This module contains a collection of YANG definitions for supporting the Broadband Forum requirements on the management of sub-i...
Version: 2022-03-01
module bbf-frame-processing-profiles { yang-version 1.1; namespace "urn:bbf:yang:bbf-frame-processing-profiles"; prefix bbf-fpprof; import bbf-yang-types { prefix bbf-yang; } import bbf-dot1q-types { prefix bbf-dot1qt; } import ietf-interfaces { prefix if; } import bbf-sub-interfaces { prefix bbf-subif; } import bbf-frame-classification { prefix bbf-classif; } import bbf-sub-interface-tagging { prefix bbf-subif-tag; } import bbf-qos-classifiers { prefix bbf-qos-cls; } organization "Broadband Forum <https://www.broadband-forum.org> Common YANG Work Area"; contact "Comments or questions about this Broadband Forum YANG module should be directed to <mailto:help@broadband-forum.org>. Editor: Nick Hancock, ADTRAN Editor: Ludwig Pauwels, Nokia PS Leader: Joey Boyd, ADTRAN WA Director: Joey Boyd, ADTRAN WA Director: Sven Ooghe, Nokia"; description "This module contains a collection of YANG definitions for supporting the Broadband Forum requirements on the management of sub-interfaces as applicable to access network equipment. As such, this module is specific to access network equipment (e.g., BBF-specified Access Nodes and FTTdp DPUs). Specifically, this module contains the definition of a profile for classifying frames and performing ingress- and egress-rewrite actions, and it augments the frame processing configuration of a (VLAN sub-)interface for using this profile Copyright (c) 2017-2022, Broadband Forum Redistribution and use in source and binary forms, with or without modification, are permitted provided that the following conditions are met: 1. Redistributions of source code must retain the above copyright notice, this list of conditions and the following disclaimer. 2. Redistributions in binary form must reproduce the above copyright notice, this list of conditions and the following disclaimer in the documentation and/or other materials provided with the distribution. 3. Neither the name of the copyright holder nor the names of its contributors may be used to endorse or promote products derived from this software without specific prior written permission. THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS \"AS IS\" AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL THE COPYRIGHT HOLDER OR CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. The above license is used as a license under copyright only. Please reference the Forum IPR Policy for patent licensing terms <https://www.broadband-forum.org/ipr-policy>. Any moral rights which are necessary to exercise under the above license grant are also deemed granted under this license. This version of this YANG module is part of TR-383a5; see the TR itself for full legal notices."; revision "2022-03-01" { description "Amendment 5. * Approval Date: 2022-03-01. * Publication Date: 2022-03-01."; reference "TR-383a5: Common YANG Modules <https://www.broadband-forum.org/technical/download/ TR-383_Amendment-5.pdf>"; } revision "2021-06-02" { description "Amendment 4. * Approval Date: 2021-06-02. * Publication Date: 2021-06-02."; reference "TR-383a4: Common YANG Modules <https://www.broadband-forum.org/technical/download/ TR-383_Amendment-4.pdf>"; } feature vlan-id-translation { description "Indicates support for using the frame processing profile in combination with VLAN ID translation."; } feature dscp-match-criteria { description "Indicates support for the use of DSCP values as match criteria."; } container frame-processing-profiles { description "Configuration of frame processing profiles."; list frame-processing-profile { key "name"; description "A profile providing a mechanism to configure frame processing behavior. The frame processing behavior refers to both directions: - Ingress, refers to frames received from the lower-layer interface of an interface referencing this profile into the interface referencing this profile. - Egress, refers to frames received from a higher layer of the interface stack, or from a forwarder, and that are to be transmitted to the lower-layer of the interface referencing this profile. - In the ingress direction, classification criteria identify whether a frame received on the lower layer interface shall be offered to the interface referencing this profile. - For both the ingress and egress direction, rewrite configuration provides the tag manipulations to be performed."; leaf name { type bbf-yang:string-ascii64; description "The name of the profile."; } leaf priority { type uint16 { range "1..max"; } mandatory true; description "This field indicates the priority for applying the match criteria of this rule against the priority of match criteria of other rules of this or of other interfaces on the same lower-layer interface. The higher the value, the lower the priority, i.e. priority 1 is the highest priority."; } container match-criteria { presence "The presence of this container indicates that the profile will be configured with positive match criteria."; description "This container collects match criteria for various frame fields. The match criteria are unambiguous in case a frame field is unique. This is not the case for the match criteria defined via leaf 'ethernet-frame-type'. The value is to be compared with the first Ethertype of an untagged Ethernet frame; or for frames that contain one or more VLAN tags it is the value to be compared with the Ethertype that is the first after the VLAN tags for which a matching criteria is specified via the leafs in the case 'vlan-tagged'. E.g. if matching criteria are specified for one outer VLAN tag, and a received IPoE frame is single tagged, then the ethernet-frame-type refers to the Ethertype 0x0800 being the Ethertype that identifies the frame as IPoE. While the same YANG configuration applied to a received IPoE frame that is double tagged, then the ethernet-frame-type refers to the Ethertype 0x8100 being the Ethertype that identifies the frame contains an inner VLAN tag."; leaf any-frame { type empty; description "Any frame. Configuring the 'any-frame' case is equivalent to not configuring any match-criteria and means that 'all frames match'. This permits explicit configuration, e.g., in case of the Transparent LAN Service (TLS)."; } container vlans { presence "The presence of this container enables configuration of a filter on VLAN tags. If the container is not present, then the presence or absence of VLAN tags in the frame is not a filter criterion and then, as to this filter, 'all frames match'."; description "Match criteria associated with VLAN tags."; choice vlan-tag-match-type { mandatory true; description "Provides a choice of how the frames may be matched."; leaf untagged { type empty; description "Untagged match. Matches all untagged traffic."; } list tag { key "index"; min-elements 1; max-elements 2; description "The tags to match, with the outermost tag to match assigned index 0."; leaf index { type bbf-classif:tag-index; must 'count(../../tag[index = 0]) > 0' { error-message "An inner tag has been specified without an " + "outer tag"; description "Only allow matching on an inner tag, if also matching on the outer tags at the same time."; } description "The index into the tag stack, outermost tag first."; } leaf tag-type { type union { type bbf-dot1qt:dot1q-tag-type; type uint16; } mandatory true; description "VLAN tag type."; } leaf vlan-id { type union { type bbf-dot1qt:vlan-id; type enumeration { enum "priority-tagged" { value 0; description "Priority-tagged frames are frames with a VLAN tag present and that match VLAN ID 0."; } enum "vlan-id-is-a-parameter" { value 1; description "The VLAN ID to classify frames for is not specified inside this profile but has to be specified at the place where this profile is referenced."; } } } mandatory true; description "Allowed VLAN IDs."; } leaf pbit { type union { type bbf-dot1qt:pbit-list; type enumeration { enum "any" { value 0; description "Matches any p-bits value in the range of 0 to 7."; } } } default "any"; description "Allowed p-bits values."; } leaf dei { type union { type bbf-dot1qt:dei; type enumeration { enum "any" { value 0; description "Matches any Drop Eligible Indicator (DEI) value, i.e. value 0 or 1."; } } } default "any"; description "Allowed DEI values."; } } // list tag } // choice vlan-tag-match-type } // container vlans container frame-destination-filter { presence "The presence of this container enables configuration of match criteria related to one or multiple of the destination fields of a frame. If the container is not present, then none of the destination fields of the frame are used as match criterion and then, as to this match criterion, 'all frames match'. The same applies when the container exists but does not contain any configuration."; description "Identifies the set of frames to which the frame-forwarding action shall apply. If within the container multiple match criteria are configured, then these are to be combined with a logical OR-operation. This applies to multiple entries in the same list, and to entries in different lists."; list destination-mac-address { key "name"; description "The frame classification to be performed on the destination MAC address."; leaf name { type bbf-yang:string-ascii64; description "The rule name."; } choice mac-address { description "A choice on the value of the MAC address."; case any-multicast-mac-address { description "This represents the multicast MAC addresses, i.e. addresses for which the least significant bit of the first octet is set to 1."; leaf any-multicast-mac-address { type empty; description "Indicates the MAC address is a multicast address."; } } // case any-multicast-mac-address case unicast-address { description "This represents the unicast MAC addresses, i.e. addresses for which the least significant bit of the first octet is set to 0 (zero)."; leaf unicast-address { type empty; description "Indicates the MAC address is a unicast address."; } } // case unicast-address case broadcast-address { description "This represents the broadcast MAC address, i.e. address FF:FF:FF:FF:FF:FF."; leaf broadcast-address { type empty; description "Indicates the MAC address is a broadcast address."; } } // case broadcast-address case cfm-multicast-address { description "This represents a mask for all CFM OAM multicast addresses. These are the addresses of the form 01:80:C2:00:00:3X."; leaf cfm-multicast-address { type empty; description "Indicates the MAC address is a CFM multicast address."; reference "IEEE 802.1Q-2014, section 8.13.11"; } } // case cfm-multicast-address case ipv4-multicast-address { description "This represents a mask for all IPv4 multicast addresses. These are the addresses in the range 01:00:5E:00:00:00 up to and including 01:00:5E:7F:FF:FF."; leaf ipv4-multicast-address { type empty; description "Indicates the MAC address is an IPv4 multicast address."; } } // case ipv4-multicast-address case ipv6-multicast-address { description "This represents a mask for all IPv6 multicast addresses. These are the addresses of the form 33:33:XX:XX:XX:XX."; leaf ipv6-multicast-address { type empty; description "Indicates the MAC address is an IPv6 multicast address."; } } // case ipv6-multicast-address case mac-address-filter { description "The value and the mask together identify a set of MAC addresses that comply with this classification. Evaluation is performed by making a bit-wise AND operation between the to be evaluated MAC address and the mac-address-mask. There is a match if the result equals the value specified in the mac-address-value."; leaf mac-address-value { type yang:mac-address; description "The value with which a comparison shall be made after performing the bit-wise AND operation on the to be evaluated MAC address."; } leaf mac-address-mask { type yang:mac-address; default "FF:FF:FF:FF:FF:FF"; description "A mask to be applied on the to be evaluated MAC address. The mask is applied as a bit-wise AND operation."; } } // case mac-address-filter } // choice mac-address } // list destination-mac-address list destination-ipv4-address { key "name"; description "The frame classification to be performed on the destination IPv4 address."; leaf name { type bbf-yang:string-ascii64; description "The rule name."; } choice ipv4-address { description "A choice on the value of the IPv4 address."; case any-multicast-ipv4-address { description "This represents all IPv4 addresses in the range 224.0.0.0 up to 239.255.255.255."; leaf any-multicast-ipv4-address { type empty; description "Indicates the address is an IPv4 multicast group address."; } } // case any-multicast-ipv4-address case all-hosts-multicast-address { description "This represents the 'all hosts' IPv4 multicast group address 224.0.0.1 that is used to address all hosts on the same network segment."; leaf all-hosts-multicast-address { type empty; description "Indicates the IPv4 address is the 'all hosts' IPv4 multicast group address."; } } // case all-hosts-multicast-address case rip-multicast-address { description "This represents the RIP version 2 IPv4 multicast group address 224.0.0.9 that is used to send routing information to all RIPv2-aware routers on a network segment."; leaf rip-multicast-address { type empty; description "Indicates the IPv4 address is the RIP version 2 IPv4 multicast group address."; } } // case rip-multicast-address case ntp-multicast-address { description "This represents the NTP group IPv4 multicast group address 224.0.1.1 that is used to send network timing protocol messages to all NTP clients on a network segment."; leaf ntp-multicast-address { type empty; description "Indicates the IPv4 address is the NTP IPv4 multicast group address."; } } // case ntp-multicast-address case ipv4-prefix { if-feature bbf-classif:filter-on-ip-prefix; description "This represents an IPv4 address prefix."; leaf ipv4-prefix { type inet:ipv4-prefix; description "This represents an IPv4 address prefix. The prefix length is given by the number following the slash character and must be less than or equal to 32."; } } // case ipv4-prefix } // choice ipv4-address } // list destination-ipv4-address list destination-ipv6-address { key "name"; description "The frame classification to be performed on the destination IPv6 address."; leaf name { type bbf-yang:string-ascii64; description "The rule name."; } choice ipv6-address { description "A choice on the value of the IPv6 address."; case any-multicast-ipv6-address { description "This represents all IPv6 addresses which use the prefix ff00::/8."; leaf any-multicast-ipv6-address { type empty; description "Indicates the address is an IPv6 multicast address."; } } // case any-multicast-ipv6-address case all-nodes-multicast-ipv6-address { description "This represents the 'all nodes' IPv6 multicast address ff02::1 which is used to address all nodes on the local network segment."; leaf all-nodes-multicast-ipv6-address { type empty; description "Indicates the IPv6 address is the 'all nodes' IPv6 multicast address."; } } // case all-nodes-multicast-ipv6-address case rip-multicast-ipv6-address { description "This represents the Routing Information Protocol(RIP) IPv6 multicast address ff02::9 which is used to send routing information to all RIP aware routers on a network segment."; leaf rip-multicast-ipv6-address { type empty; description "Indicates the IPv6 address is the RIP routers IPv6 multicast address."; } } // case rip-multicast-ipv6-address case ntp-multicast-ipv6-address { description "This represents the NTP IPv6 multicast address ff02::101 which is used to send Network Timing Protocol (NTP) messages to all NTP clients on a network segment."; leaf ntp-multicast-ipv6-address { type empty; description "Indicates the IPv6 address is the NTP IPv6 multicast address."; } } // case ntp-multicast-ipv6-address case ipv6-prefix { if-feature bbf-classif:filter-on-ip-prefix; description "This represents an IPv6 address prefix."; leaf ipv6-prefix { type inet:ipv6-prefix; description "This represents an IPv6 address prefix. The prefix length is given by the number following the slash character and must be less than or equal to 128."; } } // case ipv6-prefix } // choice ipv6-address } // list destination-ipv6-address } // container frame-destination-filter leaf-list ethernet-frame-type { type bbf-dot1qt:ether-type-or-acronym; description "The value to be compared with the first Ethertype of an untagged Ethernet frame; or for frames that contain one or more VLAN tags it is the value to be compared with the Ethertype that is defined by the context where this grouping is used. It can be even the Ethertype that identifies a VLAN tag."; } leaf-list protocol { type protocols; description "Defines the protocols which will be matched."; } leaf dscp-range { type bbf-inet:dscp-range; description "String identifying the DSCP values and/or range."; reference "RFC 2474"; } } // container match-criteria container exclude-criteria { if-feature bbf-subif-tag:exclude-criteria; presence "The presence of this container indicates that the profile will be configured with exclude criteria."; description "Exclude criteria extend the match criteria defined within the container 'match-criteria'. I.e. a frame matches in the interface referencing this profile when it matches the criteria defined in 'match-criteria' container AND if it does not match the criteria defined in the 'exclude-criteria' container. A non-existing 'exclude-criteria' container means it does not provide additional criteria and all frames match that part of the classification."; container frame-destination-filter { presence "The presence of this container enables configuration of match criteria related to one or multiple of the destination fields of a frame. If the container is not present, then none of the destination fields of the frame are used as match criterion and then, as to this match criterion, 'all frames match'. The same applies when the container exists but does not contain any configuration."; description "Identifies the set of frames to which the frame-forwarding action shall apply. If within the container multiple match criteria are configured, then these are to be combined with a logical OR-operation. This applies to multiple entries in the same list, and to entries in different lists."; list destination-mac-address { key "name"; description "The frame classification to be performed on the destination MAC address."; leaf name { type bbf-yang:string-ascii64; description "The rule name."; } choice mac-address { description "A choice on the value of the MAC address."; case any-multicast-mac-address { description "This represents the multicast MAC addresses, i.e. addresses for which the least significant bit of the first octet is set to 1."; leaf any-multicast-mac-address { type empty; description "Indicates the MAC address is a multicast address."; } } // case any-multicast-mac-address case unicast-address { description "This represents the unicast MAC addresses, i.e. addresses for which the least significant bit of the first octet is set to 0 (zero)."; leaf unicast-address { type empty; description "Indicates the MAC address is a unicast address."; } } // case unicast-address case broadcast-address { description "This represents the broadcast MAC address, i.e. address FF:FF:FF:FF:FF:FF."; leaf broadcast-address { type empty; description "Indicates the MAC address is a broadcast address."; } } // case broadcast-address case cfm-multicast-address { description "This represents a mask for all CFM OAM multicast addresses. These are the addresses of the form 01:80:C2:00:00:3X."; leaf cfm-multicast-address { type empty; description "Indicates the MAC address is a CFM multicast address."; reference "IEEE 802.1Q-2014, section 8.13.11"; } } // case cfm-multicast-address case ipv4-multicast-address { description "This represents a mask for all IPv4 multicast addresses. These are the addresses in the range 01:00:5E:00:00:00 up to and including 01:00:5E:7F:FF:FF."; leaf ipv4-multicast-address { type empty; description "Indicates the MAC address is an IPv4 multicast address."; } } // case ipv4-multicast-address case ipv6-multicast-address { description "This represents a mask for all IPv6 multicast addresses. These are the addresses of the form 33:33:XX:XX:XX:XX."; leaf ipv6-multicast-address { type empty; description "Indicates the MAC address is an IPv6 multicast address."; } } // case ipv6-multicast-address case mac-address-filter { description "The value and the mask together identify a set of MAC addresses that comply with this classification. Evaluation is performed by making a bit-wise AND operation between the to be evaluated MAC address and the mac-address-mask. There is a match if the result equals the value specified in the mac-address-value."; leaf mac-address-value { type yang:mac-address; description "The value with which a comparison shall be made after performing the bit-wise AND operation on the to be evaluated MAC address."; } leaf mac-address-mask { type yang:mac-address; default "FF:FF:FF:FF:FF:FF"; description "A mask to be applied on the to be evaluated MAC address. The mask is applied as a bit-wise AND operation."; } } // case mac-address-filter } // choice mac-address } // list destination-mac-address list destination-ipv4-address { key "name"; description "The frame classification to be performed on the destination IPv4 address."; leaf name { type bbf-yang:string-ascii64; description "The rule name."; } choice ipv4-address { description "A choice on the value of the IPv4 address."; case any-multicast-ipv4-address { description "This represents all IPv4 addresses in the range 224.0.0.0 up to 239.255.255.255."; leaf any-multicast-ipv4-address { type empty; description "Indicates the address is an IPv4 multicast group address."; } } // case any-multicast-ipv4-address case all-hosts-multicast-address { description "This represents the 'all hosts' IPv4 multicast group address 224.0.0.1 that is used to address all hosts on the same network segment."; leaf all-hosts-multicast-address { type empty; description "Indicates the IPv4 address is the 'all hosts' IPv4 multicast group address."; } } // case all-hosts-multicast-address case rip-multicast-address { description "This represents the RIP version 2 IPv4 multicast group address 224.0.0.9 that is used to send routing information to all RIPv2-aware routers on a network segment."; leaf rip-multicast-address { type empty; description "Indicates the IPv4 address is the RIP version 2 IPv4 multicast group address."; } } // case rip-multicast-address case ntp-multicast-address { description "This represents the NTP group IPv4 multicast group address 224.0.1.1 that is used to send network timing protocol messages to all NTP clients on a network segment."; leaf ntp-multicast-address { type empty; description "Indicates the IPv4 address is the NTP IPv4 multicast group address."; } } // case ntp-multicast-address case ipv4-prefix { if-feature bbf-classif:filter-on-ip-prefix; description "This represents an IPv4 address prefix."; leaf ipv4-prefix { type inet:ipv4-prefix; description "This represents an IPv4 address prefix. The prefix length is given by the number following the slash character and must be less than or equal to 32."; } } // case ipv4-prefix } // choice ipv4-address } // list destination-ipv4-address list destination-ipv6-address { key "name"; description "The frame classification to be performed on the destination IPv6 address."; leaf name { type bbf-yang:string-ascii64; description "The rule name."; } choice ipv6-address { description "A choice on the value of the IPv6 address."; case any-multicast-ipv6-address { description "This represents all IPv6 addresses which use the prefix ff00::/8."; leaf any-multicast-ipv6-address { type empty; description "Indicates the address is an IPv6 multicast address."; } } // case any-multicast-ipv6-address case all-nodes-multicast-ipv6-address { description "This represents the 'all nodes' IPv6 multicast address ff02::1 which is used to address all nodes on the local network segment."; leaf all-nodes-multicast-ipv6-address { type empty; description "Indicates the IPv6 address is the 'all nodes' IPv6 multicast address."; } } // case all-nodes-multicast-ipv6-address case rip-multicast-ipv6-address { description "This represents the Routing Information Protocol(RIP) IPv6 multicast address ff02::9 which is used to send routing information to all RIP aware routers on a network segment."; leaf rip-multicast-ipv6-address { type empty; description "Indicates the IPv6 address is the RIP routers IPv6 multicast address."; } } // case rip-multicast-ipv6-address case ntp-multicast-ipv6-address { description "This represents the NTP IPv6 multicast address ff02::101 which is used to send Network Timing Protocol (NTP) messages to all NTP clients on a network segment."; leaf ntp-multicast-ipv6-address { type empty; description "Indicates the IPv6 address is the NTP IPv6 multicast address."; } } // case ntp-multicast-ipv6-address case ipv6-prefix { if-feature bbf-classif:filter-on-ip-prefix; description "This represents an IPv6 address prefix."; leaf ipv6-prefix { type inet:ipv6-prefix; description "This represents an IPv6 address prefix. The prefix length is given by the number following the slash character and must be less than or equal to 128."; } } // case ipv6-prefix } // choice ipv6-address } // list destination-ipv6-address } // container frame-destination-filter leaf-list ethernet-frame-type { type bbf-dot1qt:ether-type-or-acronym; description "The value to be compared with the first Ethertype of an untagged Ethernet frame; or for frames that contain one or more VLAN tags it is the value to be compared with the Ethertype that is defined by the context where this grouping is used. It can be even the Ethertype that identifies a VLAN tag."; } leaf-list protocol { type protocols; description "Defines the protocols which will be matched."; } leaf dscp-range { type bbf-inet:dscp-range; description "String identifying the DSCP values and/or range."; reference "RFC 2474"; } } // container exclude-criteria container ingress-rewrite { presence "The presence of this container indicates that ingress frames will be subject to VLAN tag manipulations."; description "Ingress rewrite refers to the supported tag manipulations before the frame is offered to a higher layer interface or to a forwarder."; list copy-from-tags-to-marking-list { key "tag-index"; description "Input VLAN tag from which p-bits and/or DEI bits will be preserved."; leaf tag-index { type bbf-classif:tag-index; description "Specifies from which input VLAN tag fields MUST be copied to the frame's marking list."; } leaf pbit-marking-index { type union { type enumeration { enum "not-preserved" { value 0; description "The p-bits are not preserved."; } } type bbf-qos-cls:qos-pbit-marking-index; } default "not-preserved"; description "Specifies the index of the frame's p-bit marking list to which the p-bits shall be copied."; } leaf dei-marking-index { type union { type enumeration { enum "not-preserved" { value 0; description "The DEI bit is not preserved."; } } type bbf-qos-cls:qos-pbit-marking-index; } default "not-preserved"; description "Specifies the index of the frame's DEI marking list to which the DEI bit shall be copied."; } } // list copy-from-tags-to-marking-list leaf pop-tags { type uint8 { range "0..2"; } default "0"; description "The number of tags to pop."; } list push-tag { if-feature bbf-fpprof:vlan-id-translation; key "index"; max-elements 2; description "The VLAN tags to push."; leaf index { type bbf-classif:tag-index; must '(count(../../push-tag[index = 0]) > 0)' { error-message "An inner tag has been specified without an outer " + "tag"; description "Only allow a push of an inner tag if an outer tag is also being pushed."; } description "The index into the tag stack."; } leaf tag-type { type union { type bbf-dot1qt:dot1q-tag-type; type uint16; } description "VLAN tag type."; } leaf vlan-id { type union { type bbf-dot1qt:vlan-id-or-0; type enumeration { enum "vlan-id-is-a-parameter" { value 0; description "The VLAN ID of the tag to push into frames is not specified inside this profile but has to be specified at the place where this profile is referenced."; } } } mandatory true; description "The VLAN ID value to write in the sent frames' identified VLAN tag."; } choice pbit { mandatory true; description "Defines how to write the p-bits."; case write-pbit-0 { description "Tagged and priority-tagged frames contain p-bits. Untagged frames do not contain p-bits. Write-pbit-0 provides a simple method to identify what p-bits MUST be inserted in the output frame that can be applied to all frame types. More advanced methods can be provided via other pbit-action cases."; leaf write-pbit-0 { type empty; description "Push p-bits=000 in the tag."; } } // case write-pbit-0 case copy-pbit-from-input-or-0 { description "Copy from the specified input tag, or write p-bits=000 if the input tag does not exist."; leaf pbit-from-tag-index { type bbf-classif:tag-index; description "Specifies from which tag the p-bits MUST be copied."; } } // case copy-pbit-from-input-or-0 case write-pbit-value { if-feature bbf-subif-tag:write-pbit-value-in-vlan-tag; description "Write a p-bits value into the tag."; leaf write-pbit { type bbf-dot1qt:pbit; description "Specified p-bits value to write into the tag."; } } // case write-pbit-value case generate-pbit-from-marking-list-or-0 { description "The p-bits field in the VLAN tag is generated from the frame's p-bit marking list. If there is no p-bits in the p-bit marking list, then p-bits=000 is pushed in the VLAN tag of the frame."; leaf pbit-marking-index { type bbf-qos-cls:qos-pbit-marking-index; description "This leaf provides the index in the p-bit marking list from which the p-bits value shall be taken to put in the VLAN tag."; } } // case generate-pbit-from-marking-list-or-0 } // choice pbit choice dei { mandatory true; description "Defines how to write the DEI bit."; case write-dei-0 { description "Tagged and priority-tagged frames contain a DEI bit. Untagged frames do not contain a DEI bit. Write-dei-0 provides a simple method to identify what DEI MUST be inserted in the output frame that can be applied to all frame types. More advanced methods can be provided via other dei-action cases."; leaf write-dei-0 { type empty; description "Push DEI=0 in the tag."; } } // case write-dei-0 case copy-dei-from-input-or-0 { description "Copy DEI from the specified input tag, or write DEI=0 if the input tag does not exist."; leaf dei-from-tag-index { type bbf-classif:tag-index; description "Specifies from which tag the DEI bit MUST be copied."; } } // case copy-dei-from-input-or-0 case write-dei-1 { description "Tagged and priority-tagged frames contain a DEI bit. Untagged frames do not contain a DEI bit. Write-dei-1 provides a simple method to identify what DEI MUST be inserted in the output frame that can be applied to all frame types. More advanced methods can be provided via other dei-action cases."; leaf write-dei-1 { type empty; description "Push DEI=1 in the tag."; } } // case write-dei-1 case generate-dei-from-marking-list-or-0 { description "The DEI field in the VLAN tag is generated from the frame's DEI marking list. If there is no DEI bit in the DEI marking list, then DEI bit 0 is pushed in the VLAN tag of the frame."; leaf dei-marking-index { type bbf-qos-cls:qos-dei-marking-index; description "This leaf provides the index in the DEI marking list from which the DEI value shall be taken to put in the VLAN tag."; } } // case generate-dei-from-marking-list-or-0 } // choice dei } // list push-tag } // container ingress-rewrite container egress-rewrite { presence "The presence of this container indicates that egress frames will be subject to VLAN tag manipulations."; description "Egress refers to frames sent from the interface from which this profile is referenced towards the the lower-layer in the interface stack, i.e. in the direction of the physical interface. Rewrite refers to the supported tag manipulations."; leaf pop-tags { if-feature bbf-fpprof:vlan-id-translation; type uint8 { range "0..2"; } default "0"; description "The number of tags to pop."; } list push-tag { key "index"; max-elements 2; description "The VLAN tags to push."; leaf index { type bbf-classif:tag-index; must '(count(../../push-tag[index = 0]) > 0)' { error-message "An inner tag has been specified without an outer " + "tag"; description "Only allow a push of an inner tag if an outer tag is also being pushed."; } description "The index into the tag stack."; } leaf tag-type { type union { type bbf-dot1qt:dot1q-tag-type; type uint16; type enumeration { enum "tag-type-from-match" { value 0; description "The same value that is used in the match-criteria tag's list element with the same index is pushed into the frame."; } } } default "tag-type-from-match"; description "VLAN tag type."; } leaf vlan-id { type union { type bbf-dot1qt:vlan-id-or-0; type enumeration { enum "vlan-id-from-match" { value 0; description "The same value that is used in the match-criteria tag's list element with the same index is pushed into the frame."; } } } default "vlan-id-from-match"; description "The VLAN ID value to write in the sent frames' identified VLAN tag."; } choice pbit { mandatory true; description "Defines how to write the p-bits."; case write-pbit-0 { description "Tagged and priority-tagged frames contain p-bits. Untagged frames do not contain p-bits. Write-pbit-0 provides a simple method to identify what p-bits MUST be inserted in the output frame that can be applied to all frame types. More advanced methods can be provided via other pbit-action cases."; leaf write-pbit-0 { type empty; description "Push p-bits=000 in the tag."; } } // case write-pbit-0 case copy-pbit-from-input-or-0 { description "Copy from the specified input tag, or write p-bits=000 if the input tag does not exist."; leaf pbit-from-tag-index { type bbf-classif:tag-index; description "Specifies from which tag the p-bits MUST be copied."; } } // case copy-pbit-from-input-or-0 case write-pbit-value { if-feature bbf-subif-tag:write-pbit-value-in-vlan-tag; description "Write a p-bits value into the tag."; leaf write-pbit { type bbf-dot1qt:pbit; description "Specified p-bits value to write into the tag."; } } // case write-pbit-value case generate-pbit-from-marking-list-or-0 { description "The p-bits field in the VLAN tag is generated from the frame's p-bit marking list. If there is no p-bits in the p-bit marking list, then p-bits=000 is pushed in the VLAN tag of the frame."; leaf pbit-marking-index { type bbf-qos-cls:qos-pbit-marking-index; description "This leaf provides the index in the p-bit marking list from which the p-bits value shall be taken to put in the VLAN tag."; } } // case generate-pbit-from-marking-list-or-0 } // choice pbit choice dei { mandatory true; description "Defines how to write the DEI bit."; case write-dei-0 { description "Tagged and priority-tagged frames contain a DEI bit. Untagged frames do not contain a DEI bit. Write-dei-0 provides a simple method to identify what DEI MUST be inserted in the output frame that can be applied to all frame types. More advanced methods can be provided via other dei-action cases."; leaf write-dei-0 { type empty; description "Push DEI=0 in the tag."; } } // case write-dei-0 case copy-dei-from-input-or-0 { description "Copy DEI from the specified input tag, or write DEI=0 if the input tag does not exist."; leaf dei-from-tag-index { type bbf-classif:tag-index; description "Specifies from which tag the DEI bit MUST be copied."; } } // case copy-dei-from-input-or-0 case write-dei-1 { description "Tagged and priority-tagged frames contain a DEI bit. Untagged frames do not contain a DEI bit. Write-dei-1 provides a simple method to identify what DEI MUST be inserted in the output frame that can be applied to all frame types. More advanced methods can be provided via other dei-action cases."; leaf write-dei-1 { type empty; description "Push DEI=1 in the tag."; } } // case write-dei-1 case generate-dei-from-marking-list-or-0 { description "The DEI field in the VLAN tag is generated from the frame's DEI marking list. If there is no DEI bit in the DEI marking list, then DEI bit 0 is pushed in the VLAN tag of the frame."; leaf dei-marking-index { type bbf-qos-cls:qos-dei-marking-index; description "This leaf provides the index in the DEI marking list from which the DEI value shall be taken to put in the VLAN tag."; } } // case generate-dei-from-marking-list-or-0 } // choice dei } // list push-tag } // container egress-rewrite } // list frame-processing-profile } // container frame-processing-profiles } // module bbf-frame-processing-profiles
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