xNightR00T File Manager

# do not edit this file, it will be overwritten on update

# these rules generate rules for persistent network device naming
#
# variables used to communicate:
#   MATCHADDR             MAC address used for the match
#   MATCHID               bus_id used for the match
#   MATCHDRV              driver name used for the match
#   MATCHIFTYPE           interface type match
#   COMMENT               comment to add to the generated rule
#   INTERFACE_NAME        requested name supplied by external tool
#   INTERFACE_NEW         new interface name returned by rule writer

ACTION!="add", GOTO="persistent_net_generator_end"
SUBSYSTEM!="net", GOTO="persistent_net_generator_end"

# ignore the interface if a name has already been set
NAME=="?*", GOTO="persistent_net_generator_end"

# device name whitelist
KERNEL!="eth*|ath*|wlan*[0-9]|msh*|ra*|sta*|ctc*|lcs*|hsi*", GOTO="persistent_net_generator_end"

IMPORT{cmdline}="net.ifnames"
ENV{net.ifnames}=="1", GOTO="persistent_net_generator_end"

# read MAC address
ENV{MATCHADDR}="$attr{address}"

# match interface type
ENV{MATCHIFTYPE}="$attr{type}"

# detect virtualization (none is set if we are not a guest)
ENV{ID_VIRT}="none", PROGRAM=="/usr/bin/systemd-detect-virt", RESULT=="?*", ENV{ID_VIRT}="$result"

# KVM virtual interfaces, not to be confused with Realtek interfaces
ENV{MATCHADDR}=="52:54:00:*", ENV{ID_VIRT}=="kvm", ENV{MATCHADDR}=""

# ignore VMWare virtual interfaces
ENV{MATCHADDR}=="00:0c:29:*|00:50:56:*", GOTO="persistent_net_generator_end"
# ignore Hyper-V virtual interfaces
ENV{MATCHADDR}=="00:15:5d:*", GOTO="persistent_net_generator_end"

# These vendors are known to violate the local MAC address assignment scheme
# Interlan, DEC (UNIBUS or QBUS), Apollo, Cisco, Racal-Datacom
ENV{MATCHADDR}=="02:07:01:*", GOTO="globally_administered_whitelist"
# 3Com
ENV{MATCHADDR}=="02:60:60:*", GOTO="globally_administered_whitelist"
# 3Com IBM PC; Imagen; Valid; Cisco; Apple
ENV{MATCHADDR}=="02:60:8c:*", GOTO="globally_administered_whitelist"
# Intel
ENV{MATCHADDR}=="02:a0:c9:*", GOTO="globally_administered_whitelist"
# Olivetti
ENV{MATCHADDR}=="02:aa:3c:*", GOTO="globally_administered_whitelist"
# CMC Masscomp; Silicon Graphics; Prime EXL
ENV{MATCHADDR}=="02:cf:1f:*", GOTO="globally_administered_whitelist"
# Prominet Corporation Gigabit Ethernet Switch
ENV{MATCHADDR}=="02:e0:3b:*", GOTO="globally_administered_whitelist"
# BTI (Bus-Tech, Inc.) IBM Mainframes
ENV{MATCHADDR}=="02:e6:d3:*", GOTO="globally_administered_whitelist"
# Realtek
ENV{MATCHADDR}=="52:54:00:*", GOTO="globally_administered_whitelist"
# Novell 2000
ENV{MATCHADDR}=="52:54:4c:*", GOTO="globally_administered_whitelist"
# Realtec
ENV{MATCHADDR}=="52:54:ab:*", GOTO="globally_administered_whitelist"
# Kingston Technologies
ENV{MATCHADDR}=="e2:0c:0f:*", GOTO="globally_administered_whitelist"
# Xensource
ENV{MATCHADDR}=="00:16:3e:*", GOTO="globally_administered_whitelist"

# ibmveth/ibmvnic like to use "locally administered" MAC addresses
DRIVERS=="ibmveth", ENV{MATCHADDR}="$attr{address}", GOTO="globally_administered_whitelist"
DRIVERS=="ibmvnic", ENV{MATCHADDR}="$attr{address}", GOTO="globally_administered_whitelist"

# mlx4 on s390 uses to be a Mellanox SR-IOV function for an S/390 LPAR
# where the physical function is controlled by the LPAR hypervisor
# (unlike x86_64 KVM guest, where the physical function is controlled
# by the linux host OS). In this case all virtual SR-IOV virtual
# functions will have a "locally administered" MAC address and will
# share the same bus (PCI) id (0000:00:00.0) unlike on on x86_64 where
# the MAC addresses are random.
DRIVERS=="mlx4_core", KERNELS=="0000:00:00.0", ENV{MATCHADDR}="$attr{address}", GOTO="globally_administered_whitelist"

# match interface dev_id
# HACK: for s390x qeth devices, if layer2 == 0, dont use dev_id
ENV{LAYER2}="1", TEST=="device/layer2", ENV{LAYER2}="$attr{device/layer2}"
ENV{LAYER2}!="0", ATTR{dev_id}=="?*", ENV{MATCHDEVID}="$attr{dev_id}"

# do not use "locally administered" MAC address
ENV{MATCHADDR}=="?[2367abef]:*", ENV{MATCHADDR}=""

# if mac is "locally administered", then use $id (KERNELS) and $driver (DRIVERS)
ENV{MATCHADDR}=="", DRIVERS=="?*", SUBSYSTEMS=="pci|ccw", ENV{MATCHID}="$id", ENV{MATCHDRV}="$driver"

# do not use empty address
ENV{MATCHADDR}=="00:00:00:00:00:00", ENV{MATCHADDR}=""

LABEL="globally_administered_whitelist"

# build comment line for generated rule:
SUBSYSTEMS=="pci", ENV{COMMENT}="PCI device $attr{vendor}:$attr{device} ($driver)"
SUBSYSTEMS=="ccw", ENV{COMMENT}="S/390 $driver device at $id"
SUBSYSTEMS=="usb", ATTRS{idVendor}=="?*", ENV{COMMENT}="USB device 0x$attr{idVendor}:0x$attr{idProduct} ($driver)"
SUBSYSTEMS=="pcmcia", ENV{COMMENT}="PCMCIA device $attr{card_id}:$attr{manf_id} ($driver)"
SUBSYSTEMS=="ieee1394", ENV{COMMENT}="Firewire device $attr{host_id})"
DRIVERS=="ibmveth", ENV{COMMENT}="ibmveth ($id)"
DRIVERS=="ibmvnic", ENV{COMMENT}="ibmvnic ($id)"
DRIVERS=="mlx4_core", ENV{COMMENT}="mlx4_core ($id)"

# S/390 uses id matches only, do not use MAC address match
SUBSYSTEMS=="ccwgroup", ENV{COMMENT}="S/390 $driver device at $id", ENV{MATCHID}="$id", ENV{MATCHDRV}="$driver", ENV{MATCHADDR}=""

# see if we got enough data to create a rule
ENV{MATCHADDR}=="", ENV{MATCHID}=="", ENV{INTERFACE_NAME}=="", GOTO="persistent_net_generator_end"

# default comment
ENV{COMMENT}=="", ENV{COMMENT}="net device ($attr{driver})"

# write rule
DRIVERS=="?*", IMPORT{program}="write_net_rules"

# rename interface if needed
ENV{INTERFACE_NEW}=="?*", NAME="$env{INTERFACE_NEW}"

LABEL="persistent_net_generator_end"