inet

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

type Interface struct {
	// DeviceType is the device type, a Linux ARPHRD_* constant.
	DeviceType uint16

	// Flags is the device flags; see netdevice(7), under "Ioctls",
	// "SIOCGIFFLAGS, SIOCSIFFLAGS".
	Flags uint32

	// Name is the device name.
	Name string

	// Addr is the hardware device address.
	Addr []byte

	// MTU is the maximum transmission unit.
	MTU uint32

	// Features are the device features queried from the host at
	// stack creation time. These are immutable after startup.
	Features []linux.EthtoolGetFeaturesBlock
}

type InterfaceAddr struct {
	// Family is the address family, a Linux AF_* constant.
	Family uint8

	// PrefixLen is the address prefix length.
	PrefixLen uint8

	// Flags is the address flags.
	Flags uint8

	// Addr is the actual address.
	Addr []byte
}

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

type NetworkStackCreator interface {
	// CreateStack creates a new network stack for a network namespace.
	CreateStack() (Stack, error)
}

type Route struct {
	// Family is the address family, a Linux AF_* constant.
	Family uint8

	// DstLen is the length of the destination address.
	DstLen uint8

	// SrcLen is the length of the source address.
	SrcLen uint8

	// TOS is the Type of Service filter.
	TOS uint8

	// Table is the routing table ID.
	Table uint8

	// Protocol is the route origin, a Linux RTPROT_* constant.
	Protocol uint8

	// Scope is the distance to destination, a Linux RT_SCOPE_* constant.
	Scope uint8

	// Type is the route origin, a Linux RTN_* constant.
	Type uint8

	// Flags are route flags. See rtnetlink(7) under "rtm_flags".
	Flags uint32

	// DstAddr is the route destination address (RTA_DST).
	DstAddr []byte

	// SrcAddr is the route source address (RTA_SRC).
	SrcAddr []byte

	// OutputInterface is the output interface index (RTA_OIF).
	OutputInterface int32

	// GatewayAddr is the route gateway address (RTA_GATEWAY).
	GatewayAddr []byte
}

type Stack interface {
	// Interfaces returns all network interfaces as a mapping from interface
	// indexes to interface properties. Interface indices are strictly positive
	// integers.
	Interfaces() map[int32]Interface

	// RemoveInterface removes the specified network interface.
	RemoveInterface(idx int32) error

	// InterfaceAddrs returns all network interface addresses as a mapping from
	// interface indexes to a slice of associated interface address properties.
	InterfaceAddrs() map[int32][]InterfaceAddr

	// AddInterfaceAddr adds an address to the network interface identified by
	// idx.
	AddInterfaceAddr(idx int32, addr InterfaceAddr) error

	// RemoveInterfaceAddr removes an address from the network interface
	// identified by idx.
	RemoveInterfaceAddr(idx int32, addr InterfaceAddr) error

	// SupportsIPv6 returns true if the stack supports IPv6 connectivity.
	SupportsIPv6() bool

	// TCPReceiveBufferSize returns TCP receive buffer size settings.
	TCPReceiveBufferSize() (TCPBufferSize, error)

	// SetTCPReceiveBufferSize attempts to change TCP receive buffer size
	// settings.
	SetTCPReceiveBufferSize(size TCPBufferSize) error

	// TCPSendBufferSize returns TCP send buffer size settings.
	TCPSendBufferSize() (TCPBufferSize, error)

	// SetTCPSendBufferSize attempts to change TCP send buffer size settings.
	SetTCPSendBufferSize(size TCPBufferSize) error

	// TCPSACKEnabled returns true if RFC 2018 TCP Selective Acknowledgements
	// are enabled.
	TCPSACKEnabled() (bool, error)

	// SetTCPSACKEnabled attempts to change TCP selective acknowledgement
	// settings.
	SetTCPSACKEnabled(enabled bool) error

	// TCPRecovery returns the TCP loss detection algorithm.
	TCPRecovery() (TCPLossRecovery, error)

	// SetTCPRecovery attempts to change TCP loss detection algorithm.
	SetTCPRecovery(recovery TCPLossRecovery) error

	// Statistics reports stack statistics.
	Statistics(stat any, arg string) error

	// RouteTable returns the network stack's route table.
	RouteTable() []Route

	// Pause pauses the network stack before save.
	Pause()

	// Resume restarts the network stack after restore.
	Resume()

	// Destroy the network stack.
	Destroy()

	// RegisteredEndpoints returns all endpoints which are currently registered.
	RegisteredEndpoints() []stack.TransportEndpoint

	// CleanupEndpoints returns endpoints currently in the cleanup state.
	CleanupEndpoints() []stack.TransportEndpoint

	// RestoreCleanupEndpoints adds endpoints to cleanup tracking. This is useful
	// for restoring a stack after a save.
	RestoreCleanupEndpoints([]stack.TransportEndpoint)

	// SetForwarding enables or disables packet forwarding between NICs.
	SetForwarding(protocol tcpip.NetworkProtocolNumber, enable bool) error

	// PortRange returns the UDP and TCP inclusive range of ephemeral ports
	// used in both IPv4 and IPv6.
	PortRange() (uint16, uint16)

	// SetPortRange sets the UDP and TCP IPv4 and IPv6 ephemeral port range
	// (inclusive).
	SetPortRange(start uint16, end uint16) error

	// GROTimeout returns the GRO timeout.
	GROTimeout(NICID int32) (time.Duration, error)

	// GROTimeout sets the GRO timeout.
	SetGROTimeout(NICID int32, timeout time.Duration) error
}

type StatDev [16]uint64

type StatSNMPICMP [27]uint64

type StatSNMPICMPMSG [512]uint64

type StatSNMPIP [19]uint64

type StatSNMPTCP [15]uint64

type StatSNMPUDP [8]uint64

type StatSNMPUDPLite [8]uint64

type TCPBufferSize struct {
	// Min is the minimum size.
	Min int

	// Default is the default size.
	Default int

	// Max is the maximum size.
	Max int
}

type TCPLossRecovery int32

type TestStack struct {
	InterfacesMap     map[int32]Interface
	InterfaceAddrsMap map[int32][]InterfaceAddr
	RouteList         []Route
	SupportsIPv6Flag  bool
	TCPRecvBufSize    TCPBufferSize
	TCPSendBufSize    TCPBufferSize
	TCPSACKFlag       bool
	Recovery          TCPLossRecovery
	IPForwarding      bool
}