network

type AddressSpec = typed.Resource[AddressSpecSpec, AddressSpecExtension]

type AddressSpecExtension struct{}

type AddressSpecSpec struct {
	Address         netip.Prefix            `yaml:"address" protobuf:"1"`
	LinkName        string                  `yaml:"linkName" protobuf:"2"`
	Family          nethelpers.Family       `yaml:"family" protobuf:"3"`
	Scope           nethelpers.Scope        `yaml:"scope" protobuf:"4"`
	Flags           nethelpers.AddressFlags `yaml:"flags" protobuf:"5"`
	AnnounceWithARP bool                    `yaml:"announceWithARP,omitempty" protobuf:"6"`
	Priority        uint32                  `yaml:"priority,omitempty" protobuf:"8"`
	ConfigLayer     ConfigLayer             `yaml:"layer" protobuf:"7"`
}

type AddressStatus = typed.Resource[AddressStatusSpec, AddressStatusExtension]

type AddressStatusExtension struct{}

type AddressStatusSpec struct {
	Address   netip.Prefix            `yaml:"address" protobuf:"1"`
	Local     netip.Addr              `yaml:"local,omitempty" protobuf:"2"`
	Broadcast netip.Addr              `yaml:"broadcast,omitempty" protobuf:"3"`
	Anycast   netip.Addr              `yaml:"anycast,omitempty" protobuf:"4"`
	Multicast netip.Addr              `yaml:"multicast,omitempty" protobuf:"5"`
	LinkIndex uint32                  `yaml:"linkIndex" protobuf:"6"`
	LinkName  string                  `yaml:"linkName" protobuf:"7"`
	Family    nethelpers.Family       `yaml:"family" protobuf:"8"`
	Scope     nethelpers.Scope        `yaml:"scope" protobuf:"9"`
	Flags     nethelpers.AddressFlags `yaml:"flags" protobuf:"10"`
	Priority  uint32                  `yaml:"priority" protobuf:"11"`
}

type BondMasterSpec struct {
	// Mode specifies the bonding policy
	Mode nethelpers.BondMode `yaml:"mode" protobuf:"1"`
	// HashPolicy selects the transmit hash policy to use for slave selection.
	HashPolicy nethelpers.BondXmitHashPolicy `yaml:"xmitHashPolicy" protobuf:"2"`
	// LACPRate specifies the rate at which LACPDU frames are sent.
	LACPRate nethelpers.LACPRate `yaml:"lacpRate" protobuf:"3"`
	// ARPValidate specifies whether or not ARP probes and replies should be validated.
	ARPValidate nethelpers.ARPValidate `yaml:"arpValidate" protobuf:"4"`
	// ARPAllTargets specifies whether ARP probes should be sent to any or all targets.
	ARPAllTargets nethelpers.ARPAllTargets `yaml:"arpAllTargets" protobuf:"5"`
	// PrimaryIndex is a device index specifying which slave is the primary device.
	PrimaryIndex *uint32 `yaml:"primary,omitempty" protobuf:"6"`
	// PrimaryReselect specifies the policy under which the primary slave should be reselected.
	PrimaryReselect nethelpers.PrimaryReselect `yaml:"primaryReselect" protobuf:"7"`
	// FailOverMac whether active-backup mode should set all slaves to the same MAC address at enslavement, when enabled, or perform special handling.
	FailOverMac nethelpers.FailOverMAC `yaml:"failOverMac" protobuf:"8"`
	// ADSelect specifies the aggregate selection policy for 802.3ad.
	ADSelect nethelpers.ADSelect `yaml:"adSelect,omitempty" protobuf:"9"`
	// MIIMon is the link monitoring frequency in milliseconds.
	MIIMon uint32 `yaml:"miimon,omitempty" protobuf:"10"`
	// UpDelay is the time, in milliseconds, to wait before enabling a slave after a link recovery has been detected.
	UpDelay uint32 `yaml:"updelay,omitempty" protobuf:"11"`
	// DownDelay is the time, in milliseconds, to wait before disabling a slave after a link failure has been detected.
	DownDelay uint32 `yaml:"downdelay,omitempty" protobuf:"12"`
	// ARPInterval is the ARP link monitoring frequency in milliseconds.
	ARPInterval uint32 `yaml:"arpInterval,omitempty" protobuf:"13"`
	// ResendIGMP specifies the number of times IGMP packets should be resent.
	ResendIGMP uint32 `yaml:"resendIgmp,omitempty" protobuf:"14"`
	// MinLinks specifies the minimum number of active links to assert carrier.
	MinLinks uint32 `yaml:"minLinks,omitempty" protobuf:"15"`
	// LPInterval specifies the number of seconds between instances where the bonding driver sends learning packets to each slave's peer switch.
	LPInterval uint32 `yaml:"lpInterval,omitempty" protobuf:"16"`
	// PacketsPerSlave specifies the number of packets to transmit through a slave before moving to the next one.
	PacketsPerSlave uint32 `yaml:"packetsPerSlave,omitempty" protobuf:"17"`
	// NumPeerNotif specifies the number of peer notifications
	// (gratuitous ARPs and unsolicited IPv6 Neighbor Advertisements) to be issued after a failover event.
	NumPeerNotif uint8 `yaml:"numPeerNotif,omitempty" protobuf:"18"`
	// TLBDynamicLB specifies if dynamic shuffling of flows is enabled in tlb or alb mode.
	TLBDynamicLB uint8 `yaml:"tlbLogicalLb,omitempty" protobuf:"19"`
	// AllSlavesActive specifies that duplicate frames (received on inactive ports) should be dropped (0) or delivered (1).
	AllSlavesActive uint8 `yaml:"allSlavesActive,omitempty" protobuf:"20"`
	// UseCarrier specifies whether or not miimon should use MII or ETHTOOL.
	UseCarrier bool `yaml:"useCarrier,omitempty" protobuf:"21"`
	// ADActorSysPrio is the actor system priority for 802.3ad.
	ADActorSysPrio uint16 `yaml:"adActorSysPrio,omitempty" protobuf:"22"`
	// ADUserPortKey is the user port key (upper 10 bits) for 802.3ad.
	ADUserPortKey uint16 `yaml:"adUserPortKey,omitempty" protobuf:"23"`
	// PeerNotifyDelay is the delay, in milliseconds, between each peer notification.
	PeerNotifyDelay uint32 `yaml:"peerNotifyDelay,omitempty" protobuf:"24"`
	// ARPIPTargets is the list of IP addresses to use for ARP link monitoring when ARPInterval is set.
	//
	// Maximum of 16 targets are supported.
	ARPIPTargets []netip.Addr `yaml:"arpIpTargets,omitempty" protobuf:"25"`
	// NSIP6Targets is the list of IPv6 addresses to use for NS link monitoring when ARPInterval is set.
	//
	// Maximum of 16 targets are supported.
	NSIP6Targets []netip.Addr `yaml:"nsIp6Targets,omitempty" protobuf:"26"`
	// ADLACPActive specifies whether to send LACPDU frames periodically.
	ADLACPActive nethelpers.ADLACPActive `yaml:"adLacpActive,omitempty" protobuf:"27"`
	// MissedMax is the number of arp_interval monitor checks that must fail in order for an interface to be marked down by the ARP monitor.
	MissedMax uint8 `yaml:"missedMax,omitempty" protobuf:"28"`
}

type BondSlave struct {
	// MasterName indicates master link for enslaved bonded interfaces.
	MasterName string `yaml:"masterName,omitempty" protobuf:"1"`

	// SlaveIndex indicates a slave's position in bond.
	SlaveIndex int `yaml:"slaveIndex,omitempty" protobuf:"2"`
}

type BridgeMasterSpec struct {
	STP  STPSpec        `yaml:"stp,omitempty" protobuf:"1"`
	VLAN BridgeVLANSpec `yaml:"vlan,omitempty" protobuf:"2"`
}

type BridgeSlave struct {
	// MasterName indicates master link for enslaved bridged interfaces.
	MasterName string `yaml:"masterName,omitempty" protobuf:"1"`
}

type BridgeVLANSpec struct {
	FilteringEnabled bool `yaml:"filteringEnabled" protobuf:"1"`
}

type ClientIdentifierSpec struct {
	ClientIdentifier nethelpers.ClientIdentifier `yaml:"clientIdentifier" protobuf:"1"`
	DUIDRawHex       string                      `yaml:"duidRawHex,omitempty" protobuf:"2"`
}

type ConfigLayer int

type DHCP4OperatorSpec struct {
	RouteMetric         uint32               `yaml:"routeMetric" protobuf:"1"`
	SkipHostnameRequest bool                 `yaml:"skipHostnameRequest,omitempty" protobuf:"2"`
	ClientIdentifier    ClientIdentifierSpec `yaml:"clientIdentifier,omitempty" protobuf:"3"`
}

type DHCP6OperatorSpec struct {
	RouteMetric         uint32               `yaml:"routeMetric" protobuf:"2"`
	SkipHostnameRequest bool                 `yaml:"skipHostnameRequest,omitempty" protobuf:"3"`
	ClientIdentifier    ClientIdentifierSpec `yaml:"clientIdentifier,omitempty" protobuf:"4"`
}

type DNSConn struct {
	// contains filtered or unexported fields
}

type DNSResolveCache = typed.Resource[DNSResolveCacheSpec, DNSResolveCacheExtension]

type DNSResolveCacheExtension struct{}

type DNSResolveCacheSpec struct {
	Status string `yaml:"status" protobuf:"1"`
}

type DNSUpstream = typed.Resource[DNSUpstreamSpec, DNSUpstreamExtension]

type DNSUpstreamExtension struct{}

type DNSUpstreamSpec = handle.ResourceSpec[DNSUpstreamSpecSpec]

type DNSUpstreamSpecSpec struct {
	Conn *DNSConn
}

type DeviceConfigSpec = typed.Resource[DeviceConfigSpecSpec, DeviceConfigSpecExtension]

type DeviceConfigSpecExtension struct{}

type DeviceConfigSpecSpec struct {
	Device config.Device `protobuf:"1"`
}

type EthernetChannelsSpec struct {
	RX       *uint32 `yaml:"rx,omitempty" protobuf:"1"`
	TX       *uint32 `yaml:"tx,omitempty" protobuf:"2"`
	Other    *uint32 `yaml:"other,omitempty" protobuf:"3"`
	Combined *uint32 `yaml:"combined,omitempty" protobuf:"4"`
}

type EthernetChannelsStatus struct {
	// Read-only settings.
	RXMax       *uint32 `yaml:"rx-max,omitempty" protobuf:"1"`
	TXMax       *uint32 `yaml:"tx-max,omitempty" protobuf:"2"`
	OtherMax    *uint32 `yaml:"other-max,omitempty" protobuf:"3"`
	CombinedMax *uint32 `yaml:"combined-max,omitempty" protobuf:"4"`

	// Current settings (read-write).
	RX       *uint32 `yaml:"rx,omitempty" protobuf:"5"`
	TX       *uint32 `yaml:"tx,omitempty" protobuf:"6"`
	Other    *uint32 `yaml:"other,omitempty" protobuf:"7"`
	Combined *uint32 `yaml:"combined,omitempty" protobuf:"8"`
}

type EthernetFeatureStatus struct {
	Name   string `yaml:"name" protobuf:"1"`
	Status string `yaml:"status" protobuf:"2"`
}

type EthernetFeatureStatusList []EthernetFeatureStatus

type EthernetRingsSpec struct {
	RX           *uint32 `yaml:"rx,omitempty" protobuf:"1"`
	TX           *uint32 `yaml:"tx,omitempty" protobuf:"4"`
	RXMini       *uint32 `yaml:"rx-mini,omitempty" protobuf:"2"`
	RXJumbo      *uint32 `yaml:"rx-jumbo,omitempty" protobuf:"3"`
	RXBufLen     *uint32 `yaml:"rx-buf-len,omitempty" protobuf:"5"`
	CQESize      *uint32 `yaml:"cqe-size,omitempty" protobuf:"6"`
	TXPush       *bool   `yaml:"tx-push,omitempty" protobuf:"7"`
	RXPush       *bool   `yaml:"rx-push,omitempty" protobuf:"8"`
	TXPushBufLen *uint32 `yaml:"tx-push-buf-len,omitempty" protobuf:"9"`
	TCPDataSplit *bool   `yaml:"tcp-data-split,omitempty" protobuf:"10"`
}

type EthernetRingsStatus struct {
	// Read-only settings.
	RXMax           *uint32 `yaml:"rx-max,omitempty" protobuf:"1"`
	RXMiniMax       *uint32 `yaml:"rx-mini-max,omitempty" protobuf:"2"`
	RXJumboMax      *uint32 `yaml:"rx-jumbo-max,omitempty" protobuf:"3"`
	TXMax           *uint32 `yaml:"tx-max,omitempty" protobuf:"4"`
	TXPushBufLenMax *uint32 `yaml:"tx-push-buf-len-max,omitempty" protobuf:"5"`

	// Current settings (read-write).
	RX           *uint32 `yaml:"rx,omitempty" protobuf:"6"`
	RXMini       *uint32 `yaml:"rx-mini,omitempty" protobuf:"7"`
	RXJumbo      *uint32 `yaml:"rx-jumbo,omitempty" protobuf:"8"`
	TX           *uint32 `yaml:"tx,omitempty" protobuf:"9"`
	RXBufLen     *uint32 `yaml:"rx-buf-len,omitempty" protobuf:"10"`
	CQESize      *uint32 `yaml:"cqe-size,omitempty" protobuf:"11"`
	TXPush       *bool   `yaml:"tx-push,omitempty" protobuf:"12"`
	RXPush       *bool   `yaml:"rx-push,omitempty" protobuf:"13"`
	TXPushBufLen *uint32 `yaml:"tx-push-buf-len,omitempty" protobuf:"14"`
	TCPDataSplit *bool   `yaml:"tcp-data-split,omitempty" protobuf:"15"`
}

type EthernetSpec = typed.Resource[EthernetSpecSpec, EthernetSpecExtension]

type EthernetSpecExtension struct{}

type EthernetSpecSpec struct {
	Rings     EthernetRingsSpec    `yaml:"rings,omitempty" protobuf:"1"`
	Features  map[string]bool      `yaml:"features,omitempty" protobuf:"2"`
	Channels  EthernetChannelsSpec `yaml:"channels,omitempty" protobuf:"3"`
	WakeOnLAN []nethelpers.WOLMode `yaml:"wakeOnLan,omitempty" protobuf:"4"`
}

type EthernetStatus = typed.Resource[EthernetStatusSpec, EthernetStatusExtension]

type EthernetStatusExtension struct{}

type EthernetStatusSpec struct {
	LinkState     *bool                     `yaml:"linkState,omitempty" protobuf:"1"`
	SpeedMegabits int                       `yaml:"speedMbit,omitempty" protobuf:"2"`
	Port          nethelpers.Port           `yaml:"port" protobuf:"3"`
	Duplex        nethelpers.Duplex         `yaml:"duplex" protobuf:"4"`
	OurModes      []string                  `yaml:"ourModes,omitempty" protobuf:"5"`
	PeerModes     []string                  `yaml:"peerModes,omitempty" protobuf:"6"`
	Rings         *EthernetRingsStatus      `yaml:"rings,omitempty" protobuf:"7"`
	Features      EthernetFeatureStatusList `yaml:"features,omitempty" protobuf:"8"`
	Channels      *EthernetChannelsStatus   `yaml:"channels,omitempty" protobuf:"9"`
	WakeOnLAN     []nethelpers.WOLMode      `yaml:"wakeOnLAN,omitempty" protobuf:"10"`
}

type HardwareAddr = typed.Resource[HardwareAddrSpec, HardwareAddrExtension]

type HardwareAddrExtension struct{}

type HardwareAddrSpec struct {
	// Name defines link name
	Name string `yaml:"name" protobuf:"1"`

	// Hardware address
	HardwareAddr nethelpers.HardwareAddr `yaml:"hardwareAddr" protobuf:"2"`
}

type HostDNSConfig = typed.Resource[HostDNSConfigSpec, HostDNSConfigExtension]

type HostDNSConfigExtension struct{}

type HostDNSConfigSpec struct {
	Enabled               bool             `yaml:"enabled" protobuf:"1"`
	ListenAddresses       []netip.AddrPort `yaml:"listenAddresses,omitempty" protobuf:"2"`
	ServiceHostDNSAddress netip.Addr       `yaml:"serviceHostDNSAddress,omitempty" protobuf:"3"`
	ResolveMemberNames    bool             `yaml:"resolveMemberNames,omitempty" protobuf:"4"`
}

type HostnameSpec = typed.Resource[HostnameSpecSpec, HostnameSpecExtension]

type HostnameSpecExtension struct{}

type HostnameSpecSpec struct {
	Hostname    string      `yaml:"hostname" protobuf:"1"`
	Domainname  string      `yaml:"domainname" protobuf:"2"`
	ConfigLayer ConfigLayer `yaml:"layer" protobuf:"3"`
}

type HostnameStatus = typed.Resource[HostnameStatusSpec, HostnameStatusExtension]

type HostnameStatusExtension struct{}

type HostnameStatusSpec struct {
	Hostname   string `yaml:"hostname" protobuf:"1"`
	Domainname string `yaml:"domainname" protobuf:"2"`
}

type LinkAliasSpec = typed.Resource[LinkAliasSpecSpec, LinkAliasSpecExtension]

type LinkAliasSpecExtension struct{}

type LinkAliasSpecSpec struct {
	Alias string `yaml:"alias" protobuf:"1"`
}

type LinkRefresh = typed.Resource[LinkRefreshSpec, LinkRefreshExtension]

type LinkRefreshExtension struct{}

type LinkRefreshSpec struct {
	Generation int `yaml:"generation" protobuf:"1"`
}

type LinkResolver struct {
	// contains filtered or unexported fields
}

type LinkSpec = typed.Resource[LinkSpecSpec, LinkSpecExtension]

type LinkSpecExtension struct{}

type LinkSpecSpec struct {
	// Name defines link name
	Name string `yaml:"name" protobuf:"1"`

	// Logical describes if the interface should be created on the fly if it doesn't exist.
	Logical bool `yaml:"logical" protobuf:"2"`

	// If Up is true, bring interface up, otherwise bring interface down.
	//
	// TODO: make *bool ?
	Up bool `yaml:"up" protobuf:"3"`

	// Interface MTU (always applies).
	MTU uint32 `yaml:"mtu" protobuf:"4"`

	// Kind and Type are only required for Logical interfaces.
	Kind string              `yaml:"kind" protobuf:"5"`
	Type nethelpers.LinkType `yaml:"type" protobuf:"6"`

	// Override hardware (MAC) address (if supported).
	HardwareAddress nethelpers.HardwareAddr `yaml:"hardwareAddr,omitempty" protobuf:"15"`

	// ParentName indicates link parent for VLAN interfaces.
	ParentName string `yaml:"parentName,omitempty" protobuf:"7"`

	// MasterName indicates master link for enslaved bonded interfaces.
	BondSlave BondSlave `yaml:",omitempty,inline" protobuf:"8"`

	// BridgeSlave indicates master link for bridged interfaces.
	BridgeSlave BridgeSlave `yaml:"bridgeSlave,omitempty" protobuf:"9"`

	// These structures are present depending on "Kind" for Logical interfaces.
	VLAN         VLANSpec         `yaml:"vlan,omitempty" protobuf:"10"`
	BondMaster   BondMasterSpec   `yaml:"bondMaster,omitempty" protobuf:"11"`
	BridgeMaster BridgeMasterSpec `yaml:"bridgeMaster,omitempty" protobuf:"12"`
	Wireguard    WireguardSpec    `yaml:"wireguard,omitempty" protobuf:"13"`

	// Configuration layer.
	ConfigLayer ConfigLayer `yaml:"layer" protobuf:"14"`

	// Multicast indicates whether the multicast flag should be set on the interface to the value.
	Multicast *bool `yaml:"multicast,omitempty" protobuf:"16"`
}

type LinkStatus = typed.Resource[LinkStatusSpec, LinkStatusExtension]

type LinkStatusExtension struct{}

type LinkStatusSpec struct {
	// Fields coming from rtnetlink API.
	Alias            string                      `yaml:"alias,omitempty" protobuf:"31"`
	AltNames         []string                    `yaml:"altNames,omitempty" protobuf:"32"`
	Index            uint32                      `yaml:"index" protobuf:"1"`
	Type             nethelpers.LinkType         `yaml:"type" protobuf:"2"`
	LinkIndex        uint32                      `yaml:"linkIndex" protobuf:"3"`
	Flags            nethelpers.LinkFlags        `yaml:"flags" protobuf:"4"`
	HardwareAddr     nethelpers.HardwareAddr     `yaml:"hardwareAddr" protobuf:"5"`
	PermanentAddr    nethelpers.HardwareAddr     `yaml:"permanentAddr" protobuf:"30"`
	BroadcastAddr    nethelpers.HardwareAddr     `yaml:"broadcastAddr" protobuf:"6"`
	MTU              uint32                      `yaml:"mtu" protobuf:"7"`
	QueueDisc        string                      `yaml:"queueDisc" protobuf:"8"`
	MasterIndex      uint32                      `yaml:"masterIndex,omitempty" protobuf:"9"`
	OperationalState nethelpers.OperationalState `yaml:"operationalState" protobuf:"10"`
	Kind             string                      `yaml:"kind" protobuf:"11"`
	SlaveKind        string                      `yaml:"slaveKind" protobuf:"12"`
	BusPath          string                      `yaml:"busPath,omitempty" protobuf:"13"`
	PCIID            string                      `yaml:"pciID,omitempty" protobuf:"14"`
	Driver           string                      `yaml:"driver,omitempty" protobuf:"15"`
	DriverVersion    string                      `yaml:"driverVersion,omitempty" protobuf:"16"`
	FirmwareVersion  string                      `yaml:"firmwareVersion,omitempty" protobuf:"17"`
	ProductID        string                      `yaml:"productID,omitempty" protobuf:"18"`
	VendorID         string                      `yaml:"vendorID,omitempty" protobuf:"19"`
	Product          string                      `yaml:"product,omitempty" protobuf:"20"`
	Vendor           string                      `yaml:"vendor,omitempty" protobuf:"21"`
	// Fields coming from ethtool API.
	LinkState     bool              `yaml:"linkState" protobuf:"22"`
	SpeedMegabits int               `yaml:"speedMbit,omitempty" protobuf:"23"`
	Port          nethelpers.Port   `yaml:"port" protobuf:"24"`
	Duplex        nethelpers.Duplex `yaml:"duplex" protobuf:"25"`
	// Following fields are only populated with respective Kind.
	VLAN         VLANSpec         `yaml:"vlan,omitempty" protobuf:"26"`
	BridgeMaster BridgeMasterSpec `yaml:"bridgeMaster,omitempty" protobuf:"27"`
	BondMaster   BondMasterSpec   `yaml:"bondMaster,omitempty" protobuf:"28"`
	Wireguard    WireguardSpec    `yaml:"wireguard,omitempty" protobuf:"29"`
}

type NfTablesAddressMatch struct {
	IncludeSubnets []netip.Prefix `yaml:"includeSubnets,omitempty" protobuf:"1"`
	ExcludeSubnets []netip.Prefix `yaml:"excludeSubnets,omitempty" protobuf:"2"`
	Invert         bool           `yaml:"invert,omitempty" protobuf:"3"`
}

type NfTablesChain = typed.Resource[NfTablesChainSpec, NfTablesChainExtension]

type NfTablesChainExtension struct{}

type NfTablesChainSpec struct {
	Type     nethelpers.NfTablesChainType     `yaml:"type" protobuf:"1"`
	Hook     nethelpers.NfTablesChainHook     `yaml:"hook" protobuf:"2"`
	Priority nethelpers.NfTablesChainPriority `yaml:"priority" protobuf:"3"`
	Policy   nethelpers.NfTablesVerdict       `yaml:"policy" protobuf:"5"`

	Rules []NfTablesRule `yaml:"rules" protobuf:"4"`
}

type NfTablesClampMSS struct {
	MTU uint16 `yaml:"mtu" protobuf:"1"`
}

type NfTablesConntrackStateMatch struct {
	States []nethelpers.ConntrackState `yaml:"states" protobuf:"1"`
}

type NfTablesICMPTypeMatch struct {
	Types []nethelpers.ICMPType `yaml:"types" protobuf:"1"`
}

type NfTablesIfNameMatch struct {
	InterfaceNames []string                 `yaml:"interfaceName" protobuf:"3"`
	Operator       nethelpers.MatchOperator `yaml:"operator" protobuf:"2"`
}

type NfTablesLayer4Match struct {
	Protocol             nethelpers.Protocol    `yaml:"protocol" protobuf:"1"`
	MatchSourcePort      *NfTablesPortMatch     `yaml:"matchSourcePort,omitempty" protobuf:"2"`
	MatchDestinationPort *NfTablesPortMatch     `yaml:"matchDestinationPort,omitempty" protobuf:"3"`
	MatchICMPType        *NfTablesICMPTypeMatch `yaml:"matchICMPType,omitempty" protobuf:"4"`
}

type NfTablesLimitMatch struct {
	PacketRatePerSecond uint64 `yaml:"packetRatePerSecond" protobuf:"1"`
}

type NfTablesMark struct {
	Mask  uint32 `yaml:"mask,omitempty" protobuf:"1"`
	Xor   uint32 `yaml:"xor,omitempty" protobuf:"2"`
	Value uint32 `yaml:"value,omitempty" protobuf:"3"`
}

type NfTablesPortMatch struct {
	Ranges []PortRange `yaml:"ranges,omitempty" protobuf:"1"`
}

type NfTablesRule struct {
	MatchIIfName            *NfTablesIfNameMatch         `yaml:"matchIIfName,omitempty" protobuf:"8"`
	MatchOIfName            *NfTablesIfNameMatch         `yaml:"matchOIfName,omitempty" protobuf:"1"`
	MatchMark               *NfTablesMark                `yaml:"matchMark,omitempty" protobuf:"3"`
	MatchConntrackState     *NfTablesConntrackStateMatch `yaml:"matchConntrackState,omitempty" protobuf:"11"`
	MatchSourceAddress      *NfTablesAddressMatch        `yaml:"matchSourceAddress,omitempty" protobuf:"5"`
	MatchDestinationAddress *NfTablesAddressMatch        `yaml:"matchDestinationAddress,omitempty" protobuf:"6"`
	MatchLayer4             *NfTablesLayer4Match         `yaml:"matchLayer4,omitempty" protobuf:"7"`
	MatchLimit              *NfTablesLimitMatch          `yaml:"matchLimit,omitempty" protobuf:"10"`

	ClampMSS    *NfTablesClampMSS           `yaml:"clampMSS,omitempty" protobuf:"9"`
	SetMark     *NfTablesMark               `yaml:"setMark,omitempty" protobuf:"4"`
	AnonCounter bool                        `yaml:"anonymousCounter,omitempty" protobuf:"12"`
	Verdict     *nethelpers.NfTablesVerdict `yaml:"verdict,omitempty" protobuf:"2"`
}

type NodeAddress = typed.Resource[NodeAddressSpec, NodeAddressExtension]

type NodeAddressExtension struct{}

type NodeAddressFilter = typed.Resource[NodeAddressFilterSpec, NodeAddressFilterExtension]

type NodeAddressFilterExtension struct{}

type NodeAddressFilterSpec struct {
	// Address is skipped if it doesn't match any of the includeSubnets (if includeSubnets is not empty).
	IncludeSubnets []netip.Prefix `yaml:"includeSubnets" protobuf:"1"`
	// Address is skipped if it matches any of the includeSubnets.
	ExcludeSubnets []netip.Prefix `yaml:"excludeSubnets" protobuf:"2"`
}

type NodeAddressSortAlgorithm = typed.Resource[NodeAddressSortAlgorithmSpec, NodeAddressSortAlgorithmExtension]

type NodeAddressSortAlgorithmExtension struct{}

type NodeAddressSortAlgorithmSpec struct {
	Algorithm nethelpers.AddressSortAlgorithm `yaml:"algorithm" protobuf:"1"`
}

type NodeAddressSpec struct {
	Addresses     []netip.Prefix                  `yaml:"addresses" protobuf:"1"`
	SortAlgorithm nethelpers.AddressSortAlgorithm `yaml:"sortAlgorithm" protobuf:"2"`
}

type Operator int

type OperatorSpec = typed.Resource[OperatorSpecSpec, OperatorSpecExtension]

type OperatorSpecExtension struct{}

type OperatorSpecSpec struct {
	Operator  Operator `yaml:"operator" protobuf:"1"`
	LinkName  string   `yaml:"linkName" protobuf:"2"`
	RequireUp bool     `yaml:"requireUp" protobuf:"3"`

	DHCP4 DHCP4OperatorSpec `yaml:"dhcp4,omitempty" protobuf:"4"`
	DHCP6 DHCP6OperatorSpec `yaml:"dhcp6,omitempty" protobuf:"5"`
	VIP   VIPOperatorSpec   `yaml:"vip,omitempty" protobuf:"6"`

	ConfigLayer ConfigLayer `yaml:"layer" protobuf:"7"`
}

type PlatformConfig = typed.Resource[PlatformConfigSpec, PlatformConfigExtension]

type PlatformConfigExtension struct{}

type PlatformConfigSpec struct {
	Addresses []AddressSpecSpec `yaml:"addresses" protobuf:"1"`
	Links     []LinkSpecSpec    `yaml:"links" protobuf:"2"`
	Routes    []RouteSpecSpec   `yaml:"routes" protobuf:"3"`

	Hostnames   []HostnameSpecSpec   `yaml:"hostnames" protobuf:"4"`
	Resolvers   []ResolverSpecSpec   `yaml:"resolvers" protobuf:"5"`
	TimeServers []TimeServerSpecSpec `yaml:"timeServers" protobuf:"6"`

	Operators []OperatorSpecSpec `yaml:"operators" protobuf:"7"`

	ExternalIPs []netip.Addr `yaml:"externalIPs" protobuf:"8"`

	Probes []ProbeSpecSpec `yaml:"probes,omitempty" protobuf:"9"`

	Metadata *runtime.PlatformMetadataSpec `yaml:"metadata,omitempty" protobuf:"10"`
}

type PortRange struct {
	Lo uint16 `yaml:"lo" protobuf:"1"`
	Hi uint16 `yaml:"hi" protobuf:"2"`
}

type ProbeSpec = typed.Resource[ProbeSpecSpec, ProbeSpecExtension]

type ProbeSpecExtension struct{}

type ProbeSpecSpec struct {
	// Interval between the probes.
	Interval time.Duration `yaml:"interval" protobuf:"1"`
	// FailureThreshold is the number of consecutive failures for the probe to be considered failed after having succeeded.
	FailureThreshold int `yaml:"failureThreshold" protobuf:"2"`
	// One of the probe types should be specified, for now it's only TCP.
	TCP TCPProbeSpec `yaml:"tcp,omitempty" protobuf:"3"`
	// Configuration layer.
	ConfigLayer ConfigLayer `yaml:"layer" protobuf:"4"`
}

type ProbeStatus = typed.Resource[ProbeStatusSpec, ProbeStatusExtension]

type ProbeStatusExtension struct{}

type ProbeStatusSpec struct {
	// Success of the check.
	Success bool `yaml:"success" protobuf:"1"`
	// Last error of the probe.
	LastError string `yaml:"lastError" protobuf:"2"`
}

type Proxy interface {
	Addr() string
	Fails() uint32
	Healthcheck()
	Close()
	Start(time.Duration)
}

type ReadyCondition struct {
	// contains filtered or unexported fields
}

type ResolverSpec = typed.Resource[ResolverSpecSpec, ResolverSpecExtension]

type ResolverSpecExtension struct{}

type ResolverSpecSpec struct {
	DNSServers    []netip.Addr `yaml:"dnsServers" protobuf:"1"`
	ConfigLayer   ConfigLayer  `yaml:"layer" protobuf:"2"`
	SearchDomains []string     `yaml:"searchDomains,omitempty" protobuf:"3"`
}

type ResolverStatus = typed.Resource[ResolverStatusSpec, ResolverStatusExtension]

type ResolverStatusExtension struct{}

type ResolverStatusSpec struct {
	DNSServers    []netip.Addr `yaml:"dnsServers" protobuf:"1"`
	SearchDomains []string     `yaml:"searchDomains" protobuf:"2"`
}

type RouteSpec = typed.Resource[RouteSpecSpec, RouteSpecExtension]

type RouteSpecExtension struct{}

type RouteSpecSpec struct {
	Family      nethelpers.Family        `yaml:"family" protobuf:"1"`
	Destination netip.Prefix             `yaml:"dst" protobuf:"2"`
	Source      netip.Addr               `yaml:"src" protobuf:"3"`
	Gateway     netip.Addr               `yaml:"gateway" protobuf:"4"`
	OutLinkName string                   `yaml:"outLinkName,omitempty" protobuf:"5"`
	Table       nethelpers.RoutingTable  `yaml:"table" protobuf:"6"`
	Priority    uint32                   `yaml:"priority,omitempty" protobuf:"7"`
	Scope       nethelpers.Scope         `yaml:"scope" protobuf:"8"`
	Type        nethelpers.RouteType     `yaml:"type" protobuf:"9"`
	Flags       nethelpers.RouteFlags    `yaml:"flags" protobuf:"10"`
	Protocol    nethelpers.RouteProtocol `yaml:"protocol" protobuf:"11"`
	ConfigLayer ConfigLayer              `yaml:"layer" protobuf:"12"`
	MTU         uint32                   `yaml:"mtu,omitempty" protobuf:"13"`
}

type RouteStatus = typed.Resource[RouteStatusSpec, RouteStatusExtension]

type RouteStatusExtension struct{}

type RouteStatusSpec struct {
	Family       nethelpers.Family        `yaml:"family" protobuf:"1"`
	Destination  netip.Prefix             `yaml:"dst" protobuf:"2"`
	Source       netip.Addr               `yaml:"src" protobuf:"3"`
	Gateway      netip.Addr               `yaml:"gateway" protobuf:"4"`
	OutLinkIndex uint32                   `yaml:"outLinkIndex,omitempty" protobuf:"5"`
	OutLinkName  string                   `yaml:"outLinkName,omitempty" protobuf:"6"`
	Table        nethelpers.RoutingTable  `yaml:"table" protobuf:"7"`
	Priority     uint32                   `yaml:"priority" protobuf:"8"`
	Scope        nethelpers.Scope         `yaml:"scope" protobuf:"9"`
	Type         nethelpers.RouteType     `yaml:"type" protobuf:"10"`
	Flags        nethelpers.RouteFlags    `yaml:"flags" protobuf:"11"`
	Protocol     nethelpers.RouteProtocol `yaml:"protocol" protobuf:"12"`
	MTU          uint32                   `yaml:"mtu,omitempty" protobuf:"13"`
}

type STPSpec struct {
	Enabled bool `yaml:"enabled" protobuf:"1"`
}

type Status = typed.Resource[StatusSpec, StatusExtension]

type StatusCheck func(*StatusSpec) bool

type StatusExtension struct{}

type StatusSpec struct {
	AddressReady      bool `yaml:"addressReady" protobuf:"1"`
	ConnectivityReady bool `yaml:"connectivityReady" protobuf:"2"`
	HostnameReady     bool `yaml:"hostnameReady" protobuf:"3"`
	EtcFilesReady     bool `yaml:"etcFilesReady" protobuf:"4"`
}

type TCPProbeSpec struct {
	// Endpoint to probe: host:port.
	Endpoint string `yaml:"endpoint" protobuf:"1"`
	// Timeout for the probe.
	Timeout time.Duration `yaml:"timeout" protobuf:"2"`
}

type TimeServerSpec = typed.Resource[TimeServerSpecSpec, TimeServerSpecExtension]

type TimeServerSpecExtension struct{}

type TimeServerSpecSpec struct {
	NTPServers  []string    `yaml:"timeServers" protobuf:"1"`
	ConfigLayer ConfigLayer `yaml:"layer" protobuf:"2"`
}

type TimeServerStatus = typed.Resource[TimeServerStatusSpec, TimeServerStatusExtension]

type TimeServerStatusExtension struct{}

type TimeServerStatusSpec struct {
	NTPServers []string `yaml:"timeServers" protobuf:"1"`
}

type ULAPurpose byte

type VIPEquinixMetalSpec struct {
	ProjectID string `yaml:"projectID" protobuf:"1"`
	DeviceID  string `yaml:"deviceID" protobuf:"2"`
	APIToken  string `yaml:"apiToken" protobuf:"3"`
}

type VIPHCloudSpec struct {
	DeviceID  int64  `yaml:"deviceID" protobuf:"1"`
	NetworkID int64  `yaml:"networkID" protobuf:"2"`
	APIToken  string `yaml:"apiToken" protobuf:"3"`
}

type VIPOperatorSpec struct {
	IP            netip.Addr `yaml:"ip" protobuf:"1"`
	GratuitousARP bool       `yaml:"gratuitousARP" protobuf:"2"`

	EquinixMetal VIPEquinixMetalSpec `yaml:"equinixMetal,omitempty" protobuf:"3"`
	HCloud       VIPHCloudSpec       `yaml:"hcloud,omitempty" protobuf:"4"`
}

type VLANSpec struct {
	// VID is the vlan ID.
	VID uint16 `yaml:"vlanID" protobuf:"1"`

	// Protocol is the vlan protocol.
	Protocol nethelpers.VLANProtocol `yaml:"vlanProtocol" protobuf:"2"`
}

type WireguardPeer struct {
	PublicKey                   string         `yaml:"publicKey" protobuf:"1"`
	PresharedKey                string         `yaml:"presharedKey" protobuf:"2"`
	Endpoint                    string         `yaml:"endpoint" protobuf:"3"`
	PersistentKeepaliveInterval time.Duration  `yaml:"persistentKeepaliveInterval" protobuf:"4"`
	AllowedIPs                  []netip.Prefix `yaml:"allowedIPs" protobuf:"5"`
}

type WireguardSpec struct {
	// PrivateKey is used to configure the link, present only in the LinkSpec.
	PrivateKey string `yaml:"privateKey,omitempty" protobuf:"1"`
	// PublicKey is only used in LinkStatus to show the link status.
	PublicKey    string          `yaml:"publicKey,omitempty" protobuf:"2"`
	ListenPort   int             `yaml:"listenPort" protobuf:"3"`
	FirewallMark int             `yaml:"firewallMark" protobuf:"4"`
	Peers        []WireguardPeer `yaml:"peers" protobuf:"5"`
}