is in the range of 00:00:00 to 23:59:59. The date1 argument specifies a date in MM/DD/YYYY or YYYY/MM/DD format. MM is the month of the year in the range of 1 to 12, DD is the day of the month with the range varying by MM, and YYYY is the year in the calendar in the range of 2000 to 2035.

to time2 date2: Specifies the end time and date for KPI data collection. The time2 argument has the same format and value range as the time1 argument. The date2 argument has the same format and value range as the date1 argument. The end time must be later than the start time.

file file-path: Specifies the KPI cache file path on the storage media. If you do not specify this option, the command displays the KPI data in all cache files.

Examples

# Display the KPI data for the DEV-RES module and chassis.0/slot.2 object in the specified time range.

<Sysname> display kpi data module DEV-RES object chassis.0/slot.2 from 16:35:05 2022/4/1 to 16:41:06 2022/4/1

Module : DEV-RES

Object : chassis.0/slot.2

Slot : 2

Indicator Value Latest collect time

CPU_usage 0.7 2022-04-01 16:41:05

Memory_usage 0.7 2022-04-01 16:39:05

Table 3 Command output

Field	Description
Module	Module name. For more information, see Table 1.
Slot	Slot on which the object resides.
Object	Object for KPI data collection.
Indicator	Indicator for KPI data collection. For more information, see Table 1.
Value	Value for the indicator.
Latest collect time	Most recent time when the indicator value was collected.

display kpi module-info

Use display kpi module-info to display KPI data collection information for service modules.

Syntax

display kpi module-info [ module-name ] [ verbose ]

Views

Any view

Predefined user roles

network-admin

network-operator

mdc-admin

mdc-operator

Parameters

module-name: Specifies a module by its name. For information about the module names, see Table 1. If you do not specify this argument, the command displays KPI data collection information for all available service modules.

verbose: Displays detailed KPI data collection information about the module. If you do not specify this keyword, the command displays brief KPI data collection information about the module.

Examples

# Display brief KPI data collection information for the DEV-RES module.

<Sysname> display kpi module-info DEV-RES

Module : DEV-RES

Class : Device-resource

KPI Collect : Enabled

Collect interval : 300 seconds

Collect times : 2

# Display detailed KPI data collection information for the DEV-RES module.

<Sysname> display kpi module-info DEV-RES verbose

Module : DEV-RES

Class : Device-resource

KPI Collect : Enabled

Collect interval : 300 seconds

Collect times : 2

Slot : 2

Object : chassis.0/slot.2

Indicator Value Latest collect time

CPU_usage 0.7 2022-03-29 14:36:52

Memory_usage 0.7 2022-03-29 14:36:52

Slot : 3

Object : chassis.0/slot.3

Indicator Value Latest collect time

CPU_usage 0.7 2022-03-29 14:36:52

Memory_usage 0.7 2022-03-29 14:36:52

Table 4 Command output

Field	Description
Module	Module name. For more information, see Table 1.
Class	KPI class to which the module belongs. For more information, see Table 1.
KPI Collect	State of KPI data collection: · Enabled—KPI data collection is enabled for the module. · Disabled—KPI data collection is disabled for the module.
Collect interval	KPI data collection interval, in seconds.
Collect times	Number of KPI data collections.
Slot	Slot on which the object resides.
Object	Object name.
Indicator	Indicator for KPI data collection. For more information, see Table 1.
Value	Value for the indicator.
Latest collect time	Most recent time when the indicator value was collected.

‌

kpi copy-file to active-mpu

Use kpi copy-file to active-mpu to copy the KPI data on the standby MPU to the active MPU.

Syntax

kpi copy-file to active-mpu

Views

System view

Predefined user roles

network-admin

mdc-admin

Usage guidelines

After an MPU active/standby switchover on the device, the new active MPU cannot automatically obtain the KPI data from the old active MPU (current standby MPU). To ensure service continuity, you must use this feature to copy the KPI data on the old active MPU to the new active MPU.

Examples

# Copy the KPI data on the standby MPU to the active MPU.

<Sysname> system-view

[Sysname] kpi copy-file to active-mpu

kpi file save-interval

Use kpi file save-interval to specify the interval for saving KPI files to the storage media.

Use undo kpi file save-interval to restore the default.

Syntax

kpi file save-interval interval

undo kpi file save-interval

Default

KPI files are saved to the storage media at an interval of 1440 minutes.

Views

System view

Predefined user roles

network-admin

mdc-admin

Parameters

interval: Specifies the interval for saving KPI files to the storage media, in the range of 60 to 65535 minutes.

Examples

# Set the interval for saving KPI files to the storage media to 60 minutes.

<Sysname> system-view

[Sysname] kpi file save-interval 60

kpi file aging threshold remain-disk-size

Use kpi file aging threshold remain-disk-size to set the free storage media capacity threshold for triggering KPI file aging.

Use undo kpi file aging threshold remain-disk-size to restore the default.

Syntax

kpi file aging threshold remain-disk-size size

undo kpi file aging threshold remain-disk-size

Default

The free storage media capacity threshold for triggering KPI file aging is 128 MB.

Views

System view

Predefined user roles

network-admin

mdc-admin

Parameters

size: Specifies the free storage media capacity threshold in the range of 128 to 65535 MB.

Usage guidelines

When the free storage media capacity is less than the specified threshold, the device automatically deletes the earliest saved KPI files until the free capacity is greater than or equal to the specified threshold.

Examples

# Set the free storage media capacity threshold for triggering KPI file aging to 1000 MB.

<Sysname> system-view

[Sysname] kpi file aging threshold remain-disk-size 1000

kpi file aging threshold total-file-size

Use kpi file aging threshold total-file-size to set the KPI file size threshold for triggering KPI file aging.

Use undo kpi file aging threshold total-file-size to restore the default.

Syntax

kpi file aging threshold total-file-size size

undo kpi file aging threshold total-file-size

Default

The KPI file size threshold for triggering KPI file aging is 128 MB.

Views

System view

Predefined user roles

network-admin

mdc-admin

Parameters

size: Specifies the KPI file size threshold in the range of 32 to 2048 MB.

Usage guidelines

When the total KPI file size on the storage media exceeds the specified threshold, the device automatically deletes the earliest saved KPI files until the total KPI file size is less than or equal to the specified threshold.

Examples

# Set the KPI file size threshold for triggering KPI file aging to 500 MB.

<Sysname> system-view

[Sysname] kpi file aging threshold total-file-size 500

kpi file directory

Use kpi file directory to specify the KPI file directory.

Syntax

kpi file directory dir-name

Default

KPI files are stored in the flash:/kpi directory.

Views

System view

Predefined user roles

network-admin

mdc-admin

Parameters

dir-name: Specifies a directory, a string of 1 to 64 characters.

Examples

# Set the KPI file directory to flash:/.

<Sysname> system-view

[Sysname] kpi file directory flash:/

EAI commands

Available indicators for EAI

Table 5 Available indicators for EAI

Class	Module	Object	Indicator	Indicator description
Device-resource	FWD-RES	Card	ARP_entry_usage	Ratio of the real-time ARP entry count to the upper ARP entry count limit.
	FWD-RES	Card	MAC_entry_usage	Ratio of the real-time MAC entry count to the upper MAC entry count limit.
	FWD-RES	Card	FIB_entry_usage	Ratio of the real-time FIB entry count to the upper FIB entry count limit.
	FWD-RES	Card	ND_entry_usage	Ratio of the real-time ND entry count to the upper ND entry count limit.
	FWD-RES	Card	IPv4L2multicast_usage	Ratio of the real-time IPv4 Layer 2 multicast entry count to the upper IPv4 Layer 2 multicast entry count limit.
	FWD-RES	Card	IPv6L2multicast_usage	Ratio of the real-time IPv6 Layer 2 multicast entry count to the upper IPv6 Layer 2 multicast entry count limit.
	FWD-RES	Card	IPv4L3multicast_usage	Ratio of the real-time IPv4 Layer 3 multicast entry count to the upper IPv4 Layer 3 multicast entry count limit.
	FWD-RES	Card	IPv6L3multicast_usage	Ratio of the real-time IPv6 Layer 3 multicast entry count to the upper IPv6 Layer 3 multicast entry count limit.
	ACL-RES	Card	ACL_usage	Ratio of the real-time ACL entry count to the upper ACL entry count limit.
	STOR-RES	Card	Storage_usage	Ratio of the used storage space to the total storage space.
	DEV-RES	Card	CPU_usage	Ratio of the used CPU capacity to the total CPU capacity.
	DEV-RES	Card	Memory_usage	Ratio of the used memory to the total memory.

‌

eai artificial intelligence

Use eai artificial intelligence to enter the Embedded Artificial Intelligence (EAI) view.

Syntax

eai artificial intelligence

Default

EAI monitoring and prediction are disabled.

Views

System view

Predefined user roles

network-admin

mdc-admin

Usage guidelines

You can enable EAI monitoring and prediction only in EAI view. Based on the collected history KPI data, EAI predicts the indicator values by using intelligent algorithms. EAI helps the administrator analyze the trend of key indicators on the device and proactively prevent possible failures.

Examples

# Enter EAI view.

<Sysname> system-view

[Sysname] eai artificial intelligence

[Sysname-eai]

eai monitoring enable

Use eai monitoring enable to enable EAI monitoring.

Use undo eai monitoring enable to disable EAI monitoring.

Syntax

eai monitoring enable

undo eai monitoring enable

Default

EAI monitoring is disabled.

Views

EAI view

Predefined user roles

network-admin

mdc-admin

Usage guidelines

Based on the collected history KPI data, the device dynamically generates reasonable alarm thresholds and recovery thresholds for the indicators in Table 5.

· When an indicator value is out of the alarm threshold range, the device logs the threshold violation event and reports it to an NMS through SNMP.

· When the indicator value restores to be within the alarm threshold range, the device records the recovery event and reports it to an NMS through SNMP.

Examples

# Enable EAI monitoring.

<Sysname> system-view

[Sysname] eai artificial intelligence

[Sysname-eai] eai monitoring enable

Related commands

display eai monitoring

eai prediction enable

Use eai prediction enable to enable EAI prediction.

Use undo eai prediction enable to disable EAI prediction.

Syntax

eai prediction enable

undo eai prediction enable

Default

EAI prediction is disabled.

Views

EAI view

Predefined user roles

network-admin

mdc-admin

Usage guidelines

Enabled with this feature, the device dynamically calculates and predicts the indicator values 30 days later based on the history KPI data.

· When the predicted indicator value is out of the alarm threshold range, the device logs the threshold violation event and reports it to an NMS through SNMP.

· When the predicted indicator value restores to be within the alarm threshold range, the device logs the recovery and reports it to an NMS through SNMP.

This feature can help the administrator analyze the trend of key indicators on the device and proactively prevent possible failures.

Examples

# Enable EAI prediction.

<Sysname> system-view

[Sysname] eai artificial intelligence

[Sysname-eai] eai prediction enable

Related commands

display eai prediction

display eai monitoring

Use display eai monitoring to display EAI monitoring information.

Syntax

display eai monitoring

Views

Any view

Predefined user roles

network-admin

mdc-admin

Examples

# Display EAI monitoring information.

<Sysname> display eai monitoring

Indicator : CPU_usage

Module : DEV-RES

Monitoring status: On

Chassis : 0 Slot : 2 CPU : 0

Object : chassis.0/slot.2

Value : 0.4 Status : Normal

Limit : [0.30, 0.80] Recover : [0.40, 0.70]

Chassis : 0 Slot : 3 CPU : 0

Object : chassis.0/slot.3

Value : 0.5 Status : Normal

Limit : [0.35, 0.85] Recover : [0.40, 0.70]

Table 6 Command output

Field	Description
Indicator	Indicator name.
Monitoring status	Enabling status of EAI monitoring: · On—EAI monitoring is enabled. · Off—EAI monitoring is disabled.
Chassis	Chassis number.
Slot	Slot number.
CPU	CPU number.
Module	Module name.
Object	Object name.
Value	Indicator value.
Status	State of the indicator: · Normal—The indicator is within the range of the lower limit to the upper limit. · Above upper limit—The indicator exceeds the upper limit. · Below lower limit—The indicator drops below the lower limit.
Limit	Alarm threshold range dynamically generated for the indicator, in the format of [lower limit, upper limit].
Recover	Recovery threshold range dynamically generated for the indicator, in the format of [lower limit, upper limit].

display eai prediction

Use display eai prediction to display EAI predicted information and history KPI data.

Syntax

display eai prediction

Views

Any view

Predefined user roles

network-admin

mdc-admin

Examples

# Display EAI predicted information and history KPI data.

<Sysname> display eai prediction

Indicator : CPU_usage

Module : DEV-RES

Object : chassis.0/slot.1/subslot.0

Chassis : 0 Slot : 1 CPU : 0

No History value Collect time

--------------------------------------------------------

1 0.7 2022-03-22 17:36:39

2 0.7 2022-03-22 17:28:39

3 0.7 2022-03-22 17:30:39

4 0.7 2022-03-22 17:32:39

5 0.7 2022-03-22 17:34:39

--------------------------------------------------------

Predicted value in 30 days: 0.7

Table 7 Command output

Field	Description
Chassis	Chassis number.
Slot	Slot number.
CPU	CPU number.
Module	Module name.
Object	Object name.
Indicator	Indicator type.
No	Number of the entry.
History value	Most recent five collected indicator values.
Collect time	Time when the most recent five collections happened.
Predicted value in 30 days	Predicted indicator value in 30 days.

13-Network Management and Monitoring Command Reference

display kpi data

EAI commands

eai artificial intelligence

Intelligent Terminal Products

Product Support Services

Technical Service Solutions

Resource Center

Policy

Online Help

Become a Partner

Partner Policy & Program

Global Learning

Partner Sales Resources

Service Business

News & Events

Contact Us