DataHoarder
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296 lines
14 KiB
YAML
296 lines
14 KiB
YAML
platform:
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# Device to match configuration against. Program will exit if model does not match
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device: "FM10840_B0"
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# Device VPD hash to match against. Use this when multiple FM10K with different serial numbers exist on system.
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#device_vpd_hash: "d3effea257d1348331a212d60d0b96ec1225c69a93c7e9fa1689b7f445c7d489"
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#device_vpd_hash: "f67978856fa13d7e2ce4f0af8971bfbe633447f91ca5791ec5add3c6860fc70d"
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configuration:
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# A preset to use, if any
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preset: "FM10840_B0_2x100G"
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#preset: "FM10840_B0_8x25G"
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# Extra configuration entries (or whole file) follow here in order
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entries:
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# Required to have working double VLAN tagging on PCIe ports
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#- ["api.port.allowFtagVlanTagging", "bool", "true"]
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#- ["api.platform.config.debug", "text", "CONFIG,MOD_STATE,MOD_LED,MOD_INTR,MOD_TYPE,PLAT_LOG"]
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#- ["api.platform.lib.config.debug", "text", "I2C_RW,I2C_MUX,PORT_LED"]
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#- ["api.platform.config.switch.0.portIndex.1.ethernetMode", "text", "40GBase-SR4"]
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#- ["api.platform.config.switch.0.portIndex.2.ethernetMode", "text", "40GBase-SR4"]
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# Override 100G ports to 10G
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#- ["api.platform.config.switch.0.portIndex.1.ethernetMode", "text", "10GBase-SR"]
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#- ["api.platform.config.switch.0.portIndex.2.ethernetMode", "text", "10GBase-SR"]
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# Override 25G ports to 10G
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#- ["api.platform.config.switch.0.portIndex.1.ethernetMode", "text", "10GBase-SR"]
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#- ["api.platform.config.switch.0.portIndex.2.ethernetMode", "text", "10GBase-SR"]
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#- ["api.platform.config.switch.0.portIndex.3.ethernetMode", "text", "10GBase-SR"]
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#- ["api.platform.config.switch.0.portIndex.4.ethernetMode", "text", "10GBase-SR"]
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#- ["api.platform.config.switch.0.portIndex.5.ethernetMode", "text", "10GBase-SR"]
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#- ["api.platform.config.switch.0.portIndex.6.ethernetMode", "text", "10GBase-SR"]
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#- ["api.platform.config.switch.0.portIndex.7.ethernetMode", "text", "10GBase-SR"]
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#- ["api.platform.config.switch.0.portIndex.8.ethernetMode", "text", "10GBase-SR"]
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switch:
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attributes:
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# Frame timeout in milliseconds. see FM_FRAME_AGING_TIME_MSEC
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#frame_aging_milliseconds:
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# Specifies which logical port to redirect CPU traffic to.
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# The logical port can be a physical port or a LAG port.
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# FM_REDIRECT_CPU_TRAFFIC
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# Defaults to api.platform.config.switch.0.cpuPort
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#cpu_port:
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# shared (default), per_vlan, multiple (not supported?)
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#stp_mode: shared
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lag:
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# static (default, static groups, discard), dynamic (pass to application)
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#mode: static
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#pruning: true
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vlan_learning:
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# VLAN learning mode. Values: independent (default), shared
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mode: independent
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# The VLAN to learn on when mode is shared (default 1)
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vlan: 1
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trap:
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# The 48-bit CPU MAC address (default: 0x000000000000).
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# Frames received by the switch with this destination MAC address will
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# be automatically trapped to the CPU.
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cpu_mac: 0x000000000000
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#8021x: true
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#bpdu: true
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#lacp: true
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#garp: true
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# This trap is only valid for routed frames.
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#mtu_violation: true
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# Broadcast flooding control. Values: forward, discard, forward_without_cpu (default), per_port
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broadcast_flooding: forward
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# Flood all multicast frames for which the multicast address is unknown on lookup to all ports including the CPU.
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# Note that the CPU will only receive unknown multicast frames on VLANs for which the CPU port is a member.
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# Multicast flooding control. Values: forward, discard, forward_without_cpu (default), per_port
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multicast_flooding: forward
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# Flood all unicast frames for which the destination address is unknown on lookup.
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# Note that the CPU will only receive unknown unicast frames on VLANs for which the CPU port is a member.
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# For FM10000 devices, this attribute must be set to ''forward'' to ensure that the VLAN information retrieved from a packet received from a PEP port is properly forwarded in the FTAG of the egress packet going to the CPU port.
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# If the ''port.unicast.flooding'' port attribute is used instead to forward unknown unicast packets to the CPU port, the VLAN information will not be preserved when such packets are forwarded to the CPU port.
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# Unicast flooding control. Values: forward, discard, forward_without_cpu (default), per_port
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unicast_flooding: forward
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# Must create vlans so they exist
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vlans:
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-
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id: 1
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attributes:
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# If enabled, then a frame may be sent out the VLAN it came in on.
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# On FM10000 devices, disabling reflection on a VLAN disables switching
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# frames on this VLAN between Virtual Functions on the same PCIe port.
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reflect: true
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# A VLAN must have this attribute enabled in order for traffic ingressing on the VLAN to be routed.
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# When this attribute is disabled, ingressing traffic will only be switched at layer 2.
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# Default false
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routable: false
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#TODO: trap_igmp + FM_PORT_PARSER
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-
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id: 2
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attributes:
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reflect: true
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routable: false
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# Definitions here share keys. First default, eth, pcie, special, cpu entries are applied, then specific port numbers
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ports:
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-
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# Default port definitions, except internal
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port: default
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attributes:
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tagging:
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# Selects the port tagging mode for this port. Values (see fm_portTaggingMode struct): 8021q (default), 8021ad_customer, 8021ad_provider, pseudo1, pseudo2
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mode: 8021q
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# The port's default VLAN. Tagging rules still apply from VLAN definition. The default value is 1.
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vid: 1
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# The port's default priority (0 - 7). The default value is 0.
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priority: 0
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# The port's default second VLAN. The default value is 1.
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#vid2: 1
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# The port's default second priority (0 - 7). The default value is 0.
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#priority2: 0
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# Whether the ingress VLAN-tagged frame's VLAN fields should be replaced with the port's default VLAN fields,
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# as specified by the ''tagging.vid'', ''tagging.priority'', and ''tagging.cfi'' attributes. Default false
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#
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# Note that this attribute does not affect the selection of the internal switch priority of the frame (in the case of SWPRI being chosen from VLAN priority),
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# as SWPRI is chosen before the port's default VLAN values are applied. See ''FM_PORT_SWPRI_SOURCE'' and ''FM_PORT_SWPRI_DSCP_PREF'' for details on the selection of SWPRI.
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replace: false
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# The port's default CFI (0 - 1). The default value is 0.
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# Also known as Drop eligible indicator (DEI). May be used separately or in conjunction with PCP to indicate frames eligible to be dropped in the presence of congestion.
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cfi: 0
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# The port's default DSCP (0 - 63). Default value is 0.
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dscp: 0
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# Defines the type of ISL tag (if any) present on frames ingressing on this port.
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# On FM10000, this attribute supports f56 or none (default) on Ethernet ports, but only none is supported for PCIe and TE ports.
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# Values: none, f56
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#isl_format:
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# The port's default internal switch priority (0 - 15). Default value is 0.
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switch_priority: 0
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drop:
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# Dropping frames that incur an ingress VLAN boundary violation. Default false
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boundary_violation: false
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# Dropping of untagged frames on ingress. Default false. See notes for FM_PORT_DROP_UNTAGGED
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untagged: false
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# Dropping of tagged frames on ingress. Default false. See notes for FM_PORT_DROP_TAGGED
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tagged: false
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loopback:
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# Internal loopback control. Frames emitted from the switch fabric towards an egress port are processed all the way
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# through the Ethernet port logic, then looped back from transmit to receive at the SerDes level, complete with preamble and IFG.
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# Can only be set on eth ports. Values: off (default), tx2rx, rx2tx
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mode: off
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# Whether frames emitted out of the switch fabric toward an egress port are instead looped back into the fabric.
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# Since such frames do not touch the Ethernet port logic of the chip, they will not have a preamble, nor do they invoke an IFG.
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# The associated port logic will be put in a standby mode so that any frames received at the port will not enter the switch fabric.
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# Values: off (default), tx2rx, rx2tx
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fabric: off
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# Indicates whether loopback suppression is enabled or disabled for a port.
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# Value is either true (default) or false (default for TE ports).
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# Note that this attribute has no effect when a port is a member of a link aggregation group.
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#suppression: true
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parser:
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# How far in OSI model packets are parsed before stopping.
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# l2 (default)
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# l3 - Set to this value to enable any L3 features, such as IGMP snooping, routing, IGMP storm control and L3 ACLs.
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# l4 - Set FM_PORT_PARSER to this value to enable L4 ACLs (default for TE ports), in addition to L3 features.
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# all
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mode: l2
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# When two VLAN tags are present and identical in a packet, then this attribute defines which one is considered as first.
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# Setting to false (default) makes VLAN1 first, VLAN2 second.
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#first_vlan2: false
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# Whether VID2 (VLAN ID in the second VLAN tag) is sent before VID1 (VLAN ID in the first VLAN tag) or after VID1.
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# Setting to true sends the VID2 first, then VID1 second.
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# Setting to false (default) sends the VID1 first, VID2 second.
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#first_vid2: false
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# A port must have this attribute enabled in order for traffic ingressing on the port to be routed.
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# When this attribute is disabled, ingressing traffic will only be switched at layer 2.
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routable: false
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# Egress updating of fields
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update:
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# Defines whether the port should decrement the TTL field on outgoing routed frames. Default true
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#ttl: true
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# Defines whether the port may modify the DSCP field on outgoing routed frames. Default true
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#dscp: true
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# Defines whether the port should modify the VLAN priority field on egress. Default false
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#vlan_priority: false
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# Defines whether the port should modify the VLAN2 priority field on egress. Default false
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#vlan2_priority: false
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# A bit mask indicating the fields that will be updated on a routed frame.
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# The mask consists of the OR of any of the following fields: DMAC, SMAC, VLAN
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# Default is [DMAC, SMAC, VLAN]
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routed: [DMAC, SMAC, VLAN]
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broadcast:
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# Whether a port is to prune flooded broadcast frames
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#pruning: false
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# Flooding control for per_port switch value. Values: forward_without_cpu, trap, forward, discard
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#flooding: forward_without_cpu
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multicast:
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# Whether a port is to prune flooded broadcast frames
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#pruning: false
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# Flooding control for per_port switch value. Values: forward_without_cpu, trap, forward, discard
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#flooding: forward_without_cpu
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unicast:
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# Whether a port is to prune flooded broadcast frames
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#pruning: false
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# Flooding control for per_port switch value. Values: forward_without_cpu, trap, forward, discard
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#flooding: forward_without_cpu
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# Indicates whether the port is an internal port in a multi-switch environment (port connects the switch to another switch).
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# Value is either FM_ENABLED or FM_DISABLED (default).
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# On FM10000, this attribute is always FM_DISABLED for PCIe ports and FM_ENABLED for TE ports.
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#internal: false
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vlans:
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-
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id: 1
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# Tag egressing frames or not with ISL tag format, or VLAN other tagging mode defined, default false. PCIe forced to false
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tag: false
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# Values: disabled, listening, learning, forwarding, blocking
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stp: forwarding
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-
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id: 2
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tag: true
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stp: forwarding
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-
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# Default PCIe port definitions
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port: pcie
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attributes:
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-
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# Default port definitions
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port: [special, eth, cpu]
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attributes:
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# Learning of source addresses on this port: true (default) or false (default for PEP and TE ports).
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# Note: This attribute must be enabled for the address table security features to apply to frames received on the port.
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learning: true
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-
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# Default epl/ETH port definitions
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port: eth
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attributes:
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# Maximum frame size in bytes, ranging from 0 to 15360 for FM10000
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# For FM10000, default value for an Ethernet port is 1536 and PCIE port is 15360.
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# Note that a specified value will be rounded up to the nearest multiple of 4.
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#
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# In FM10000, frame size is computed from DMAC till the end of FCS.
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# Hence the maximum frame size is actually MTU plus size of L2 header and FCS.
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# E.g., if the non-vlan tagged netdev interface (of PCIE) on the host has MTU 15342,
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# then the corresponding Max Frame Size is 15342 + 14 (L2 header) + 4 (FCS) = 15360.
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max_frame_size: 9036
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# none (default), sgmii, clause37, clause73
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#autonegotiation: clause73
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-
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# CPU port definitions
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port: cpu
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attributes:
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-
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# Port 1 definitions. As defined on platform configuration. This should be one of the QSFP (#1?) ports
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port: 1
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attributes:
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# The N-bit egress port mask to use when this port is the ingress port.
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# A one bit in the mask indicates that frames from this port can be forwarded to the port represented by the bit.
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# Each bit position corresponds to the logical port number of the egress port.
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# To allow, for example, ports 0, 1, 2, 3 to communicate here, use either raw mask value (0xf) or list form [0, 1, 2, 3]. -1 to allow all known but self
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#mask: -1
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