Showing posts with label ADEE. Show all posts
Showing posts with label ADEE. Show all posts

Friday, January 20, 2017

The Port Common Configuration of display traffic

Function Description

This topic describes the commands related to the non xDSL and non xPON port configuration and query.

Function

This command is used to query the real-time data transmitting/receiving rate of the port, that is the transmitting/receiving traffic. When you need to query the receiving traffic, transmitting traffic, and traffic index table of a port, run this command.

Format

display traffic frameid/slotid/portid [ channel channelid ]

Parameters

Parameter Description Value
frameid/slotid/portid Indicates the subrack ID, slot ID, and port ID. Enter "/" between the subrack, slot and port IDs. Please see Differences Between Shelves.
channel channelid Indicates the channel number. When you need to query the real-time data transmitting/receiving rate of the specified port, use this parameter. Currently, only VDSL supports it. Numeral type. Range: 1-2.

Modes

Privilege mode, ADEE, ADLE

Level

Operator level

Usage Guidelines

The command is supported only by the ADSL, VDSL, SHDSL, AIUG, OPFA and OPGD boards.

Example

To query the real-time data receiving/transmitting rate of port 0/3/0, do as follows:
huawei#display traffic     
{ frame/slot/port<S><Length 5-8>|table<K>|vlan<K> }:0/3/0  
{ <cr>|channel<K> }:                                                            
                                                                                
  Command:                                                                      
          display traffic 0/3/0 
  Querying, please wait...                                                      
  --------------------------------------------------------------                
  Frame/Slot/Port      Rx Traffic(Kbps)         Tx Traffic(Kbps)                
  --------------------------------------------------------------                
  0/3/0                           0.0                      0.0                
  --------------------------------------------------------------  

System Response

  • The system displays the queried result when the command runs successfully.
  • The following table describes the parameters in response to the display traffic0/3/0 command.
    Parameter Description
    Frame/Slot/Port Indicates the subrack ID, slot ID, and port ID.
    Rx Traffic(Kbps) Indicates the receiving traffic, in the unit of kbit/s.
    Tx Traffic(Kbps) Indicates the transmitting traffic, in the unit of kbit/s.
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The Port Common Configuration of display statistics

Function Description

This topic describes the commands related to the non xDSL and non xPON port configuration and query.

Function

This command is used to query the statistics of a board or a port.

Format

display statistics detail frameid/slotid
display statistics frameid/slotid/portid [ channel channelid | vpi vci | autosense ]

Parameters

Parameter Description Value
frameid/slotid/portid Indicates the shelf ID, slot ID, and port ID. Enter "/" between the shelf, slot and port IDs. When you need to query the cell statistics of a specified port, use this parameter. Please see Differences Between Shelves.
detail Indicates the detail cell statistics. -
frameid/slotid Indicates the shelf ID, slot ID, and port ID. Enter "/" between the shelf, slot and port IDs. When you need to query the cell statistics of a specified board, use this parameter. Please see Differences Between Shelves.
vpi Indicates the VPI value to be entered. It identifies a user when used with the VCI value. Numeral type. Range: 0-4095.
vci Indicates the VCI value to be entered. It identifies a user when used with the VPI value. Only the VDSL board support this parameter currently. Numeral type. Range: 32-65535.
channel channelid Indicates the channel number. When you need to query the cell statistics based on the channel, use this parameter. Numeral type. Range: 1-2.
autosense Indicates the autosensing service port. To learn the user-side VPI and VCI automatically, use this parameter. Each physical port has up to one autosensing traffic stream and it cannot coexist with the common traffic stream at the same time. -

Modes

Privilege mode, ADEE, ADLE

Level

Operator level

Usage Guidelines

None

Example

To query the statistics of port 0/3/0, do as follows:
huawei#display statistics 0/3/0       
{ <cr>|autosense<K>|channel<K>|queue<K>|vpi<U><0,4095> }:

  Command:
          display statistics 0/3/0
------------------------------------------------------------------             
  Port           Receive bytes              Send bytes                          
 ------------------------------------------------------------------             
  0              76714809318                0                                   
 ------------------------------------------------------------------            
To query the cell statistics in detail of board 0/3, do as follows:
huawei#display statistics
{ detail<K>|frame/slot/port<S><Length 5-8>|service-port<K>|vlan<K> }:detail
{ frame/slot<S><Length3-4> }:0/3

  Command:
          display statistics detail 0/3
 ------------------------------------------------------------------------------
  Total cells discarded due to header error (cell)               : 0
  Total Down stream packets discarded due to congestion (packet) : 0
  Total Up stream packets discarded due to congestion (packet)   : 0
  Total Up stream packets discarded due to CRC Error (packet)    : 0
  Total Up stream packets discarded due to CAR (packet)          : 0
  Total Down stream packets discarded due to CAR (packet)        : 0
 ------------------------------------------------------------------------------
To query the statistics of PVC whose VCI is 0 and the VPI is 35, do as follows:
huawei#display statistics 0/3/0 0 35       
{ <cr>|autosense<K>|channel<K>|queue<K>|vpi<U><0,4095> }:

  Command:                                                                      
          display statistics 0/3/0 0 35 
 ------------------------------------------------------------------------------
  Number of upstream bytes             : 0  
  Number of upstream packets           : 0   
  Number of upstream discard packets   : 0
  Number of downstream bytes           : 0 
  Number of downstream packets         : 0
  Number of downstream discard packets : 0
 ------------------------------------------------------------------------------      

System Response

  • The system displays the queried result when the command runs successfully.
  • The following table describes the parameters in response to the display statistics 0/3/0 command.
    Parameter Description
    Port Indicates the port to be queried.
    Receive bytes Indicates the number of received bytes.
    Send bytes Indicates the number of sent bytes.
  • The following table describes the parameters in response to the display statistics detail 0/3 command.
    Parameter Description
    Total cells discarded due to header error (cell) Indicates the total cells discarded due to header error.
    Total Down stream packets discarded due to congestion (packet) Indicates the total Down stream packets discarded due to congestion.
    Total Up stream packets discarded due to congestion (packet) Indicates the total Up stream packets discarded due to congestion.
    Total Up stream packets discarded due to CRC Error (packet) Indicates the total Up stream packets discarded due to CRC Error.
    Total Up stream packets discarded due to CAR (packet) Indicates the total Up stream packets discarded due to CAR.
    Total Down stream packets discarded due to CAR (packet) Indicates the total Down stream packets discarded due to CAR.
  • The following table describes the parameters in response to the display statistics 0/3/0 0 35 command.
    Parameter Description
    Number of upstream bytes Indicates the total UP stream bytes.
    Number of upstream packets Indicates the total UP stream packets .
    Number of upstream discard packets Indicates the total UP stream discarded packets .
    Number of downstream bytes Indicates the total Down stream bytes.
    Number of downstream packets Indicates the total Down stream packets .
    Number of downstream discard packets Indicates the total Down stream discarded packets .
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The Port Common Configuration of display port desc

Function Description

This topic describes the commands related to the non xDSL and non xPON port configuration and query.

Function

This command is used to query the description of a port. When you need to query the description of a port, run this command. After the information is displayed, the operation succeeds.

Format

display port desc { frameid/slotid/portid | frameid/slotid | bydesc description }

Parameters

Parameter Description Value
frameid/slotid/portid Indicates the subrack/slot/port ID. Enter "/" between the subrack, slot and port IDs. When you need to query the description of a specified port, use this parameter. Please see Differences Between Shelves.
frameid/slotid Indicates the subrack/slot ID. Enter "/" between the subrack and slot IDs. When you need to query the description of all ports in a specified slot, use this parameter. Please see Differences Between Shelves.
bydesc description Queries a port by its description. The description identifies a port uniquely. A space cannot be entered. Character string type, a string of 1-64 characters.

Modes

Privilege mode, ADEE, ADLE

Level

Operator level

Usage Guidelines

The bydesc is used to query a port by its description, in this case, the description string of the port needs to be entered.

Example

To query a port by its description description_of_port0, do as follows:
huawei#display port desc
{ bydesc<K>|frame/slot<S><Length 3-4>|frame/slot/port<S><Length 5-15> } : bydesc
{ description<S><Length 1-32> } : description_of_port0

Command:
          display port desc bydesc description_of_port0
  ------------------------------------------------------------
   F/ S/ P   IMA Group   Port Description
  ------------------------------------------------------------
  0/3/1  -           description_of_port0
  ------------------------------------------------------------
  Total: 1
To query the description of port 0/3/0, do as follows:
huawei#display port desc                                                        
{ bydesc<K>|frame/slot<S><Length 3-4>|frame/slot/port<S><Length 5-15> } :0/3/0                 
                                                                                
  Command:                                                                      
          display port desc 0/3/0                                               
  ------------------------------------------------------------                  
   F/ S/ P   IMA Group   Port Description                                       
  ------------------------------------------------------------                  
   0/3/0    -           desc                                                   
  ------------------------------------------------------------ 

System Response

  • The system displays the queried result when the command runs successfully.
  • The following table describes the parameters in response to this command.
    Parameter Description
    F/ S/ P Indicates the subrack ID, slot ID, and port ID.
    IMA Group Indicates the serial number of an IMA group.
    Inverse Multiplexing for ATM (IMA) provides inverse multiplexing of ATM cell stream over multiple physical links and to retrieve the original stream at the far-end from these physical links. The IMA technology involves multiplexing and de-multiplexing of ATM cells among links grouped to form a higher bandwidth logical link.
    Each IMA group has a unique group number and a unique group ID. The IMA group number can be the same as the group ID or not. Generally they are the same. Only when the IMA IDs of the two abutting groups are the same, the loopback can be activated.
    Port Description Indicates the port description. 
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Thursday, January 19, 2017

What's the Security Diagnose Mode Command on debugging nd-snooping(diagnose)

Function Description

This topic describes the commands of security in the diagnose mode.

Function

The debugging nd-snooping command is used to enable the function of printing commissioning information using neighbor discovery (ND) Snooping. To display the path of the packets in the ND Snooping module or query exceptions occurring when packets are processed, run this command. After the function of printing commissioning information using ND Snooping is enabled, the system displays the information about the ND packets and multicast listener discovery (MLD) packets sent to the CPU.
The undo debugging nd-snooping command is used to disable the function of printing commissioning information using ND Snooping. After the function is disabled, the system does not display the information about the ND packets and MLD packets sent to the CPU.

Format

debugging nd-snooping { exception | packet { rx | tx } { all | mld | na | ns | ra | rs } }
debugging nd-snooping { acl acl-number | number integer }
undo debugging nd-snooping { exception | packet { rx | tx } { all | mld | na | ns | ra | rs } }
undo debugging nd-snooping { acl | number }

Parameters

Parameter Description Value
packet Indicates the function of printing the commissioning information about packets. To query the information about the ND packets and MLD packets sent to the CPU, use this parameter. -
rx Indicates the function of printing the commissioning information about the packets received by the ND Snooping module. -
tx Indicates the function of printing the commissioning information about the packets sent by the ND Snooping module. -
all Indicates the function of printing the commissioning information about all packets including Neighbor Solicitation (NS), Neighbor Advertisement (NA), Router Solicitation (RS), Router Advertisement (RA), and MLD packets. -
ns Indicates the function of printing the commissioning information about NS packets. -
na Indicates the function of printing the commissioning information about NA packets. -
rs Indicates the function of printing the commissioning information about RS packets. -
ra Indicates the function of printing the commissioning information about RA packets. -
mld Indicates the function of printing the commissioning information about MLD packets. -
exception Indicates the function of printing the commissioning information about abnormal packets. To query the location and contents of discarded packets, use this parameter. -
acl acl-number Queries the debugging information based on filtering packets based on ACL. Numeral type. Range: 2000-3999.
number integer Indicates the number of displayed packets. After the number of displayed packets reaches the value, the system automatically disables the debugging function. Numeral type. Range: 1-65535.
Default value: The number is not restricted.

Modes

Diagnose mode, ADEE, ADLE

Level

Operator level

Usage Guidelines

  • In the privilege mode or global config mode, run the diagnose command to enter the Diagnose mode.
  • By default, the debugging information print function of the ND Snooping module is disabled.
  • This command must be used with the terminal monitor and terminal debugging commands. Only after the two commands are enabled, commissioning information can be reported to the command line interface (CLI) terminal.
  • The system performance is affected after the function of printing commissioning information is enabled. Therefore, exercise caution when enabling it.
  • For the exception parameter, the displayed commissioning information contains the function address. You must query the map file according to the address to obtain the function name.
  • You cannot query the debugging information at the link layer or based on user-defined ACLs.

Example

To enable the function of printing the commissioning information about the NS packets received by the ND Snooping module, do as follows:
 huawei(diagnose)%%debugging nd-snooping
 { acl<K>|exception<K>|number<K>|packet<K> }:packet
 { rx<K>|tx<K> }:rx
 { all<K>|mld<K>|na<K>|ns<K>|ra<K>|rs<K>}:ns

  Command:
            debugging nd-snooping packet rx ns
To disable the function of printing the commissioning information about the RA packets sent by the ND Snooping module, do as follows:
 huawei(diagnose)%%undo debugging nd-snooping
 { acl<K>|exception<K>|number<K>|packet<K> }:packet
 { rx<K>|tx<K> }:tx
 { all<K>|mld<K>|na<K>|ns<K>|ra<K>|rs<K>}:ra

  Command:
            undo debugging nd-snooping packet tx ra

Wednesday, January 18, 2017

The ADSL Alarm Profile Configuration of adsl alarm-profile modify(rfc4706)

Function

This command is used to modify an ADSL2+ line alarm profile. When you need to adjust the parameter settings in an ADSL2+ line alarm profile, run this command. After that, the new alarm thresholds take effect immediately.

Format

adsl alarm-profile modify profile-index

Parameters

Parameter Description Value
profile-index Indicates the ADSL2+ line alarm profile number. It identifies the ADSL2+ line alarm profile to be modified. Numeral type. Range: 1-50.

Modes

Global config mode, ADSL mode, ADEE, ADLE

Level

Operator level

Usage Guidelines

  • Run the config command to enter global config mode, and then run the interface adsl command to enter ADSL mode.
  • The default ADSL2+ line alarm profile (profile 1) can be modified.
  • An ADSL2+ line alarm profile takes effect immediately after it is modified. If it is bound with ports, the system activates the ports using the newly configured data automatically.
  • Threshold 0 indicates that the system does not collect statistics or report an alarm.

Example

To modify line alarm profile 2 and set CPE FECS to 10s, do as follows:
huawei(config)#adsl alarm-profile modify                                        
{ profile-index<U><1,50> }:2                                                    
                                                                                
  Command:                                                                      
          adsl alarm-profile modify 2                                           
  Start modifying profile 2. New setting will take effect automatically after   
the modification succeed                                                        
  Press 'Q' to quit the current configuration and new configuration will be     
neglected                                                                       
>  Will you set the line thresholds for CO? (y/n) [n]:y                         
>    The number of forward error correction seconds (0~900) [0]:                
>    The number of errored seconds (0~900) [0]:                                 
>    The number of severely errored seconds (0~900) [0]:                        
>    The number of loss of signal seconds (0~900) [0]:                          
>    The number of unavailable seconds (0~900) [0]:
>  Will you set the line thresholds for CPE? (y/n) [n]:y                        
>    The number of forward error correction seconds (0~900) [0]:10              
>    The number of errored seconds (0~900) [0]:                                 
>    The number of severely errored seconds (0~900) [0]:                        
>    The number of loss of signal seconds (0~900) [0]:                          
>    The number of unavailable seconds (0~900) [0]:
>    The number of leftr defect seconds (0~900) [0]:300                             
>  The number of failed full initialization (0~900) [0]:                        
>  The number of failed short initialization (0~900) [0]:                       
>  The dying gasp alarm switch(1-enable, 2-disable) [1]:
>  The active fail alarm switch(1-enable, 2-disable) [1]:
  Modify profile 2 successfully, and new setting is taking effect now           
  The flow for the profile to take effect is complete

System Response

  • The system displays the message "Modify profile x successfully, and new setting is taking effect now" after an ADSL2+ line alarm profile is modified successfully. The x is the number of the modified line alarm profile.
  • The following table describes the parameters in response to the adsl alarm-profile modify 2 command.
    Parameter Description
    The number of forward error correction seconds Indicates the FECS alarm threshold. If the statistics collected within 15 minutes reach the set threshold, an alarm is reported. By default, the threshold is 0, which means that no alarm is reported.
    Will you set the line thresholds for CO If you select "y", the system uses the input string as the line thresholds for CO.
    If you select "n", the system uses the default line thresholds for CO.
    Will you set the line thresholds for CPE If you select "y", the system uses the input string as the line thresholds for CPE.
    If you select "n", the system uses the default line thresholds for CPE.
    The number of errored seconds Indicates the ES alarm threshold. If the statistics collected within 15 minutes reach the set threshold, an alarm is reported. By default, the threshold is 0 , which means that no alarm is reported.
    The number of severely errored seconds Indicates the SES alarm threshold. If the statistics collected within 15 minutes reach the set threshold, an alarm is reported. By default, the threshold is 0 , which means that no alarm is reported.
    The number of loss of signal seconds Indicates the LOSS alarm threshold. If the statistics collected within 15 minutes reach the set threshold, an alarm is reported. By default, the threshold is 0 , which means that no alarm is reported.
    The number of unavailable seconds Indicates the UAS alarm threshold. If the statistics collected within 15 minutes reach the set threshold, an alarm is reported. By default, the threshold is 0 , which means that no alarm is reported.
    The number of leftr defect seconds Sets the LEFTR alarm threshold. Within the 15-minute performance data collection period, if the related statistic exceeds the set threshold, an alarm is reported. By default, the threshold is 0 which means no alarm is reported.
    The number of failed full initialization Indicates the alarm threshold for line full-initialization failure count. If the statistics collected within 15 minutes reach the set threshold, an alarm is reported. By default, the threshold is 0 , which means that no alarm is reported.
    The number of failed short initialization Indicates the alarm threshold for line short initialization failure count. If the statistics collected within 15 minutes reach the set threshold, an alarm is reported. By default, the threshold is 0 , which means that no alarm is reported.
    The dying gasp alarm switch Indicates the switch for reporting the terminal power-off alarm. 1 indicates that the switch is enabled while 2 indicates that it is disabled. By default, the switch is enabled
    The active fail alarm switch Indicates the switch for reporting the line activation failure alarm. 1 indicates that the switch is enabled while 2 indicates that it is disabled. By default, the switch is enabled
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The ADSL Alarm Profile Configuration of adsl alarm-profile delete(rfc4706)

Function

This command is used to delete an ADSL2+ line alarm profile. When an ADSL2+ line alarm profile is no longer needed, run this command to delete it. The configuration data are deleted with the deletion of the ADSL2+ line alarm profile and cannot be restored.

Format

adsl alarm-profile delete { profile-index | unused { all | first } }

Parameters

Parameter Description Value
profile-index Indicates the ADSL2+ line alarm profile number. Numeral type. Range: 2-50.
unused Deletes the unused profile. -
all Deletes all the unused profiles. -
first Deletes the first unused profile. -

Modes

Global config mode, ADSL mode, ADEE, ADLE

Level

Operator level

Usage Guidelines

  • Run the config command to enter global config mode, and then run the interface adsl command to enter ADSL mode.
  • When deleting an ADSL2+ line alarm profile, pay attention to the following points:
    • Only the existing ADSL2+ line alarm profile in the system can be deleted.
    • Default profile 1 cannot be deleted.
    • The profile in use cannot be deleted.

Example

To delete line alarm profile 2, do as follows:
huawei(config)#adsl alarm-profile delete                            
{ profile-index<U><2,50>|unused<K> }:2                                                    
                                                                                
  Command:                                                                      
          adsl alarm-profile delete 2    
To delete the first unused line alarm profile, do as follows:
huawei(config)#adsl alarm-profile delete                            
{ profile-index<U><2,50>|unused<K> }:unused                                               
{ all<K>|first<K> }:first                                                                                
  Command:                                                                      
          adsl alarm-profile delete unused first    
To delete all the unused line alarm profile, do as follows:
huawei(config)#adsl alarm-profile delete                            
{ profile-index<U><2,50>|unused<K> }:unused                                               
{ all<K>|first<K> }:all                                                                                
  Command:                                                                      
          adsl alarm-profile delete unused all
  The number of unused profiles which have been deleted: 1     

System Response

  • The system does not display any message after specific or the first unused ADSL2+ line alarm profile is deleted successfully.
  • After all the unused ADSL2+ line alarm profiles are deleted successfully, the system prompts "The number of unused profiles which have been deleted: x". The x is the number of the deleted unused ADSL2+ line alarm profiles.

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The ADSL Alarm Profile Configuration of adsl alarm-profile add(rfc4706)

Function

This command is used to add an ADSL2+ line alarm profile. To set a series of alarm thresholds for measuring and monitoring the performance of an activated ADSL2+ line, run this command. After an ADSL2+ line alarm profile is successfully added, it can be directly referenced by the alarm template when the alarm template is being configured.

Format

adsl alarm-profile add [ profile-index ]

Parameters

Parameter Description Value
profile-index Indicates the ADSL2+ line alarm profile ID.
When creating an ADSL2+ line alarm profile, you can specify a profile ID or not. If you do not specify it, the system allocates the smallest idle ID automatically.
The system default ADSL2+ line alarm profile is profile 1. All parameters in the default profile are set to 0, which indicates that no alarm is reported. You can create new profiles according to actual line conditions.
Numeral type. Range: 2-50.

Modes

Global config mode, ADSL mode, ADEE, ADLE

Level

Operator level

Usage Guidelines

  • Run the config command to enter global config mode, and then run the interface adsl command to enter ADSL mode.
  • Values to be configured in an ADSL2+ line alarm profile are thresholds within any 15-minute. When the statistics of an item reach the threshold, the system informs the device of the event, and sends alarms to the network management system (NMS).
  • Threshold 0 indicates that the system does not collect statistics or report an alarm.
  • Alarm parameters consist of the central office (CO), customer-premises equipment (CPE), and initialization alarm parameters.
    • These parameters of a CO are the same as those of a CPE: the forwarding error check seconds (FECS), error seconds (ES), severe error seconds (SES), lost signal seconds (LOSS), and unavailable seconds (UAS). The low error-free throughput rate (LEFTR) defect seconds is only supported by CPE.
    • Initialization alarm parameters consist of the failed full-initialization count and the failed short-initialization count.

Example

To add line alarm profile 2, do as follows:
huawei(config)#adsl alarm-profile add                               
{ <cr>|profile-index<U><2,50> }:2                                               
                                                                                
  Command:                                                                      
          adsl alarm-profile add 2                                              
  Start adding profile                                                          
  Press 'Q' to quit the current configuration and new configuration will be     
neglected                                                                       
>  Do you want to name the profile (y/n) [n]:                                   
>  Will you set the line thresholds for CO? (y/n) [n]:y                         
>    The number of forward error correction seconds (0~900) [0]:                
>    The number of errored seconds (0~900) [0]:                                 
>    The number of severely errored seconds (0~900) [0]:                        
>    The number of loss of signal seconds (0~900) [0]:                          
>    The number of unavailable seconds (0~900) [0]:
>  Will you set the line thresholds for CPE? (y/n) [n]:y                        
>    The number of forward error correction seconds (0~900) [0]:                
>    The number of errored seconds (0~900) [0]:                                 
>    The number of severely errored seconds (0~900) [0]:                        
>    The number of loss of signal seconds (0~900) [0]:                          
>    The number of unavailable seconds (0~900) [0]:
>    The number of leftr defect seconds (0~900) [0]:300                             
>  The number of failed full initialization (0~900) [0]:                        
>  The number of failed short initialization (0~900) [0]:                       
>  The dying gasp alarm switch(1-enable, 2-disable) [1]:
>  The active fail alarm switch(1-enable, 2-disable) [1]:
  Add profile 2 successfully                                     

System Response

  • The system displays the message "Add profile x successfully" after you create an ADSL2+ line alarm profile successfully. "x" is the ID of the created line alarm profile.
  • The following table describes the parameters in response to the adsl alarm-profile add 2 command.
    Parameter Description
    Do you want to name the profile If you select "y", the system uses the entered string as the name of the line alarm profile.
    If you select "n", the system uses the default name of the line alarm profile (ADSL ALARM PROFILE x). "x" is the ID of the line alarm profile created.
    Will you set the line thresholds for CO If you select "y", the system uses the entered string as the line thresholds for CO.
    If you select "n", the system uses the default line thresholds for CO.
    Will you set the line thresholds for CPE If you select "y", the system uses the entered string as the line thresholds for CPE.
    If you select "n", the system uses the default line thresholds for CPE.
    The number of forward error correction seconds Sets the FECS alarm threshold. If the statistics collected within 15 minutes reach the set threshold, an alarm is reported. By default, the threshold is 0, which means that no alarm is reported.
    The number of errored seconds Sets the ES alarm threshold. If the statistics collected within 15 minutes reach the set threshold, an alarm is reported. By default, the threshold is 0, which means that no alarm is reported.
    The number of severely errored seconds Sets the SES alarm threshold. If the statistics collected within 15 minutes reach the set threshold, an alarm is reported. By default, the threshold is 0, which means that no alarm is reported.
    The number of loss of signal seconds Sets the LOSS alarm threshold. If the statistics collected within 15 minutes reach the set threshold, an alarm is reported. By default, the threshold is 0, which means that no alarm is reported.
    The number of unavailable seconds Sets the UAS alarm threshold. If the statistics collected within 15 minutes reach the set threshold, an alarm is reported. By default, the threshold is 0, which means that no alarm is reported.
    The number of leftr defect seconds Sets the LEFTR defect seconds alarm threshold. Within the 15-minute performance data collection period, if the related statistic exceeds the set threshold, an alarm is reported. By default, the threshold is 0 which means no alarm is reported.
    The number of failed full initialization Sets the alarm threshold for line full-initialization failure count. If the statistics collected within 15 minutes reach the set threshold, an alarm is reported. By default, the threshold is 0, which means that no alarm is reported.
    The number of failed short initialization Sets the alarm threshold for line short initialization failure count. If the statistics collected within 15 minutes reach the set threshold, an alarm is reported. By default, the threshold is 0, which means that no alarm is reported.
    The dying gasp alarm switch Indicates the switch for reporting the terminal power-off alarm. 1 indicates that the switch is enabled while reporting the alarm indicating the incorrect peer CPE in the bonding group indicates that it is disabled. By default, the switch is enabled.
    The active fail alarm switch Indicates the switch for reporting the line activation failure alarm. 1 indicates that the switch is enabled while 2 indicates that it is disabled. By default, the switch is enabled.
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