tailcfg

package
v0.0.0-...-113f59a Latest Latest
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 Go to latest Published: Feb 16, 2024 License: BSD-3-Clause Imports: 24 Imported by: 0

Documentation

Index

Constants

View Source 
const (
	MachineUnknown      = MachineStatus(iota)
	MachineUnauthorized // server has yet to approve
	MachineAuthorized   // server has approved
	MachineInvalid      // server has explicitly rejected this machine key
)
View Source 
const (
	TCP        = ServiceProto("tcp")
	UDP        = ServiceProto("udp")
	PeerAPI4   = ServiceProto("peerapi4")
	PeerAPI6   = ServiceProto("peerapi6")
	PeerAPIDNS = ServiceProto("peerapi-dns-proxy")
)
View Source 
const (
	// SignatureNone indicates that there is no signature, no Timestamp is
	// required (but may be specified if desired), and both DeviceCert and
	// Signature should be empty.
	SignatureNone = SignatureType(iota)
	// SignatureUnknown represents an unknown signature scheme, which should
	// be considered an error if seen.
	SignatureUnknown
	// SignatureV1 is computed as RSA-PSS-Sign(privateKeyForDeviceCert,
	// SHA256(Timestamp || ServerIdentity || DeviceCert || ServerShortPubKey ||
	// MachineShortPubKey)). The PSS salt length is equal to hash length
	// (rsa.PSSSaltLengthEqualsHash). Device cert is required.
	// Deprecated: uses old key serialization format.
	SignatureV1
	// SignatureV2 is computed as RSA-PSS-Sign(privateKeyForDeviceCert,
	// SHA256(Timestamp || ServerIdentity || DeviceCert || ServerPubKey ||
	// MachinePubKey)). The PSS salt length is equal to hash length
	// (rsa.PSSSaltLengthEqualsHash). Device cert is required.
	SignatureV2
)
View Source 
const (
	EndpointUnknownType    = EndpointType(0)
	EndpointLocal          = EndpointType(1)
	EndpointSTUN           = EndpointType(2)
	EndpointPortmapped     = EndpointType(3)
	EndpointSTUN4LocalPort = EndpointType(4) // hard NAT: STUN'ed IPv4 address + local fixed port
)
View Source 
const DerpMagicIP = "127.3.3.40"

DerpMagicIP is a fake WireGuard endpoint IP address that means to use DERP. When used (in the Node.DERP field), the port number of the WireGuard endpoint is the DERP region ID number to use.

Mnemonic: 3.3.40 are numbers above the keys D, E, R, P.

View Source 
const DotInvalid = ".invalid"

DotInvalid is a fake DNS TLD used in tests for an invalid hostname.

Variables

View Source 
var DerpMagicIPAddr = netip.MustParseAddr(DerpMagicIP)
View Source 
var FilterAllowAll = []FilterRule{
	{
		SrcIPs:  []string{"*"},
		SrcBits: nil,
		DstPorts: []NetPortRange{{
			IP:    "*",
			Bits:  nil,
			Ports: PortRange{0, 65535},
		}},
	},
}
View Source 
var PortRangeAny = PortRange{0, 65535}

Functions

func CheckTag 

func CheckTag(tag string) error

CheckTag validates tag for use as an ACL tag. For now we allow only ascii alphanumeric tags, and they need to start with a letter. No unicode shenanigans allowed, and we reserve punctuation marks other than '-' for a possible future URI scheme.

Because we're ignoring unicode entirely, we can treat utf-8 as a series of bytes. Anything >= 128 is disqualified anyway.

We might relax these rules later.

func Clone 

func Clone(dst, src any) bool

Clone duplicates src into dst and reports whether it succeeded. To succeed, <src, dst> must be of types <*T, *T> or <*T, **T>, where T is one of User,Node,Hostinfo,NetInfo,Login,DNSConfig,RegisterResponse,RegisterResponseAuth,RegisterRequest,DERPHomeParams,DERPRegion,DERPMap,DERPNode,SSHRule,SSHAction,SSHPrincipal,ControlDialPlan,Location,UserProfile.

func UnmarshalCapJSON 

func UnmarshalCapJSON[T any](cm PeerCapMap, cap PeerCapability) ([]T, error)

UnmarshalCapJSON unmarshals each JSON value in cm[cap] as T. If cap does not exist in cm, it returns (nil, nil). It returns an error if the values cannot be unmarshaled into the provided type.

func UnmarshalNodeCapJSON 

func UnmarshalNodeCapJSON[T any](cm NodeCapMap, cap NodeCapability) ([]T, error)

UnmarshalNodeCapJSON unmarshals each JSON value in cm[cap] as T. If cap does not exist in cm, it returns (nil, nil). It returns an error if the values cannot be unmarshaled into the provided type.

Types

type C2NAppConnectorDomainRoutesResponse 

type C2NAppConnectorDomainRoutesResponse struct {
	// Domains is a map of lower case domain names with no trailing dot,
	// to a list of resolved IP addresses.
	Domains map[string][]netip.Addr
}

C2NAppConnectorDomainRoutesResponse contains a map of domains to slice of addresses, indicating what IP addresses have been resolved for each domain.

type C2NPostureIdentityResponse 

type C2NPostureIdentityResponse struct {
	// SerialNumbers is a list of serial numbers of the client machine.
	SerialNumbers []string `json:",omitempty"`

	// PostureDisabled indicates if the machine has opted out of
	// device posture collection.
	PostureDisabled bool `json:",omitempty"`
}

C2NPostureIdentityResponse contains either a set of identifying serial number from the client or a boolean indicating that the machine has opted out of posture collection.

type C2NSSHUsernamesRequest 

type C2NSSHUsernamesRequest struct {
	// Exclude optionally specifies usernames to exclude
	// from the response.
	Exclude map[string]bool `json:",omitempty"`

	// Max is the maximum number of usernames to return.
	// If zero, a default limit is used.
	Max int `json:",omitempty"`
}

C2NSSHUsernamesRequest is the request for the /ssh/usernames. A GET request without a request body is equivalent to the zero value of this type. Otherwise, a POST request with a JSON-encoded request body is expected.

type C2NSSHUsernamesResponse 

type C2NSSHUsernamesResponse struct {
	// Usernames is the list of usernames to suggest. If the machine has many
	// users, this list may be truncated. If getting the list of usernames might
	// be too slow or unavailable, this list might be empty. This is effectively
	// just a best effort set of hints.
	Usernames []string
}

C2NSSHUsernamesResponse is the response (from node to control) from the /ssh/usernames handler.

It returns username auto-complete suggestions for a user to SSH to this node. It's only shown to people who already have SSH access to the node. If this returns multiple usernames, only the usernames that would have access per the tailnet's ACLs are shown to the user so as to not leak the existence of usernames.

type C2NTLSCertInfo 

type C2NTLSCertInfo struct {
	// Valid means that the node has a cached and valid (not expired)
	// certificate.
	Valid bool `json:",omitempty"`
	// Error is the error string if the certificate is not valid. If error is
	// non-empty, the other booleans below might say why.
	Error string `json:",omitempty"`

	// Missing is whether the error string indicates a missing certificate
	// that's never been fetched or isn't on disk.
	Missing bool `json:",omitempty"`

	// Expired is whether the error string indicates an expired certificate.
	Expired bool `json:",omitempty"`

	NotBefore string `json:",omitempty"` // RFC3339, if Valid
	NotAfter  string `json:",omitempty"` // RFC3339, if Valid

}

C2NTLSCertInfo describes the state of a cached TLS certificate.

type C2NUpdateResponse 

type C2NUpdateResponse struct {
	// Err is the error message, if any.
	Err string `json:",omitempty"`

	// Enabled indicates whether the user has opted in to updates triggered from
	// control.
	Enabled bool

	// Supported indicates whether remote updates are supported on this
	// OS/platform.
	Supported bool

	// Started indicates whether the update has started.
	Started bool
}

C2NUpdateResponse is the response (from node to control) from the /update handler. It tells control the status of its request for the node to update its Tailscale installation.

type CapGrant 

type CapGrant struct {
	// Dsts are the destination IP ranges that this capability
	// grant matches.
	Dsts []netip.Prefix

	// Caps are the capabilities the source IP matched by
	// FilterRule.SrcIPs are granted to the destination IP,
	// matched by Dsts.
	// Deprecated: use CapMap instead.
	Caps []PeerCapability `json:",omitempty"`

	// CapMap is a map of capabilities to their values.
	// The key is the capability name, and the value is a list of
	// values for that capability.
	CapMap PeerCapMap `json:",omitempty"`
}

CapGrant grants capabilities in a FilterRule.

type CapabilityVersion 

type CapabilityVersion int

CapabilityVersion represents the client's capability level. That is, it can be thought of as the client's simple version number: a single monotonically increasing integer, rather than the relatively complex x.y.z-xxxxx semver+hash(es). Whenever the client gains a capability or wants to negotiate a change in semantics with the server (control plane), peers (over PeerAPI), or frontend (over LocalAPI), bump this number and document what's new.

Previously (prior to 2022-03-06), it was known as the "MapRequest version" or "mapVer" or "map cap" and that name and usage persists in places. 

const CurrentCapabilityVersion CapabilityVersion = 87

CurrentCapabilityVersion is the current capability version of the codebase.

History of versions:

  • 3: implicit compression, keep-alives
  • 4: opt-in keep-alives via KeepAlive field, opt-in compression via Compress
  • 5: 2020-10-19, implies IncludeIPv6, delta Peers/UserProfiles, supports MagicDNS
  • 6: 2020-12-07: means MapResponse.PacketFilter nil means unchanged
  • 7: 2020-12-15: FilterRule.SrcIPs accepts CIDRs+ranges, doesn't warn about 0.0.0.0/::
  • 8: 2020-12-19: client can buggily receive IPv6 addresses and routes if beta enabled server-side
  • 9: 2020-12-30: client doesn't auto-add implicit search domains from peers; only DNSConfig.Domains
  • 10: 2021-01-17: client understands MapResponse.PeerSeenChange
  • 11: 2021-03-03: client understands IPv6, multiple default routes, and goroutine dumping
  • 12: 2021-03-04: client understands PingRequest
  • 13: 2021-03-19: client understands FilterRule.IPProto
  • 14: 2021-04-07: client understands DNSConfig.Routes and DNSConfig.Resolvers
  • 15: 2021-04-12: client treats nil MapResponse.DNSConfig as meaning unchanged
  • 16: 2021-04-15: client understands Node.Online, MapResponse.OnlineChange
  • 17: 2021-04-18: MapResponse.Domain empty means unchanged
  • 18: 2021-04-19: MapResponse.Node nil means unchanged (all fields now omitempty)
  • 19: 2021-04-21: MapResponse.Debug.SleepSeconds
  • 20: 2021-06-11: MapResponse.LastSeen used even less (https://github.com/tailscale/tailscale/issues/2107)
  • 21: 2021-06-15: added MapResponse.DNSConfig.CertDomains
  • 22: 2021-06-16: added MapResponse.DNSConfig.ExtraRecords
  • 23: 2021-08-25: DNSConfig.Routes values may be empty (for ExtraRecords support in 1.14.1+)
  • 24: 2021-09-18: MapResponse.Health from control to node; node shows in "tailscale status"
  • 25: 2021-11-01: MapResponse.Debug.Exit
  • 26: 2022-01-12: (nothing, just bumping for 1.20.0)
  • 27: 2022-02-18: start of SSHPolicy being respected
  • 28: 2022-03-09: client can communicate over Noise.
  • 29: 2022-03-21: MapResponse.PopBrowserURL
  • 30: 2022-03-22: client can request id tokens.
  • 31: 2022-04-15: PingRequest & PingResponse TSMP & disco support
  • 32: 2022-04-17: client knows FilterRule.CapMatch
  • 33: 2022-07-20: added MapResponse.PeersChangedPatch (DERPRegion + Endpoints)
  • 34: 2022-08-02: client understands CapabilityFileSharingTarget
  • 36: 2022-08-02: added PeersChangedPatch.{Key,DiscoKey,Online,LastSeen,KeyExpiry,Capabilities}
  • 37: 2022-08-09: added Debug.{SetForceBackgroundSTUN,SetRandomizeClientPort}; Debug are sticky
  • 38: 2022-08-11: added PingRequest.URLIsNoise
  • 39: 2022-08-15: clients can talk Noise over arbitrary HTTPS port
  • 40: 2022-08-22: added Node.KeySignature, PeersChangedPatch.KeySignature
  • 41: 2022-08-30: uses 100.100.100.100 for route-less ExtraRecords if global nameservers is set
  • 42: 2022-09-06: NextDNS DoH support; see https://github.com/tailscale/tailscale/pull/5556
  • 43: 2022-09-21: clients can return usernames for SSH
  • 44: 2022-09-22: MapResponse.ControlDialPlan
  • 45: 2022-09-26: c2n /debug/{goroutines,prefs,metrics}
  • 46: 2022-10-04: c2n /debug/component-logging
  • 47: 2022-10-11: Register{Request,Response}.NodeKeySignature
  • 48: 2022-11-02: Node.UnsignedPeerAPIOnly
  • 49: 2022-11-03: Client understands EarlyNoise
  • 50: 2022-11-14: Client understands CapabilityIngress
  • 51: 2022-11-30: Client understands CapabilityTailnetLockAlpha
  • 52: 2023-01-05: client can handle c2n POST /logtail/flush
  • 53: 2023-01-18: client respects explicit Node.Expired + auto-sets based on Node.KeyExpiry
  • 54: 2023-01-19: Node.Cap added, PeersChangedPatch.Cap, uses Node.Cap for ExitDNS before Hostinfo.Services fallback
  • 55: 2023-01-23: start of c2n GET+POST /update handler
  • 56: 2023-01-24: Client understands CapabilityDebugTSDNSResolution
  • 57: 2023-01-25: Client understands CapabilityBindToInterfaceByRoute
  • 58: 2023-03-10: Client retries lite map updates before restarting map poll.
  • 59: 2023-03-16: Client understands Peers[].SelfNodeV4MasqAddrForThisPeer
  • 60: 2023-04-06: Client understands IsWireGuardOnly
  • 61: 2023-04-18: Client understand SSHAction.SSHRecorderFailureAction
  • 62: 2023-05-05: Client can notify control over noise for SSHEventNotificationRequest recording failure events
  • 63: 2023-06-08: Client understands SSHAction.AllowRemotePortForwarding.
  • 64: 2023-07-11: Client understands s/CapabilityTailnetLockAlpha/CapabilityTailnetLock
  • 65: 2023-07-12: Client understands DERPMap.HomeParams + incremental DERPMap updates with params
  • 66: 2023-07-23: UserProfile.Groups added (available via WhoIs) (removed in 87)
  • 67: 2023-07-25: Client understands PeerCapMap
  • 68: 2023-08-09: Client has dedicated updateRoutine; MapRequest.Stream true means ignore Hostinfo+Endpoints
  • 69: 2023-08-16: removed Debug.LogHeap* + GoroutineDumpURL; added c2n /debug/logheap
  • 70: 2023-08-16: removed most Debug fields; added NodeAttrDisable*, NodeAttrDebug* instead
  • 71: 2023-08-17: added NodeAttrOneCGNATEnable, NodeAttrOneCGNATDisable
  • 72: 2023-08-23: TS-2023-006 UPnP issue fixed; UPnP can now be used again
  • 73: 2023-09-01: Non-Windows clients expect to receive ClientVersion
  • 74: 2023-09-18: Client understands NodeCapMap
  • 75: 2023-09-12: Client understands NodeAttrDNSForwarderDisableTCPRetries
  • 76: 2023-09-20: Client understands ExitNodeDNSResolvers for IsWireGuardOnly nodes
  • 77: 2023-10-03: Client understands Peers[].SelfNodeV6MasqAddrForThisPeer
  • 78: 2023-10-05: can handle c2n Wake-on-LAN sending
  • 79: 2023-10-05: Client understands UrgentSecurityUpdate in ClientVersion
  • 80: 2023-11-16: can handle c2n GET /tls-cert-status
  • 81: 2023-11-17: MapResponse.PacketFilters (incremental packet filter updates)
  • 82: 2023-12-01: Client understands NodeAttrLinuxMustUseIPTables, NodeAttrLinuxMustUseNfTables, c2n /netfilter-kind
  • 83: 2023-12-18: Client understands DefaultAutoUpdate
  • 84: 2024-01-04: Client understands SeamlessKeyRenewal
  • 85: 2024-01-05: Client understands MaxKeyDuration
  • 86: 2024-01-23: Client understands NodeAttrProbeUDPLifetime
  • 87: 2024-02-11: UserProfile.Groups removed (added in 66)

type ClientVersion 

type ClientVersion struct {
	// RunningLatest is true if the client is running the latest build.
	RunningLatest bool `json:",omitempty"`

	// LatestVersion is the latest version.Short ("1.34.2") version available
	// for download for the client's platform and packaging type.
	// It won't be populated if RunningLatest is true.
	LatestVersion string `json:",omitempty"`

	// UrgentSecurityUpdate is set when the client is missing an important
	// security update. That update may be in LatestVersion or earlier.
	// UrgentSecurityUpdate should not be set if RunningLatest is false.
	UrgentSecurityUpdate bool `json:",omitempty"`

	// Notify is whether the client should do an OS-specific notification about
	// a new version being available. This should not be populated if
	// RunningLatest is true. The client should not notify multiple times for
	// the same LatestVersion value.
	Notify bool `json:",omitempty"`

	// NotifyURL is a URL to open in the browser when the user clicks on the
	// notification, when Notify is true.
	NotifyURL string `json:",omitempty"`

	// NotifyText is the text to show in the notification, when Notify is true.
	NotifyText string `json:",omitempty"`
}

ClientVersion is information about the latest client version that's available for the client (and whether they're already running it).

It does not include a URL to download the client, as that varies by platform.

type ControlDialPlan 

type ControlDialPlan struct {
	// An empty list means the default: use DNS (unspecified which DNS).
	Candidates []ControlIPCandidate
}

ControlDialPlan is instructions from the control server to the client on how to connect to the control server; this is useful for maintaining connection if the client's network state changes after the initial connection, or due to the configuration that the control server pushes.

func (*ControlDialPlan) Clone 

func (src *ControlDialPlan) Clone() *ControlDialPlan

Clone makes a deep copy of ControlDialPlan. The result aliases no memory with the original.

func (*ControlDialPlan) View 

func (p *ControlDialPlan) View() ControlDialPlanView

View returns a readonly view of ControlDialPlan.

type ControlDialPlanView 

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

ControlDialPlanView provides a read-only view over ControlDialPlan.

Its methods should only be called if `Valid()` returns true.

func (ControlDialPlanView) AsStruct 

func (v ControlDialPlanView) AsStruct() *ControlDialPlan

AsStruct returns a clone of the underlying value which aliases no memory with the original.

func (ControlDialPlanView) Candidates 

func (v ControlDialPlanView) Candidates() views.Slice[ControlIPCandidate]

func (ControlDialPlanView) MarshalJSON 

func (v ControlDialPlanView) MarshalJSON() ([]byte, error)

func (*ControlDialPlanView) UnmarshalJSON 

func (v *ControlDialPlanView) UnmarshalJSON(b []byte) error

func (ControlDialPlanView) Valid 

func (v ControlDialPlanView) Valid() bool

Valid reports whether underlying value is non-nil.

type ControlIPCandidate 

type ControlIPCandidate struct {
	// IP is the address to attempt connecting to.
	IP netip.Addr

	// DialStartSec is the number of seconds after the beginning of the
	// connection process to wait before trying this candidate.
	DialStartDelaySec float64 `json:",omitempty"`

	// DialTimeoutSec is the timeout for a connection to this candidate,
	// starting after DialStartDelaySec.
	DialTimeoutSec float64 `json:",omitempty"`

	// Priority is the relative priority of this candidate; candidates with
	// a higher priority are preferred over candidates with a lower
	// priority.
	Priority int `json:",omitempty"`
}

ControlIPCandidate represents a single candidate address to use when connecting to the control server.

type DERPHomeParams 

type DERPHomeParams struct {
	// RegionScore scales latencies of DERP regions by a given scaling
	// factor when determining which region to use as the home
	// ("preferred") DERP. Scores in the range (0, 1) will cause this
	// region to be proportionally more preferred, and scores in the range
	// (1, ∞) will penalize a region.
	//
	// If a region is not present in this map, it is treated as having a
	// score of 1.0.
	//
	// Scores should not be 0 or negative; such scores will be ignored.
	//
	// A nil map means no change from the previous value (if any); an empty
	// non-nil map can be sent to reset all scores back to 1.0.
	RegionScore map[int]float64 `json:",omitempty"`
}

DERPHomeParams contains parameters from the server related to selecting a DERP home region (sometimes referred to as the "preferred DERP").

func (*DERPHomeParams) Clone 

func (src *DERPHomeParams) Clone() *DERPHomeParams

Clone makes a deep copy of DERPHomeParams. The result aliases no memory with the original.

func (*DERPHomeParams) View 

func (p *DERPHomeParams) View() DERPHomeParamsView

View returns a readonly view of DERPHomeParams.

type DERPHomeParamsView 

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

DERPHomeParamsView provides a read-only view over DERPHomeParams.

Its methods should only be called if `Valid()` returns true.

func (DERPHomeParamsView) AsStruct 

func (v DERPHomeParamsView) AsStruct() *DERPHomeParams

AsStruct returns a clone of the underlying value which aliases no memory with the original.

func (DERPHomeParamsView) MarshalJSON 

func (v DERPHomeParamsView) MarshalJSON() ([]byte, error)

func (DERPHomeParamsView) RegionScore 

func (v DERPHomeParamsView) RegionScore() views.Map[int, float64]

func (*DERPHomeParamsView) UnmarshalJSON 

func (v *DERPHomeParamsView) UnmarshalJSON(b []byte) error

func (DERPHomeParamsView) Valid 

func (v DERPHomeParamsView) Valid() bool

Valid reports whether underlying value is non-nil.

type DERPMap 

type DERPMap struct {
	// HomeParams, if non-nil, is a change in home parameters.
	//
	// The rest of the DEPRMap fields, if zero, means unchanged.
	HomeParams *DERPHomeParams `json:",omitempty"`

	// Regions is the set of geographic regions running DERP node(s).
	//
	// It's keyed by the DERPRegion.RegionID.
	//
	// The numbers are not necessarily contiguous.
	Regions map[int]*DERPRegion

	// OmitDefaultRegions specifies to not use Tailscale's DERP servers, and only use those
	// specified in this DERPMap. If there are none set outside of the defaults, this is a noop.
	//
	// This field is only meaningful if the Regions map is non-nil (indicating a change).
	OmitDefaultRegions bool `json:"omitDefaultRegions,omitempty"`
}

DERPMap describes the set of DERP packet relay servers that are available.

func (*DERPMap) Clone 

func (src *DERPMap) Clone() *DERPMap

Clone makes a deep copy of DERPMap. The result aliases no memory with the original.

func (*DERPMap) RegionIDs 

func (m *DERPMap) RegionIDs() []int

/ RegionIDs returns the sorted region IDs.

func (*DERPMap) View 

func (p *DERPMap) View() DERPMapView

View returns a readonly view of DERPMap.

type DERPMapView 

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

DERPMapView provides a read-only view over DERPMap.

Its methods should only be called if `Valid()` returns true.

func (DERPMapView) AsStruct 

func (v DERPMapView) AsStruct() *DERPMap

AsStruct returns a clone of the underlying value which aliases no memory with the original.

func (DERPMapView) HomeParams 

func (v DERPMapView) HomeParams() DERPHomeParamsView

func (DERPMapView) MarshalJSON 

func (v DERPMapView) MarshalJSON() ([]byte, error)

func (DERPMapView) OmitDefaultRegions 

func (v DERPMapView) OmitDefaultRegions() bool

func (DERPMapView) Regions 

func (v DERPMapView) Regions() views.MapFn[int, *DERPRegion, DERPRegionView]

func (*DERPMapView) UnmarshalJSON 

func (v *DERPMapView) UnmarshalJSON(b []byte) error

func (DERPMapView) Valid 

func (v DERPMapView) Valid() bool

Valid reports whether underlying value is non-nil.

type DERPNode 

type DERPNode struct {
	// Name is a unique node name (across all regions).
	// It is not a host name.
	// It's typically of the form "1b", "2a", "3b", etc. (region
	// ID + suffix within that region)
	Name string

	// RegionID is the RegionID of the DERPRegion that this node
	// is running in.
	RegionID int

	// HostName is the DERP node's hostname.
	//
	// It is required but need not be unique; multiple nodes may
	// have the same HostName but vary in configuration otherwise.
	HostName string

	// CertName optionally specifies the expected TLS cert common
	// name. If empty, HostName is used. If CertName is non-empty,
	// HostName is only used for the TCP dial (if IPv4/IPv6 are
	// not present) + TLS ClientHello.
	CertName string `json:",omitempty"`

	// IPv4 optionally forces an IPv4 address to use, instead of using DNS.
	// If empty, A record(s) from DNS lookups of HostName are used.
	// If the string is not an IPv4 address, IPv4 is not used; the
	// conventional string to disable IPv4 (and not use DNS) is
	// "none".
	IPv4 string `json:",omitempty"`

	// IPv6 optionally forces an IPv6 address to use, instead of using DNS.
	// If empty, AAAA record(s) from DNS lookups of HostName are used.
	// If the string is not an IPv6 address, IPv6 is not used; the
	// conventional string to disable IPv6 (and not use DNS) is
	// "none".
	IPv6 string `json:",omitempty"`

	// Port optionally specifies a STUN port to use.
	// Zero means 3478.
	// To disable STUN on this node, use -1.
	STUNPort int `json:",omitempty"`

	// STUNOnly marks a node as only a STUN server and not a DERP
	// server.
	STUNOnly bool `json:",omitempty"`

	// DERPPort optionally provides an alternate TLS port number
	// for the DERP HTTPS server.
	//
	// If zero, 443 is used.
	DERPPort int `json:",omitempty"`

	// InsecureForTests is used by unit tests to disable TLS verification.
	// It should not be set by users.
	InsecureForTests bool `json:",omitempty"`

	// STUNTestIP is used in tests to override the STUN server's IP.
	// If empty, it's assumed to be the same as the DERP server.
	STUNTestIP string `json:",omitempty"`

	// CanPort80 specifies whether this DERP node is accessible over HTTP
	// on port 80 specifically. This is used for captive portal checks.
	CanPort80 bool `json:",omitempty"`
}

DERPNode describes a DERP packet relay node running within a DERPRegion.

func (*DERPNode) Clone 

func (src *DERPNode) Clone() *DERPNode

Clone makes a deep copy of DERPNode. The result aliases no memory with the original.

func (*DERPNode) View 

func (p *DERPNode) View() DERPNodeView

View returns a readonly view of DERPNode.

type DERPNodeView 

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

DERPNodeView provides a read-only view over DERPNode.

Its methods should only be called if `Valid()` returns true.

func (DERPNodeView) AsStruct 

func (v DERPNodeView) AsStruct() *DERPNode

AsStruct returns a clone of the underlying value which aliases no memory with the original.

func (DERPNodeView) CanPort80 

func (v DERPNodeView) CanPort80() bool

func (DERPNodeView) CertName 

func (v DERPNodeView) CertName() string

func (DERPNodeView) DERPPort 

func (v DERPNodeView) DERPPort() int

func (DERPNodeView) HostName 

func (v DERPNodeView) HostName() string

func (DERPNodeView) IPv4 

func (v DERPNodeView) IPv4() string

func (DERPNodeView) IPv6 

func (v DERPNodeView) IPv6() string

func (DERPNodeView) InsecureForTests 

func (v DERPNodeView) InsecureForTests() bool

func (DERPNodeView) MarshalJSON 

func (v DERPNodeView) MarshalJSON() ([]byte, error)

func (DERPNodeView) Name 

func (v DERPNodeView) Name() string

func (DERPNodeView) RegionID 

func (v DERPNodeView) RegionID() int

func (DERPNodeView) STUNOnly 

func (v DERPNodeView) STUNOnly() bool

func (DERPNodeView) STUNPort 

func (v DERPNodeView) STUNPort() int

func (DERPNodeView) STUNTestIP 

func (v DERPNodeView) STUNTestIP() string

func (*DERPNodeView) UnmarshalJSON 

func (v *DERPNodeView) UnmarshalJSON(b []byte) error

func (DERPNodeView) Valid 

func (v DERPNodeView) Valid() bool

Valid reports whether underlying value is non-nil.

type DERPRegion 

type DERPRegion struct {
	// RegionID is a unique integer for a geographic region.
	//
	// It corresponds to the legacy derpN.tailscale.com hostnames
	// used by older clients. (Older clients will continue to resolve
	// derpN.tailscale.com when contacting peers, rather than use
	// the server-provided DERPMap)
	//
	// RegionIDs must be non-zero, positive, and guaranteed to fit
	// in a JavaScript number.
	//
	// RegionIDs in range 900-999 are reserved for end users to run their
	// own DERP nodes.
	RegionID int

	// RegionCode is a short name for the region. It's usually a popular
	// city or airport code in the region: "nyc", "sf", "sin",
	// "fra", etc.
	RegionCode string

	// RegionName is a long English name for the region: "New York City",
	// "San Francisco", "Singapore", "Frankfurt", etc.
	RegionName string

	// Avoid is whether the client should avoid picking this as its home
	// region. The region should only be used if a peer is there.
	// Clients already using this region as their home should migrate
	// away to a new region without Avoid set.
	Avoid bool `json:",omitempty"`

	// Nodes are the DERP nodes running in this region, in
	// priority order for the current client. Client TLS
	// connections should ideally only go to the first entry
	// (falling back to the second if necessary). STUN packets
	// should go to the first 1 or 2.
	//
	// If nodes within a region route packets amongst themselves,
	// but not to other regions. That said, each user/domain
	// should get a the same preferred node order, so if all nodes
	// for a user/network pick the first one (as they should, when
	// things are healthy), the inter-cluster routing is minimal
	// to zero.
	Nodes []*DERPNode
}

DERPRegion is a geographic region running DERP relay node(s).

Client nodes discover which region they're closest to, advertise that "home" DERP region (previously called "home node", when there was only 1 node per region) and maintain a persistent connection that region as long as it's the closest. Client nodes will further connect to other regions as necessary to communicate with peers advertising other regions as their homes.

func (*DERPRegion) Clone 

func (src *DERPRegion) Clone() *DERPRegion

Clone makes a deep copy of DERPRegion. The result aliases no memory with the original.

func (*DERPRegion) View 

func (p *DERPRegion) View() DERPRegionView

View returns a readonly view of DERPRegion.

type DERPRegionView 

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

DERPRegionView provides a read-only view over DERPRegion.

Its methods should only be called if `Valid()` returns true.

func (DERPRegionView) AsStruct 

func (v DERPRegionView) AsStruct() *DERPRegion

AsStruct returns a clone of the underlying value which aliases no memory with the original.

func (DERPRegionView) Avoid 

func (v DERPRegionView) Avoid() bool

func (DERPRegionView) MarshalJSON 

func (v DERPRegionView) MarshalJSON() ([]byte, error)

func (DERPRegionView) Nodes 

func (v DERPRegionView) Nodes() views.SliceView[*DERPNode, DERPNodeView]

func (DERPRegionView) RegionCode 

func (v DERPRegionView) RegionCode() string

func (DERPRegionView) RegionID 

func (v DERPRegionView) RegionID() int

func (DERPRegionView) RegionName 

func (v DERPRegionView) RegionName() string

func (*DERPRegionView) UnmarshalJSON 

func (v *DERPRegionView) UnmarshalJSON(b []byte) error

func (DERPRegionView) Valid 

func (v DERPRegionView) Valid() bool

Valid reports whether underlying value is non-nil.

type DNSConfig 

type DNSConfig struct {
	// Resolvers are the DNS resolvers to use, in order of preference.
	Resolvers []*dnstype.Resolver `json:",omitempty"`

	// Routes maps DNS name suffixes to a set of DNS resolvers to
	// use. It is used to implement "split DNS" and other advanced DNS
	// routing overlays.
	//
	// Map keys are fully-qualified DNS name suffixes; they may
	// optionally contain a trailing dot but no leading dot.
	//
	// If the value is an empty slice, that means the suffix should still
	// be handled by Tailscale's built-in resolver (100.100.100.100), such
	// as for the purpose of handling ExtraRecords.
	Routes map[string][]*dnstype.Resolver `json:",omitempty"`

	// FallbackResolvers is like Resolvers, but is only used if a
	// split DNS configuration is requested in a configuration that
	// doesn't work yet without explicit default resolvers.
	// https://github.com/tailscale/tailscale/issues/1743
	FallbackResolvers []*dnstype.Resolver `json:",omitempty"`
	// Domains are the search domains to use.
	// Search domains must be FQDNs, but *without* the trailing dot.
	Domains []string `json:",omitempty"`
	// Proxied turns on automatic resolution of hostnames for devices
	// in the network map, aka MagicDNS.
	// Despite the (legacy) name, does not necessarily cause request
	// proxying to be enabled.
	Proxied bool `json:",omitempty"`

	// Nameservers are the IP addresses of the nameservers to use.
	Nameservers []netip.Addr `json:",omitempty"`

	// CertDomains are the set of DNS names for which the control
	// plane server will assist with provisioning TLS
	// certificates. See SetDNSRequest, which can be used to
	// answer dns-01 ACME challenges for e.g. LetsEncrypt.
	// These names are FQDNs without trailing periods, and without
	// any "_acme-challenge." prefix.
	CertDomains []string `json:",omitempty"`

	// ExtraRecords contains extra DNS records to add to the
	// MagicDNS config.
	ExtraRecords []DNSRecord `json:",omitempty"`

	// ExitNodeFilteredSuffixes are the DNS suffixes that the
	// node, when being an exit node DNS proxy, should not answer.
	//
	// The entries do not contain trailing periods and are always
	// all lowercase.
	//
	// If an entry starts with a period, it's a suffix match (but
	// suffix ".a.b" doesn't match "a.b"; a prefix is required).
	//
	// If an entry does not start with a period, it's an exact
	// match.
	//
	// Matches are case insensitive.
	ExitNodeFilteredSet []string `json:",omitempty"`

	// TempCorpIssue13969 is a temporary (2023-08-16) field for an internal hack day prototype.
	// It contains a user inputed URL that should have a list of domains to be blocked.
	// See https://github.com/tailscale/corp/issues/13969.
	TempCorpIssue13969 string `json:",omitempty"`
}

DNSConfig is the DNS configuration.

func (*DNSConfig) Clone 

func (src *DNSConfig) Clone() *DNSConfig

Clone makes a deep copy of DNSConfig. The result aliases no memory with the original.

func (*DNSConfig) View 

func (p *DNSConfig) View() DNSConfigView

View returns a readonly view of DNSConfig.

type DNSConfigView 

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

DNSConfigView provides a read-only view over DNSConfig.

Its methods should only be called if `Valid()` returns true.

func (DNSConfigView) AsStruct 

func (v DNSConfigView) AsStruct() *DNSConfig

AsStruct returns a clone of the underlying value which aliases no memory with the original.

func (DNSConfigView) CertDomains 

func (v DNSConfigView) CertDomains() views.Slice[string]

func (DNSConfigView) Domains 

func (v DNSConfigView) Domains() views.Slice[string]

func (DNSConfigView) ExitNodeFilteredSet 

func (v DNSConfigView) ExitNodeFilteredSet() views.Slice[string]

func (DNSConfigView) ExtraRecords 

func (v DNSConfigView) ExtraRecords() views.Slice[DNSRecord]

func (DNSConfigView) FallbackResolvers 

func (v DNSConfigView) FallbackResolvers() views.SliceView[*dnstype.Resolver, dnstype.ResolverView]

func (DNSConfigView) MarshalJSON 

func (v DNSConfigView) MarshalJSON() ([]byte, error)

func (DNSConfigView) Nameservers 

func (v DNSConfigView) Nameservers() views.Slice[netip.Addr]

func (DNSConfigView) Proxied 

func (v DNSConfigView) Proxied() bool

func (DNSConfigView) Resolvers 

func (v DNSConfigView) Resolvers() views.SliceView[*dnstype.Resolver, dnstype.ResolverView]

func (DNSConfigView) Routes 

func (v DNSConfigView) Routes() views.MapFn[string, []*dnstype.Resolver, views.SliceView[*dnstype.Resolver, dnstype.ResolverView]]

func (DNSConfigView) TempCorpIssue13969 

func (v DNSConfigView) TempCorpIssue13969() string

func (*DNSConfigView) UnmarshalJSON 

func (v *DNSConfigView) UnmarshalJSON(b []byte) error

func (DNSConfigView) Valid 

func (v DNSConfigView) Valid() bool

Valid reports whether underlying value is non-nil.

type DNSRecord 

type DNSRecord struct {
	// Name is the fully qualified domain name of
	// the record to add. The trailing dot is optional.
	Name string

	// Type is the DNS record type.
	// Empty means A or AAAA, depending on value.
	// Other values are currently ignored.
	Type string `json:",omitempty"`

	// Value is the IP address in string form.
	// TODO(bradfitz): if we ever add support for record types
	// with non-UTF8 binary data, add ValueBytes []byte that
	// would take precedence.
	Value string
}

DNSRecord is an extra DNS record to add to MagicDNS.

type Debug 

type Debug struct {
	// SleepSeconds requests that the client sleep for the
	// provided number of seconds.
	// The client can (and should) limit the value (such as 5
	// minutes). This exists as a safety measure to slow down
	// spinning clients, in case we introduce a bug in the
	// state machine.
	SleepSeconds float64 `json:",omitempty"`

	// DisableLogTail disables the logtail package. Once disabled it can't be
	// re-enabled for the lifetime of the process.
	//
	// This is primarily used by Headscale.
	DisableLogTail bool `json:",omitempty"`

	// Exit optionally specifies that the client should os.Exit
	// with this code. This is a safety measure in case a client is crash
	// looping or in an unsafe state and we need to remotely shut it down.
	Exit *int `json:",omitempty"`
}

Debug used to be a miscellaneous set of declarative debug config changes and imperative debug commands. They've since been mostly migrated to node attributes (MapResponse.Node.Capabilities) for the declarative things and c2n requests for the imperative things. Not much remains here. Don't add more.

type EarlyNoise 

type EarlyNoise struct {
	// NodeKeyChallenge is a random per-connection public key to be used by
	// the client to prove possession of a wireguard private key.
	NodeKeyChallenge key.ChallengePublic `json:"nodeKeyChallenge"`
}

EarlyNoise is the early payload that's sent over Noise but before the HTTP/2 handshake when connecting to the coordination server.

This exists to let the server push some early info to client for that stateful HTTP/2+Noise connection without incurring an extra round trip. (This would've used HTTP/2 server push, had Go's client-side APIs been available)

type Endpoint 

type Endpoint struct {
	Addr netip.AddrPort
	Type EndpointType
}

Endpoint is an endpoint IPPort and an associated type. It doesn't currently go over the wire as is but is instead broken up into two parallel slices in MapRequest, for compatibility reasons. But this type is used in the codebase.

type EndpointType 

type EndpointType int

EndpointType distinguishes different sources of MapRequest.Endpoint values.

func (EndpointType) String 

func (et EndpointType) String() string

type FilterRule 

type FilterRule struct {
	// SrcIPs are the source IPs/networks to match.
	//
	// It may take the following forms:
	//     * an IP address (IPv4 or IPv6)
	//     * the string "*" to match everything (both IPv4 & IPv6)
	//     * a CIDR (e.g. "192.168.0.0/16")
	//     * a range of two IPs, inclusive, separated by hyphen ("2eff::1-2eff::0800")
	SrcIPs []string

	// SrcBits is deprecated; it's the old way to specify a CIDR
	// prior to CapabilityVersion 7. Its values correspond to the
	// SrcIPs above.
	//
	// If an entry of SrcBits is present for the same index as a
	// SrcIPs entry, it changes the SrcIP above to be a network
	// with /n CIDR bits. If the slice is nil or insufficiently
	// long, the default value (for an IPv4 address) for a
	// position is 32, as if the SrcIPs above were a /32 mask. For
	// a "*" SrcIPs value, the corresponding SrcBits value is
	// ignored.
	SrcBits []int `json:",omitempty"`

	// DstPorts are the port ranges to allow once a source IP
	// matches (is in the CIDR described by SrcIPs & SrcBits).
	//
	// CapGrant and DstPorts are mutually exclusive: at most one can be non-nil.
	DstPorts []NetPortRange `json:",omitempty"`

	// IPProto are the IP protocol numbers to match.
	//
	// As a special case, nil or empty means TCP, UDP, and ICMP.
	//
	// Numbers outside the uint8 range (below 0 or above 255) are
	// reserved for Tailscale's use. Unknown ones are ignored.
	//
	// Depending on the IPProto values, DstPorts may or may not be
	// used.
	IPProto []int `json:",omitempty"`

	// CapGrant, if non-empty, are the capabilities to
	// conditionally grant to the source IP in SrcIPs.
	//
	// Think of DstPorts as "capabilities for networking" and
	// CapGrant as arbitrary application-defined capabilities
	// defined between the admin's ACLs and the application
	// doing WhoIs lookups, looking up the remote IP address's
	// application-level capabilities.
	//
	// CapGrant and DstPorts are mutually exclusive: at most one can be non-nil.
	CapGrant []CapGrant `json:",omitempty"`
}

FilterRule represents one rule in a packet filter.

A rule is logically a set of source CIDRs to match (described by SrcIPs and SrcBits), and a set of destination targets that are then allowed if a source IP is matches of those CIDRs.

type HealthChangeRequest 

type HealthChangeRequest struct {
	Subsys string // a health.Subsystem value in string form
	Error  string // or empty if cleared
}

HealthChangeRequest is the JSON request body type used to report node health changes to https://<control>/machine/<mkey hex>/update-health.

type Hostinfo 

type Hostinfo struct {
	IPNVersion    string `json:",omitempty"` // version of this code (in version.Long format)
	FrontendLogID string `json:",omitempty"` // logtail ID of frontend instance
	BackendLogID  string `json:",omitempty"` // logtail ID of backend instance
	OS            string `json:",omitempty"` // operating system the client runs on (a version.OS value)

	// OSVersion is the version of the OS, if available.
	//
	// For Android, it's like "10", "11", "12", etc. For iOS and macOS it's like
	// "15.6.1" or "12.4.0". For Windows it's like "10.0.19044.1889". For
	// FreeBSD it's like "12.3-STABLE".
	//
	// For Linux, prior to Tailscale 1.32, we jammed a bunch of fields into this
	// string on Linux, like "Debian 10.4; kernel=xxx; container; env=kn" and so
	// on. As of Tailscale 1.32, this is simply the kernel version on Linux, like
	// "5.10.0-17-amd64".
	OSVersion string `json:",omitempty"`

	Container      opt.Bool `json:",omitempty"` // whether the client is running in a container
	Env            string   `json:",omitempty"` // a hostinfo.EnvType in string form
	Distro         string   `json:",omitempty"` // "debian", "ubuntu", "nixos", ...
	DistroVersion  string   `json:",omitempty"` // "20.04", ...
	DistroCodeName string   `json:",omitempty"` // "jammy", "bullseye", ...

	// App is used to disambiguate Tailscale clients that run using tsnet.
	App string `json:",omitempty"` // "k8s-operator", "golinks", ...

	Desktop         opt.Bool       `json:",omitempty"` // if a desktop was detected on Linux
	Package         string         `json:",omitempty"` // Tailscale package to disambiguate ("choco", "appstore", etc; "" for unknown)
	DeviceModel     string         `json:",omitempty"` // mobile phone model ("Pixel 3a", "iPhone12,3")
	PushDeviceToken string         `json:",omitempty"` // macOS/iOS APNs device token for notifications (and Android in the future)
	Hostname        string         `json:",omitempty"` // name of the host the client runs on
	ShieldsUp       bool           `json:",omitempty"` // indicates whether the host is blocking incoming connections
	ShareeNode      bool           `json:",omitempty"` // indicates this node exists in netmap because it's owned by a shared-to user
	NoLogsNoSupport bool           `json:",omitempty"` // indicates that the user has opted out of sending logs and support
	WireIngress     bool           `json:",omitempty"` // indicates that the node wants the option to receive ingress connections
	AllowsUpdate    bool           `json:",omitempty"` // indicates that the node has opted-in to admin-console-drive remote updates
	Machine         string         `json:",omitempty"` // the current host's machine type (uname -m)
	GoArch          string         `json:",omitempty"` // GOARCH value (of the built binary)
	GoArchVar       string         `json:",omitempty"` // GOARM, GOAMD64, etc (of the built binary)
	GoVersion       string         `json:",omitempty"` // Go version binary was built with
	RoutableIPs     []netip.Prefix `json:",omitempty"` // set of IP ranges this client can route
	RequestTags     []string       `json:",omitempty"` // set of ACL tags this node wants to claim
	WoLMACs         []string       `json:",omitempty"` // MAC address(es) to send Wake-on-LAN packets to wake this node (lowercase hex w/ colons)
	Services        []Service      `json:",omitempty"` // services advertised by this machine
	NetInfo         *NetInfo       `json:",omitempty"`
	SSH_HostKeys    []string       `json:"sshHostKeys,omitempty"` // if advertised
	Cloud           string         `json:",omitempty"`
	Userspace       opt.Bool       `json:",omitempty"` // if the client is running in userspace (netstack) mode
	UserspaceRouter opt.Bool       `json:",omitempty"` // if the client's subnet router is running in userspace (netstack) mode
	AppConnector    opt.Bool       `json:",omitempty"` // if the client is running the app-connector service

	// Location represents geographical location data about a
	// Tailscale host. Location is optional and only set if
	// explicitly declared by a node.
	Location *Location `json:",omitempty"`
}

Hostinfo contains a summary of a Tailscale host.

Because it contains pointers (slices), this type should not be used as a value type.

func (*Hostinfo) CheckRequestTags 

func (h *Hostinfo) CheckRequestTags() error

CheckRequestTags checks that all of h.RequestTags are valid.

func (*Hostinfo) Clone 

func (src *Hostinfo) Clone() *Hostinfo

Clone makes a deep copy of Hostinfo. The result aliases no memory with the original.

func (*Hostinfo) Equal 

func (h *Hostinfo) Equal(h2 *Hostinfo) bool

Equal reports whether h and h2 are equal.

func (*Hostinfo) HowUnequal 

func (h *Hostinfo) HowUnequal(h2 *Hostinfo) (path []string)

HowUnequal returns a list of paths through Hostinfo where h and h2 differ. If they differ in nil-ness, the path is "nil", otherwise the path is like "ShieldsUp" or "NetInfo.nil" or "NetInfo.PCP".

func (*Hostinfo) TailscaleFunnelEnabled 

func (hi *Hostinfo) TailscaleFunnelEnabled() bool

TailscaleFunnelEnabled reports whether or not this node has explicitly enabled Funnel.

func (*Hostinfo) TailscaleSSHEnabled 

func (hi *Hostinfo) TailscaleSSHEnabled() bool

TailscaleSSHEnabled reports whether or not this node is acting as a Tailscale SSH server.

func (*Hostinfo) View 

func (p *Hostinfo) View() HostinfoView

View returns a readonly view of Hostinfo.

type HostinfoView 

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

HostinfoView provides a read-only view over Hostinfo.

Its methods should only be called if `Valid()` returns true.

func (HostinfoView) AllowsUpdate 

func (v HostinfoView) AllowsUpdate() bool

func (HostinfoView) App 

func (v HostinfoView) App() string

func (HostinfoView) AppConnector 

func (v HostinfoView) AppConnector() opt.Bool

func (HostinfoView) AsStruct 

func (v HostinfoView) AsStruct() *Hostinfo

AsStruct returns a clone of the underlying value which aliases no memory with the original.

func (HostinfoView) BackendLogID 

func (v HostinfoView) BackendLogID() string

func (HostinfoView) Cloud 

func (v HostinfoView) Cloud() string

func (HostinfoView) Container 

func (v HostinfoView) Container() opt.Bool

func (HostinfoView) Desktop 

func (v HostinfoView) Desktop() opt.Bool

func (HostinfoView) DeviceModel 

func (v HostinfoView) DeviceModel() string

func (HostinfoView) Distro 

func (v HostinfoView) Distro() string

func (HostinfoView) DistroCodeName 

func (v HostinfoView) DistroCodeName() string

func (HostinfoView) DistroVersion 

func (v HostinfoView) DistroVersion() string

func (HostinfoView) Env 

func (v HostinfoView) Env() string

func (HostinfoView) Equal 

func (v HostinfoView) Equal(v2 HostinfoView) bool

func (HostinfoView) FrontendLogID 

func (v HostinfoView) FrontendLogID() string

func (HostinfoView) GoArch 

func (v HostinfoView) GoArch() string

func (HostinfoView) GoArchVar 

func (v HostinfoView) GoArchVar() string

func (HostinfoView) GoVersion 

func (v HostinfoView) GoVersion() string

func (HostinfoView) Hostname 

func (v HostinfoView) Hostname() string

func (HostinfoView) IPNVersion 

func (v HostinfoView) IPNVersion() string

func (HostinfoView) Location 

func (v HostinfoView) Location() *Location

func (HostinfoView) Machine 

func (v HostinfoView) Machine() string

func (HostinfoView) MarshalJSON 

func (v HostinfoView) MarshalJSON() ([]byte, error)

func (HostinfoView) NetInfo 

func (v HostinfoView) NetInfo() NetInfoView

func (HostinfoView) NoLogsNoSupport 

func (v HostinfoView) NoLogsNoSupport() bool

func (HostinfoView) OS 

func (v HostinfoView) OS() string

func (HostinfoView) OSVersion 

func (v HostinfoView) OSVersion() string

func (HostinfoView) Package 

func (v HostinfoView) Package() string

func (HostinfoView) PushDeviceToken 

func (v HostinfoView) PushDeviceToken() string

func (HostinfoView) RequestTags 

func (v HostinfoView) RequestTags() views.Slice[string]

func (HostinfoView) RoutableIPs 

func (v HostinfoView) RoutableIPs() views.Slice[netip.Prefix]

func (HostinfoView) SSH_HostKeys 

func (v HostinfoView) SSH_HostKeys() views.Slice[string]

func (HostinfoView) Services 

func (v HostinfoView) Services() views.Slice[Service]

func (HostinfoView) ShareeNode 

func (v HostinfoView) ShareeNode() bool

func (HostinfoView) ShieldsUp 

func (v HostinfoView) ShieldsUp() bool

func (HostinfoView) TailscaleFunnelEnabled 

func (v HostinfoView) TailscaleFunnelEnabled() bool

func (HostinfoView) TailscaleSSHEnabled 

func (v HostinfoView) TailscaleSSHEnabled() bool

func (*HostinfoView) UnmarshalJSON 

func (v *HostinfoView) UnmarshalJSON(b []byte) error

func (HostinfoView) Userspace 

func (v HostinfoView) Userspace() opt.Bool

func (HostinfoView) UserspaceRouter 

func (v HostinfoView) UserspaceRouter() opt.Bool

func (HostinfoView) Valid 

func (v HostinfoView) Valid() bool

Valid reports whether underlying value is non-nil.

func (HostinfoView) WireIngress 

func (v HostinfoView) WireIngress() bool

func (HostinfoView) WoLMACs 

func (v HostinfoView) WoLMACs() views.Slice[string]

type ID 

type ID int64

func (ID) String 

func (id ID) String() string

type Location 

type Location struct {
	Country     string `json:",omitempty"` // User friendly country name, with proper capitalization ("Canada")
	CountryCode string `json:",omitempty"` // ISO 3166-1 alpha-2 in upper case ("CA")
	City        string `json:",omitempty"` // User friendly city name, with proper capitalization ("Squamish")

	// CityCode is a short code representing the city in upper case.
	// CityCode is used to disambiguate a city from another location
	// with the same city name. It uniquely identifies a particular
	// geographical location, within the tailnet.
	// IATA, ICAO or ISO 3166-2 codes are recommended ("YSE")
	CityCode string `json:",omitempty"`

	// Priority determines the order of use of an exit node when a
	// location based preference matches more than one exit node,
	// the node with the highest priority wins. Nodes of equal
	// probability may be selected arbitrarily.
	//
	// A value of 0 means the exit node does not have a priority
	// preference. A negative int is not allowed.
	Priority int `json:",omitempty"`
}

Location represents geographical location data about a Tailscale host. Location is optional and only set if explicitly declared by a node.

func (*Location) Clone 

func (src *Location) Clone() *Location

Clone makes a deep copy of Location. The result aliases no memory with the original.

func (*Location) View 

func (p *Location) View() LocationView

View returns a readonly view of Location.

type LocationView 

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

LocationView provides a read-only view over Location.

Its methods should only be called if `Valid()` returns true.

func (LocationView) AsStruct 

func (v LocationView) AsStruct() *Location

AsStruct returns a clone of the underlying value which aliases no memory with the original.

func (LocationView) City 

func (v LocationView) City() string

func (LocationView) CityCode 

func (v LocationView) CityCode() string

func (LocationView) Country 

func (v LocationView) Country() string

func (LocationView) CountryCode 

func (v LocationView) CountryCode() string

func (LocationView) MarshalJSON 

func (v LocationView) MarshalJSON() ([]byte, error)

func (LocationView) Priority 

func (v LocationView) Priority() int

func (*LocationView) UnmarshalJSON 

func (v *LocationView) UnmarshalJSON(b []byte) error

func (LocationView) Valid 

func (v LocationView) Valid() bool

Valid reports whether underlying value is non-nil.

type Login 

type Login struct {
	ID            LoginID
	Provider      string
	LoginName     string
	DisplayName   string
	ProfilePicURL string
	// contains filtered or unexported fields
}

func (*Login) Clone 

func (src *Login) Clone() *Login

Clone makes a deep copy of Login. The result aliases no memory with the original.

func (*Login) View 

func (p *Login) View() LoginView

View returns a readonly view of Login.

type LoginID 

type LoginID ID

func (LoginID) IsZero 

func (u LoginID) IsZero() bool

func (LoginID) String 

func (id LoginID) String() string

type LoginView 

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

LoginView provides a read-only view over Login.

Its methods should only be called if `Valid()` returns true.

func (LoginView) AsStruct 

func (v LoginView) AsStruct() *Login

AsStruct returns a clone of the underlying value which aliases no memory with the original.

func (LoginView) DisplayName 

func (v LoginView) DisplayName() string

func (LoginView) ID 

func (v LoginView) ID() LoginID

func (LoginView) LoginName 

func (v LoginView) LoginName() string

func (LoginView) MarshalJSON 

func (v LoginView) MarshalJSON() ([]byte, error)

func (LoginView) ProfilePicURL 

func (v LoginView) ProfilePicURL() string

func (LoginView) Provider 

func (v LoginView) Provider() string

func (*LoginView) UnmarshalJSON 

func (v *LoginView) UnmarshalJSON(b []byte) error

func (LoginView) Valid 

func (v LoginView) Valid() bool

Valid reports whether underlying value is non-nil.

type MachineStatus 

type MachineStatus int

func (MachineStatus) AppendText 

func (m MachineStatus) AppendText(b []byte) ([]byte, error)

func (MachineStatus) MarshalText 

func (m MachineStatus) MarshalText() ([]byte, error)

func (MachineStatus) String 

func (m MachineStatus) String() string

func (*MachineStatus) UnmarshalText 

func (m *MachineStatus) UnmarshalText(b []byte) error

type MapRequest 

type MapRequest struct {
	// Version is incremented whenever the client code changes enough that
	// we want to signal to the control server that we're capable of something
	// different.
	//
	// For current values and history, see the CapabilityVersion type's docs.
	Version CapabilityVersion

	Compress  string // "zstd" or "" (no compression)
	KeepAlive bool   // whether server should send keep-alives back to us
	NodeKey   key.NodePublic
	DiscoKey  key.DiscoPublic

	// Stream is whether the client wants to receive multiple MapResponses over
	// the same HTTP connection.
	//
	// If false, the server will send a single MapResponse and then close the
	// connection.
	//
	// If true and Version >= 68, the server should treat this as a read-only
	// request and ignore any Hostinfo or other fields that might be set.
	Stream bool

	// Hostinfo is the client's current Hostinfo. Although it is always included
	// in the request, the server may choose to ignore it when Stream is true
	// and Version >= 68.
	Hostinfo *Hostinfo

	// MapSessionHandle, if non-empty, is a request to reattach to a previous
	// map session after a previous map session was interrupted for whatever
	// reason. Its value is an opaque string as returned by
	// MapResponse.MapSessionHandle.
	//
	// When set, the client must also send MapSessionSeq to specify the last
	// processed message in that prior session.
	//
	// The server may choose to ignore the request for any reason and start a
	// new map session. This is only applicable when Stream is true.
	MapSessionHandle string `json:",omitempty"`

	// MapSessionSeq is the sequence number in the map session identified by
	// MapSesssionHandle that was most recently processed by the client.
	// It is only applicable when MapSessionHandle is specified.
	// If the server chooses to honor the MapSessionHandle request, only sequence
	// numbers greater than this value will be returned.
	MapSessionSeq int64 `json:",omitempty"`

	// Endpoints are the client's magicsock UDP ip:port endpoints (IPv4 or IPv6).
	// These can be ignored if Stream is true and Version >= 68.
	Endpoints []netip.AddrPort `json:",omitempty"`
	// EndpointTypes are the types of the corresponding endpoints in Endpoints.
	EndpointTypes []EndpointType `json:",omitempty"`

	// TKAHead describes the hash of the latest AUM applied to the local
	// tailnet key authority, if one is operating.
	// It is encoded as tka.AUMHash.MarshalText.
	TKAHead string `json:",omitempty"`

	// ReadOnly was set when client just wanted to fetch the MapResponse,
	// without updating their Endpoints. The intended use was for clients to
	// discover the DERP map at start-up before their first real endpoint
	// update.
	//
	// Deprecated: always false as of Version 68.
	ReadOnly bool `json:",omitempty"`

	// OmitPeers is whether the client is okay with the Peers list being omitted
	// in the response.
	//
	// The behavior of OmitPeers being true varies based on Stream and ReadOnly:
	//
	// If OmitPeers is true, Stream is false, and ReadOnly is false,
	// then the server will let clients update their endpoints without
	// breaking existing long-polling (Stream == true) connections.
	// In this case, the server can omit the entire response; the client
	// only checks the HTTP response status code.
	//
	// If OmitPeers is true, Stream is false, but ReadOnly is true,
	// then all the response fields are included. (This is what the client does
	// when initially fetching the DERP map.)
	OmitPeers bool `json:",omitempty"`

	// DebugFlags is a list of strings specifying debugging and
	// development features to enable in handling this map
	// request. The values are deliberately unspecified, as they get
	// added and removed all the time during development, and offer no
	// compatibility promise. To roll out semantic changes, bump
	// Version instead.
	//
	// Current DebugFlags values are:
	//     * "warn-ip-forwarding-off": client is trying to be a subnet
	//       router but their IP forwarding is broken.
	//     * "warn-router-unhealthy": client's Router implementation is
	//       having problems.
	DebugFlags []string `json:",omitempty"`
}

MapRequest is sent by a client to either update the control plane about its current state, or to start a long-poll of network map updates.

The request includes a copy of the client's current set of WireGuard endpoints and general host information.

The request is encoded to JSON, encrypted with golang.org/x/crypto/nacl/box, using the local machine key, and sent to: 

https://login.tailscale.com/machine/<mkey hex>/map

type MapResponse 

type MapResponse struct {
	// MapSessionHandle optionally specifies a unique opaque handle for this
	// stateful MapResponse session. Servers may choose not to send it, and it's
	// only sent on the first MapResponse in a stream. The client can determine
	// whether it's reattaching to a prior stream by seeing whether this value
	// matches the requested MapRequest.MapSessionHandle.
	MapSessionHandle string `json:",omitempty"`

	// Seq is a sequence number within a named map session (a response where the
	// first message contains a MapSessionHandle). The Seq number may be omitted
	// on responses that don't change the state of the stream, such as KeepAlive
	// or certain types of PingRequests. This is the value to be sent in
	// MapRequest.MapSessionSeq to resume after this message.
	Seq int64 `json:",omitempty"`

	// KeepAlive, if set, represents an empty message just to keep
	// the connection alive. When true, all other fields except
	// PingRequest, ControlTime, and PopBrowserURL are ignored.
	KeepAlive bool `json:",omitempty"`

	// PingRequest, if non-empty, is a request to the client to
	// prove it's still there by sending an HTTP request to the
	// provided URL. No auth headers are necessary.
	// PingRequest may be sent on any MapResponse (ones with
	// KeepAlive true or false).
	PingRequest *PingRequest `json:",omitempty"`

	// PopBrowserURL, if non-empty, is a URL for the client to
	// open to complete an action. The client should dup suppress
	// identical URLs and only open it once for the same URL.
	PopBrowserURL string `json:",omitempty"`

	// Node describes the node making the map request.
	// Starting with MapRequest.Version 18, nil means unchanged.
	Node *Node `json:",omitempty"`

	// DERPMap describe the set of DERP servers available.
	// A nil value means unchanged.
	DERPMap *DERPMap `json:",omitempty"`

	// Peers, if non-empty, is the complete list of peers.
	// It will be set in the first MapResponse for a long-polled request/response.
	// Subsequent responses will be delta-encoded if MapRequest.Version >= 5 and server
	// chooses, in which case Peers will be nil or zero length.
	// If Peers is non-empty, PeersChanged and PeersRemoved should
	// be ignored (and should be empty).
	// Peers is always returned sorted by Node.ID.
	Peers []*Node `json:",omitempty"`
	// PeersChanged are the Nodes (identified by their ID) that
	// have changed or been added since the past update on the
	// HTTP response. It's not used by the server if MapRequest.Version < 5.
	// PeersChanged is always returned sorted by Node.ID.
	PeersChanged []*Node `json:",omitempty"`
	// PeersRemoved are the NodeIDs that are no longer in the peer list.
	PeersRemoved []NodeID `json:",omitempty"`

	// PeersChangedPatch, if non-nil, means that node(s) have changed.
	// This is a lighter version of the older PeersChanged support that
	// only supports certain types of updates
	//
	// These are applied after Peers* above, but in practice the
	// control server should only send these on their own, without
	// the Peers* fields also set.
	PeersChangedPatch []*PeerChange `json:",omitempty"`

	// PeerSeenChange contains information on how to update peers' LastSeen
	// times. If the value is false, the peer is gone. If the value is true,
	// the LastSeen time is now. Absent means unchanged.
	PeerSeenChange map[NodeID]bool `json:",omitempty"`

	// OnlineChange changes the value of a Peer Node.Online value.
	OnlineChange map[NodeID]bool `json:",omitempty"`

	// DNSConfig contains the DNS settings for the client to use.
	// A nil value means no change from an earlier non-nil value.
	DNSConfig *DNSConfig `json:",omitempty"`

	// Domain is the name of the network that this node is
	// in. It's either of the form "example.com" (for user
	// foo@example.com, for multi-user networks) or
	// "foo@gmail.com" (for siloed users on shared email
	// providers). Its exact form should not be depended on; new
	// forms are coming later.
	// If empty, the value is unchanged.
	Domain string `json:",omitempty"`

	// CollectServices reports whether this node's Tailnet has
	// requested that info about services be included in HostInfo.
	// If unset, the most recent non-empty MapResponse value in
	// the HTTP response stream is used.
	CollectServices opt.Bool `json:",omitempty"`

	// PacketFilter are the firewall rules.
	//
	// For MapRequest.Version >= 6, a nil value means the most
	// previously streamed non-nil MapResponse.PacketFilter within
	// the same HTTP response. A non-nil but empty list always means
	// no PacketFilter (that is, to block everything).
	//
	// Note that this package's type, due its use of a slice and omitempty, is
	// unable to marshal a zero-length non-nil slice. The control server needs
	// to marshal this type using a separate type. See MapResponse docs.
	//
	// See PacketFilters for the newer way to send PacketFilter updates.
	PacketFilter []FilterRule `json:",omitempty"`

	// PacketFilters encodes incremental packet filter updates to the client
	// without having to send the entire packet filter on any changes as
	// required by the older PacketFilter (singular) field above. The map keys
	// are server-assigned arbitrary strings. The map values are the new rules
	// for that key, or nil to delete it. The client then concatenates all the
	// rules together to generate the final packet filter. Because the
	// FilterRules can only match or not match, the ordering of filter rules
	// doesn't matter. (That said, the client generates the file merged packet
	// filter rules by concananting all the packet filter rules sorted by the
	// map key name. But it does so for stability and testability, not
	// correctness. If something needs to rely on that property, something has
	// gone wrong.)
	//
	// If the server sends a non-nil PacketFilter (above), that is equivalent to
	// a named packet filter with the key "base". It is valid for the server to
	// send both PacketFilter and PacketFilters in the same MapResponse or
	// alternate between them within a session. The PacketFilter is applied
	// first (if set) and then the PacketFilters.
	//
	// As a special case, the map key "*" with a value of nil means to clear all
	// prior named packet filters (including any implicit "base") before
	// processing the other map entries.
	PacketFilters map[string][]FilterRule `json:",omitempty"`

	// UserProfiles are the user profiles of nodes in the network.
	// As as of 1.1.541 (mapver 5), this contains new or updated
	// user profiles only.
	UserProfiles []UserProfile `json:",omitempty"`

	// Health, if non-nil, sets the health state of the node from the control
	// plane's perspective. A nil value means no change from the previous
	// MapResponse. A non-nil 0-length slice restores the health to good (no
	// known problems). A non-zero length slice are the list of problems that
	// the control place sees.
	//
	// Note that this package's type, due its use of a slice and omitempty, is
	// unable to marshal a zero-length non-nil slice. The control server needs
	// to marshal this type using a separate type. See MapResponse docs.
	Health []string `json:",omitempty"`

	// SSHPolicy, if non-nil, updates the SSH policy for how incoming
	// SSH connections should be handled.
	SSHPolicy *SSHPolicy `json:",omitempty"`

	// ControlTime, if non-zero, is the current timestamp according to the control server.
	ControlTime *time.Time `json:",omitempty"`

	// TKAInfo describes the control plane's view of tailnet
	// key authority (TKA) state.
	//
	// An initial nil TKAInfo indicates that the control plane
	// believes TKA should not be enabled. An initial non-nil TKAInfo
	// indicates the control plane believes TKA should be enabled.
	// A nil TKAInfo in a mapresponse stream (i.e. a 'delta' mapresponse)
	// indicates no change from the value sent earlier.
	TKAInfo *TKAInfo `json:",omitempty"`

	// DomainDataPlaneAuditLogID, if non-empty, is the per-tailnet log ID to be
	// used when writing data plane audit logs.
	DomainDataPlaneAuditLogID string `json:",omitempty"`

	// Debug is normally nil, except for when the control server
	// is setting debug settings on a node.
	Debug *Debug `json:",omitempty"`

	// ControlDialPlan tells the client how to connect to the control
	// server. An initial nil is equivalent to new(ControlDialPlan).
	// A subsequent streamed nil means no change.
	ControlDialPlan *ControlDialPlan `json:",omitempty"`

	// ClientVersion describes the latest client version that's available for
	// download and whether the client is using it. A nil value means no change
	// or nothing to report.
	ClientVersion *ClientVersion `json:",omitempty"`

	// DefaultAutoUpdate is the default node auto-update setting for this
	// tailnet. The node is free to opt-in or out locally regardless of this
	// value. This value is only used on first MapResponse from control, the
	// auto-update setting doesn't change if the tailnet admin flips the
	// default after the node registered.
	DefaultAutoUpdate opt.Bool `json:",omitempty"`

	// MaxKeyDuration describes the MaxKeyDuration setting for the tailnet.
	// If zero, the value is unchanged.
	MaxKeyDuration time.Duration `json:",omitempty"`
}

MapResponse is the response to a MapRequest. It describes the state of the local node, the peer nodes, the DNS configuration, the packet filter, and more. A MapRequest, depending on its parameters, may result in the control plane coordination server sending 0, 1 or a stream of multiple MapResponse values.

When the client sets MapRequest.Stream, the server sends a stream of MapResponses. That long-lived HTTP transaction is called a "map poll". In a map poll, the first MapResponse will be complete and subsequent MapResponses will be incremental updates with only changed information.

The zero value for all fields means "unchanged". Unfortunately, several fields were defined before that convention was established, so they use a slice with omitempty, meaning this type can't be used to marshal JSON containing non-nil zero-length slices (meaning explicitly now empty). The control plane uses a separate type to marshal these fields. This type is primarily used for unmarshaling responses so the omitempty annotations are mostly useless, except that this type is also used for the integration test's fake control server. (It's not necessary to marshal a non-nil zero-length slice for the things we've needed to test in the integration tests as of 2023-09-09).

type NetInfo 

type NetInfo struct {
	// MappingVariesByDestIP says whether the host's NAT mappings
	// vary based on the destination IP.
	MappingVariesByDestIP opt.Bool

	// HairPinning is their router does hairpinning.
	// It reports true even if there's no NAT involved.
	HairPinning opt.Bool

	// WorkingIPv6 is whether the host has IPv6 internet connectivity.
	WorkingIPv6 opt.Bool

	// OSHasIPv6 is whether the OS supports IPv6 at all, regardless of
	// whether IPv6 internet connectivity is available.
	OSHasIPv6 opt.Bool

	// WorkingUDP is whether the host has UDP internet connectivity.
	WorkingUDP opt.Bool

	// WorkingICMPv4 is whether ICMPv4 works.
	// Empty means not checked.
	WorkingICMPv4 opt.Bool

	// HavePortMap is whether we have an existing portmap open
	// (UPnP, PMP, or PCP).
	HavePortMap bool `json:",omitempty"`

	// UPnP is whether UPnP appears present on the LAN.
	// Empty means not checked.
	UPnP opt.Bool

	// PMP is whether NAT-PMP appears present on the LAN.
	// Empty means not checked.
	PMP opt.Bool

	// PCP is whether PCP appears present on the LAN.
	// Empty means not checked.
	PCP opt.Bool

	// PreferredDERP is this node's preferred (home) DERP region ID.
	// This is where the node expects to be contacted to begin a
	// peer-to-peer connection. The node might be be temporarily
	// connected to multiple DERP servers (to speak to other nodes
	// that are located elsewhere) but PreferredDERP is the region ID
	// that the node subscribes to traffic at.
	// Zero means disconnected or unknown.
	PreferredDERP int

	// LinkType is the current link type, if known.
	LinkType string `json:",omitempty"` // "wired", "wifi", "mobile" (LTE, 4G, 3G, etc)

	// DERPLatency is the fastest recent time to reach various
	// DERP STUN servers, in seconds. The map key is the
	// "regionID-v4" or "-v6"; it was previously the DERP server's
	// STUN host:port.
	//
	// This should only be updated rarely, or when there's a
	// material change, as any change here also gets uploaded to
	// the control plane.
	DERPLatency map[string]float64 `json:",omitempty"`

	// FirewallMode encodes both which firewall mode was selected and why.
	// It is Linux-specific (at least as of 2023-08-19) and is meant to help
	// debug iptables-vs-nftables issues. The string is of the form
	// "{nft,ift}-REASON", like "nft-forced" or "ipt-default". Empty means
	// either not Linux or a configuration in which the host firewall rules
	// are not managed by tailscaled.
	FirewallMode string `json:",omitempty"`
}

NetInfo contains information about the host's network state.

func (*NetInfo) BasicallyEqual 

func (ni *NetInfo) BasicallyEqual(ni2 *NetInfo) bool

BasicallyEqual reports whether ni and ni2 are basically equal, ignoring changes in DERP ServerLatency & RegionLatency.

func (*NetInfo) Clone 

func (src *NetInfo) Clone() *NetInfo

Clone makes a deep copy of NetInfo. The result aliases no memory with the original.

func (*NetInfo) String 

func (ni *NetInfo) String() string

func (*NetInfo) View 

func (p *NetInfo) View() NetInfoView

View returns a readonly view of NetInfo.

type NetInfoView 

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

NetInfoView provides a read-only view over NetInfo.

Its methods should only be called if `Valid()` returns true.

func (NetInfoView) AsStruct 

func (v NetInfoView) AsStruct() *NetInfo

AsStruct returns a clone of the underlying value which aliases no memory with the original.

func (NetInfoView) DERPLatency 

func (v NetInfoView) DERPLatency() views.Map[string, float64]

func (NetInfoView) FirewallMode 

func (v NetInfoView) FirewallMode() string

func (NetInfoView) HairPinning 

func (v NetInfoView) HairPinning() opt.Bool

func (NetInfoView) HavePortMap 

func (v NetInfoView) HavePortMap() bool

func (NetInfoView) LinkType 

func (v NetInfoView) LinkType() string

func (NetInfoView) MappingVariesByDestIP 

func (v NetInfoView) MappingVariesByDestIP() opt.Bool

func (NetInfoView) MarshalJSON 

func (v NetInfoView) MarshalJSON() ([]byte, error)

func (NetInfoView) OSHasIPv6 

func (v NetInfoView) OSHasIPv6() opt.Bool

func (NetInfoView) PCP 

func (v NetInfoView) PCP() opt.Bool

func (NetInfoView) PMP 

func (v NetInfoView) PMP() opt.Bool

func (NetInfoView) PreferredDERP 

func (v NetInfoView) PreferredDERP() int

func (NetInfoView) String 

func (v NetInfoView) String() string

func (NetInfoView) UPnP 

func (v NetInfoView) UPnP() opt.Bool

func (*NetInfoView) UnmarshalJSON 

func (v *NetInfoView) UnmarshalJSON(b []byte) error

func (NetInfoView) Valid 

func (v NetInfoView) Valid() bool

Valid reports whether underlying value is non-nil.

func (NetInfoView) WorkingICMPv4 

func (v NetInfoView) WorkingICMPv4() opt.Bool

func (NetInfoView) WorkingIPv6 

func (v NetInfoView) WorkingIPv6() opt.Bool

func (NetInfoView) WorkingUDP 

func (v NetInfoView) WorkingUDP() opt.Bool

type NetPortRange 

type NetPortRange struct {
	IP    string // IP, CIDR, Range, or "*" (same formats as FilterRule.SrcIPs)
	Bits  *int   // deprecated; the old way to turn IP into a CIDR
	Ports PortRange
	// contains filtered or unexported fields
}

NetPortRange represents a range of ports that's allowed for one or more IPs.

type Node 

type Node struct {
	ID       NodeID
	StableID StableNodeID

	// Name is the FQDN of the node.
	// It is also the MagicDNS name for the node.
	// It has a trailing dot.
	// e.g. "host.tail-scale.ts.net."
	Name string

	// User is the user who created the node. If ACL tags are in use for the
	// node then it doesn't reflect the ACL identity that the node is running
	// as.
	User UserID

	// Sharer, if non-zero, is the user who shared this node, if different than User.
	Sharer UserID `json:",omitempty"`

	Key          key.NodePublic
	KeyExpiry    time.Time                  // the zero value if this node does not expire
	KeySignature tkatype.MarshaledSignature `json:",omitempty"`
	Machine      key.MachinePublic
	DiscoKey     key.DiscoPublic
	Addresses    []netip.Prefix   // IP addresses of this Node directly
	AllowedIPs   []netip.Prefix   // range of IP addresses to route to this node
	Endpoints    []netip.AddrPort `json:",omitempty"` // IP+port (public via STUN, and local LANs)

	// DERP is this node's home DERP region ID integer, but shoved into an
	// IP:port string for legacy reasons. The IP address is always "127.3.3.40"
	// (a loopback address (127) followed by the digits over the letters DERP on
	// a QWERTY keyboard (3.3.40)). The "port number" is the home DERP region ID
	// integer.
	//
	// TODO(bradfitz): simplify this legacy mess; add a new HomeDERPRegionID int
	// field behind a new capver bump.
	DERP string `json:",omitempty"` // DERP-in-IP:port ("127.3.3.40:N") endpoint

	Hostinfo HostinfoView
	Created  time.Time
	Cap      CapabilityVersion `json:",omitempty"` // if non-zero, the node's capability version; old servers might not send

	// Tags are the list of ACL tags applied to this node.
	// Tags take the form of `tag:<value>` where value starts
	// with a letter and only contains alphanumerics and dashes `-`.
	// Some valid tag examples:
	//   `tag:prod`
	//   `tag:database`
	//   `tag:lab-1`
	Tags []string `json:",omitempty"`

	// PrimaryRoutes are the routes from AllowedIPs that this node
	// is currently the primary subnet router for, as determined
	// by the control plane. It does not include the self address
	// values from Addresses that are in AllowedIPs.
	PrimaryRoutes []netip.Prefix `json:",omitempty"`

	// LastSeen is when the node was last online. It is not
	// updated when Online is true. It is nil if the current
	// node doesn't have permission to know, or the node
	// has never been online.
	LastSeen *time.Time `json:",omitempty"`

	// Online is whether the node is currently connected to the
	// coordination server.  A value of nil means unknown, or the
	// current node doesn't have permission to know.
	Online *bool `json:",omitempty"`

	MachineAuthorized bool `json:",omitempty"` // TODO(crawshaw): replace with MachineStatus

	// Capabilities are capabilities that the node has.
	// They're free-form strings, but should be in the form of URLs/URIs
	// such as:
	//    "https://tailscale.com/cap/is-admin"
	//    "https://tailscale.com/cap/file-sharing"
	//
	// Deprecated: use CapMap instead.
	Capabilities []NodeCapability `json:",omitempty"`

	// CapMap is a map of capabilities to their optional argument/data values.
	//
	// It is valid for a capability to not have any argument/data values; such
	// capabilities can be tested for using the HasCap method. These type of
	// capabilities are used to indicate that a node has a capability, but there
	// is no additional data associated with it. These were previously
	// represented by the Capabilities field, but can now be represented by
	// CapMap with an empty value.
	//
	// See NodeCapability for more information on keys.
	CapMap NodeCapMap `json:",omitempty"`

	// UnsignedPeerAPIOnly means that this node is not signed nor subject to TKA
	// restrictions. However, in exchange for that privilege, it does not get
	// network access. It can only access this node's peerapi, which may not let
	// it do anything. It is the tailscaled client's job to double-check the
	// MapResponse's PacketFilter to verify that its AllowedIPs will not be
	// accepted by the packet filter.
	UnsignedPeerAPIOnly bool `json:",omitempty"`

	ComputedName string `json:",omitempty"` // MagicDNS base name (for normal non-shared-in nodes), FQDN (without trailing dot, for shared-in nodes), or Hostname (if no MagicDNS)

	ComputedNameWithHost string `json:",omitempty"` // either "ComputedName" or "ComputedName (computedHostIfDifferent)", if computedHostIfDifferent is set

	// DataPlaneAuditLogID is the per-node logtail ID used for data plane audit logging.
	DataPlaneAuditLogID string `json:",omitempty"`

	// Expired is whether this node's key has expired. Control may send
	// this; clients are only allowed to set this from false to true. On
	// the client, this is calculated client-side based on a timestamp sent
	// from control, to avoid clock skew issues.
	Expired bool `json:",omitempty"`

	// SelfNodeV4MasqAddrForThisPeer is the IPv4 that this peer knows the current node as.
	// It may be empty if the peer knows the current node by its native
	// IPv4 address.
	// This field is only populated in a MapResponse for peers and not
	// for the current node.
	//
	// If set, it should be used to masquerade traffic originating from the
	// current node to this peer. The masquerade address is only relevant
	// for this peer and not for other peers.
	//
	// This only applies to traffic originating from the current node to the
	// peer or any of its subnets. Traffic originating from subnet routes will
	// not be masqueraded (e.g. in case of --snat-subnet-routes).
	SelfNodeV4MasqAddrForThisPeer *netip.Addr `json:",omitempty"`

	// SelfNodeV6MasqAddrForThisPeer is the IPv6 that this peer knows the current node as.
	// It may be empty if the peer knows the current node by its native
	// IPv6 address.
	// This field is only populated in a MapResponse for peers and not
	// for the current node.
	//
	// If set, it should be used to masquerade traffic originating from the
	// current node to this peer. The masquerade address is only relevant
	// for this peer and not for other peers.
	//
	// This only applies to traffic originating from the current node to the
	// peer or any of its subnets. Traffic originating from subnet routes will
	// not be masqueraded (e.g. in case of --snat-subnet-routes).
	SelfNodeV6MasqAddrForThisPeer *netip.Addr `json:",omitempty"`

	// IsWireGuardOnly indicates that this is a non-Tailscale WireGuard peer, it
	// is not expected to speak Disco or DERP, and it must have Endpoints in
	// order to be reachable.
	IsWireGuardOnly bool `json:",omitempty"`

	// ExitNodeDNSResolvers is the list of DNS servers that should be used when this
	// node is marked IsWireGuardOnly and being used as an exit node.
	ExitNodeDNSResolvers []*dnstype.Resolver `json:",omitempty"`
	// contains filtered or unexported fields
}

func (*Node) Clone 

func (src *Node) Clone() *Node

Clone makes a deep copy of Node. The result aliases no memory with the original.

func (*Node) DisplayName 

func (n *Node) DisplayName(forOwner bool) string

DisplayName returns the user-facing name for a node which should be shown in client UIs.

Parameter forOwner specifies whether the name is requested by the owner of the node. When forOwner is false, the hostname is never included in the return value.

Return value is either "Name" or "Name (Hostname)", where Name is the node's MagicDNS base name (for normal non-shared-in nodes), FQDN (without trailing dot, for shared-in nodes), or Hostname (if no MagicDNS). Hostname is only included in the return value if it varies from Name and forOwner is provided true.

DisplayName is only valid if InitDisplayNames has been called.

func (*Node) DisplayNames 

func (n *Node) DisplayNames(forOwner bool) (name, hostIfDifferent string)

DisplayName returns the decomposed user-facing name for a node.

Parameter forOwner specifies whether the name is requested by the owner of the node. When forOwner is false, hostIfDifferent is always returned empty.

Return value name is the node's primary name, populated with the node's MagicDNS base name (for normal non-shared-in nodes), FQDN (without trailing dot, for shared-in nodes), or Hostname (if no MagicDNS).

Return value hostIfDifferent, when non-empty, is the node's hostname. hostIfDifferent is only populated when the hostname varies from name and forOwner is provided as true.

DisplayNames is only valid if InitDisplayNames has been called.

func (*Node) Equal 

func (n *Node) Equal(n2 *Node) bool

Equal reports whether n and n2 are equal.

func (*Node) HasCap 

func (v *Node) HasCap(cap NodeCapability) bool

HasCap reports whether the node has the given capability. It is safe to call on a nil Node.

func (*Node) InitDisplayNames 

func (n *Node) InitDisplayNames(networkMagicDNSSuffix string)

InitDisplayNames computes and populates n's display name fields: n.ComputedName, n.computedHostIfDifferent, and n.ComputedNameWithHost.

func (*Node) IsTagged 

func (n *Node) IsTagged() bool

IsTagged reports whether the node has any tags.

func (*Node) SharerOrUser 

func (n *Node) SharerOrUser() UserID

SharerOrUser Sharer if set, else User.

func (*Node) View 

func (p *Node) View() NodeView

View returns a readonly view of Node.

type NodeCapMap 

type NodeCapMap map[NodeCapability][]RawMessage

NodeCapMap is a map of capabilities to their optional values. It is valid for a capability to have no values (nil slice); such capabilities can be tested for by using the Contains method.

See NodeCapability for more information on keys.

func (NodeCapMap) Contains 

func (c NodeCapMap) Contains(cap NodeCapability) bool

Contains reports whether c has the capability cap. This is used to test for the existence of a capability, especially when the capability has no associated argument/data values.

func (NodeCapMap) Equal 

func (c NodeCapMap) Equal(c2 NodeCapMap) bool

Equal reports whether c and c2 are equal.

type NodeCapability 

type NodeCapability string

NodeCapability represents a capability granted to the self node as listed in MapResponse.Node.Capabilities.

It must be a URL like "https://tailscale.com/cap/file-sharing", or a well-known capability name like "funnel". The latter is only allowed for Tailscale-defined capabilities.

Unlike PeerCapability, NodeCapability is not in context of a peer and is granted to the node itself.

These are also referred to as "Node Attributes" in the ACL policy file. 

const (
	CapabilityFileSharing        NodeCapability = "https://tailscale.com/cap/file-sharing"
	CapabilityAdmin              NodeCapability = "https://tailscale.com/cap/is-admin"
	CapabilitySSH                NodeCapability = "https://tailscale.com/cap/ssh"                   // feature enabled/available
	CapabilitySSHRuleIn          NodeCapability = "https://tailscale.com/cap/ssh-rule-in"           // some SSH rule reach this node
	CapabilityDataPlaneAuditLogs NodeCapability = "https://tailscale.com/cap/data-plane-audit-logs" // feature enabled
	CapabilityDebug              NodeCapability = "https://tailscale.com/cap/debug"                 // exposes debug endpoints over the PeerAPI
	CapabilityHTTPS              NodeCapability = "https"

	// CapabilityBindToInterfaceByRoute changes how Darwin nodes create
	// sockets (in the net/netns package). See that package for more
	// details on the behaviour of this capability.
	CapabilityBindToInterfaceByRoute NodeCapability = "https://tailscale.com/cap/bind-to-interface-by-route"

	// CapabilityDebugDisableAlternateDefaultRouteInterface changes how Darwin
	// nodes get the default interface. There is an optional hook (used by the
	// macOS and iOS clients) to override the default interface, this capability
	// disables that and uses the default behavior (of parsing the routing
	// table).
	CapabilityDebugDisableAlternateDefaultRouteInterface NodeCapability = "https://tailscale.com/cap/debug-disable-alternate-default-route-interface"

	// CapabilityDebugDisableBindConnToInterface disables the automatic binding
	// of connections to the default network interface on Darwin nodes.
	CapabilityDebugDisableBindConnToInterface NodeCapability = "https://tailscale.com/cap/debug-disable-bind-conn-to-interface"

	// CapabilityTailnetLock indicates the node may initialize tailnet lock.
	CapabilityTailnetLock NodeCapability = "https://tailscale.com/cap/tailnet-lock"

	// CapabilityWarnFunnelNoInvite indicates whether Funnel is enabled for the tailnet.
	// This cap is no longer used 2023-08-09 onwards.
	CapabilityWarnFunnelNoInvite NodeCapability = "https://tailscale.com/cap/warn-funnel-no-invite"

	// CapabilityWarnFunnelNoHTTPS indicates HTTPS has not been enabled for the tailnet.
	// This cap is no longer used 2023-08-09 onwards.
	CapabilityWarnFunnelNoHTTPS NodeCapability = "https://tailscale.com/cap/warn-funnel-no-https"

	// CapabilityDebugTSDNSResolution enables verbose debug logging for DNS
	// resolution for Tailscale-controlled domains (the control server, log
	// server, DERP servers, etc.)
	CapabilityDebugTSDNSResolution NodeCapability = "https://tailscale.com/cap/debug-ts-dns-resolution"

	// CapabilityFunnelPorts specifies the ports that the Funnel is available on.
	// The ports are specified as a comma-separated list of port numbers or port
	// ranges (e.g. "80,443,8080-8090") in the ports query parameter.
	// e.g. https://tailscale.com/cap/funnel-ports?ports=80,443,8080-8090
	CapabilityFunnelPorts NodeCapability = "https://tailscale.com/cap/funnel-ports"

	// NodeAttrFunnel grants the ability for a node to host ingress traffic.
	NodeAttrFunnel NodeCapability = "funnel"
	// NodeAttrSSHAggregator grants the ability for a node to collect SSH sessions.
	NodeAttrSSHAggregator NodeCapability = "ssh-aggregator"

	// NodeAttrDebugForceBackgroundSTUN forces a node to always do background
	// STUN queries regardless of inactivity.
	NodeAttrDebugForceBackgroundSTUN NodeCapability = "debug-always-stun"

	// NodeAttrDebugDisableWGTrim disables the lazy WireGuard configuration,
	// always giving WireGuard the full netmap, even for idle peers.
	NodeAttrDebugDisableWGTrim NodeCapability = "debug-no-wg-trim"

	// NodeAttrDebugDisableDRPO disables the DERP Return Path Optimization.
	// See Issue 150.
	NodeAttrDebugDisableDRPO NodeCapability = "debug-disable-drpo"

	// NodeAttrDisableSubnetsIfPAC controls whether subnet routers should be
	// disabled if WPAD is present on the network.
	NodeAttrDisableSubnetsIfPAC NodeCapability = "debug-disable-subnets-if-pac"

	// NodeAttrDisableUPnP makes the client not perform a UPnP portmapping.
	// By default, we want to enable it to see if it works on more clients.
	//
	// If UPnP catastrophically fails for people, this should be set kill
	// new attempts at UPnP connections.
	NodeAttrDisableUPnP NodeCapability = "debug-disable-upnp"

	// NodeAttrDisableDeltaUpdates makes the client not process updates via the
	// delta update mechanism and should instead treat all netmap changes as
	// "full" ones as tailscaled did in 1.48.x and earlier.
	NodeAttrDisableDeltaUpdates NodeCapability = "disable-delta-updates"

	// NodeAttrRandomizeClientPort makes magicsock UDP bind to
	// :0 to get a random local port, ignoring any configured
	// fixed port.
	NodeAttrRandomizeClientPort NodeCapability = "randomize-client-port"

	// NodeAttrSilentDisco makes the client suppress disco heartbeats to its
	// peers.
	NodeAttrSilentDisco NodeCapability = "silent-disco"

	// NodeAttrOneCGNATEnable makes the client prefer one big CGNAT /10 route
	// rather than a /32 per peer. At most one of this or
	// NodeAttrOneCGNATDisable may be set; if neither are, it's automatic.
	NodeAttrOneCGNATEnable NodeCapability = "one-cgnat?v=true"

	// NodeAttrOneCGNATDisable makes the client prefer a /32 route per peer
	// rather than one big /10 CGNAT route. At most one of this or
	// NodeAttrOneCGNATEnable may be set; if neither are, it's automatic.
	NodeAttrOneCGNATDisable NodeCapability = "one-cgnat?v=false"

	// NodeAttrPeerMTUEnable makes the client do path MTU discovery to its
	// peers. If it isn't set, it defaults to the client default.
	NodeAttrPeerMTUEnable NodeCapability = "peer-mtu-enable"

	// NodeAttrDNSForwarderDisableTCPRetries disables retrying truncated
	// DNS queries over TCP if the response is truncated.
	NodeAttrDNSForwarderDisableTCPRetries NodeCapability = "dns-forwarder-disable-tcp-retries"

	// NodeAttrLinuxMustUseIPTables forces Linux clients to use iptables for
	// netfilter management.
	// This cannot be set simultaneously with NodeAttrLinuxMustUseNfTables.
	NodeAttrLinuxMustUseIPTables NodeCapability = "linux-netfilter?v=iptables"

	// NodeAttrLinuxMustUseNfTables forces Linux clients to use nftables for
	// netfilter management.
	// This cannot be set simultaneously with NodeAttrLinuxMustUseIPTables.
	NodeAttrLinuxMustUseNfTables NodeCapability = "linux-netfilter?v=nftables"

	// NodeAttrSeamlessKeyRenewal makes clients enable beta functionality
	// of renewing node keys without breaking connections.
	NodeAttrSeamlessKeyRenewal NodeCapability = "seamless-key-renewal"

	// NodeAttrProbeUDPLifetime makes the client probe UDP path lifetime at the
	// tail end of an active direct connection in magicsock.
	NodeAttrProbeUDPLifetime NodeCapability = "probe-udp-lifetime"

	// NodeAttrsTailFSShare enables sharing via TailFS.
	NodeAttrsTailFSShare NodeCapability = "tailfs:share"

	// NodeAttrsTailFSAccess enables accessing shares via TailFS.
	NodeAttrsTailFSAccess NodeCapability = "tailfs:access"
)

type NodeID 

type NodeID ID

func (NodeID) IsZero 

func (u NodeID) IsZero() bool

func (NodeID) String 

func (id NodeID) String() string

type NodeView 

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

NodeView provides a read-only view over Node.

Its methods should only be called if `Valid()` returns true.

func (NodeView) Addresses 

func (v NodeView) Addresses() views.Slice[netip.Prefix]

func (NodeView) AllowedIPs 

func (v NodeView) AllowedIPs() views.Slice[netip.Prefix]

func (NodeView) AsStruct 

func (v NodeView) AsStruct() *Node

AsStruct returns a clone of the underlying value which aliases no memory with the original.

func (NodeView) Cap 

func (v NodeView) Cap() CapabilityVersion

func (NodeView) CapMap 

func (v NodeView) CapMap() views.MapFn[NodeCapability, []RawMessage, views.Slice[RawMessage]]

func (NodeView) Capabilities 

func (v NodeView) Capabilities() views.Slice[NodeCapability]

func (NodeView) ComputedName 

func (v NodeView) ComputedName() string

func (NodeView) ComputedNameWithHost 

func (v NodeView) ComputedNameWithHost() string

func (NodeView) Created 

func (v NodeView) Created() time.Time

func (NodeView) DERP 

func (v NodeView) DERP() string

func (NodeView) DataPlaneAuditLogID 

func (v NodeView) DataPlaneAuditLogID() string

func (NodeView) DiscoKey 

func (v NodeView) DiscoKey() key.DiscoPublic

func (NodeView) DisplayName 

func (n NodeView) DisplayName(forOwner bool) string

DisplayName wraps Node.DisplayName.

func (NodeView) Endpoints 

func (v NodeView) Endpoints() views.Slice[netip.AddrPort]

func (NodeView) Equal 

func (v NodeView) Equal(v2 NodeView) bool

func (NodeView) ExitNodeDNSResolvers 

func (v NodeView) ExitNodeDNSResolvers() views.SliceView[*dnstype.Resolver, dnstype.ResolverView]

func (NodeView) Expired 

func (v NodeView) Expired() bool

func (NodeView) HasCap 

func (v NodeView) HasCap(cap NodeCapability) bool

HasCap reports whether the node has the given capability. It is safe to call on an invalid NodeView.

func (NodeView) Hostinfo 

func (v NodeView) Hostinfo() HostinfoView

func (NodeView) ID 

func (v NodeView) ID() NodeID

func (NodeView) IsTagged 

func (n NodeView) IsTagged() bool

IsTagged reports whether the node has any tags.

func (NodeView) IsWireGuardOnly 

func (v NodeView) IsWireGuardOnly() bool

func (NodeView) Key 

func (v NodeView) Key() key.NodePublic

func (NodeView) KeyExpiry 

func (v NodeView) KeyExpiry() time.Time

func (NodeView) KeySignature 

func (v NodeView) KeySignature() views.ByteSlice[tkatype.MarshaledSignature]

func (NodeView) LastSeen 

func (v NodeView) LastSeen() *time.Time

func (NodeView) Machine 

func (v NodeView) Machine() key.MachinePublic

func (NodeView) MachineAuthorized 

func (v NodeView) MachineAuthorized() bool

func (NodeView) MarshalJSON 

func (v NodeView) MarshalJSON() ([]byte, error)

func (NodeView) Name 

func (v NodeView) Name() string

func (NodeView) Online 

func (v NodeView) Online() *bool

func (NodeView) PrimaryRoutes 

func (v NodeView) PrimaryRoutes() views.Slice[netip.Prefix]

func (NodeView) SelfNodeV4MasqAddrForThisPeer 

func (v NodeView) SelfNodeV4MasqAddrForThisPeer() *netip.Addr

func (NodeView) SelfNodeV6MasqAddrForThisPeer 

func (v NodeView) SelfNodeV6MasqAddrForThisPeer() *netip.Addr

func (NodeView) Sharer 

func (v NodeView) Sharer() UserID

func (NodeView) SharerOrUser 

func (n NodeView) SharerOrUser() UserID

SharerOrUser wraps Node.SharerOrUser.

func (NodeView) StableID 

func (v NodeView) StableID() StableNodeID

func (NodeView) Tags 

func (v NodeView) Tags() views.Slice[string]

func (*NodeView) UnmarshalJSON 

func (v *NodeView) UnmarshalJSON(b []byte) error

func (NodeView) UnsignedPeerAPIOnly 

func (v NodeView) UnsignedPeerAPIOnly() bool

func (NodeView) User 

func (v NodeView) User() UserID

func (NodeView) Valid 

func (v NodeView) Valid() bool

Valid reports whether underlying value is non-nil.

type Oauth2Token 

type Oauth2Token struct {
	// AccessToken is the token that authorizes and authenticates
	// the requests.
	AccessToken string `json:"access_token"`

	// TokenType is the type of token.
	// The Type method returns either this or "Bearer", the default.
	TokenType string `json:"token_type,omitempty"`

	// RefreshToken is a token that's used by the application
	// (as opposed to the user) to refresh the access token
	// if it expires.
	RefreshToken string `json:"refresh_token,omitempty"`

	// Expiry is the optional expiration time of the access token.
	//
	// If zero, TokenSource implementations will reuse the same
	// token forever and RefreshToken or equivalent
	// mechanisms for that TokenSource will not be used.
	Expiry time.Time `json:"expiry,omitempty"`
}

Oauth2Token is a copy of golang.org/x/oauth2.Token, to avoid the go.mod dependency on App Engine and grpc, which was causing problems. All we actually needed was this struct on the client side.

type OverTLSPublicKeyResponse 

type OverTLSPublicKeyResponse struct {
	// LegacyPublic specifies the control plane server's original
	// NaCl crypto_box machine key.
	// It will be zero for sufficiently new clients, based on their
	// advertised "v" parameter (the CurrentMapRequestVersion).
	// In that case, only the newer Noise-based transport may be used
	// using the PublicKey field.
	LegacyPublicKey key.MachinePublic `json:"legacyPublicKey"`

	// PublicKey specifies the server's public key for the
	// Noise-based control plane protocol. (see packages
	// control/controlbase and control/controlhttp)
	PublicKey key.MachinePublic `json:"publicKey"`
}

OverTLSPublicKeyResponse is the JSON response to /key?v=<n> over HTTPS (regular TLS) to the Tailscale control plane server, where the 'v' argument is the client's current capability version (previously known as the "MapRequest version").

The "OverTLS" prefix is to loudly declare that this exchange doesn't happen over Noise and can be intercepted/MITM'ed by enterprise/corp proxies where the organization can put TLS roots on devices.

type PeerCapMap 

type PeerCapMap map[PeerCapability][]RawMessage

PeerCapMap is a map of capabilities to their optional values. It is valid for a capability to have no values (nil slice); such capabilities can be tested for by using the HasCapability method.

The values are opaque to Tailscale, but are passed through from the ACLs to the application via the WhoIs API.

func (PeerCapMap) HasCapability 

func (c PeerCapMap) HasCapability(cap PeerCapability) bool

HasCapability reports whether c has the capability cap. This is used to test for the existence of a capability, especially when the capability has no associated argument/data values.

type PeerCapability 

type PeerCapability string

PeerCapability represents a capability granted to a peer by a FilterRule when the peer communicates with the node that has this rule. Its meaning is application-defined.

It must be a URL like "https://tailscale.com/cap/file-send". 

const (
	// PeerCapabilityFileSharingTarget grants the current node the ability to send
	// files to the peer which has this capability.
	PeerCapabilityFileSharingTarget PeerCapability = "https://tailscale.com/cap/file-sharing-target"
	// PeerCapabilityFileSharingSend grants the ability to receive files from a
	// node that's owned by a different user.
	PeerCapabilityFileSharingSend PeerCapability = "https://tailscale.com/cap/file-send"
	// PeerCapabilityDebugPeer grants the ability for a peer to read this node's
	// goroutines, metrics, magicsock internal state, etc.
	PeerCapabilityDebugPeer PeerCapability = "https://tailscale.com/cap/debug-peer"
	// PeerCapabilityWakeOnLAN grants the ability to send a Wake-On-LAN packet.
	PeerCapabilityWakeOnLAN PeerCapability = "https://tailscale.com/cap/wake-on-lan"
	// PeerCapabilityIngress grants the ability for a peer to send ingress traffic.
	PeerCapabilityIngress PeerCapability = "https://tailscale.com/cap/ingress"
	// PeerCapabilityWebUI grants the ability for a peer to edit features from the
	// device Web UI.
	PeerCapabilityWebUI PeerCapability = "tailscale.com/cap/webui"
	// PeerCapabilityTailFS grants the ability for a peer to access tailfs shares.
	PeerCapabilityTailFS PeerCapability = "tailscale.com/cap/tailfs"
)

type PeerChange 

type PeerChange struct {
	// NodeID is the node ID being mutated. If the NodeID is not
	// known in the current netmap, this update should be
	// ignored. (But the server will try not to send such useless
	// updates.)
	NodeID NodeID

	// DERPRegion, if non-zero, means that NodeID's home DERP
	// region ID is now this number.
	DERPRegion int `json:",omitempty"`

	// Cap, if non-zero, means that NodeID's capability version has changed.
	Cap CapabilityVersion `json:",omitempty"`

	// CapMap, if non-nil, means that NodeID's capability map has changed.
	CapMap NodeCapMap `json:",omitempty"`

	// Endpoints, if non-empty, means that NodeID's UDP Endpoints
	// have changed to these.
	Endpoints []netip.AddrPort `json:",omitempty"`

	// Key, if non-nil, means that the NodeID's wireguard public key changed.
	Key *key.NodePublic `json:",omitempty"`

	// KeySignature, if non-nil, means that the signature of the wireguard
	// public key has changed.
	KeySignature tkatype.MarshaledSignature `json:",omitempty"`

	// DiscoKey, if non-nil, means that the NodeID's discokey changed.
	DiscoKey *key.DiscoPublic `json:",omitempty"`

	// Online, if non-nil, means that the NodeID's online status changed.
	Online *bool `json:",omitempty"`

	// LastSeen, if non-nil, means that the NodeID's online status changed.
	LastSeen *time.Time `json:",omitempty"`

	// KeyExpiry, if non-nil, changes the NodeID's key expiry.
	KeyExpiry *time.Time `json:",omitempty"`

	// Capabilities, if non-nil, means that the NodeID's capabilities changed.
	// It's a pointer to a slice for "omitempty", to allow differentiating
	// a change to empty from no change.
	Capabilities *[]NodeCapability `json:",omitempty"`
}

PeerChange is an update to a node.

type PingRequest 

type PingRequest struct {
	// URL is the URL to reply to the PingRequest to.
	// It will be a unique URL each time. No auth headers are necessary.
	// If the client sees multiple PingRequests with the same URL,
	// subsequent ones should be ignored.
	//
	// The HTTP method that the node should make back to URL depends on the other
	// fields of the PingRequest. If Types is defined, then URL is the URL to
	// send a POST request to. Otherwise, the node should just make a HEAD
	// request to URL.
	URL string

	// URLIsNoise, if true, means that the client should hit URL over the Noise
	// transport instead of TLS.
	URLIsNoise bool `json:",omitempty"`

	// Log is whether to log about this ping in the success case.
	// For failure cases, the client will log regardless.
	Log bool `json:",omitempty"`

	// Types is the types of ping that are initiated. Can be any PingType, comma
	// separated, e.g. "disco,TSMP"
	//
	// As a special case, if Types is "c2n", then this PingRequest is a
	// client-to-node HTTP request. The HTTP request should be handled by this
	// node's c2n handler and the HTTP response sent in a POST to URL. For c2n,
	// the value of URLIsNoise is ignored and only the Noise transport (back to
	// the control plane) will be used, as if URLIsNoise were true.
	Types string `json:",omitempty"`

	// IP is the ping target, when needed by the PingType(s) given in Types.
	IP netip.Addr

	// Payload is the ping payload.
	//
	// It is only used for c2n requests, in which case it's an HTTP/1.0 or
	// HTTP/1.1-formatted HTTP request as parsable with http.ReadRequest.
	Payload []byte `json:",omitempty"`
}

PingRequest with no IP and Types is a request to send an HTTP request to prove the long-polling client is still connected. PingRequest with Types and IP, will send a ping to the IP and send a POST request containing a PingResponse to the URL containing results.

type PingResponse 

type PingResponse struct {
	Type PingType // ping type, such as TSMP or disco.

	IP       string `json:",omitempty"` // ping destination
	NodeIP   string `json:",omitempty"` // Tailscale IP of node handling IP (different for subnet routers)
	NodeName string `json:",omitempty"` // DNS name base or (possibly not unique) hostname

	// Err contains a short description of error conditions if the PingRequest
	// could not be fulfilled for some reason.
	// e.g. "100.1.2.3 is local Tailscale IP"
	Err string `json:",omitempty"`

	// LatencySeconds reports measurement of the round-trip time of a message to
	// the requested target, if it could be determined. If LatencySeconds is
	// omitted, Err should contain information as to the cause.
	LatencySeconds float64 `json:",omitempty"`

	// Endpoint is the ip:port if direct UDP was used.
	// It is not currently set for TSMP pings.
	Endpoint string `json:",omitempty"`

	// DERPRegionID is non-zero DERP region ID if DERP was used.
	// It is not currently set for TSMP pings.
	DERPRegionID int `json:",omitempty"`

	// DERPRegionCode is the three-letter region code
	// corresponding to DERPRegionID.
	// It is not currently set for TSMP pings.
	DERPRegionCode string `json:",omitempty"`

	// PeerAPIPort is set by TSMP ping responses for peers that
	// are running a peerapi server. This is the port they're
	// running the server on.
	PeerAPIPort uint16 `json:",omitempty"`

	// IsLocalIP is whether the ping request error is due to it being
	// a ping to the local node.
	IsLocalIP bool `json:",omitempty"`
}

PingResponse provides result information for a TSMP or Disco PingRequest. Typically populated from an ipnstate.PingResult used in `tailscale ping`.

type PingType 

type PingType string

PingType is a string representing the kind of ping to perform. 

const (
	// PingDisco performs a ping, without involving IP at either end.
	PingDisco PingType = "disco"
	// PingTSMP performs a ping, using the IP layer, but avoiding the OS IP stack.
	PingTSMP PingType = "TSMP"
	// PingICMP performs a ping between two tailscale nodes using ICMP that is
	// received by the target systems IP stack.
	PingICMP PingType = "ICMP"
	// PingPeerAPI performs a ping between two tailscale nodes using ICMP that is
	// received by the target systems IP stack.
	PingPeerAPI PingType = "peerapi"
)

type PortRange 

type PortRange struct {
	First uint16
	Last  uint16
}

PortRange represents a range of UDP or TCP port numbers.

func (PortRange) Contains 

func (pr PortRange) Contains(port uint16) bool

Contains reports whether port is in pr.

type ProtoPortRange 

type ProtoPortRange struct {
	// Proto is the IP protocol number.
	// If Proto is 0, it means TCP+UDP+ICMP(4+6).
	Proto int
	Ports PortRange
}

ProtoPortRange is used to encode "proto:port" format. The following formats are supported: 

"*" allows all TCP, UDP and ICMP traffic on all ports.
"<ports>" allows all TCP, UDP and ICMP traffic on the specified ports.
"proto:*" allows traffic of the specified proto on all ports.
"proto:<port>" allows traffic of the specified proto on the specified port.

Ports are either a single port number or a range of ports (e.g. "80-90"). String named protocols support names that ipproto.Proto accepts.

func ParseProtoPortRanges 

func ParseProtoPortRanges(ips []string) ([]ProtoPortRange, error)

ParseProtoPortRanges parses a slice of IP port range fields.

func (*ProtoPortRange) MarshalText 

func (ppr *ProtoPortRange) MarshalText() ([]byte, error)

MarshalText implements the encoding.TextMarshaler interface. See ProtoPortRange for the format.

func (ProtoPortRange) String 

func (ppr ProtoPortRange) String() string

String implements the stringer interface. See ProtoPortRange for the format.

func (*ProtoPortRange) UnmarshalText 

func (ppr *ProtoPortRange) UnmarshalText(text []byte) error

UnmarshalText implements the encoding.TextUnmarshaler interface. See ProtoPortRange for the format.

type QueryFeatureRequest 

type QueryFeatureRequest struct {
	// Feature is the string identifier for a feature.
	Feature string `json:",omitempty"`
	// NodeKey is the client's current node key.
	NodeKey key.NodePublic `json:",omitempty"`
}

QueryFeatureRequest is a request sent to "/machine/feature/query" to get instructions on how to enable a feature, such as Funnel, for the node's tailnet.

See QueryFeatureResponse for response structure.

type QueryFeatureResponse 

type QueryFeatureResponse struct {
	// Complete is true when the feature is already enabled.
	Complete bool `json:",omitempty"`

	// Text holds lines to display in the CLI with information
	// about the feature and how to enable it.
	//
	// Lines are separated by newline characters. The final
	// newline may be omitted.
	Text string `json:",omitempty"`

	// URL is the link for the user to visit to take action on
	// enabling the feature.
	//
	// When empty, there is no action for this user to take.
	URL string `json:",omitempty"`

	// ShouldWait specifies whether the CLI should block and
	// wait for the user to enable the feature.
	//
	// If this is true, the enablement from the control server
	// is expected to be a quick and uninterrupted process for
	// the user, and blocking allows them to immediately start
	// using the feature once enabled without rerunning the
	// command (e.g. no need to re-run "funnel on").
	//
	// The CLI can watch the IPN notification bus for changes in
	// required node capabilities to know when to continue.
	ShouldWait bool `json:",omitempty"`
}

QueryFeatureResponse is the response to an QueryFeatureRequest. See cli.enableFeatureInteractive for usage.

type RawMessage 

type RawMessage string

RawMessage is a raw encoded JSON value. It implements Marshaler and Unmarshaler and can be used to delay JSON decoding or precompute a JSON encoding.

It is like json.RawMessage but is a string instead of a []byte to better portray immutable data.

func (RawMessage) MarshalJSON 

func (m RawMessage) MarshalJSON() ([]byte, error)

MarshalJSON returns m as the JSON encoding of m.

func (*RawMessage) UnmarshalJSON 

func (m *RawMessage) UnmarshalJSON(data []byte) error

UnmarshalJSON sets *m to a copy of data.

type RegisterRequest 

type RegisterRequest struct {

	// Version is the client's capabilities when using the Noise
	// transport.
	//
	// When using the original nacl crypto_box transport, the
	// value must be 1.
	Version CapabilityVersion

	NodeKey    key.NodePublic
	OldNodeKey key.NodePublic
	NLKey      key.NLPublic
	Auth       RegisterResponseAuth
	// Expiry optionally specifies the requested key expiry.
	// The server policy may override.
	// As a special case, if Expiry is in the past and NodeKey is
	// the node's current key, the key is expired.
	Expiry   time.Time
	Followup string // response waits until AuthURL is visited
	Hostinfo *Hostinfo

	// Ephemeral is whether the client is requesting that this
	// node be considered ephemeral and be automatically deleted
	// when it stops being active.
	Ephemeral bool `json:",omitempty"`

	// NodeKeySignature is the node's own node-key signature, re-signed
	// for its new node key using its network-lock key.
	//
	// This field is set when the client retries registration after learning
	// its NodeKeySignature (which is in need of rotation).
	NodeKeySignature tkatype.MarshaledSignature

	// The following fields are not used for SignatureNone and are required for
	// SignatureV1:
	SignatureType SignatureType `json:",omitempty"`
	Timestamp     *time.Time    `json:",omitempty"` // creation time of request to prevent replay
	DeviceCert    []byte        `json:",omitempty"` // X.509 certificate for client device
	Signature     []byte        `json:",omitempty"` // as described by SignatureType

	// Tailnet is an optional identifier specifying the name of the recommended or required
	// network that the node should join. Its exact form should not be depended on; new
	// forms are coming later. The identifier is generally a domain name (for an organization)
	// or e-mail address (for a personal account on a shared e-mail provider). It is the same name
	// used by the API, as described in /api.md#tailnet.
	// If Tailnet begins with the prefix "required:" then the server should prevent logging in to a different
	// network than the one specified. Otherwise, the server should recommend the specified network
	// but still permit logging in to other networks.
	// If empty, no recommendation is offered to the server and the login page should show all options.
	Tailnet string `json:",omitempty"`
	// contains filtered or unexported fields
}

RegisterRequest is sent by a client to register the key for a node. It is encoded to JSON, encrypted with golang.org/x/crypto/nacl/box, using the local machine key, and sent to: 

https://login.tailscale.com/machine/<mkey hex>

func (*RegisterRequest) Clone 

func (src *RegisterRequest) Clone() *RegisterRequest

Clone makes a deep copy of RegisterRequest. The result aliases no memory with the original.

func (*RegisterRequest) View 

func (p *RegisterRequest) View() RegisterRequestView

View returns a readonly view of RegisterRequest.

type RegisterRequestView 

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

RegisterRequestView provides a read-only view over RegisterRequest.

Its methods should only be called if `Valid()` returns true.

func (RegisterRequestView) AsStruct 

func (v RegisterRequestView) AsStruct() *RegisterRequest

AsStruct returns a clone of the underlying value which aliases no memory with the original.

func (RegisterRequestView) Auth 

func (v RegisterRequestView) Auth() RegisterResponseAuthView

func (RegisterRequestView) DeviceCert 

func (v RegisterRequestView) DeviceCert() views.ByteSlice[[]byte]

func (RegisterRequestView) Ephemeral 

func (v RegisterRequestView) Ephemeral() bool

func (RegisterRequestView) Expiry 

func (v RegisterRequestView) Expiry() time.Time

func (RegisterRequestView) Followup 

func (v RegisterRequestView) Followup() string

func (RegisterRequestView) Hostinfo 

func (v RegisterRequestView) Hostinfo() HostinfoView

func (RegisterRequestView) MarshalJSON 

func (v RegisterRequestView) MarshalJSON() ([]byte, error)

func (RegisterRequestView) NLKey 

func (v RegisterRequestView) NLKey() key.NLPublic

func (RegisterRequestView) NodeKey 

func (v RegisterRequestView) NodeKey() key.NodePublic

func (RegisterRequestView) NodeKeySignature 

func (v RegisterRequestView) NodeKeySignature() views.ByteSlice[tkatype.MarshaledSignature]

func (RegisterRequestView) OldNodeKey 

func (v RegisterRequestView) OldNodeKey() key.NodePublic

func (RegisterRequestView) Signature 

func (v RegisterRequestView) Signature() views.ByteSlice[[]byte]

func (RegisterRequestView) SignatureType 

func (v RegisterRequestView) SignatureType() SignatureType

func (RegisterRequestView) Tailnet 

func (v RegisterRequestView) Tailnet() string

func (RegisterRequestView) Timestamp 

func (v RegisterRequestView) Timestamp() *time.Time

func (*RegisterRequestView) UnmarshalJSON 

func (v *RegisterRequestView) UnmarshalJSON(b []byte) error

func (RegisterRequestView) Valid 

func (v RegisterRequestView) Valid() bool

Valid reports whether underlying value is non-nil.

func (RegisterRequestView) Version 

func (v RegisterRequestView) Version() CapabilityVersion

type RegisterResponse 

type RegisterResponse struct {
	User              User
	Login             Login
	NodeKeyExpired    bool   // if true, the NodeKey needs to be replaced
	MachineAuthorized bool   // TODO(crawshaw): move to using MachineStatus
	AuthURL           string // if set, authorization pending

	// If set, this is the current node-key signature that needs to be
	// re-signed for the node's new node-key.
	NodeKeySignature tkatype.MarshaledSignature

	// Error indicates that authorization failed. If this is non-empty,
	// other status fields should be ignored.
	Error string
}

RegisterResponse is returned by the server in response to a RegisterRequest.

func (*RegisterResponse) Clone 

func (src *RegisterResponse) Clone() *RegisterResponse

Clone makes a deep copy of RegisterResponse. The result aliases no memory with the original.

func (*RegisterResponse) View 

func (p *RegisterResponse) View() RegisterResponseView

View returns a readonly view of RegisterResponse.

type RegisterResponseAuth 

type RegisterResponseAuth struct {

	// One of Provider/LoginName, Oauth2Token, or AuthKey is set.
	Provider, LoginName string
	Oauth2Token         *Oauth2Token
	AuthKey             string
	// contains filtered or unexported fields
}

RegisterResponseAuth is the authentication information returned by the server in response to a RegisterRequest.

func (*RegisterResponseAuth) Clone 

func (src *RegisterResponseAuth) Clone() *RegisterResponseAuth

Clone makes a deep copy of RegisterResponseAuth. The result aliases no memory with the original.

func (*RegisterResponseAuth) View 

func (p *RegisterResponseAuth) View() RegisterResponseAuthView

View returns a readonly view of RegisterResponseAuth.

type RegisterResponseAuthView 

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

RegisterResponseAuthView provides a read-only view over RegisterResponseAuth.

Its methods should only be called if `Valid()` returns true.

func (RegisterResponseAuthView) AsStruct 

func (v RegisterResponseAuthView) AsStruct() *RegisterResponseAuth

AsStruct returns a clone of the underlying value which aliases no memory with the original.

func (RegisterResponseAuthView) AuthKey 

func (v RegisterResponseAuthView) AuthKey() string

func (RegisterResponseAuthView) LoginName 

func (v RegisterResponseAuthView) LoginName() string

func (RegisterResponseAuthView) MarshalJSON 

func (v RegisterResponseAuthView) MarshalJSON() ([]byte, error)

func (RegisterResponseAuthView) Oauth2Token 

func (v RegisterResponseAuthView) Oauth2Token() *Oauth2Token

func (RegisterResponseAuthView) Provider 

func (v RegisterResponseAuthView) Provider() string

func (*RegisterResponseAuthView) UnmarshalJSON 

func (v *RegisterResponseAuthView) UnmarshalJSON(b []byte) error

func (RegisterResponseAuthView) Valid 

func (v RegisterResponseAuthView) Valid() bool

Valid reports whether underlying value is non-nil.

type RegisterResponseView 

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

RegisterResponseView provides a read-only view over RegisterResponse.

Its methods should only be called if `Valid()` returns true.

func (RegisterResponseView) AsStruct 

func (v RegisterResponseView) AsStruct() *RegisterResponse

AsStruct returns a clone of the underlying value which aliases no memory with the original.

func (RegisterResponseView) AuthURL 

func (v RegisterResponseView) AuthURL() string

func (RegisterResponseView) Error 

func (v RegisterResponseView) Error() string

func (RegisterResponseView) Login 

func (v RegisterResponseView) Login() Login

func (RegisterResponseView) MachineAuthorized 

func (v RegisterResponseView) MachineAuthorized() bool

func (RegisterResponseView) MarshalJSON 

func (v RegisterResponseView) MarshalJSON() ([]byte, error)

func (RegisterResponseView) NodeKeyExpired 

func (v RegisterResponseView) NodeKeyExpired() bool

func (RegisterResponseView) NodeKeySignature 

func (v RegisterResponseView) NodeKeySignature() views.ByteSlice[tkatype.MarshaledSignature]

func (*RegisterResponseView) UnmarshalJSON 

func (v *RegisterResponseView) UnmarshalJSON(b []byte) error

func (RegisterResponseView) User 

func (v RegisterResponseView) User() UserView

func (RegisterResponseView) Valid 

func (v RegisterResponseView) Valid() bool

Valid reports whether underlying value is non-nil.

type SSHAction 

type SSHAction struct {
	// Message, if non-empty, is shown to the user before the
	// action occurs.
	Message string `json:"message,omitempty"`

	// Reject, if true, terminates the connection. This action
	// has higher priority that Accept, if given.
	// The reason this is exists is primarily so a response
	// from HoldAndDelegate has a way to stop the poll.
	Reject bool `json:"reject,omitempty"`

	// Accept, if true, accepts the connection immediately
	// without further prompts.
	Accept bool `json:"accept,omitempty"`

	// SessionDuration, if non-zero, is how long the session can stay open
	// before being forcefully terminated.
	SessionDuration time.Duration `json:"sessionDuration,omitempty"`

	// AllowAgentForwarding, if true, allows accepted connections to forward
	// the ssh agent if requested.
	AllowAgentForwarding bool `json:"allowAgentForwarding,omitempty"`

	// HoldAndDelegate, if non-empty, is a URL that serves an
	// outcome verdict.  The connection will be accepted and will
	// block until the provided long-polling URL serves a new
	// SSHAction JSON value. The URL must be fetched using the
	// Noise transport (in package control/control{base,http}).
	// If the long poll breaks before returning a complete HTTP
	// response, it should be re-fetched as long as the SSH
	// session is open.
	//
	// The following variables in the URL are expanded by tailscaled:
	//
	//   * $SRC_NODE_IP (URL escaped)
	//   * $SRC_NODE_ID (Node.ID as int64 string)
	//   * $DST_NODE_IP (URL escaped)
	//   * $DST_NODE_ID (Node.ID as int64 string)
	//   * $SSH_USER (URL escaped, ssh user requested)
	//   * $LOCAL_USER (URL escaped, local user mapped)
	HoldAndDelegate string `json:"holdAndDelegate,omitempty"`

	// AllowLocalPortForwarding, if true, allows accepted connections
	// to use local port forwarding if requested.
	AllowLocalPortForwarding bool `json:"allowLocalPortForwarding,omitempty"`

	// AllowRemotePortForwarding, if true, allows accepted connections
	// to use remote port forwarding if requested.
	AllowRemotePortForwarding bool `json:"allowRemotePortForwarding,omitempty"`

	// Recorders defines the destinations of the SSH session recorders.
	// The recording will be uploaded to http://addr:port/record.
	Recorders []netip.AddrPort `json:"recorders,omitempty"`

	// OnRecorderFailure is the action to take if recording fails.
	// If nil, the default action is to fail open.
	OnRecordingFailure *SSHRecorderFailureAction `json:"onRecordingFailure,omitempty"`
}

SSHAction is how to handle an incoming connection. At most one field should be non-zero.

func (*SSHAction) Clone 

func (src *SSHAction) Clone() *SSHAction

Clone makes a deep copy of SSHAction. The result aliases no memory with the original.

func (*SSHAction) View 

func (p *SSHAction) View() SSHActionView

View returns a readonly view of SSHAction.

type SSHActionView 

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

SSHActionView provides a read-only view over SSHAction.

Its methods should only be called if `Valid()` returns true.

func (SSHActionView) Accept 

func (v SSHActionView) Accept() bool

func (SSHActionView) AllowAgentForwarding 

func (v SSHActionView) AllowAgentForwarding() bool

func (SSHActionView) AllowLocalPortForwarding 

func (v SSHActionView) AllowLocalPortForwarding() bool

func (SSHActionView) AllowRemotePortForwarding 

func (v SSHActionView) AllowRemotePortForwarding() bool

func (SSHActionView) AsStruct 

func (v SSHActionView) AsStruct() *SSHAction

AsStruct returns a clone of the underlying value which aliases no memory with the original.

func (SSHActionView) HoldAndDelegate 

func (v SSHActionView) HoldAndDelegate() string

func (SSHActionView) MarshalJSON 

func (v SSHActionView) MarshalJSON() ([]byte, error)

func (SSHActionView) Message 

func (v SSHActionView) Message() string

func (SSHActionView) OnRecordingFailure 

func (v SSHActionView) OnRecordingFailure() *SSHRecorderFailureAction

func (SSHActionView) Recorders 

func (v SSHActionView) Recorders() views.Slice[netip.AddrPort]

func (SSHActionView) Reject 

func (v SSHActionView) Reject() bool

func (SSHActionView) SessionDuration 

func (v SSHActionView) SessionDuration() time.Duration

func (*SSHActionView) UnmarshalJSON 

func (v *SSHActionView) UnmarshalJSON(b []byte) error

func (SSHActionView) Valid 

func (v SSHActionView) Valid() bool

Valid reports whether underlying value is non-nil.

type SSHEventNotifyRequest 

type SSHEventNotifyRequest struct {
	// EventType is the type of notify request being sent.
	EventType SSHEventType

	// ConnectionID uniquely identifies a connection made to the SSH server.
	// It may be shared across multiple sessions over the same connection in
	// case a single connection creates multiple sessions.
	ConnectionID string

	// CapVersion is the client's current CapabilityVersion.
	CapVersion CapabilityVersion

	// NodeKey is the client's current node key.
	NodeKey key.NodePublic

	// SrcNode is the ID of the node that initiated the SSH session.
	SrcNode NodeID

	// SSHUser is the user that was presented to the SSH server.
	SSHUser string

	// LocalUser is the user that was resolved from the SSHUser for the local machine.
	LocalUser string

	// RecordingAttempts is the list of recorders that were attempted, in order.
	RecordingAttempts []*SSHRecordingAttempt
}

SSHEventNotifyRequest is the JSON payload sent to the NotifyURL for an SSH event.

type SSHEventType 

type SSHEventType int

SSHEventType defines the event type linked to a SSH action or state. 

const (
	UnspecifiedSSHEventType SSHEventType = 0
	// SSHSessionRecordingRejected is the event that
	// defines when a SSH session cannot be started
	// because no recorder is available for session
	// recording, and the SSHRecorderFailureAction
	// RejectSessionWithMessage is not empty.
	SSHSessionRecordingRejected SSHEventType = 1
	// SSHSessionRecordingTerminated is the event that
	// defines when session recording has failed
	// during the session and the SSHRecorderFailureAction
	// TerminateSessionWithMessage is not empty.
	SSHSessionRecordingTerminated SSHEventType = 2
	// SSHSessionRecordingFailed is the event that
	// defines when session recording is unavailable and
	// the SSHRecorderFailureAction RejectSessionWithMessage
	// or TerminateSessionWithMessage is empty.
	SSHSessionRecordingFailed SSHEventType = 3
)

type SSHPolicy 

type SSHPolicy struct {
	// Rules are the rules to process for an incoming SSH connection. The first
	// matching rule takes its action and stops processing further rules.
	//
	// When an incoming connection first starts, all rules are evaluated in
	// "none" auth mode, where the client hasn't even been asked to send a
	// public key. All SSHRule.Principals requiring a public key won't match. If
	// a rule matches on the first pass and its Action is reject, the
	// authentication fails with that action's rejection message, if any.
	//
	// If the first pass rule evaluation matches nothing without matching an
	// Action with Reject set, the rules are considered to see whether public
	// keys might still result in a match. If not, "none" auth is terminated
	// before proceeding to public key mode. If so, the client is asked to try
	// public key authentication and the rules are evaluated again for each of
	// the client's present keys.
	Rules []*SSHRule `json:"rules"`
}

SSHPolicy is the policy for how to handle incoming SSH connections over Tailscale.

type SSHPrincipal 

type SSHPrincipal struct {
	Node      StableNodeID `json:"node,omitempty"`
	NodeIP    string       `json:"nodeIP,omitempty"`
	UserLogin string       `json:"userLogin,omitempty"` // email-ish: foo@example.com, bar@github
	Any       bool         `json:"any,omitempty"`       // if true, match any connection

	// PubKeys, if non-empty, means that this SSHPrincipal only
	// matches if one of these public keys is presented by the user.
	//
	// As a special case, if len(PubKeys) == 1 and PubKeys[0] starts
	// with "https://", then it's fetched (like https://github.com/username.keys).
	// In that case, the following variable expansions are also supported
	// in the URL:
	//   * $LOGINNAME_EMAIL ("foo@bar.com" or "foo@github")
	//   * $LOGINNAME_LOCALPART (the "foo" from either of the above)
	PubKeys []string `json:"pubKeys,omitempty"`
}

SSHPrincipal is either a particular node or a user on any node.

func (*SSHPrincipal) Clone 

func (src *SSHPrincipal) Clone() *SSHPrincipal

Clone makes a deep copy of SSHPrincipal. The result aliases no memory with the original.

func (*SSHPrincipal) View 

func (p *SSHPrincipal) View() SSHPrincipalView

View returns a readonly view of SSHPrincipal.

type SSHPrincipalView 

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

SSHPrincipalView provides a read-only view over SSHPrincipal.

Its methods should only be called if `Valid()` returns true.

func (SSHPrincipalView) Any 

func (v SSHPrincipalView) Any() bool

func (SSHPrincipalView) AsStruct 

func (v SSHPrincipalView) AsStruct() *SSHPrincipal

AsStruct returns a clone of the underlying value which aliases no memory with the original.

func (SSHPrincipalView) MarshalJSON 

func (v SSHPrincipalView) MarshalJSON() ([]byte, error)

func (SSHPrincipalView) Node 

func (v SSHPrincipalView) Node() StableNodeID

func (SSHPrincipalView) NodeIP 

func (v SSHPrincipalView) NodeIP() string

func (SSHPrincipalView) PubKeys 

func (v SSHPrincipalView) PubKeys() views.Slice[string]

func (*SSHPrincipalView) UnmarshalJSON 

func (v *SSHPrincipalView) UnmarshalJSON(b []byte) error

func (SSHPrincipalView) UserLogin 

func (v SSHPrincipalView) UserLogin() string

func (SSHPrincipalView) Valid 

func (v SSHPrincipalView) Valid() bool

Valid reports whether underlying value is non-nil.

type SSHRecorderFailureAction 

type SSHRecorderFailureAction struct {
	// RejectSessionWithMessage, if not empty, specifies that the session should
	// be rejected if the recording fails to start.
	// The message will be shown to the user before the session is rejected.
	RejectSessionWithMessage string `json:",omitempty"`

	// TerminateSessionWithMessage, if not empty, specifies that the session
	// should be terminated if the recording fails after it has started. The
	// message will be shown to the user before the session is terminated.
	TerminateSessionWithMessage string `json:",omitempty"`

	// NotifyURL, if non-empty, specifies a HTTP POST URL to notify when the
	// recording fails. The payload is the JSON encoded
	// SSHRecordingFailureNotifyRequest struct. The host field in the URL is
	// ignored, and it will be sent to control over the Noise transport.
	NotifyURL string `json:",omitempty"`
}

SSHRecorderFailureAction is the action to take if recording fails.

type SSHRecordingAttempt 

type SSHRecordingAttempt struct {
	// Recorder is the address of the recorder that was attempted.
	Recorder netip.AddrPort

	// FailureMessage is the error message of the failed attempt.
	FailureMessage string
}

SSHRecordingAttempt is a single attempt to start a recording.

type SSHRule 

type SSHRule struct {
	// RuleExpires, if non-nil, is when this rule expires.
	//
	// For example, a (principal,sshuser) tuple might be granted
	// prompt-free SSH access for N minutes, so this rule would be
	// before a expiration-free rule for the same principal that
	// required an auth prompt.  This permits the control plane to
	// be out of the path for already-authorized SSH pairs.
	//
	// Once a rule matches, the lifetime of any accepting connection
	// is subject to the SSHAction.SessionExpires time, if any.
	RuleExpires *time.Time `json:"ruleExpires,omitempty"`

	// Principals matches an incoming connection. If the connection
	// matches anything in this list and also matches SSHUsers,
	// then Action is applied.
	Principals []*SSHPrincipal `json:"principals"`

	// SSHUsers are the SSH users that this rule matches. It is a
	// map from either ssh-user|"*" => local-user.  The map must
	// contain a key for either ssh-user or, as a fallback, "*" to
	// match anything. If it does, the map entry's value is the
	// actual user that's logged in.
	// If the map value is the empty string (for either the
	// requested SSH user or "*"), the rule doesn't match.
	// If the map value is "=", it means the ssh-user should map
	// directly to the local-user.
	// It may be nil if the Action is reject.
	SSHUsers map[string]string `json:"sshUsers"`

	// Action is the outcome to task.
	// A nil or invalid action means to deny.
	Action *SSHAction `json:"action"`
}

An SSH rule is a match predicate and associated action for an incoming SSH connection.

func (*SSHRule) Clone 

func (src *SSHRule) Clone() *SSHRule

Clone makes a deep copy of SSHRule. The result aliases no memory with the original.

func (*SSHRule) View 

func (p *SSHRule) View() SSHRuleView

View returns a readonly view of SSHRule.

type SSHRuleView 

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

SSHRuleView provides a read-only view over SSHRule.

Its methods should only be called if `Valid()` returns true.

func (SSHRuleView) Action 

func (v SSHRuleView) Action() SSHActionView

func (SSHRuleView) AsStruct 

func (v SSHRuleView) AsStruct() *SSHRule

AsStruct returns a clone of the underlying value which aliases no memory with the original.

func (SSHRuleView) MarshalJSON 

func (v SSHRuleView) MarshalJSON() ([]byte, error)

func (SSHRuleView) Principals 

func (v SSHRuleView) Principals() views.SliceView[*SSHPrincipal, SSHPrincipalView]

func (SSHRuleView) RuleExpires 

func (v SSHRuleView) RuleExpires() *time.Time

func (SSHRuleView) SSHUsers 

func (v SSHRuleView) SSHUsers() views.Map[string, string]

func (*SSHRuleView) UnmarshalJSON 

func (v *SSHRuleView) UnmarshalJSON(b []byte) error

func (SSHRuleView) Valid 

func (v SSHRuleView) Valid() bool

Valid reports whether underlying value is non-nil.

type Service 

type Service struct {

	// Proto is the type of service. It's usually the constant TCP
	// or UDP ("tcp" or "udp"), but it can also be one of the
	// following meta service values:
	//
	//     * "peerapi4": peerapi is available on IPv4; Port is the
	//        port number that the peerapi is running on the
	//        node's Tailscale IPv4 address.
	//     * "peerapi6": peerapi is available on IPv6; Port is the
	//        port number that the peerapi is running on the
	//        node's Tailscale IPv6 address.
	//     * "peerapi-dns-proxy": the local peerapi service supports
	//        being a DNS proxy (when the node is an exit
	//        node). For this service, the Port number is really
	//        the version number of the service.
	Proto ServiceProto

	// Port is the port number.
	//
	// For Proto "peerapi-dns", it's the version number of the DNS proxy,
	// currently 1.
	Port uint16

	// Description is the textual description of the service,
	// usually the process name that's running.
	Description string `json:",omitempty"`
	// contains filtered or unexported fields
}

Service represents a service running on a node.

type ServiceProto 

type ServiceProto string

ServiceProto is a service type. It's usually TCP ("tcp") or UDP ("udp"), but it can also have meta service values as defined in Service.Proto.

type SetDNSRequest 

type SetDNSRequest struct {
	// Version is the client's capabilities
	// (CurrentCapabilityVersion) when using the Noise transport.
	//
	// When using the original nacl crypto_box transport, the
	// value must be 1.
	Version CapabilityVersion

	// NodeKey is the client's current node key.
	NodeKey key.NodePublic

	// Name is the domain name for which to create a record.
	// For ACME DNS-01 challenges, it should be one of the domains
	// in MapResponse.DNSConfig.CertDomains with the prefix
	// "_acme-challenge.".
	Name string

	// Type is the DNS record type. For ACME DNS-01 challenges, it
	// should be "TXT".
	Type string

	// Value is the value to add.
	Value string
}

SetDNSRequest is a request to add a DNS record.

This is used for ACME DNS-01 challenges (so people can use LetsEncrypt, etc).

The request is encoded to JSON, encrypted with golang.org/x/crypto/nacl/box, using the local machine key, and sent to: 

https://login.tailscale.com/machine/<mkey hex>/set-dns

type SetDNSResponse 

type SetDNSResponse struct{}

SetDNSResponse is the response to a SetDNSRequest.

type SignatureType 

type SignatureType int

SignatureType specifies a scheme for signing RegisterRequest messages. It specifies the crypto algorithms to use, the contents of what is signed, and any other relevant details. Historically, requests were unsigned so the zero value is SignatureNone.

func (SignatureType) AppendText 

func (st SignatureType) AppendText(b []byte) ([]byte, error)

func (SignatureType) MarshalText 

func (st SignatureType) MarshalText() ([]byte, error)

func (SignatureType) String 

func (st SignatureType) String() string

func (*SignatureType) UnmarshalText 

func (st *SignatureType) UnmarshalText(b []byte) error

type StableID 

type StableID string

type StableNodeID 

type StableNodeID StableID

func (StableNodeID) IsZero 

func (u StableNodeID) IsZero() bool

type TKABootstrapRequest 

type TKABootstrapRequest struct {
	// Version is the client's capabilities.
	Version CapabilityVersion

	// NodeKey is the client's current node key.
	NodeKey key.NodePublic

	// Head represents the node's head AUMHash (tka.Authority.Head), if
	// network lock is enabled.
	Head string
}

TKABootstrapRequest is sent by a node to get information necessary for enabling or disabling the tailnet key authority.

type TKABootstrapResponse 

type TKABootstrapResponse struct {
	// GenesisAUM returns the initial AUM necessary to initialize TKA.
	GenesisAUM tkatype.MarshaledAUM `json:",omitempty"`

	// DisablementSecret encodes a secret necessary to disable TKA.
	DisablementSecret []byte `json:",omitempty"`
}

TKABootstrapResponse encodes values necessary to enable or disable the tailnet key authority (TKA).

type TKADisableRequest 

type TKADisableRequest struct {
	// Version is the client's capabilities.
	Version CapabilityVersion

	// NodeKey is the client's current node key.
	NodeKey key.NodePublic

	// Head represents the node's head AUMHash (tka.Authority.Head).
	// It is encoded as tka.AUMHash.MarshalText.
	Head string

	// DisablementSecret encodes the secret necessary to disable TKA.
	DisablementSecret []byte
}

TKADisableRequest disables network-lock across the tailnet using the provided disablement secret.

This is the request schema for a /tka/disable noise RPC.

type TKADisableResponse 

type TKADisableResponse struct {
}

TKADisableResponse is the JSON response from a /tka/disable RPC. This schema describes the successful disablement of the tailnet's key authority.

type TKAInfo 

type TKAInfo struct {
	// Head describes the hash of the latest AUM applied to the authority.
	// Head is encoded as tka.AUMHash.MarshalText.
	//
	// If the Head state differs to that known locally, the node should perform
	// synchronization via a separate RPC.
	Head string `json:",omitempty"`

	// Disabled indicates the control plane believes TKA should be disabled,
	// and the node should reach out to fetch a disablement
	// secret. If the disablement secret verifies, then the node should then
	// disable TKA locally.
	// This field exists to disambiguate a nil TKAInfo in a delta mapresponse
	// from a nil TKAInfo indicating TKA should be disabled.
	Disabled bool `json:",omitempty"`
}

TKAInfo encodes the control plane's view of tailnet key authority (TKA) state. This information is transmitted as part of the MapResponse.

type TKAInitBeginRequest 

type TKAInitBeginRequest struct {
	// Version is the client's capabilities.
	Version CapabilityVersion

	// NodeKey is the client's current node key.
	NodeKey key.NodePublic

	// GenesisAUM is the initial (genesis) AUM that the node generated
	// to bootstrap tailnet key authority state.
	GenesisAUM tkatype.MarshaledAUM
}

TKAInitBeginRequest submits a genesis AUM to seed the creation of the tailnet's key authority.

type TKAInitBeginResponse 

type TKAInitBeginResponse struct {
	// NeedSignatures specify information about the nodes in your tailnet
	// which need initial signatures to function once the tailnet key
	// authority is in use. The generated signatures should then be
	// submitted in a /tka/init/finish RPC.
	NeedSignatures []TKASignInfo
}

TKAInitBeginResponse is the JSON response from a /tka/init/begin RPC. This structure describes node information which must be signed to complete initialization of the tailnets' key authority.

type TKAInitFinishRequest 

type TKAInitFinishRequest struct {
	// Version is the client's capabilities.
	Version CapabilityVersion

	// NodeKey is the client's current node key.
	NodeKey key.NodePublic

	// Signatures are serialized tka.NodeKeySignatures for all nodes
	// in the tailnet.
	Signatures map[NodeID]tkatype.MarshaledSignature

	// SupportDisablement is a disablement secret for Tailscale support.
	// This is only generated if --gen-disablement-for-support is specified
	// in an invocation to 'tailscale lock init'.
	SupportDisablement []byte `json:",omitempty"`
}

TKAInitFinishRequest is the JSON request of a /tka/init/finish RPC. This RPC finalizes initialization of the tailnet key authority by submitting node-key signatures for all existing nodes.

type TKAInitFinishResponse 

type TKAInitFinishResponse struct {
}

TKAInitFinishResponse is the JSON response from a /tka/init/finish RPC. This schema describes the successful enablement of the tailnet's key authority.

type TKASignInfo 

type TKASignInfo struct {
	// NodeID is the ID of the node which needs a signature. It must
	// correspond to NodePublic.
	NodeID NodeID
	// NodePublic is the node (Wireguard) public key which is being
	// signed.
	NodePublic key.NodePublic

	// RotationPubkey specifies the public key which may sign
	// a NodeKeySignature (NKS), which rotates the node key.
	//
	// This is necessary so the node can rotate its node-key without
	// talking to a node which holds a trusted network-lock key.
	// It does this by nesting the original NKS in a 'rotation' NKS,
	// which it then signs with the key corresponding to RotationPubkey.
	//
	// This field expects a raw ed25519 public key.
	RotationPubkey []byte
}

TKASignInfo describes information about an existing node that needs to be signed into a node-key signature.

type TKASignaturesUsingKeyRequest 

type TKASignaturesUsingKeyRequest struct {
	// Version is the client's capabilities.
	Version CapabilityVersion

	// NodeKey is the client's current node key.
	NodeKey key.NodePublic

	// KeyID is the key we are querying using.
	KeyID tkatype.KeyID
}

TKASignaturesUsingKeyRequest asks the control plane for all signatures which are signed by the provided keyID.

This is the request schema for a /tka/affected-sigs RPC.

type TKASignaturesUsingKeyResponse 

type TKASignaturesUsingKeyResponse struct {
	Signatures []tkatype.MarshaledSignature
}

TKASignaturesUsingKeyResponse is the JSON response to a /tka/affected-sigs RPC.

It enumerates all signatures which are signed by the queried keyID.

type TKASubmitSignatureRequest 

type TKASubmitSignatureRequest struct {
	// Version is the client's capabilities.
	Version CapabilityVersion

	// NodeKey is the client's current node key. The node-key which
	// is being signed is embedded in Signature.
	NodeKey key.NodePublic

	// Signature encodes the node-key signature being submitted.
	Signature tkatype.MarshaledSignature
}

TKASubmitSignatureRequest transmits a node-key signature to the control plane.

This is the request schema for a /tka/sign noise RPC.

type TKASubmitSignatureResponse 

type TKASubmitSignatureResponse struct {
}

TKASubmitSignatureResponse is the JSON response from a /tka/sign RPC.

type TKASyncOfferRequest 

type TKASyncOfferRequest struct {
	// Version is the client's capabilities.
	Version CapabilityVersion

	// NodeKey is the client's current node key.
	NodeKey key.NodePublic

	// Head represents the node's head AUMHash (tka.Authority.Head). This
	// corresponds to tka.SyncOffer.Head.
	Head string
	// Ancestors represents a selection of ancestor AUMHash values ascending
	// from the current head. This corresponds to tka.SyncOffer.Ancestors.
	Ancestors []string
}

TKASyncOfferRequest encodes a request to synchronize tailnet key authority state (TKA). Values of type tka.AUMHash are encoded as strings in their MarshalText form.

type TKASyncOfferResponse 

type TKASyncOfferResponse struct {
	// Head represents the control plane's head AUMHash (tka.Authority.Head).
	// This corresponds to tka.SyncOffer.Head.
	Head string
	// Ancestors represents a selection of ancestor AUMHash values ascending
	// from the control plane's head. This corresponds to
	// tka.SyncOffer.Ancestors.
	Ancestors []string
	// MissingAUMs encodes AUMs that the control plane believes the node
	// is missing.
	MissingAUMs []tkatype.MarshaledAUM
}

TKASyncOfferResponse encodes a response in synchronizing a node's tailnet key authority state. Values of type tka.AUMHash are encoded as strings in their MarshalText form.

type TKASyncSendRequest 

type TKASyncSendRequest struct {
	// Version is the client's capabilities.
	Version CapabilityVersion

	// NodeKey is the client's current node key.
	NodeKey key.NodePublic

	// Head represents the node's head AUMHash (tka.Authority.Head) after
	// applying any AUMs from the sync-offer response.
	// It is encoded as tka.AUMHash.MarshalText.
	Head string

	// MissingAUMs encodes AUMs that the node believes the control plane
	// is missing.
	MissingAUMs []tkatype.MarshaledAUM

	// Interactive is true if additional error checking should be performed as
	// the request is on behalf of an interactive operation (e.g., an
	// administrator publishing new changes) as opposed to an automatic
	// synchronization that may be reporting lost data.
	Interactive bool
}

TKASyncSendRequest encodes AUMs that a node believes the control plane is missing, and notifies control of its local TKA state (specifically the head hash).

type TKASyncSendResponse 

type TKASyncSendResponse struct {
	// Head represents the control plane's head AUMHash (tka.Authority.Head),
	// after applying the missing AUMs.
	Head string
}

TKASyncSendResponse encodes the control plane's response to a node submitting AUMs during AUM synchronization.

type TokenRequest 

type TokenRequest struct {
	// CapVersion is the client's current CapabilityVersion.
	CapVersion CapabilityVersion
	// NodeKey is the client's current node key.
	NodeKey key.NodePublic
	// Audience the token is being requested for.
	Audience string
}

TokenRequest is a request to get an OIDC ID token for an audience. The token can be presented to any resource provider which offers OIDC Federation.

It is JSON-encoded and sent over Noise to "/machine/id-token".

type TokenResponse 

type TokenResponse struct {
	// IDToken is a JWT encoding the following standard claims:
	//
	//   `sub` | the MagicDNS name of the node
	//   `aud` | Audience from the request
	//   `exp` | Token expiry
	//   `iat` | Token issuance time
	//   `iss` | Issuer
	//   `jti` | Random token identifier
	//   `nbf` | Not before time
	//
	// It also encodes the following Tailscale specific claims:
	//
	//   `key`       | the node public key
	//   `addresses` | the Tailscale IPs of the node
	//   `nid`       | the node ID
	//   `node`      | the name of the node
	//   `domain`    | the domain of the node, it has the same format as MapResponse.Domain.
	//   `tags`      | an array of <domain:tag> on the node (like alice.github:tag:foo or example.com:tag:foo)
	//   `user`      | user emailish (like alice.github:alice@github or example.com:bob@example.com), if not tagged
	//   `uid`       | user ID, if not tagged
	IDToken string `json:"id_token"`
}

TokenResponse is the response to a TokenRequest.

type User 

type User struct {
	ID            UserID
	LoginName     string `json:"-"` // not stored, filled from Login // TODO REMOVE
	DisplayName   string // if non-empty overrides Login field
	ProfilePicURL string // if non-empty overrides Login field
	Logins        []LoginID
	Created       time.Time
}

User is an IPN user.

A user can have multiple logins associated with it (e.g. gmail and github oauth). (Note: none of our UIs support this yet.)

Some properties are inherited from the logins and can be overridden, such as display name and profile picture.

Other properties must be the same for all logins associated with a user. In particular: domain. If a user has a "tailscale.io" domain login, they cannot have a general gmail address login associated with the user.

func (*User) Clone 

func (src *User) Clone() *User

Clone makes a deep copy of User. The result aliases no memory with the original.

func (*User) View 

func (p *User) View() UserView

View returns a readonly view of User.

type UserID 

type UserID ID

func (UserID) IsZero 

func (u UserID) IsZero() bool

func (UserID) String 

func (id UserID) String() string

type UserProfile 

type UserProfile struct {
	ID            UserID
	LoginName     string // "alice@smith.com"; for display purposes only (provider is not listed)
	DisplayName   string // "Alice Smith"
	ProfilePicURL string

	// Roles exists for legacy reasons, to keep old macOS clients
	// happy. It JSON marshals as [].
	Roles emptyStructJSONSlice
}

A UserProfile is display-friendly data for a user. It includes the LoginName for display purposes but *not* the Provider. It also includes derived data from one of the user's logins.

func (*UserProfile) Clone 

func (src *UserProfile) Clone() *UserProfile

Clone makes a deep copy of UserProfile. The result aliases no memory with the original.

func (*UserProfile) Equal 

func (p *UserProfile) Equal(p2 *UserProfile) bool

func (*UserProfile) View 

func (p *UserProfile) View() UserProfileView

View returns a readonly view of UserProfile.

type UserProfileView 

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

UserProfileView provides a read-only view over UserProfile.

Its methods should only be called if `Valid()` returns true.

func (UserProfileView) AsStruct 

func (v UserProfileView) AsStruct() *UserProfile

AsStruct returns a clone of the underlying value which aliases no memory with the original.

func (UserProfileView) DisplayName 

func (v UserProfileView) DisplayName() string

func (UserProfileView) Equal 

func (v UserProfileView) Equal(v2 UserProfileView) bool

func (UserProfileView) ID 

func (v UserProfileView) ID() UserID

func (UserProfileView) LoginName 

func (v UserProfileView) LoginName() string

func (UserProfileView) MarshalJSON 

func (v UserProfileView) MarshalJSON() ([]byte, error)

func (UserProfileView) ProfilePicURL 

func (v UserProfileView) ProfilePicURL() string

func (UserProfileView) Roles 

func (v UserProfileView) Roles() emptyStructJSONSlice

func (*UserProfileView) UnmarshalJSON 

func (v *UserProfileView) UnmarshalJSON(b []byte) error

func (UserProfileView) Valid 

func (v UserProfileView) Valid() bool

Valid reports whether underlying value is non-nil.

type UserView 

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

UserView provides a read-only view over User.

Its methods should only be called if `Valid()` returns true.

func (UserView) AsStruct 

func (v UserView) AsStruct() *User

AsStruct returns a clone of the underlying value which aliases no memory with the original.

func (UserView) Created 

func (v UserView) Created() time.Time

func (UserView) DisplayName 

func (v UserView) DisplayName() string

func (UserView) ID 

func (v UserView) ID() UserID

func (UserView) LoginName 

func (v UserView) LoginName() string

func (UserView) Logins 

func (v UserView) Logins() views.Slice[LoginID]

func (UserView) MarshalJSON 

func (v UserView) MarshalJSON() ([]byte, error)

func (UserView) ProfilePicURL 

func (v UserView) ProfilePicURL() string

func (*UserView) UnmarshalJSON 

func (v *UserView) UnmarshalJSON(b []byte) error

func (UserView) Valid 

func (v UserView) Valid() bool

Valid reports whether underlying value is non-nil.

type WebClientAuthResponse 

type WebClientAuthResponse struct {
	// ID is a unique identifier for the session auth request.
	// It can be supplied to "/machine/webclient/wait" to pause until
	// the session authentication has been completed.
	ID string `json:",omitempty"`

	// URL is the link for the user to visit to authenticate the session.
	//
	// When empty, there is no action for the user to take.
	URL string `json:",omitempty"`

	// Complete is true when the session authentication has been completed.
	Complete bool `json:",omitempty"`
}

WebClientAuthResponse is the response to a web client authentication request sent to "/machine/webclient/action" or "/machine/webclient/wait". See client/web for usage.

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