config

type CalicoVppDebugConfigType struct {
	PoliciesEnabled *bool `json:"policiesEnabled,omitempty"`
	ServicesEnabled *bool `json:"servicesEnabled,omitempty"`
	GSOEnabled      *bool `json:"gsoEnabled,omitempty"`
}

type CalicoVppFeatureGatesConfigType struct {
	MemifEnabled    *bool `json:"memifEnabled,omitempty"`
	VCLEnabled      *bool `json:"vclEnabled,omitempty"`
	MultinetEnabled *bool `json:"multinetEnabled,omitempty"`
	SRv6Enabled     *bool `json:"srv6Enabled,omitempty"`
	IPSecEnabled    *bool `json:"ipsecEnabled,omitempty"`
}

type CalicoVppInitialConfigConfigType struct {
	VppStartupSleepSeconds int `json:"vppStartupSleepSeconds"`
	/* Set the pattern for VPP corefiles. Usually "/var/lib/vpp/vppcore.%e.%p" */
	CorePattern      string `json:"corePattern"`
	ExtraAddrCount   int    `json:"extraAddrCount"`
	IfConfigSavePath string `json:"ifConfigSavePath"`
	/* Comma separated list of IPs to be configured in VPP as default GW */
	DefaultGWs string `json:"defaultGWs"`
	/* List of rules for redirecting traffic to host */
	RedirectToHostRules []RedirectToHostRulesConfigType `json:"redirectToHostRules"`
}

type CalicoVppInterfacesConfigType struct {
	DefaultPodIfSpec *InterfaceSpec        `json:"defaultPodIfSpec,omitempty"`
	MaxPodIfSpec     *InterfaceSpec        `json:"maxPodIfSpec,omitempty"`
	VppHostTapSpec   *InterfaceSpec        `json:"vppHostTapSpec,omitempty"`
	UplinkInterfaces []UplinkInterfaceSpec `json:"uplinkInterfaces,omitempty"`
}

type CalicoVppIpsecConfigType struct {
	CrossIpsecTunnels        *bool `json:"crossIPSecTunnels,omitempty"`
	IpsecNbAsyncCryptoThread int   `json:"nbAsyncCryptoThreads"`
	ExtraAddresses           int   `json:"extraAddresses"`
}

type CalicoVppSrv6ConfigType struct {
	LocalsidPool string `json:"localsidPool"`
	PolicyPool   string `json:"policyPool"`
}

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

type InterfaceSpec struct {
	NumRxQueues int   `json:"rx"`
	NumTxQueues int   `json:"tx"`
	RxQueueSize int   `json:"rxqsz"`
	TxQueueSize int   `json:"txqsz"`
	IsL3        *bool `json:"isl3"`
	/* "interrupt" "adaptive" or "polling" mode */
	RxMode types.RxMode `json:"rxMode"`
}

type KernelVersion struct {
	Kernel int
	Major  int
	Minor  int
	Patch  int
}

type LinuxInterfaceState struct {
	PciId         string
	Driver        string
	IsUp          bool
	Addresses     []netlink.Addr
	Routes        []netlink.Route
	HardwareAddr  net.HardwareAddr
	PromiscOn     bool
	NumTxQueues   int
	NumRxQueues   int
	DoSwapDriver  bool
	Hasv4         bool
	Hasv6         bool
	NodeIP4       string
	NodeIP6       string
	Mtu           int
	InterfaceName string
	IsTunTap      bool
	IsVeth        bool
}

type PhysicalNetwork struct {
	VrfId    uint32
	PodVrfId uint32
}

type RedirectToHostRulesConfigType struct {
	Port uint16 `json:"port,omitempty"`
	Ip   string `json:"ip,omitempty"`
	/* "tcp", "udp",... */
	Proto types.IPProto `json:"proto,omitempty"`
}

type UnsafeNoIommuMode string

type UplinkInterfaceSpec struct {
	InterfaceSpec
	IsMain              bool              `json:"isMain"`
	PhysicalNetworkName string            `json:"physicalNetworkName"`
	InterfaceName       string            `json:"interfaceName"`
	VppDriver           string            `json:"vppDriver"`
	NewDriverName       string            `json:"newDriver"`
	Annotations         map[string]string `json:"annotations"`
	// Mtu is the User specified MTU for uplink & the tap
	Mtu       int    `json:"mtu"`
	SwIfIndex uint32 `json:"-"`
	// contains filtered or unexported fields
}

type UplinkStatus struct {
	SwIfIndex           uint32
	TapSwIfIndex        uint32
	LinkIndex           int
	Name                string
	IsMain              bool
	Mtu                 int
	PhysicalNetworkName string

	// FakeNextHopIP4 is the computed next hop for v4 routes added
	// in linux to (ServiceCIDR, podCIDR, etc...) towards this interface
	FakeNextHopIP4 net.IP
	// FakeNextHopIP6 is the computed next hop for v6 routes added
	// in linux to (ServiceCIDR, podCIDR, etc...) towards this interface
	FakeNextHopIP6 net.IP
}

type Validable interface {
	Validate() error
}

type VppManagerInfo struct {
	Status         vppManagerStatus
	UplinkStatuses map[string]UplinkStatus
	PhysicalNets   map[string]PhysicalNetwork
}

type VppManagerParams struct {
	UplinksSpecs []UplinkInterfaceSpec
	/* Capabilities */
	LoadedDrivers                      map[string]bool
	KernelVersion                      *KernelVersion
	AvailableHugePages                 int
	InitialVfioEnableUnsafeNoIommuMode UnsafeNoIommuMode

	NodeAnnotations map[string]string
}