tokens

Documentation

Index

• Constants
• Variables
• type BinaryJWTClaims
  • func ConvertToBinaryClaims(j *ConnectionClaims, validity time.Duration) *BinaryJWTClaims
  • func (x *BinaryJWTClaims) CodecDecodeSelf(d *codec1978.Decoder)
  • func (x *BinaryJWTClaims) CodecEncodeSelf(e *codec1978.Encoder)
• type BinaryJWTConfig
  • func NewBinaryJWT(validity time.Duration, issuer string) (*BinaryJWTConfig, error)
  • func (c *BinaryJWTConfig) CreateAndSign(isAck bool, claims *ConnectionClaims, nonce []byte, ...) (token []byte, err error)
  • func (c *BinaryJWTConfig) Decode(isAck bool, data []byte, previousCert interface{}, secrets secrets.Secrets) (claims *ConnectionClaims, nonce []byte, publicKey interface{}, ...)
  • func (c *BinaryJWTConfig) Randomize(token []byte, nonce []byte) (err error)
• type ConnectionClaims
• type JWTClaims
  • func ConvertToJWTClaims(b *BinaryJWTClaims, header claimsheader.HeaderBytes) *JWTClaims
• type JWTConfig
  • func NewJWT(validity time.Duration, issuer string, s secrets.Secrets) (*JWTConfig, error)
  • func (c *JWTConfig) CreateAndSign(isAck bool, claims *ConnectionClaims, nonce []byte, ...) (token []byte, err error)
  • func (c *JWTConfig) Decode(isAck bool, data []byte, previousCert interface{}, secrets secrets.Secrets) (claims *ConnectionClaims, nonce []byte, publicKey interface{}, ...)
  • func (c *JWTConfig) Randomize(token []byte, nonce []byte) (err error)
• type TokenEngine

Constants

const (
	// MaxServerName must be of UUID size maximum
	MaxServerName = 24
	// NonceLength is the length of the Nonce to be used in the secrets
	NonceLength = 16
)

Variables

var (
	ErrTokenTooSmall           = errors.New("randomize: token is small")
	ErrTokenEncodeFailed       = errors.New("unable to encode token")
	ErrTokenHashFailed         = errors.New("unable to hash token")
	ErrTokenSignFailed         = errors.New("unable to sign token")
	ErrSharedSecretMissing     = errors.New("secret not found")
	ErrInvalidSecret           = errors.New("invalid secret")
	ErrInvalidTokenLength      = errors.New("not enough data")
	ErrMissingSignature        = errors.New("signature is missing")
	ErrInvalidSignature        = errors.New("invalid signature")
	ErrCompressedTagMismatch   = errors.New("Compressed tag mismatch")
	ErrDatapathVersionMismatch = errors.New("Datapath version mismatch")
	ErrTokenDecodeFailed       = errors.New("unable to decode token")
	ErrTokenExpired            = errors.New("token expired")
	ErrSignatureMismatch       = errors.New("signature mismatch")
	ErrSharedKeyHashFailed     = errors.New("unable to hash shared key")
	ErrPublicKeyFailed         = errors.New("unable to verify public key")
)

Custom errors used by this package.

Types

type BinaryJWTClaims

type BinaryJWTClaims struct {
	// Tags
	T []string `codec:",omitempty"`
	// Compressed tags
	CT []string `codec:",omitempty"`
	// RMT is the nonce of the remote that has to be signed in the JWT
	RMT []byte `codec:",omitempty"`
	// LCL is the nonce of the local node that has to be signed
	LCL []byte `codec:",omitempty"`
	// EK is the ephemeral EC key for encryption
	EK []byte `codec:",omitempty"`
	// ID is the source PU ID
	ID string `codec:",omitempty"`
	// Expiration time
	ExpiresAt int64 `codec:",omitempty"`
	// SignerKey
	SignerKey []byte `codec:",omitempty"`
}

BinaryJWTClaims captures all the custom clains

func ConvertToBinaryClaims

func ConvertToBinaryClaims(j *ConnectionClaims, validity time.Duration) *BinaryJWTClaims

ConvertToBinaryClaims coverts back,

func (*BinaryJWTClaims) CodecDecodeSelf

func (x *BinaryJWTClaims) CodecDecodeSelf(d *codec1978.Decoder)

func (*BinaryJWTClaims) CodecEncodeSelf

func (x *BinaryJWTClaims) CodecEncodeSelf(e *codec1978.Encoder)

type BinaryJWTConfig

type BinaryJWTConfig struct {
	// ValidityPeriod  period of the JWT
	ValidityPeriod time.Duration
	// Issuer is the server that issues the JWT
	Issuer string
	// contains filtered or unexported fields
}

BinaryJWTConfig configures the JWT token generator with the standard parameters. One configuration is assigned to each server

func NewBinaryJWT

func NewBinaryJWT(validity time.Duration, issuer string) (*BinaryJWTConfig, error)

NewBinaryJWT creates a new JWT token processor

func (*BinaryJWTConfig) CreateAndSign

func (c *BinaryJWTConfig) CreateAndSign(isAck bool, claims *ConnectionClaims, nonce []byte, header *claimsheader.ClaimsHeader, secrets secrets.Secrets) (token []byte, err error)

CreateAndSign creates a new token, attaches an ephemeral key pair and signs with the issuer key. It also randomizes the source nonce of the token. It returns back the token and the private key.

func (*BinaryJWTConfig) Decode

func (c *BinaryJWTConfig) Decode(isAck bool, data []byte, previousCert interface{}, secrets secrets.Secrets) (claims *ConnectionClaims, nonce []byte, publicKey interface{}, controller *pkiverifier.PKIControllerInfo, err error)

Decode takes as argument the JWT token and the certificate of the issuer. First it verifies the certificate with the local CA pool, and the decodes the JWT if the certificate is trusted

func (*BinaryJWTConfig) Randomize

func (c *BinaryJWTConfig) Randomize(token []byte, nonce []byte) (err error)

Randomize adds a nonce to an existing token. Returns the nonce

type ConnectionClaims

type ConnectionClaims struct {
	T *policy.TagStore `json:",omitempty"`
	// RMT is the nonce of the remote that has to be signed in the JWT
	RMT []byte `json:",omitempty"`
	// LCL is the nonce of the local node that has to be signed
	LCL []byte `json:",omitempty"`
	// EK is the ephemeral EC key for encryption
	EK []byte `json:",omitempty"`
	// C is the compressed tags in one string
	CT *policy.TagStore `json:",omitempty"`
	// ID is the source PU ID
	ID string `json:",omitempty"`
	// RemoteID is the ID of the remote if known.
	RemoteID string `json:",omitempty"`
	// H is the claims header
	H claimsheader.HeaderBytes `json:",omitempty"`
}

ConnectionClaims captures all the claim information

type JWTClaims

type JWTClaims struct {
	*ConnectionClaims
	jwt.StandardClaims
}

JWTClaims captures all the custom clains

func ConvertToJWTClaims

func ConvertToJWTClaims(b *BinaryJWTClaims, header claimsheader.HeaderBytes) *JWTClaims

ConvertToJWTClaims converts to old claims

type JWTConfig

type JWTConfig struct {
	// ValidityPeriod  period of the JWT
	ValidityPeriod time.Duration
	// Issuer is the server that issues the JWT
	Issuer string
	// contains filtered or unexported fields
}

JWTConfig configures the JWT token generator with the standard parameters. One configuration is assigned to each server

func NewJWT

func NewJWT(validity time.Duration, issuer string, s secrets.Secrets) (*JWTConfig, error)

NewJWT creates a new JWT token processor

func (*JWTConfig) CreateAndSign

func (c *JWTConfig) CreateAndSign(isAck bool, claims *ConnectionClaims, nonce []byte, claimsHeader *claimsheader.ClaimsHeader, secrets secrets.Secrets) (token []byte, err error)

CreateAndSign creates a new token, attaches an ephemeral key pair and signs with the issuer key. It also randomizes the source nonce of the token. It returns back the token and the private key.

func (*JWTConfig) Decode

func (c *JWTConfig) Decode(isAck bool, data []byte, previousCert interface{}, secrets secrets.Secrets) (claims *ConnectionClaims, nonce []byte, publicKey interface{}, controller *pkiverifier.PKIControllerInfo, err error)

Decode takes as argument the JWT token and the certificate of the issuer. First it verifies the certificate with the local CA pool, and the decodes the JWT if the certificate is trusted

func (*JWTConfig) Randomize

func (c *JWTConfig) Randomize(token []byte, nonce []byte) (err error)

Randomize adds a nonce to an existing token. Returns the nonce

type TokenEngine

type TokenEngine interface {
	// CreteAndSign creates a token, signs it and produces the final byte string
	CreateAndSign(isAck bool, claims *ConnectionClaims, nonce []byte, claimsHeader *claimsheader.ClaimsHeader, secrets secrets.Secrets) (token []byte, err error)
	// Decode decodes an incoming buffer and returns the claims and the sender certificate
	Decode(isAck bool, data []byte, previousCert interface{}, secrets secrets.Secrets) (claims *ConnectionClaims, nonce []byte, publicKey interface{}, controller *pkiverifier.PKIControllerInfo, err error)
	// Randomize inserts a source nonce in an existing token - New nonce will be
	// create every time the token is transmitted as a challenge to the other side
	// even when the token is cached. There should be space in the token already.
	// Returns an error if there is no space
	Randomize([]byte, []byte) (err error)
}

TokenEngine is the interface to the different implementations of tokens