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enum 10GBASE_R {
description "none";
}
enum 10GBASE_W {
description "none";
}
}
description "none";
}
typedef frame-type {
type enumeration {
enum ADMIT_ONLY_VLAN_TAGGED_FRAMES {
description "none";
}
enum ADMIT_ONLY_UNTAGGED_AND_PRIORITY_TAGGED_FRAMES {
description "none";
}
enum ADMIT_ALL_FRAMES {
description "none";
}
}
description "none";
}
typedef oam-period {
type enumeration {
enum 3_33MS {
description "Default for protection.";
}
enum 10MS {
description "none";
}
enum 100MS {
description "none";
}
enum 1S {
description "none";
}
enum 10S {
description "none";
}
enum 1MIN {
description "none";
}
enum 10MIN {
description "none";
}
}
description "Provides the frequency for the OAM PDU insertion.";
}
typedef pcp-coding {
type enumeration {
enum 8P0D {
description "none";
}
enum 7P1D {
description "none";
}
enum 6P2D {
description "none";
}
enum 5P3D {
description "none";
}
enum DEI {
description "This enumeration value means that all priorities should be drop eligible.
DEI = Drop Eligibility Indicator";
}
}
description "This enum models the coding of the Priority Code Point as defined in section 'Priority Code Point encoding' of IEEE 802.1Q.";
}
typedef vlan-type {
type enumeration {
enum C_Tag {
description "0x8100";
}
enum S_Tag {
description "0x88a8";
}
enum I_Tag {
description "88-e7";
}
}
description "This enumeration contains the Ethertypes defined in IEEE 802.1Q.";
}
typedef repetition-period {
type enumeration {
enum 1MIN {
description "none";
}
enum 1S {
description "none";
}
enum 10S {
description "none";
}
enum 0 {
description "none";
}
}
description "This enumeration defines the allowed values for the repetition period in on-demand measurements.
Note: The value 0 means that the value is not relevant.";
}
typedef message-period {
type enumeration {
enum 10MS {
description "none";
}
enum 100MS {
description "none";
}
enum 1S {
description "none";
}
enum 10S {
description "none";
}
enum 0 {
description "none";
}
}
description "This enumeration defines the allowed values for the message period in on-demand measurements.
Notes:
The value 10ms is only used in synthetic loss measurements.
The value 0 means that the value is not relevant.";
}
typedef oam-pdu-generation-type {
type enumeration {
enum SINGLE_INSTANCE {
description "none";
}
enum REPETITIVE_INSTANCE {
description "none";
}
enum SINGLE_SERIES {
description "none";
}
enum REPETITIVE_SERIES {
description "none";
}
}
description "This enumeration defines the generation pattern of the on-demand OAM PDUs (messages). ";
}
grouping samples-dm-performance-parameters {
leaf number-of-samples {
type uint64;
description "This attribute contains the number of received DM frames (successful samples) used for this frame delay measurement.
range of type : non-negative";
}
leaf-list frame-delay-list {
type uint64;
description "This attribute contains the frame delays measured in ns (nano second, 1x10e-9 seconds). The multiplicity is defined by the numberOfSamples attribute.";
}
leaf-list frame-delay-variation-list {
type uint64;
description "This attribute contains the frame delay variations measured in ns (nano second). The multiplicity is defined by (numberOfSamples - 1, for numberOfSamples > 0).";
}
description "This data type contains the results of an on-demand delay measurement job.";
}
grouping total-counters-lm-performance-parameters {
leaf total-transmitted-frames {
type uint64;
description "This attribute contains the total number of frames transmitted.";
}
leaf total-lost-frames {
type uint64;
description "This attribute contains the total number of frames lost.";
}
leaf total-frame-loss-ratio {
type decimal64 {
fraction-digits 7;
}
description "This attribute contains the frame loss ratio (number of lost frames divided by the number of total frames (N_LF / N_TF)).
The accuracy of the value is for further study.";
}
description "This data type contains the results of an on-demand loss measurement job.";
}
grouping statistical-dm-performance-parameters {
leaf minimum-frame-delay {
type uint64;
description "This attribute contains the minimum frame delay observed over the monitored period. It is measured in units of ns (nano second, 1x10e-9 seconds).";
}
leaf average-frame-delay {
type uint64;
description "This attribute contains the average frame delay observed over the monitored period. It is measured in units of ns (nano second, 1x10e-9 seconds).";
}
leaf maximum-frame-delay {
type uint64;
description "This attribute contains the maximum frame delay observed over the monitored period. It is measured in units of ns (nano second, 1x10e-9 seconds).";
}
leaf minimum-frame-delay-variation {
type uint64;
description "This attribute contains the minimum frame delay variation measured in units of ns (nano second, 1x10e-9 seconds).
Y.1563:
The 2-point frame delay variation (vk) for an Ethernet frame k between SRC and DST is the difference between the absolute Ethernet frame transfer delay (xk) of frame k and a defined reference Ethernet frame transfer delay, d1,2, between those same MPs: vk = xk – d1,2.";
}
leaf average-frame-delay-variation {
type uint64;
description "This attribute contains the average frame delay variation measured in units of ns (nano second, 1x10e-9 seconds).
Y.1563:
The 2-point frame delay variation (vk) for an Ethernet frame k between SRC and DST is the difference between the absolute Ethernet frame transfer delay (xk) of frame k and a defined reference Ethernet frame transfer delay, d1,2, between those same MPs: vk = xk – d1,2.";
}
leaf maximum-frame-delay-variation {
type uint64;
description "This attribute contains the maximum frame delay variation measured in units of ns (nano second, 1x10e-9 seconds).
Y.1563:
The 2-point frame delay variation (vk) for an Ethernet frame k between SRC and DST is the difference between the absolute Ethernet frame transfer delay (xk) of frame k and a defined reference Ethernet frame transfer delay, d1,2, between those same MPs: vk = xk – d1,2.";
}
leaf minimum-inter-frame-delay-variation {
type uint64;
description "This attribute contains the minimum frame delay variation measured in units of ns (nano second, 1x10e-9 seconds).
G.8013/Y.1731:
Frame delay variation is a measure of the variations in the frame delay between a pair of service frames";
}
leaf average-inter-frame-delay-variation {
type uint64;
description "This attribute contains the average frame delay variation measured in units of ns (nano second, 1x10e-9 seconds).
G.8013/Y.1731:
Frame delay variation is a measure of the variations in the frame delay between a pair of service frames";
}
leaf maximum-inter-frame-delay-variation {
type uint64;
description "This attribute contains the maximum frame delay variation measured in units of ns (nano second, 1x10e-9 seconds).
G.8013/Y.1731:
Frame delay variation is a measure of the variations in the frame delay between a pair of service frames";
}
description "This data type contains the statistical delay measurement performance parameters.";
}
grouping statistical-lm-performance-parameters {
leaf minimum-frame-loss-ratio {
type decimal64 {
fraction-digits 7;
}
description "This attribute contains the minimum frame loss ratio calculated over a period of time.";
}
leaf average-frame-loss-ratio {
type decimal64 {
fraction-digits 7;
}
description "This attribute contains the average frame loss ratio calculated over a period of time.";
}
leaf maximum-frame-loss-ratio {
type decimal64 {
fraction-digits 7;
}
description "This attribute contains the maximum frame loss ratio calculated over a period of time.";
}
leaf hli-count {
type uint64;
description "A generalized SES.
MEF 10.3: The Resiliency attributes are similar to the definitions of Severely Errored Seconds (SES) and Consecutive SES in section 9 and Annex B (respectively) of Y.1563 [6], when delta-t = 1 second.
MEF 35.1: Count of High Loss Intervals during the Measurement Interval.
range of type : 0..900 for 15min interval or 0..86400 for 24 hr interval.";
}
leaf unavailable-intervals {
type uint64;
description "A generalized UAS.
MEF 35.1: A 32-bit counter reflecting the number of delta-t intervals evaluated as Unavailable (i.e., for which A<Controller, Responder>(delta-t) = 0).
range of type : 0..900 for 15min interval or 0..86400 for 24 hr interval.";
}
description "This data type contains the statistical loss measurement performance parameters.";
}
typedef eth-oam-job-type {
type identityref {
base ETH_OAM_JOB_TYPE;
}
description "none";
}
grouping link-trace-result {
leaf source-address {
type mac-address;
description "G.8052: This attribute contains the source MAC Address of an individual LTR frame result.";
}
leaf time-to-live {
type uint64;
description "G.8052: This attribute contains the Time To Live (TTL) value of an individual LTR frame result.";
}
leaf data-tlv-length {
type uint64;
description "G.8052: This attribute contains the length (in number of octets) of the Data TLV of an individual LTR frame result.";
}
description "G.8052: This data type contains the result from an individual LTR frame.";
}
typedef maintenance-domain-name-type {
type identityref {
base MAINTENANCE_DOMAIN_NAME_TYPE;
}
description "IEEE P802.1Qcx/D0.3:
MEF 38:
The Maintenance Domain format choice.";
}
typedef maintenance-domain-id-permission-types {
type identityref {
base MAINTENANCE_DOMAIN_ID_PERMISSION_TYPES;
}
description "IEEE P802.1Qcx/D0.3:
MEF 38:
Indicates what, if anything, is to be included in the Sender ID TLV transmitted in CCMs, LBMs, LTMs, and LTRs.";
}
typedef maintenance-association-id-permission-types {
type identityref {
/* base MAINTENANCE_DOMAIN_ID_PERMISSION_TYPES; */
base MAINTENANCE_ASSOCIATION_ID_PERMISSION_TYPES;
}
description "IEEE P802.1Qcx/D0.3:
MEF 38:
Indicates what, if anything, is to be included in the Sender ID TLV transmitted in CCMs, LBMs, LTMs, and LTRs.";
}
grouping maintenance-association-name {
leaf ieee-reserved {
type string;
default "0";
description "IEEE P802.1Qcx/D0.3:
Reserved for definition by IEEE 802.1. Recommend not to use zero unless absolutely needed.
Length '1..45'.";
}
leaf primary-vlan-id {
type vid;
description "IEEE P802.1Qcx/D0.3:
MEF 38:
Primary VLAN ID. 12 bits represented in a 2-octet integer.";
}
leaf char-string {
type string;
description "IEEE P802.1Qcx/D0.3:
MEF 38:
RFC2579 DisplayString, except that the character codes 0-31 (decimal) are not used.
Length '1..45'";
}
leaf unsigned-int-16 {
type uint64;
description "IEEE P802.1Qcx/D0.3:
MEF 38:
2-octet integer/big endian.";
}
leaf rfc-2865-vpn-id {
type string;
description "IEEE P802.1Qcx/D0.3:
MEF 38:
RFC2685 VPN ID. 3 octet VPN authority Organizationally Unique Identifier followed by 4 octet VPN index identifying VPN according to the OUI.
Length '1..45';";
}
leaf icc-format {
type string;
description "IEEE P802.1Qcx/D0.3:
ICC-based format as specified in ITU-T Y.1731.
Length '1..45'";
}
description "none";
}
typedef link-trace-relay-action-field-value {
type identityref {
base LINK_TRACE_RELAY_ACTION_FIELD_VALUE;
}
description "IEEE P802.1Qcx/D0.3:
MEF 38:
Possible values the Relay action field can take.";
}
typedef link-trace-ingress-action-field-value {
type identityref {
base LINK_TRACE_INGRESS_ACTION_FIELD_VALUE;
}
description "IEEE P802.1Qcx/D0.3:
MEF 38:
Possible values returned in the ingress action field.";
}
grouping lldp-port-id-subtype {
leaf interface-alias {
type string;
description "String length '0..64'
Represents a port identifier based on the ifAlias MIB object, defined in IETF RFC 2863.";
}
leaf port-component {
type string;
description "String length '0..32'
Represents a port identifier based on the value of entPhysicalAlias (defined in IETF RFC 2737) for a port component (i.e., entPhysicalClass value of port(10)), within the containing chassis.";
}
leaf mac-address {
type mac-address;
description "Represents a port identifier based on a unicast source address (encoded in network byte order and IEEE 802.3 canonical bit order), which has been detected by the agent and associated with a particular port (IEEE Std 802-2001).";
}
leaf network-address {
type string;
description "Represents a port identifier based on a network address, detected by the agent and associated with a particular port.
Octet string that identifies a particular network address family and an associated network address that are encoded in network octet order.
An IP address, for example, would be encoded with the first octet containing the IANA Address Family Numbers enumeration value for the specific address type and octets 2 through n containing the address value.
";
}
leaf interface-name {
type string;
description "String length '0..64'
Represents a port identifier based on the ifName MIB object, defined in IETF RFC 2863.";
}
leaf agent-circuit-id {
type string;
description "Represents a port identifier based on the agent-local identifier of the circuit (defined in RFC 3046), detected by the agent and associated with a particular port.";
}
leaf local {
type string;
description "Represents a port identifier based on a value locally assigned.";
}
description "IEEE P802.1Qcx/D0.3:
The source of a particular type of port identifier used in the LLDP YANG module.
MEF 38:
Data definitions associated with the Port ID TLV.";
}
typedef link-trace-egress-action-field-value {
type identityref {
base LINK_TRACE_EGRESS_ACTION_FIELD_VALUE;
}
description "IEEE P802.1Qcx/D0.3:
MEF 38:
Possible values returned in the Egress Action field.";
}
grouping lldp-chassis-id-subtype {
leaf chassis-component {
type string;
description "String length '0..32'
Represents a chassis identifier based on the value of entPhysicalAlias object (defined in IETF RFC 2737) for a chassis component (i.e., an entPhysicalClass value of chassis(3)).";
}
leaf interface-alias {
type string;
description "String length '0..64'
Represents a chassis identifier based on the value of ifAlias object (defined in IETF RFC 2863) for an interface on the containing chassis.";
}
leaf port-component {
type string;
description "String length '0..32'
Represents a chassis identifier based on the value of entPhysicalAlias object (defined in IETF RFC 2737) for a port or backplane component (i.e., entPhysicalClass value of port(10) or backplane(4)), within the containing chassis.";
}
leaf mac-address {
type mac-address;
description "Represents a chassis identifier based on the value of a unicast source address (encoded in network byte order and IEEE 802.3 canonical bit order), of a port on the containing chassis as defined in IEEE Std 802-2001.";
}
leaf network-address {
type string;
description "Octet string that identifies a particular network address family and an associated network address that are encoded in network octet order.
An IP address, for example, would be encoded with the first octet containing the IANA Address Family Numbers enumeration value for the specific address type and octets 2 through n containing the address value.";
}
leaf interface-name {
type string;
description "Represents a chassis identifier based on the value of ifName object (defined in IETF RFC 2863) for an interface on the containing chassis.";
}
leaf local {
type string;
description "Represents a chassis identifier based on a locally defined value.";
}
description "MEF 38:
The chassis-id-subtype contains the chassis ID entity that is listed in the chassis ID field. This is a combination of the 'Chassis ID Subtype' and 'chassis ID' fields.
";
}
typedef ltmflags {
type identityref {
base LTMFLAGS;
}
description "IEEE 802.1Q 2018:
In the LTM, the Flags field of the Common CFM Header specifies certain options.";
}
typedef test-pattern {
type identityref {
base TEST_PATTERN;
}
description "The following values of pattern types are defined:
'Null signal without CRC-32'
'Null signal with CRC-32'
'PRBS 2^31-1 without CRC-32'
'PRBS 2^31-1 with CRC-32'.";
}
typedef bandwidth-profile-type {
type identityref {
base BANDWIDTH_PROFILE_TYPE;
}
description "none";
}
grouping bandwidth-profile {
leaf bw-profile-type {
type bandwidth-profile-type;
description "none";
}
container committed-information-rate {
uses tapi-common:capacity-value;
description "none";
}
container committed-burst-size {
uses tapi-common:capacity-value;
description "none";
}
container peak-information-rate {
uses tapi-common:capacity-value;
description "none";
}
container peak-burst-size {
uses tapi-common:capacity-value;
description "none";
}
leaf color-aware {
type boolean;
description "none";
}
leaf coupling-flag {
type boolean;
description "none";
}
description "none";
}
typedef eth-pm-parameter-name {
type identityref {
base ETH_PM_PARAMETER_NAME;
}
description "none";
}
typedef eth-alarm-condition-name {
type identityref {
base ETH_ALARM_CONDITION_NAME;
}
description "none";
}
}