func condenseRecord(l *libkb.TrackChainLink) (*jsonw.Wrapper, error) { uid, err := l.GetTrackedUID() if err != nil { return nil, err } trackedKeys, err := l.GetTrackedKeys() if err != nil { return nil, err } fpsDisplay := make([]string, len(trackedKeys)) for i, trackedKey := range trackedKeys { fpsDisplay[i] = strings.ToUpper(trackedKey.Fingerprint.String()) } un, err := l.GetTrackedUsername() if err != nil { return nil, err } rp := l.RemoteKeyProofs() out := jsonw.NewDictionary() out.SetKey("uid", libkb.UIDWrapper(uid)) out.SetKey("keys", jsonw.NewString(strings.Join(fpsDisplay, ", "))) out.SetKey("ctime", jsonw.NewInt64(l.GetCTime().Unix())) out.SetKey("username", jsonw.NewString(un)) out.SetKey("proofs", rp) return out, nil }
func (s *Session) save() error { mtime := time.Now() s.GetDictionary().SetKey("mtime", jsonw.NewInt64(mtime.Unix())) if err := s.file.Save(true, 0); err != nil { return err } s.mtime = mtime return nil }
func (mr *MerkleRoot) ToSigJSON() (ret *jsonw.Wrapper) { ret = jsonw.NewDictionary() ret.SetKey("seqno", jsonw.NewInt(int(mr.seqno))) ret.SetKey("ctime", jsonw.NewInt64(mr.ctime)) ret.SetKey("hash", jsonw.NewString(mr.rootHash.String())) return }
func (cr CheckResult) Pack() *jsonw.Wrapper { p := jsonw.NewDictionary() if cr.Status != nil { s := jsonw.NewDictionary() s.SetKey("code", jsonw.NewInt(int(cr.Status.GetProofStatus()))) s.SetKey("desc", jsonw.NewString(cr.Status.GetDesc())) p.SetKey("status", s) } p.SetKey("time", jsonw.NewInt64(cr.Time.Unix())) return p }
func (g *GenericChainLink) BaseToTrackingStatement(state keybase1.ProofState) *jsonw.Wrapper { ret := jsonw.NewDictionary() ret.SetKey("curr", jsonw.NewString(g.id.String())) ret.SetKey("sig_id", jsonw.NewString(g.GetSigID().ToString(true))) rkp := jsonw.NewDictionary() ret.SetKey("remote_key_proof", rkp) rkp.SetKey("state", jsonw.NewInt(int(state))) prev := g.GetPrev() var prevVal *jsonw.Wrapper if prev == nil { prevVal = jsonw.NewNil() } else { prevVal = jsonw.NewString(prev.String()) } ret.SetKey("prev", prevVal) ret.SetKey("ctime", jsonw.NewInt64(g.unpacked.ctime)) ret.SetKey("etime", jsonw.NewInt64(g.unpacked.etime)) return ret }
func (c *ChainLink) Pack() error { p := jsonw.NewDictionary() // Store the original JSON string so its order is preserved p.SetKey("payload_json", jsonw.NewString(c.unpacked.payloadJSONStr)) p.SetKey("sig", jsonw.NewString(c.unpacked.sig)) p.SetKey("sig_id", jsonw.NewString(string(c.unpacked.sigID))) p.SetKey("kid", c.unpacked.kid.ToJsonw()) p.SetKey("ctime", jsonw.NewInt64(c.unpacked.ctime)) if c.unpacked.pgpFingerprint != nil { p.SetKey("fingerprint", jsonw.NewString(c.unpacked.pgpFingerprint.String())) } p.SetKey("sig_verified", jsonw.NewBool(c.sigVerified)) p.SetKey("proof_text_full", jsonw.NewString(c.unpacked.proofText)) if c.cki != nil { p.SetKey("computed_key_infos", jsonw.NewWrapper(*c.cki)) } c.packed = p return nil }
func (arg ProofMetadata) ToJSON(g *GlobalContext) (ret *jsonw.Wrapper, err error) { // if only Me exists, then that is the signing user too if arg.SigningUser == nil && arg.Me != nil { arg.SigningUser = arg.Me } var seqno int var prev *jsonw.Wrapper if arg.LastSeqno > 0 { seqno = int(arg.LastSeqno) + 1 prev = jsonw.NewString(arg.PrevLinkID.String()) } else { lastSeqno := arg.Me.sigChain().GetLastKnownSeqno() lastLink := arg.Me.sigChain().GetLastKnownID() if lastLink == nil { seqno = 1 prev = jsonw.NewNil() } else { seqno = int(lastSeqno) + 1 prev = jsonw.NewString(lastLink.String()) } } ctime := arg.CreationTime if ctime == 0 { ctime = time.Now().Unix() } ei := arg.ExpireIn if ei == 0 { ei = SigExpireIn } ret = jsonw.NewDictionary() ret.SetKey("tag", jsonw.NewString("signature")) ret.SetKey("ctime", jsonw.NewInt64(ctime)) ret.SetKey("expire_in", jsonw.NewInt(ei)) ret.SetKey("seqno", jsonw.NewInt(seqno)) ret.SetKey("prev", prev) eldest := arg.Eldest if eldest == "" { eldest = arg.Me.GetEldestKID() } body := jsonw.NewDictionary() body.SetKey("version", jsonw.NewInt(KeybaseSignatureV1)) body.SetKey("type", jsonw.NewString(string(arg.LinkType))) key, err := KeySection{ Key: arg.SigningKey, EldestKID: eldest, SigningUser: arg.SigningUser, IncludePGPHash: arg.IncludePGPHash, }.ToJSON() if err != nil { return nil, err } body.SetKey("key", key) ret.SetKey("body", body) // Capture the most recent Merkle Root and also what kind of client // we're running. ret.SetKey("client", clientInfo(g)) if mr := merkleRootInfo(g); mr != nil { ret.SetKey("merkle_root", mr) } return }