| action-result |
enumeration |
Values used to identify the result of the action. |
| action-result |
enumeration |
Values used to identify the result of the action. |
| action-result |
enumeration |
Values used to identify the result of the action. |
| action-result |
enumeration |
Values used to identify the result of the action. |
| action-result |
enumeration |
Values used to identify the result of the action. |
| action-result |
enumeration |
Values used to identify the result of the action. |
| action-result-with-interrupted |
enumeration |
Values used to identify the result of the action including interrupted value. |
| action-result-with-interrupted |
enumeration |
Values used to identify the result of the action including interrupted value. |
| action-result-with-interrupted |
enumeration |
Values used to identify the result of the action including interrupted value. |
| action-result-with-interrupted |
enumeration |
Values used to identify the result of the action including interrupted value. |
| action-result-with-interrupted |
enumeration |
Values used to identify the result of the action including interrupted value. |
| action-result-with-interrupted |
enumeration |
Values used to identify the result of the action including interrupted value. |
| application |
enumeration |
Application type. |
| application |
enumeration |
Application type. |
| application |
enumeration |
Application type. |
| application |
enumeration |
Application type. |
| application |
enumeration |
Application type. |
| application |
enumeration |
Application type. |
| bits-if-type |
enumeration |
The bits-if-type data type is an enumerated integer that describes
the values used to identify the interface and framing types of a BITS
(Building Integrated Timing Supply) interface. |
| bits-if-type |
enumeration |
The bits-if-type data type is an enumerated integer that describes
the values used to identify the interface and framing types of a BITS
(Building Integrated Timing Supply) interface. |
| bits-if-type |
enumeration |
The bits-if-type data type is an enumerated integer that describes
the values used to identify the interface and framing types of a BITS
(Building Integrated Timing Supply) interface. |
| bits-if-type |
enumeration |
The bits-if-type data type is an enumerated integer that describes
the values used to identify the interface and framing types of a BITS
(Building Integrated Timing Supply) interface. |
| bits-if-type |
enumeration |
The bits-if-type data type is an enumerated integer that describes
the values used to identify the interface and framing types of a BITS
(Building Integrated Timing Supply) interface. |
| bits-if-type |
enumeration |
The bits-if-type data type is an enumerated integer that describes
the values used to identify the interface and framing types of a BITS
(Building Integrated Timing Supply) interface. |
| bits-out-source |
enumeration |
The bits-out-source is an enumerated integer that describes the
values used to identity the source of the BITS (Building Integrated
Timing Supply) output.
When bits-out-source is 'lineRef (1)', the BITS output timing is
selected from either the one of the timing input references, without
any filtering. Either the first or second line reference, or the PTP
timing input reference may be selected to be transmitted in this
manner. The BITS timing input is never selected in this mode.
When bits-out-source is 'internalClock (2)', the BITS output timing
is driven from the system timing. |
| bits-out-source |
enumeration |
The bits-out-source is an enumerated integer that describes the
values used to identity the source of the BITS (Building Integrated
Timing Supply) output.
When bits-out-source is 'lineRef (1)', the BITS output timing is
selected from either the one of the timing input references, without
any filtering. Either the first or second line reference, or the PTP
timing input reference may be selected to be transmitted in this
manner. The BITS timing input is never selected in this mode.
When bits-out-source is 'internalClock (2)', the BITS output timing
is driven from the system timing. |
| bits-out-source |
enumeration |
The bits-out-source is an enumerated integer that describes the
values used to identity the source of the BITS (Building Integrated
Timing Supply) output.
When bits-out-source is 'lineRef (1)', the BITS output timing is
selected from either the one of the timing input references, without
any filtering. Either the first or second line reference, or the PTP
timing input reference may be selected to be transmitted in this
manner. The BITS timing input is never selected in this mode.
When bits-out-source is 'internalClock (2)', the BITS output timing
is driven from the system timing. |
| bits-out-source |
enumeration |
The bits-out-source is an enumerated integer that describes the
values used to identity the source of the BITS (Building Integrated
Timing Supply) output.
When bits-out-source is 'lineRef (1)', the BITS output timing is
selected from either the one of the timing input references, without
any filtering. Either the first or second line reference, or the PTP
timing input reference may be selected to be transmitted in this
manner. The BITS timing input is never selected in this mode.
When bits-out-source is 'internalClock (2)', the BITS output timing
is driven from the system timing. |
| bits-out-source |
enumeration |
The bits-out-source is an enumerated integer that describes the
values used to identity the source of the BITS (Building Integrated
Timing Supply) output.
When bits-out-source is 'lineRef (1)', the BITS output timing is
selected from either the one of the timing input references, without
any filtering. Either the first or second line reference, or the PTP
timing input reference may be selected to be transmitted in this
manner. The BITS timing input is never selected in this mode.
When bits-out-source is 'internalClock (2)', the BITS output timing
is driven from the system timing. |
| bits-out-source |
enumeration |
The bits-out-source is an enumerated integer that describes the
values used to identity the source of the BITS (Building Integrated
Timing Supply) output.
When bits-out-source is 'lineRef (1)', the BITS output timing is
selected from either the one of the timing input references, without
any filtering. Either the first or second line reference, or the PTP
timing input reference may be selected to be transmitted in this
manner. The BITS timing input is never selected in this mode.
When bits-out-source is 'internalClock (2)', the BITS output timing
is driven from the system timing. |
| cir-rate |
union |
The CIR rate to be used in kbps. |
| cir-rate |
union |
The CIR rate to be used in kbps. |
| cir-rate |
union |
The CIR rate to be used in kbps. |
| cir-rate |
union |
The CIR rate to be used in kbps. |
| cir-rate |
union |
The CIR rate to be used in kbps. |
| cir-rate |
union |
The CIR rate to be used in kbps. |
| cli-engine-type |
enumeration |
Name identifying the CLI engine. |
| cli-engine-type |
enumeration |
Name identifying the CLI engine. |
| cli-engine-type |
enumeration |
Name identifying the CLI engine. |
| cli-engine-type |
enumeration |
Name identifying the CLI engine. |
| cli-engine-type |
enumeration |
Name identifying the CLI engine. |
| cli-engine-type |
enumeration |
Name identifying the CLI engine. |
| cpm-flash-id |
enumeration |
Values used to identify a CPM flash card. |
| cpm-flash-id |
enumeration |
Values used to identify a CPM flash card. |
| cpm-flash-id |
enumeration |
Values used to identify a CPM flash card. |
| cpm-flash-id |
enumeration |
Values used to identify a CPM flash card. |
| cpm-flash-id |
enumeration |
Values used to identify a CPM flash card. |
| cpm-flash-id |
enumeration |
Values used to identify a CPM flash card. |
| cron-oper-state |
enumeration |
Actual status of the script-policy in the runtime system |
| cron-oper-state |
enumeration |
Actual status of the script-policy in the runtime system |
| cron-oper-state |
enumeration |
Actual status of the script-policy in the runtime system |
| cron-oper-state |
enumeration |
Actual status of the script-policy in the runtime system |
| cron-oper-state |
enumeration |
Actual status of the script-policy in the runtime system |
| cron-oper-state |
enumeration |
Actual status of the script-policy in the runtime system |
| day-of-week-name-long |
enumeration |
The day of the week. |
| day-of-week-name-long |
enumeration |
The day of the week. |
| day-of-week-name-long |
enumeration |
The day of the week. |
| day-of-week-name-long |
enumeration |
The day of the week. |
| day-of-week-name-long |
enumeration |
The day of the week. |
| day-of-week-name-long |
enumeration |
The day of the week. |
| dcp-exceed-action |
enumeration |
|
| dcp-exceed-action |
enumeration |
|
| dcp-exceed-action |
enumeration |
|
| dcp-exceed-action |
enumeration |
|
| dcp-exceed-action |
enumeration |
|
| dcp-exceed-action |
enumeration |
|
| dcpu-policy-type |
enumeration |
Distributed CPU protection policy type |
| dcpu-policy-type |
enumeration |
Distributed CPU protection policy type |
| dcpu-policy-type |
enumeration |
Distributed CPU protection policy type |
| dcpu-policy-type |
enumeration |
Distributed CPU protection policy type |
| dcpu-policy-type |
enumeration |
Distributed CPU protection policy type |
| dcpu-policy-type |
enumeration |
Distributed CPU protection policy type |
| device-state |
enumeration |
Values used to identify states of chassis
components such as fans and power supplies. |
| device-state |
enumeration |
Values used to identify states of chassis
components such as fans and power supplies. |
| device-state |
enumeration |
Values used to identify states of chassis
components such as fans and power supplies. |
| device-state |
enumeration |
Values used to identify states of chassis
components such as fans and power supplies. |
| device-state |
enumeration |
Values used to identify states of chassis
components such as fans and power supplies. |
| device-state |
enumeration |
Values used to identify states of chassis
components such as fans and power supplies. |
| dist-cpu-protocol-id |
enumeration |
Indicates the protocols supported for the distributed CPU
protection policy. |
| dist-cpu-protocol-id |
enumeration |
Indicates the protocols supported for the distributed CPU
protection policy. |
| dist-cpu-protocol-id |
enumeration |
Indicates the protocols supported for the distributed CPU
protection policy. |
| dist-cpu-protocol-id |
enumeration |
Indicates the protocols supported for the distributed CPU
protection policy. |
| dist-cpu-protocol-id |
enumeration |
Indicates the protocols supported for the distributed CPU
protection policy. |
| dist-cpu-protocol-id |
enumeration |
Indicates the protocols supported for the distributed CPU
protection policy. |
| engine-id-as-string |
string |
Describes snmp engine id in the string format |
| engine-id-as-string |
string |
Describes snmp engine id in the string format |
| engine-id-as-string |
string |
Describes snmp engine id in the string format |
| engine-id-as-string |
string |
Describes snmp engine id in the string format |
| engine-id-as-string |
string |
Describes snmp engine id in the string format |
| engine-id-as-string |
string |
Describes snmp engine id in the string format |
| gnss-ssm-quality-level-override |
enumeration |
gnss-ssm-quality-level-override is an enumerated integer that describes the values used
to override the quality level provided by a GNSS port. |
| gnss-ssm-quality-level-override |
enumeration |
gnss-ssm-quality-level-override is an enumerated integer that describes the values used
to override the quality level provided by a GNSS port. |
| gnss-ssm-quality-level-override |
enumeration |
gnss-ssm-quality-level-override is an enumerated integer that describes the values used
to override the quality level provided by a GNSS port. |
| gnss-ssm-quality-level-override |
enumeration |
gnss-ssm-quality-level-override is an enumerated integer that describes the values used
to override the quality level provided by a GNSS port. |
| hash-polynomial-ecmp-type |
enumeration |
CRC Polynomial options used in load balancing algorithm
for distribution of packets for ECMP. |
| hash-polynomial-ecmp-type |
enumeration |
CRC Polynomial options used in load balancing algorithm
for distribution of packets for ECMP. |
| hash-polynomial-lag-type |
enumeration |
CRC Polynomial options used in load balancing algorithm
for distribution of packets for LAG. |
| hash-polynomial-lag-type |
enumeration |
CRC Polynomial options used in load balancing algorithm
for distribution of packets for LAG. |
| hash-polynomial-type |
enumeration |
CRC Polynomial options used in load balancing algorithm
for distribution of packets under ECMP and LAG. |
| hash-polynomial-type |
enumeration |
CRC Polynomial options used in load balancing algorithm
for distribution of packets under ECMP and LAG. |
| hash-polynomial-type |
enumeration |
CRC Polynomial options used in load balancing algorithm
for distribution of packets under ECMP and LAG. |
| hash-polynomial-type |
enumeration |
CRC Polynomial options used in load balancing algorithm
for distribution of packets under ECMP and LAG. |
| hours-minutes-twenty-four |
string |
Hours and minutes in 24 hour format. Hours and minutes are zero padded to two digits each if necessary. |
| hours-minutes-twenty-four |
string |
Hours and minutes in 24 hour format. Hours and minutes are zero padded to two digits each if necessary. |
| hours-minutes-twenty-four |
string |
Hours and minutes in 24 hour format. Hours and minutes are zero padded to two digits each if necessary. |
| hours-minutes-twenty-four |
string |
Hours and minutes in 24 hour format. Hours and minutes are zero padded to two digits each if necessary. |
| hours-minutes-twenty-four |
string |
Hours and minutes in 24 hour format. Hours and minutes are zero padded to two digits each if necessary. |
| hours-minutes-twenty-four |
string |
Hours and minutes in 24 hour format. Hours and minutes are zero padded to two digits each if necessary. |
| hours-minutes-with-range |
string |
Positive or negative time offset. Hours and minutes are zero padded to two digits each if necessary. |
| hours-minutes-with-range |
string |
Positive or negative time offset. Hours and minutes are zero padded to two digits each if necessary. |
| hours-minutes-with-range |
string |
Positive or negative time offset. Hours and minutes are zero padded to two digits each if necessary. |
| hours-minutes-with-range |
string |
Positive or negative time offset. Hours and minutes are zero padded to two digits each if necessary. |
| hours-minutes-with-range |
string |
Positive or negative time offset. Hours and minutes are zero padded to two digits each if necessary. |
| hours-minutes-with-range |
string |
Positive or negative time offset. Hours and minutes are zero padded to two digits each if necessary. |
| http-version-type |
enumeration |
HTTP version type |
| http-version-type |
enumeration |
HTTP version type |
| http-version-type |
enumeration |
HTTP version type |
| ixr-resource-index-owner |
enumeration |
IXR resource owners. |
| ixr-resource-index-owner |
enumeration |
IXR resource owners. |
| ixr-resource-index-owner |
enumeration |
IXR resource owners. |
| led-state |
enumeration |
Values used to identify state LEDs on Nokia SROS series cards. |
| led-state |
enumeration |
Values used to identify state LEDs on Nokia SROS series cards. |
| led-state |
enumeration |
Values used to identify state LEDs on Nokia SROS series cards. |
| led-state |
enumeration |
Values used to identify state LEDs on Nokia SROS series cards. |
| led-state |
enumeration |
Values used to identify state LEDs on Nokia SROS series cards. |
| led-state |
enumeration |
Values used to identify state LEDs on Nokia SROS series cards. |
| log2seconds |
int8 |
An 8-bit signed integer that represents signed log2 seconds. |
| log2seconds |
int8 |
An 8-bit signed integer that represents signed log2 seconds. |
| log2seconds |
int8 |
An 8-bit signed integer that represents signed log2 seconds. |
| month-name-long |
enumeration |
The month of the year. |
| month-name-long |
enumeration |
The month of the year. |
| month-name-long |
enumeration |
The month of the year. |
| month-name-long |
enumeration |
The month of the year. |
| month-name-long |
enumeration |
The month of the year. |
| month-name-long |
enumeration |
The month of the year. |
| mpls-resource-owner |
enumeration |
MPLS resource owners. |
| ntp-date-and-time |
union |
Follows the date-and-time format when valid values exist.
Otherwise, allows for setting a special value such as zero. |
| ntp-date-and-time |
union |
Follows the date-and-time format when valid values exist.
Otherwise, allows for setting a special value such as zero. |
| ntp-date-and-time |
union |
Follows the date-and-time format when valid values exist.
Otherwise, allows for setting a special value such as zero. |
| ntp-reference-id-type |
union |
32-bit code identifying the particular server or reference clock.
The interpretation depends on the value in the stratum field.
For stratum 0 (unspecified or invalid), this is a four-character ASCII string,
called the 'kiss code', used for debugging and monitoring purposes.
For stratum 1 (reference clock), this is a four-octet, left-justified,
zero-padded ASCII string assigned to the reference clock.
For stratum 2-15 (secondary servers and clients), this is the
reference identifier of the server. If using the IPv4 address family,
the identifier is the four-octet IPv4 address. If using the IPv6 address
family, it is the first four octets of the MD5 hash of the IPv6 address.
Some examples:
-- a refclock ID like '127.127.1.0' for local clock sync
-- uni/multi/broadcast associations for IPv4 will look like
'203.0.113.1' and '0x4321FEDC' for IPv6
-- sync with a primary source will look like 'DCN', 'NIST', 'ATOM'
-- kiss codes will look like 'AUTH', 'DROP', or 'RATE'
Note that the use of an MD5 hash for IPv6 addresses is not
for cryptographic purposes. |
| ntp-refid |
union |
A code identifying the particular server or reference
clock. The interpretation depends upon stratum. It
could be an IPv4 address, the first 32 bits of the MD5 hash
of the IPv6 address, or a string for the Reference Identifier
and kiss codes.
Note that the use of an MD5 hash for IPv6 addresses is not
for cryptographic purposes.
As it is not always possible to know which mechanism was used to
encode the refid at the sending node, the value shall be presented
as an haxadecimal string representing a value of 4 octets if it is not a string. |
| ntp-refid |
union |
A code identifying the particular server or reference
clock. The interpretation depends upon stratum. It
could be an IPv4 address, the first 32 bits of the MD5 hash
of the IPv6 address, or a string for the Reference Identifier
and kiss codes.
Note that the use of an MD5 hash for IPv6 addresses is not
for cryptographic purposes.
As it is not always possible to know which mechanism was used to
encode the refid at the sending node, the value shall be presented
as an haxadecimal string representing a value of 4 octets if it is not a string. |
| ntp-refid |
union |
A code identifying the particular server or reference
clock. The interpretation depends upon stratum. It
could be an IPv4 address, the first 32 bits of the MD5 hash
of the IPv6 address, or a string for the Reference Identifier
and kiss codes.
Some examples:
-- a refclock ID like '127.127.1.0' for local clock sync
-- uni/multi/broadcast associations for IPv4 will look like
'203.0.113.1' and '0x4321FEDC' for IPv6
-- sync with a primary source will look like 'DCN', 'NIST', 'ATOM'
-- kiss codes will look like 'AUTH', 'DROP', or 'RATE'
Note that the use of an MD5 hash for IPv6 addresses is not
for cryptographic purposes. |
| ntp-stratum |
uint8 |
Indicates the level of the server in the NTP hierarchy. As
stratum number increases, the accuracy is degraded. Primary
servers are stratum while a maximum value of 16 indicates
unsynchronized. The values have the following specific
semantics:
| 0 | unspecified or invalid
| 1 | primary server (e.g., equipped with a GPS receiver)
| 2-15 | secondary server (via NTP)
| 16 | unsynchronized
| 17-255 | reserved |
| ntp-stratum |
uint8 |
Indicates the level of the server in the NTP hierarchy. As
stratum number increases, the accuracy is degraded. Primary
servers are stratum while a maximum value of 16 indicates
unsynchronized. The values have the following specific
semantics:
| 0 | unspecified or invalid
| 1 | primary server (e.g., equipped with a GPS receiver)
| 2-15 | secondary server (via NTP)
| 16 | unsynchronized
| 17-255 | reserved |
| ntp-stratum |
uint8 |
Indicates the level of the server in the NTP hierarchy. As
stratum number increases, the accuracy is degraded. Primary
servers are stratum while a maximum value of 16 indicates
unsynchronized. The values have the following specific
semantics:
| 0 | unspecified or invalid
| 1 | primary server (e.g., equipped with a GPS receiver)
| 2-15 | secondary server (via NTP)
| 16 | unsynchronized
| 17-255 | reserved |
| oper-pir-rate |
union |
Operational PIR rate in kbps. |
| oper-pir-rate |
union |
Operational PIR rate in kbps. |
| oper-pir-rate |
union |
Operational PIR rate in kbps. |
| oper-pir-rate |
union |
Operational PIR rate in kbps. |
| oper-pir-rate |
union |
Operational PIR rate in kbps. |
| oper-pir-rate |
union |
Operational PIR rate in kbps. |
| peq-type |
enumeration |
|
| peq-type |
enumeration |
|
| peq-type |
enumeration |
|
| peq-type |
enumeration |
|
| peq-type |
enumeration |
|
| peq-type |
enumeration |
|
| peq-type-state |
enumeration |
|
| peq-type-state |
enumeration |
|
| peq-type-state |
enumeration |
|
| peq-type-state |
enumeration |
|
| peq-type-state |
enumeration |
|
| peq-type-state |
enumeration |
|
| permit-deny |
enumeration |
|
| permit-deny |
enumeration |
|
| permit-deny |
enumeration |
|
| permit-deny |
enumeration |
|
| permit-deny |
enumeration |
|
| permit-deny |
enumeration |
|
| pir-rate |
union |
The PIR rate to be used in kbps. |
| pir-rate |
union |
The PIR rate to be used in kbps. |
| pir-rate |
union |
The PIR rate to be used in kbps. |
| pir-rate |
union |
The PIR rate to be used in kbps. |
| pir-rate |
union |
The PIR rate to be used in kbps. |
| pir-rate |
union |
The PIR rate to be used in kbps. |
| reference-input-alarm |
enumeration |
Input reference alarms |
| reference-input-state |
enumeration |
State of an input reference |
| ref-ssm-quality-level-override |
enumeration |
ssm-quality-level-override is an enumerated integer that describes the values used
to identify the SSM Quality level used to override the one extracted from received
SSM messages. |
| ref-ssm-quality-level-override |
enumeration |
ssm-quality-level-override is an enumerated integer that describes the values used
to identify the SSM Quality level used to override the one extracted from received
SSM messages. |
| ref-ssm-quality-level-override |
enumeration |
ssm-quality-level-override is an enumerated integer that describes the values used
to identify the SSM Quality level used to override the one extracted from received
SSM messages. |
| ref-ssm-quality-level-override |
enumeration |
ssm-quality-level-override is an enumerated integer that describes the values used
to identify the SSM Quality level used to override the one extracted from received
SSM messages. |
| ref-ssm-quality-level-override |
enumeration |
ssm-quality-level-override is an enumerated integer that describes the values used
to identify the SSM Quality level used to override the one extracted from received
SSM messages. |
| ref-ssm-quality-level-override |
enumeration |
ssm-quality-level-override is an enumerated integer that describes the values used
to identify the SSM Quality level used to override the one extracted from received
SSM messages. |
| remote-mgmt-registration-port |
union |
Source port type. |
| remote-mgmt-registration-port |
union |
Source port type. |
| remote-mgmt-registration-port |
union |
Source port type. |
| remote-mgmt-registration-port |
union |
Source port type. |
| remote-mgmt-registration-port |
union |
Source port type. |
| remote-mgmt-registration-port |
union |
Source port type. |
| remote-mgmt-registration-status |
enumeration |
Status of device remote registration attemt. |
| remote-mgmt-registration-status |
enumeration |
Status of device remote registration attemt. |
| remote-mgmt-registration-status |
enumeration |
Status of device remote registration attemt. |
| remote-mgmt-registration-status |
enumeration |
Status of device remote registration attemt. |
| remote-mgmt-registration-status |
enumeration |
Status of device remote registration attemt. |
| remote-mgmt-registration-status |
enumeration |
Status of device remote registration attemt. |
| run-exit-code |
enumeration |
Reason why a script finished execution |
| run-exit-code |
enumeration |
Reason why a script finished execution |
| run-exit-code |
enumeration |
Reason why a script finished execution |
| run-exit-code |
enumeration |
Reason why a script finished execution |
| run-exit-code |
enumeration |
Reason why a script finished execution |
| run-exit-code |
enumeration |
Reason why a script finished execution |
| running-finished |
enumeration |
Values used to identify the status of a job. |
| running-finished |
enumeration |
Values used to identify the status of a job. |
| running-finished |
enumeration |
Values used to identify the status of a job. |
| running-finished |
enumeration |
Values used to identify the status of a job. |
| running-finished |
enumeration |
Values used to identify the status of a job. |
| running-finished |
enumeration |
Values used to identify the status of a job. |
| run-state |
enumeration |
Script's execution state |
| run-state |
enumeration |
Script's execution state |
| run-state |
enumeration |
Script's execution state |
| run-state |
enumeration |
Script's execution state |
| run-state |
enumeration |
Script's execution state |
| run-state |
enumeration |
Script's execution state |
| schedule-failure |
enumeration |
Last schedule failure causes |
| schedule-failure |
enumeration |
Last schedule failure causes |
| schedule-failure |
enumeration |
Last schedule failure causes |
| schedule-failure |
enumeration |
Last schedule failure causes |
| schedule-failure |
enumeration |
Last schedule failure causes |
| schedule-failure |
enumeration |
Last schedule failure causes |
| schema-path-state-type |
union |
Value of schema path. |
| schema-path-state-type |
union |
Value of schema path. |
| schema-path-state-type |
union |
Value of schema path. |
| schema-path-state-type |
union |
Value of schema path. |
| schema-path-state-type |
union |
Value of schema path. |
| schema-path-state-type |
union |
Value of schema path. |
| script-auth-application |
enumeration |
Indicates the module that started this run of a script |
| script-auth-application |
enumeration |
Indicates the module that started this run of a script |
| script-auth-application |
enumeration |
Indicates the module that started this run of a script |
| script-auth-application |
enumeration |
Indicates the module that started this run of a script |
| script-auth-application |
enumeration |
Indicates the module that started this run of a script |
| script-auth-application |
enumeration |
Indicates the module that started this run of a script |
| script-oper-state |
enumeration |
Actual status of the script in the runtime system |
| script-oper-state |
enumeration |
Actual status of the script in the runtime system |
| script-oper-state |
enumeration |
Actual status of the script in the runtime system |
| script-oper-state |
enumeration |
Actual status of the script in the runtime system |
| script-oper-state |
enumeration |
Actual status of the script in the runtime system |
| script-oper-state |
enumeration |
Actual status of the script in the runtime system |
| script-policy-oper-state |
enumeration |
Actual status of the script-policy in the runtime system |
| script-policy-oper-state |
enumeration |
Actual status of the script-policy in the runtime system |
| script-policy-oper-state |
enumeration |
Actual status of the script-policy in the runtime system |
| script-policy-oper-state |
enumeration |
Actual status of the script-policy in the runtime system |
| script-policy-oper-state |
enumeration |
Actual status of the script-policy in the runtime system |
| script-policy-oper-state |
enumeration |
Actual status of the script-policy in the runtime system |
| script-state |
enumeration |
Values used to identify the script status. |
| script-state |
enumeration |
Values used to identify the script status. |
| script-state |
enumeration |
Values used to identify the script status. |
| script-state |
enumeration |
Values used to identify the script status. |
| script-state |
enumeration |
Values used to identify the script status. |
| script-state |
enumeration |
Values used to identify the script status. |
| server-oper-status |
enumeration |
Operational status of server. |
| server-oper-status |
enumeration |
Operational status of server. |
| server-oper-status |
enumeration |
Operational status of server. |
| server-oper-status |
enumeration |
Operational status of server. |
| server-oper-status |
enumeration |
Operational status of server. |
| server-oper-status |
enumeration |
Operational status of server. |
| session-limit |
int32 |
Session-limit is an integer value that specifies the limit
for number of concurrent user access sessions (SSH, Telnet, Total). |
| session-limit |
int32 |
Session-limit is an integer value that specifies the limit
for number of concurrent user access sessions (SSH, Telnet, Total). |
| session-limit |
int32 |
Session-limit is an integer value that specifies the limit
for number of concurrent user access sessions (SSH, Telnet, Total). |
| session-limit |
int32 |
Session-limit is an integer value that specifies the limit
for number of concurrent user access sessions (SSH, Telnet, Total). |
| session-limit |
int32 |
Session-limit is an integer value that specifies the limit
for number of concurrent user access sessions (SSH, Telnet, Total). |
| session-limit |
int32 |
Session-limit is an integer value that specifies the limit
for number of concurrent user access sessions (SSH, Telnet, Total). |
| session-type |
enumeration |
Type of session |
| session-type |
enumeration |
Type of session |
| session-type |
enumeration |
Type of session |
| session-type |
enumeration |
Type of session |
| session-type |
enumeration |
Type of session |
| session-type |
enumeration |
Type of session |
| sets-clock-state |
enumeration |
Indicates the present status of the synchronous timing equipment subsystem (SETS). |
| sets-ref-source |
enumeration |
The sets-ref-source data type is an enumerated integer that
describes the values used to identify the Synchronous Equipment
Timing Source (SETS) timing reference source. |
| sets-ref-source |
enumeration |
The sets-ref-source data type is an enumerated integer that
describes the values used to identify the Synchronous Equipment
Timing Source (SETS) timing reference source. |
| sets-ref-source |
enumeration |
The sets-ref-source data type is an enumerated integer that
describes the values used to identify the Synchronous Equipment
Timing Source (SETS) timing reference source. |
| sets-ref-source |
enumeration |
The sets-ref-source data type is an enumerated integer that
describes the values used to identify the Synchronous Equipment
Timing Source (SETS) timing reference source. |
| sets-ref-source |
enumeration |
The sets-ref-source data type is an enumerated integer that
describes the values used to identify the Synchronous Equipment
Timing Source (SETS) timing reference source. |
| sets-ref-source |
enumeration |
The sets-ref-source data type is an enumerated integer that
describes the values used to identify the Synchronous Equipment
Timing Source (SETS) timing reference source. |
| ssm-quality-level-override |
enumeration |
ssm-quality-level-override is an enumerated integer that describes the values used
to identify the SSM Quality level used to override the one extracted from received
SSM messages. |
| ssm-quality-level-override |
enumeration |
ssm-quality-level-override is an enumerated integer that describes the values used
to identify the SSM Quality level used to override the one extracted from received
SSM messages. |
| ssm-quality-level-override |
enumeration |
ssm-quality-level-override is an enumerated integer that describes the values used
to identify the SSM Quality level used to override the one extracted from received
SSM messages. |
| ssm-quality-level-override |
enumeration |
ssm-quality-level-override is an enumerated integer that describes the values used
to identify the SSM Quality level used to override the one extracted from received
SSM messages. |
| ssm-quality-level-override |
enumeration |
ssm-quality-level-override is an enumerated integer that describes the values used
to identify the SSM Quality level used to override the one extracted from received
SSM messages. |
| ssm-quality-level-override |
enumeration |
ssm-quality-level-override is an enumerated integer that describes the values used
to identify the SSM Quality level used to override the one extracted from received
SSM messages. |
| telemetry-path-mode |
enumeration |
Subscription path mode, indicating how the
SROS must return values in a subscription.
Value 'target-defined' indicates that the SROS
selects the relevant mode for each leaf.
Value 'on-change' indicates that the SROS sends
an update on leaf value change.
Value 'sample' indicates that the SROS samples
values according to the interval. |
| telemetry-path-mode |
enumeration |
Subscription path mode, indicating how the
SROS must return values in a subscription.
Value 'target-defined' indicates that the SROS
selects the relevant mode for each leaf.
Value 'on-change' indicates that the SROS sends
an update on leaf value change.
Value 'sample' indicates that the SROS samples
values according to the interval. |
| telemetry-path-mode |
enumeration |
Subscription path mode, indicating how the
SROS must return values in a subscription.
Value 'target-defined' indicates that the SROS
selects the relevant mode for each leaf.
Value 'on-change' indicates that the SROS sends
an update on leaf value change.
Value 'sample' indicates that the SROS samples
values according to the interval. |
| telemetry-path-mode |
enumeration |
Subscription path mode, indicating how the
SROS must return values in a subscription.
Value 'target-defined' indicates that the SROS
selects the relevant mode for each leaf.
Value 'on-change' indicates that the SROS sends
an update on leaf value change.
Value 'sample' indicates that the SROS samples
values according to the interval. |
| telemetry-path-mode |
enumeration |
Subscription path mode, indicating how the
SROS must return values in a subscription.
Value 'target-defined' indicates that the SROS
selects the relevant mode for each leaf.
Value 'on-change' indicates that the SROS sends
an update on leaf value change.
Value 'sample' indicates that the SROS samples
values according to the interval. |
| telemetry-path-mode |
enumeration |
Subscription path mode, indicating how the
SROS must return values in a subscription.
Value 'target-defined' indicates that the SROS
selects the relevant mode for each leaf.
Value 'on-change' indicates that the SROS sends
an update on leaf value change.
Value 'sample' indicates that the SROS samples
values according to the interval. |
| telemetry-value-encoding |
enumeration |
The encoding of data notifications. |
| telemetry-value-encoding |
enumeration |
The encoding of data notifications. |
| telemetry-value-encoding |
enumeration |
The encoding of data notifications. |
| telemetry-value-encoding |
enumeration |
The encoding of data notifications.
If gNMI version is configured to 0.7.0,
enum 'bytes' and 'proto' are swapped. |
| telemetry-value-encoding |
enumeration |
The encoding of data notifications.
If gNMI version is configured to 0.7.0,
enum 'bytes' and 'proto' are swapped. |
| telemetry-value-encoding |
enumeration |
The encoding of data notifications.
If gNMI version is configured to 0.7.0,
enum 'bytes' and 'proto' are swapped. |
| threshold-event-type |
enumeration |
Describes threshold event types |
| threshold-event-type |
enumeration |
Describes threshold event types |
| threshold-event-type |
enumeration |
Describes threshold event types |
| threshold-event-type |
enumeration |
Describes threshold event types |
| threshold-event-type |
enumeration |
Describes threshold event types |
| threshold-event-type |
enumeration |
Describes threshold event types |
| threshold-rmon-event-type |
enumeration |
Describes threshold rmon event types |
| threshold-rmon-event-type |
enumeration |
Describes threshold rmon event types |
| threshold-rmon-event-type |
enumeration |
Describes threshold rmon event types |
| threshold-rmon-event-type |
enumeration |
Describes threshold rmon event types |
| threshold-rmon-event-type |
enumeration |
Describes threshold rmon event types |
| threshold-rmon-event-type |
enumeration |
Describes threshold rmon event types |
| threshold-sample |
enumeration |
Describes threshold sample types. |
| threshold-sample |
enumeration |
Describes threshold sample types. |
| threshold-sample |
enumeration |
Describes threshold sample types. |
| threshold-sample |
enumeration |
Describes threshold sample types. |
| threshold-sample |
enumeration |
Describes threshold sample types. |
| threshold-sample |
enumeration |
Describes threshold sample types. |
| threshold-startup-alarm |
enumeration |
Describes threshold startup alarm types |
| threshold-startup-alarm |
enumeration |
Describes threshold startup alarm types |
| threshold-startup-alarm |
enumeration |
Describes threshold startup alarm types |
| threshold-startup-alarm |
enumeration |
Describes threshold startup alarm types |
| threshold-startup-alarm |
enumeration |
Describes threshold startup alarm types |
| threshold-startup-alarm |
enumeration |
Describes threshold startup alarm types |
| user-session-id |
uint32 |
User session unique identifier. |
| user-session-id |
uint32 |
User session unique identifier. |
| user-session-id |
uint32 |
User session unique identifier. |
| user-session-id |
uint32 |
User session unique identifier. |
| user-session-id |
uint32 |
User session unique identifier. |
| user-session-id |
uint32 |
User session unique identifier. |
| week |
enumeration |
The week of the month. |
| week |
enumeration |
The week of the month. |
| week |
enumeration |
The week of the month. |
| week |
enumeration |
The week of the month. |
| week |
enumeration |
The week of the month. |
| week |
enumeration |
The week of the month. |