types

type Alert struct {
	// swagger:allOf
	rest.BasicResource `yaml:",inline"`
	// Alert name
	Name string `json:",omitempty" yaml:"Name"`
	// Alert description
	Description string `json:",omitempty" yaml:"Description"`
	// Gremlin or JavaScript expression evaluated to trigger the alarm
	Expression string `json:",omitempty" valid:"nonzero" yaml:"Expression"`
	// Action to execute when the alert is triggered.
	// Can be either an empty string, or a URL (use 'file://' for local scripts)
	Action string `json:",omitempty" valid:"regexp=^(|http://|https://|file://).*$" yaml:"Action"`
	// Event that triggers the alert evaluation
	Trigger    string `json:",omitempty" valid:"regexp=^(graph|duration:.+|)$" yaml:"Trigger"`
	CreateTime time.Time
}

type Capture struct {
	// swagger:allOf
	rest.BasicResource `yaml:",inline"`
	// Gremlin Query
	// required: true
	GremlinQuery string `json:"GremlinQuery,omitempty" valid:"isGremlinExpr" yaml:"GremlinQuery"`
	// BPF filter
	BPFFilter string `json:"BPFFilter,omitempty" valid:"isBPFFilter" yaml:"BPFFilter"`
	// Capture name
	Name string `json:"Name,omitempty" yaml:"Name"`
	// Capture description
	Description string `json:"Description,omitempty" yaml:"Description"`
	// Capture type. Can be afpacket, pcap, ebpf, sflow, pcapsocket, ovsmirror, dpdk, ovssflow or ovsnetflow
	Type string `json:"Type,omitempty" valid:"isValidCaptureType" yaml:"Type"`
	// Number of active captures
	// swagger:ignore
	Count int `json:"Count" yaml:"Count"`
	// SFlow port
	Port int `json:"Port,omitempty" yaml:"Port"`
	// Sampling rate for SFlow flows. 0: no flow samples
	SamplingRate uint32 `json:"SamplingRate" yaml:"SamplingRate"`
	// Polling interval for SFlow counters, 0: no counter samples
	PollingInterval uint32 `json:"PollingInterval" yaml:"PollingInterval"`
	// Maximum number of raw packets captured, 0: no packet, -1: unlimited
	RawPacketLimit int `json:"RawPacketLimit,omitempty" valid:"isValidRawPacketLimit" yaml:"RawPacketLimit"`
	// Packet header size to consider
	HeaderSize int `json:"HeaderSize,omitempty" valid:"isValidCaptureHeaderSize" yaml:"HeaderSize"`
	// Add additional TCP metrics to flows
	ExtraTCPMetric bool `json:"ExtraTCPMetric" yaml:"ExtraTCPMetric"`
	// Defragment IPv4 packets
	IPDefrag bool `json:"IPDefrag" yaml:"IPDefrag"`
	// Reassemble TCP packets
	ReassembleTCP bool `json:"ReassembleTCP" yaml:"ReassembleTCP"`
	// First layer used by flow key calculation, L2 or L3
	LayerKeyMode string `json:"LayerKeyMode,omitempty" valid:"isValidLayerKeyMode" yaml:"LayerKeyMode"`
	// List of extra layers to be added to the flow, available: DNS|DHCPv4|VRRP
	ExtraLayers int `json:"ExtraLayers,omitempty" yaml:"ExtraLayers"`
	// sFlow/NetFlow target, if empty the agent will be used
	Target string `json:"Target,omitempty" valid:"isValidAddress" yaml:"Target"`
	// target type (netflowv5, erspanv1), ignored in case of sFlow/NetFlow capture
	TargetType string `json:"TargetType,omitempty" yaml:"TargetType"`
}

type Edge graph.Edge

type EdgeRule struct {
	// swagger:allOf
	rest.BasicResource `yaml:",inline"`
	// Edge rule name
	Name string `yaml:"Name"`
	// Edge rule description
	Description string `yaml:"Description"`
	// Gremlin expression of the edges source nodes
	Src string `valid:"isGremlinExpr" yaml:"Src"`
	// Gremlin expression of the edges destination nodes
	Dst string `valid:"isGremlinExpr" yaml:"Dst"`
	// Metadata of the edges to create
	Metadata graph.Metadata `yaml:"Metadata"`
}

type Node graph.Node

type NodeRule struct {
	// swagger:allOf
	rest.BasicResource `yaml:",inline"`
	// Node rule name
	Name string `yaml:"Name"`
	// Node rule description
	Description string `yaml:"Description"`
	// Metadata of the nodes to create
	Metadata graph.Metadata `yaml:"Metadata"`
	// 'create' to create nodes, 'update' to updates nodes
	Action string `valid:"regexp=^(create|update)$" yaml:"Action"`
	// Gremlin expression of the nodes to update
	Query string `valid:"isGremlinOrEmpty" yaml:"Query"`
}

type PacketInjection struct {
	// swagger:allOf
	rest.BasicResource `yaml:",inline"`
	Src                string `yaml:"Src"`
	Dst                string `yaml:"Dst"`
	SrcIP              string `valid:"isIPOrCIDR" yaml:"SrcIP"`
	DstIP              string `valid:"isIPOrCIDR" yaml:"DstIP"`
	SrcMAC             string `valid:"isMAC" yaml:"SrcMAC"`
	DstMAC             string `valid:"isMAC" yaml:"DstMAC"`
	SrcPort            uint16 `yaml:"SrcPort"`
	DstPort            uint16 `yaml:"DstPort"`
	Type               string `yaml:"Type"`
	Payload            string `yaml:"Payload"`
	ICMPID             uint16 `yaml:"ICMPID"`
	Count              uint64 `yaml:"Count"`
	Interval           uint64 `yaml:"Interval"`
	Mode               string `yaml:"Mode"`
	IncrementPayload   int64  `yaml:"IncrementPayload"`
	StartTime          time.Time
	Pcap               []byte `yaml:"Pcap"`
	TTL                uint8  `yaml:"TTL"`
}

type TopologyParams struct {
	GremlinQuery string `json:"GremlinQuery,omitempty" valid:"isGremlinExpr" yaml:"GremlinQuery"`
}

type Workflow struct {
	// swagger:allOf
	rest.BasicResource `yaml:",inline"`
	// Workflow name
	Name string `yaml:"Name" valid:"nonzero"`
	// Workflow title
	Title string `yaml:"Title"`
	// Workflow abstract
	Abstract string `yaml:"Abstract"`
	// Workflow description
	Description string `yaml:"Description"`
	// Workflow parameters
	Parameters []WorkflowParam `yaml:"Parameters"`
	Source     string          `valid:"isValidWorkflow" yaml:"Source"`
}

type WorkflowCall struct {
	Params []interface{}
}

type WorkflowChoice struct {
	Value       string `yaml:"Value"`
	Description string `yaml:"Description"`
}

type WorkflowParam struct {
	Name        string           `yaml:"Name"`
	Description string           `yaml:"Description"`
	Type        string           `yaml:"Type"`
	Default     interface{}      `yaml:"Default"`
	Values      []WorkflowChoice `yaml:"Values"`
}