path_mgmt

package
v0.4.0 Latest Latest
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 Go to latest Published: Nov 14, 2019 License: Apache-2.0 Imports: 10 Imported by: 0

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Constants

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const MinRevTTL = 10 * time.Second // MinRevTTL is the minimum lifetime of a revocation

Variables

This section is empty.

Functions

This section is empty.

Types

type Data 

type Data struct {
}

type HPCfg added in v0.4.0 

type HPCfg struct {
	GroupId    *HPGroupId
	Version    uint32
	OwnerISD   addr.ISD
	Writers    []addr.IAInt
	Readers    []addr.IAInt
	Registries []addr.IAInt
}

func (*HPCfg) ProtoId added in v0.4.0 

func (hc *HPCfg) ProtoId() proto.ProtoIdType

func (*HPCfg) String added in v0.4.0 

func (hc *HPCfg) String() string

type HPCfgReply added in v0.4.0 

type HPCfgReply struct {
	Cfgs []*HPCfg
}

func (*HPCfgReply) ProtoId added in v0.4.0 

func (hr *HPCfgReply) ProtoId() proto.ProtoIdType

func (*HPCfgReply) String added in v0.4.0 

func (hr *HPCfgReply) String() string

type HPCfgReq added in v0.4.0 

type HPCfgReq struct {
	ChangedSince uint32
}

func (*HPCfgReq) ProtoId added in v0.4.0 

func (hr *HPCfgReq) ProtoId() proto.ProtoIdType

func (*HPCfgReq) String added in v0.4.0 

func (hr *HPCfgReq) String() string

type HPGroupId added in v0.4.0 

type HPGroupId struct {
	OwnerAS addr.AS
	GroupId uint16
}

func (*HPGroupId) ProtoId added in v0.4.0 

func (id *HPGroupId) ProtoId() proto.ProtoIdType

func (*HPGroupId) String added in v0.4.0 

func (id *HPGroupId) String() string

type HPSegRecs added in v0.4.0 

type HPSegRecs struct {
	GroupId *HPGroupId
	Recs    []*seg.Meta
	Err     string
}

func (*HPSegRecs) ParseRaw added in v0.4.0 

func (hs *HPSegRecs) ParseRaw() error

ParseRaw populates the non-capnp fields of s based on data from the raw capnp fields.

func (*HPSegRecs) ProtoId added in v0.4.0 

func (hs *HPSegRecs) ProtoId() proto.ProtoIdType

func (*HPSegRecs) String added in v0.4.0 

func (hs *HPSegRecs) String() string

type HPSegReg added in v0.4.0 

type HPSegReg struct {
	*HPSegRecs
}

type HPSegReply added in v0.4.0 

type HPSegReply struct {
	Recs []*HPSegRecs
}

func (*HPSegReply) ParseRaw added in v0.4.0 

func (hs *HPSegReply) ParseRaw() error

ParseRaw populates the non-capnp fields of s based on data from the raw capnp fields.

func (*HPSegReply) ProtoId added in v0.4.0 

func (hs *HPSegReply) ProtoId() proto.ProtoIdType

func (*HPSegReply) Sanitize added in v0.4.0 

func (hs *HPSegReply) Sanitize(logger log.Logger) *HPSegReply

Sanitize returns a fresh HPSegReply containing only the segments and revocations in s that could be parsed successfully. Note that pointers in the returned value reference the same memory as s.

Since Sanitize is always successful, pass in a logger to be informed of any discarded objects. If logger is nil, no logging is performed and the reply is silently sanitized.

func (*HPSegReply) String added in v0.4.0 

func (hs *HPSegReply) String() string

type HPSegReq added in v0.4.0 

type HPSegReq struct {
	RawDstIA addr.IAInt `capnp:"dstIA"`
	GroupIds []*HPGroupId
}

func (*HPSegReq) DstIA added in v0.4.0 

func (s *HPSegReq) DstIA() addr.IA

func (*HPSegReq) ProtoId added in v0.4.0 

func (s *HPSegReq) ProtoId() proto.ProtoIdType

func (*HPSegReq) String added in v0.4.0 

func (s *HPSegReq) String() string

type IFStateInfo 

type IFStateInfo struct {
	IfID     common.IFIDType
	Active   bool
	SRevInfo *SignedRevInfo
}

func (*IFStateInfo) String 

func (i *IFStateInfo) String() string

type IFStateInfos 

type IFStateInfos struct {
	Infos []*IFStateInfo
}

func (*IFStateInfos) ProtoId 

func (i *IFStateInfos) ProtoId() proto.ProtoIdType

func (*IFStateInfos) String 

func (i *IFStateInfos) String() string

type IFStateReq 

type IFStateReq struct {
	IfID common.IFIDType
}

func (*IFStateReq) ProtoId 

func (i *IFStateReq) ProtoId() proto.ProtoIdType

func (*IFStateReq) String 

func (i *IFStateReq) String() string

type Pld 

type Pld struct {
	*Data
	// contains filtered or unexported fields
}

func NewPld 

func NewPld(u proto.Cerealizable, d *Data) (*Pld, error)

NewPld creates a new path mgmt payload, containing the supplied Cerealizable instance.

func (*Pld) ProtoId 

func (p *Pld) ProtoId() proto.ProtoIdType

func (*Pld) String 

func (p *Pld) String() string

func (*Pld) Union 

func (p *Pld) Union() (proto.Cerealizable, error)

type RevInfo 

type RevInfo struct {
	IfID     common.IFIDType
	RawIsdas addr.IAInt `capnp:"isdas"`
	// LinkType of revocation
	LinkType proto.LinkType
	// RawTimestamp the issuing timestamp in seconds.
	RawTimestamp uint32 `capnp:"timestamp"`
	// RawTTL validity period of the revocation in seconds
	RawTTL uint32 `capnp:"ttl"`
}

func NewRevInfoFromRaw 

func NewRevInfoFromRaw(b common.RawBytes) (*RevInfo, error)

func (*RevInfo) Active 

func (r *RevInfo) Active() error

func (*RevInfo) Equal added in v0.4.0 

func (r *RevInfo) Equal(other *RevInfo) bool

func (*RevInfo) Expiration 

func (r *RevInfo) Expiration() time.Time

func (*RevInfo) IA 

func (r *RevInfo) IA() addr.IA

func (*RevInfo) Pack added in v0.4.0 

func (r *RevInfo) Pack() (common.RawBytes, error)

func (*RevInfo) ProtoId 

func (r *RevInfo) ProtoId() proto.ProtoIdType

func (*RevInfo) RelativeTTL 

func (r *RevInfo) RelativeTTL(reference time.Time) time.Duration

RelativeTTL returns the duration r is still valid for, relative to reference. If the revocation is already expired, the returned value is 0.

func (*RevInfo) SameIntf added in v0.3.1 

func (r *RevInfo) SameIntf(other *RevInfo) bool

SameIntf returns true if r and other both apply to the same interface.

func (*RevInfo) String 

func (r *RevInfo) String() string

func (*RevInfo) TTL 

func (r *RevInfo) TTL() time.Duration

func (*RevInfo) Timestamp 

func (r *RevInfo) Timestamp() time.Time

Timestamp returns the issuing time stamp of the revocation.

type RevTimeError 

type RevTimeError string

func NewRevTimeError 

func NewRevTimeError(r *RevInfo) RevTimeError

func (RevTimeError) Error 

func (ee RevTimeError) Error() string

func (RevTimeError) Timeout 

func (ee RevTimeError) Timeout() bool

type SegChangesIdReply added in v0.3.0 

type SegChangesIdReply struct {
	Ids []*SegIds
}

func (*SegChangesIdReply) ProtoId added in v0.3.0 

func (s *SegChangesIdReply) ProtoId() proto.ProtoIdType

func (*SegChangesIdReply) String added in v0.3.0 

func (s *SegChangesIdReply) String() string

type SegChangesIdReq added in v0.3.0 

type SegChangesIdReq struct {
	LastCheck uint32
}

func (*SegChangesIdReq) ProtoId added in v0.3.0 

func (s *SegChangesIdReq) ProtoId() proto.ProtoIdType

func (*SegChangesIdReq) String added in v0.3.0 

func (s *SegChangesIdReq) String() string

type SegChangesReply added in v0.3.0 

type SegChangesReply struct {
	*SegRecs
}

type SegChangesReq added in v0.3.0 

type SegChangesReq struct {
	SegIds []common.RawBytes
}

func (*SegChangesReq) ProtoId added in v0.3.0 

func (s *SegChangesReq) ProtoId() proto.ProtoIdType

func (*SegChangesReq) String added in v0.3.0 

func (s *SegChangesReq) String() string

type SegIds added in v0.3.0 

type SegIds struct {
	SegId  common.RawBytes
	FullId common.RawBytes
}

type SegRecs 

type SegRecs struct {
	Recs      []*seg.Meta
	SRevInfos []*SignedRevInfo
}

func (*SegRecs) ParseRaw added in v0.3.0 

func (s *SegRecs) ParseRaw() error

ParseRaw populates the non-capnp fields of s based on data from the raw capnp fields.

func (*SegRecs) ProtoId 

func (s *SegRecs) ProtoId() proto.ProtoIdType

func (*SegRecs) String 

func (s *SegRecs) String() string

type SegReg 

type SegReg struct {
	*SegRecs
}

type SegReply 

type SegReply struct {
	Req  *SegReq
	Recs *SegRecs
}

func NewSegReplyFromRaw 

func NewSegReplyFromRaw(b common.RawBytes) (*SegReply, error)

func (*SegReply) ParseRaw 

func (s *SegReply) ParseRaw() error

ParseRaw populates the non-capnp fields of s based on data from the raw capnp fields.

func (*SegReply) ProtoId 

func (s *SegReply) ProtoId() proto.ProtoIdType

func (*SegReply) Sanitize 

func (s *SegReply) Sanitize(logger log.Logger) *SegReply

Sanitize returns a fresh SegReply containing only the segments and revocations in s that could be parsed successfully. Note that pointers in the returned value reference the same memory as s.

Since Sanitize is always successful, pass in a logger to be informed of any discarded objects. If logger is nil, no logging is performed and the reply is silently sanitized.

func (*SegReply) String 

func (s *SegReply) String() string

func (*SegReply) Write 

func (s *SegReply) Write(b common.RawBytes) (int, error)

type SegReq 

type SegReq struct {
	RawSrcIA addr.IAInt `capnp:"srcIA"`
	RawDstIA addr.IAInt `capnp:"dstIA"`
	Flags    SegReqFlags
}

func NewSegReqFromRaw 

func NewSegReqFromRaw(b common.RawBytes) (*SegReq, error)

func (*SegReq) DstIA 

func (s *SegReq) DstIA() addr.IA

func (*SegReq) ProtoId 

func (s *SegReq) ProtoId() proto.ProtoIdType

func (*SegReq) SrcIA 

func (s *SegReq) SrcIA() addr.IA

func (*SegReq) String 

func (s *SegReq) String() string

func (*SegReq) Write 

func (s *SegReq) Write(b common.RawBytes) (int, error)

type SegReqFlags added in v0.3.0 

type SegReqFlags struct {
	Sibra     bool
	CacheOnly bool
}

type SegSync 

type SegSync struct {
	*SegRecs
}

type SignedRevInfo 

type SignedRevInfo struct {
	Blob common.RawBytes
	Sign *proto.SignS
	// contains filtered or unexported fields
}

func NewSignedRevInfo added in v0.4.0 

func NewSignedRevInfo(r *RevInfo, signer Signer) (*SignedRevInfo, error)

func NewSignedRevInfoFromRaw 

func NewSignedRevInfoFromRaw(b common.RawBytes) (*SignedRevInfo, error)

func (*SignedRevInfo) Pack added in v0.4.0 

func (sr *SignedRevInfo) Pack() (common.RawBytes, error)

func (*SignedRevInfo) ProtoId 

func (sr *SignedRevInfo) ProtoId() proto.ProtoIdType

func (*SignedRevInfo) RevInfo 

func (sr *SignedRevInfo) RevInfo() (*RevInfo, error)

func (*SignedRevInfo) String 

func (sr *SignedRevInfo) String() string

func (*SignedRevInfo) VerifiedRevInfo added in v0.4.0 

func (sr *SignedRevInfo) VerifiedRevInfo(ctx context.Context, verifier Verifier) (*RevInfo, error)

VerifiedRevInfo verifies the signature and returns the revocation information or an error in case the verification fails.

type Signer added in v0.4.0 

type Signer interface {
	Sign(msg common.RawBytes) (*proto.SignS, error)
}

Signer is used to sign raw bytes.

type Verifier added in v0.4.0 

type Verifier interface {
	// Verify verifies the packed signed revocation based on the signature meta
	// data.
	Verify(ctx context.Context, msg common.RawBytes, sign *proto.SignS) error
}

Verifier is used to verify signatures.

Source Files

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